diff --git a/experiment_automatization/can_be_reused/looking_at_strange_cases/.~lock.summary___29Sep22_02_40_17.csv# b/experiment_automatization/can_be_reused/looking_at_strange_cases/.~lock.summary___29Sep22_02_40_17.csv#
deleted file mode 100755
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--- a/experiment_automatization/can_be_reused/looking_at_strange_cases/.~lock.summary___29Sep22_02_40_17.csv#
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diff --git a/experiment_automatization/can_be_reused/looking_at_strange_cases/summary.csv b/experiment_automatization/can_be_reused/looking_at_strange_cases/summary.csv
new file mode 100755
index 0000000000000000000000000000000000000000..dbab3fa0744413ca5f8be5715d7d378e01d02987
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+++ b/experiment_automatization/can_be_reused/looking_at_strange_cases/summary.csv
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+404000-0-0,[4- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 4- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0],23.98063541047566,721.8407875668076,9.38907e+10,2.5541e-10,0,0
+404000-0-0,[4- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 4- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0],24.285864392102688,735.3564781139453,9.3745e+10,2.59063e-10,0,0
+440000-0-0,[4- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 4- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0],24.084653436720817,726.7345518189771,9.31466e+10,2.58567e-10,0,0
+440000-0-0,[4- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 4- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0],24.652112755988767,731.5033821974694,9.31935e+10,2.64526e-10,0,0
+440000-0-0,[4- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 4- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0],23.764456566046302,722.8338437003015,9.29545e+10,2.55657e-10,0,0
diff --git a/experiment_automatization/can_be_reused/looking_at_strange_cases/summary___29Sep22_02_40_17.csv b/experiment_automatization/can_be_reused/looking_at_strange_cases_old/summary___29Sep22_02_40_17.csv
similarity index 100%
rename from experiment_automatization/can_be_reused/looking_at_strange_cases/summary___29Sep22_02_40_17.csv
rename to experiment_automatization/can_be_reused/looking_at_strange_cases_old/summary___29Sep22_02_40_17.csv
diff --git a/experiment_automatization/experiment_log_file.txt b/experiment_automatization/experiment_log_file.txt
index 5765973b8494b6b92b1445ac113e904efdf96b2d..62b4f399f0dee6211dc4b94d2a9fbdd4a2cecfe7 100755
--- a/experiment_automatization/experiment_log_file.txt
+++ b/experiment_automatization/experiment_log_file.txt
@@ -1203,3 +1203,31397 @@ Thread_1_ready_for_sampling
 --- Printing cc_info beginning datas (for the samsung galaxy s8)
  --- Starting power meter sampling for about 600 seconds 
 --- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  726.6547674245342
+powermeter script : average_power with numpy  arrays =  726.6547674244796
+powermeter script : Summary Result = time (s): 603.2568607330322
+Ins Current (mA):138.96584250828602
+Samples: 3000000
+Consumed Energy (mAs): 86429.29904909339
+Consumed Energy (mAh): 24.008138624748163
+Consumed Energy (mWs): 435605.8132536438
+Consumed Energy (mWh): 121.00161479267884
+Avg power (mW): 726.6547674245342
+Avg Current (mA): 144.13467439358877
+Avg Voltage (V): 5.041498657292255
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  1
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (906 bytes in 0.030s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 0- 0- 0- 576000- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 603.2568607330322 
+Ins Current (mA):138.96584250828602 
+Samples: 3000000 
+Consumed Energy (mAs): 86429.29904909339 
+Consumed Energy (mAh): 24.008138624748163 
+Consumed Energy (mWs): 435605.8132536438 
+Consumed Energy (mWh): 121.00161479267884 
+Avg power (mW): 726.6547674245342 
+Avg Current (mA): 144.13467439358877 
+Avg Voltage (V): 5.041498657292255 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.008138624748163
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 726.6547674245342
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 18457
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 13:55:27 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:05:27 +0100 - Duration: 600009 seconds 
+Real workload: 4.70742170288837E10 - Integer reached: 129260 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 18458
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 13:55:27 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 14:05:27 +0100 - Duration: 600001 seconds 
+Real workload: 4.68622373554812E10 - Integer reached: 128981 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,0,0,0,1,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.39365e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.55578e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 100001-0-0 1,0,0,0,0,1,0,0                         [576000- 0- 0- 0- 0- 576000- 0- 0]                     time (s): 603.2568607330322 
+Ins Current (mA):138.96584250828602 
+Samples: 3000000 
+Consumed Energy (mAs): 86429.29904909339 
+Consumed Energy (mAh): 24.008138624748163 
+Consumed Energy (mWs): 435605.8132536438 
+Consumed Energy (mWh): 121.00161479267884 
+Avg power (mW): 726.6547674245342 
+Avg Current (mA): 144.13467439358877 
+Avg Voltage (V): 5.041498657292255 
+ Thread : 0 - ThreadProcess id: 18457
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 13:55:27 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:05:27 +0100 - Duration: 600009 seconds 
+Real workload: 4.70742170288837E10 - Integer reached: 129260 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 18458
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 13:55:27 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 14:05:27 +0100 - Duration: 600001 seconds 
+Real workload: 4.68622373554812E10 - Integer reached: 128981 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.008138624748163                     9.39365e+10 2.55578e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 100001-0-0 
+phone format: 1,0,0,0,0,1,0,0 
+Exact values of frequencies: [576000- 0- 0- 0- 0- 576000- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 603.2568607330322 
+Ins Current (mA):138.96584250828602 
+Samples: 3000000 
+Consumed Energy (mAs): 86429.29904909339 
+Consumed Energy (mAh): 24.008138624748163 
+Consumed Energy (mWs): 435605.8132536438 
+Consumed Energy (mWh): 121.00161479267884 
+Avg power (mW): 726.6547674245342 
+Avg Current (mA): 144.13467439358877 
+Avg Voltage (V): 5.041498657292255 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 18457
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 13:55:27 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:05:27 +0100 - Duration: 600009 seconds 
+Real workload: 4.70742170288837E10 - Integer reached: 129260 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 18458
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 13:55:27 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 14:05:27 +0100 - Duration: 600001 seconds 
+Real workload: 4.68622373554812E10 - Integer reached: 128981 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.008138624748163 
+Workload: 9.39365e+10 
+Energy efficiency: 2.55578e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_38_44'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.008138624748163
+--- Experiment result, Avg Power = 726.6547674245342
+--- Experiment result, Total Workload = 9.39365e+10
+--- Experiment result, Energy Efficiency = 2.55578e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 100001-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_15_51_33
+--- Performing experiments on configuration 100001-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  1
+--- Exact frequency of core  5:  576000
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 576000
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 19287 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  1
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  725.0266611494385
+powermeter script : average_power with numpy  arrays =  725.0266611493158
+powermeter script : Summary Result = time (s): 602.1997585296631
+Ins Current (mA):147.3581444783488
+Samples: 3000000
+Consumed Energy (mAs): 86579.02836063453
+Consumed Energy (mAh): 24.04973010017626
+Consumed Energy (mWs): 436349.10878689046
+Consumed Energy (mWh): 121.20808577413624
+Avg power (mW): 725.0266611494385
+Avg Current (mA): 143.8183972059938
+Avg Voltage (V): 5.041265062292199
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  1
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.030s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 0- 0- 0- 576000- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 602.1997585296631 
+Ins Current (mA):147.3581444783488 
+Samples: 3000000 
+Consumed Energy (mAs): 86579.02836063453 
+Consumed Energy (mAh): 24.04973010017626 
+Consumed Energy (mWs): 436349.10878689046 
+Consumed Energy (mWh): 121.20808577413624 
+Avg power (mW): 725.0266611494385 
+Avg Current (mA): 143.8183972059938 
+Avg Voltage (V): 5.041265062292199 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.04973010017626
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 725.0266611494385
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 19312
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:11:18 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:21:18 +0100 - Duration: 600010 seconds 
+Real workload: 4.700730240369411E10 - Integer reached: 129172 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 19313
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:11:17 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 14:21:18 +0100 - Duration: 600004 seconds 
+Real workload: 4.703391025637053E10 - Integer reached: 129207 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,0,0,0,1,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.40412e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.55736e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 100001-0-0 1,0,0,0,0,1,0,0                         [576000- 0- 0- 0- 0- 576000- 0- 0]                     time (s): 602.1997585296631 
+Ins Current (mA):147.3581444783488 
+Samples: 3000000 
+Consumed Energy (mAs): 86579.02836063453 
+Consumed Energy (mAh): 24.04973010017626 
+Consumed Energy (mWs): 436349.10878689046 
+Consumed Energy (mWh): 121.20808577413624 
+Avg power (mW): 725.0266611494385 
+Avg Current (mA): 143.8183972059938 
+Avg Voltage (V): 5.041265062292199 
+ Thread : 0 - ThreadProcess id: 19312
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:11:18 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:21:18 +0100 - Duration: 600010 seconds 
+Real workload: 4.700730240369411E10 - Integer reached: 129172 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 19313
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:11:17 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 14:21:18 +0100 - Duration: 600004 seconds 
+Real workload: 4.703391025637053E10 - Integer reached: 129207 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.04973010017626                     9.40412e+10 2.55736e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 100001-0-0 
+phone format: 1,0,0,0,0,1,0,0 
+Exact values of frequencies: [576000- 0- 0- 0- 0- 576000- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 602.1997585296631 
+Ins Current (mA):147.3581444783488 
+Samples: 3000000 
+Consumed Energy (mAs): 86579.02836063453 
+Consumed Energy (mAh): 24.04973010017626 
+Consumed Energy (mWs): 436349.10878689046 
+Consumed Energy (mWh): 121.20808577413624 
+Avg power (mW): 725.0266611494385 
+Avg Current (mA): 143.8183972059938 
+Avg Voltage (V): 5.041265062292199 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 19312
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:11:18 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:21:18 +0100 - Duration: 600010 seconds 
+Real workload: 4.700730240369411E10 - Integer reached: 129172 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 19313
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:11:17 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 14:21:18 +0100 - Duration: 600004 seconds 
+Real workload: 4.703391025637053E10 - Integer reached: 129207 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.04973010017626 
+Workload: 9.40412e+10 
+Energy efficiency: 2.55736e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_15_54_35'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.04973010017626
+--- Experiment result, Avg Power = 725.0266611494385
+--- Experiment result, Total Workload = 9.40412e+10
+--- Experiment result, Energy Efficiency = 2.55736e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 100001-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_16_07_23
+--- Performing experiments on configuration 100010-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  1
+--- Exact frequency of core  4:  576000
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 576000
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 20119 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  1
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  721.9359233930851
+powermeter script : average_power with numpy  arrays =  721.9359233929434
+powermeter script : Summary Result = time (s): 602.167617559433
+Ins Current (mA):143.69582130039547
+Samples: 3000000
+Consumed Energy (mAs): 85566.99500337984
+Consumed Energy (mAh): 23.768609723161067
+Consumed Energy (mWs): 431336.6690840349
+Consumed Energy (mWh): 119.81574141223192
+Avg power (mW): 721.9359233930851
+Avg Current (mA): 143.17973149216047
+Avg Voltage (V): 5.042165646417722
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  1
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.030s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 0- 0- 576000- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 602.167617559433 
+Ins Current (mA):143.69582130039547 
+Samples: 3000000 
+Consumed Energy (mAs): 85566.99500337984 
+Consumed Energy (mAh): 23.768609723161067 
+Consumed Energy (mWs): 431336.6690840349 
+Consumed Energy (mWh): 119.81574141223192 
+Avg power (mW): 721.9359233930851 
+Avg Current (mA): 143.17973149216047 
+Avg Voltage (V): 5.042165646417722 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.768609723161067
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 721.9359233930851
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 20144
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:27:08 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:37:08 +0100 - Duration: 600004 seconds 
+Real workload: 4.679623780445485E10 - Integer reached: 128894 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 20145
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:27:08 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 14:37:08 +0100 - Duration: 600002 seconds 
+Real workload: 4.7006542296339874E10 - Integer reached: 129171 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,0,0,1,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.38028e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.53389e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 100010-0-0 1,0,0,0,1,0,0,0                         [576000- 0- 0- 0- 576000- 0- 0- 0]                     time (s): 602.167617559433 
+Ins Current (mA):143.69582130039547 
+Samples: 3000000 
+Consumed Energy (mAs): 85566.99500337984 
+Consumed Energy (mAh): 23.768609723161067 
+Consumed Energy (mWs): 431336.6690840349 
+Consumed Energy (mWh): 119.81574141223192 
+Avg power (mW): 721.9359233930851 
+Avg Current (mA): 143.17973149216047 
+Avg Voltage (V): 5.042165646417722 
+ Thread : 0 - ThreadProcess id: 20144
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:27:08 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:37:08 +0100 - Duration: 600004 seconds 
+Real workload: 4.679623780445485E10 - Integer reached: 128894 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 20145
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:27:08 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 14:37:08 +0100 - Duration: 600002 seconds 
+Real workload: 4.7006542296339874E10 - Integer reached: 129171 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.768609723161067                     9.38028e+10 2.53389e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 100010-0-0 
+phone format: 1,0,0,0,1,0,0,0 
+Exact values of frequencies: [576000- 0- 0- 0- 576000- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 602.167617559433 
+Ins Current (mA):143.69582130039547 
+Samples: 3000000 
+Consumed Energy (mAs): 85566.99500337984 
+Consumed Energy (mAh): 23.768609723161067 
+Consumed Energy (mWs): 431336.6690840349 
+Consumed Energy (mWh): 119.81574141223192 
+Avg power (mW): 721.9359233930851 
+Avg Current (mA): 143.17973149216047 
+Avg Voltage (V): 5.042165646417722 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 20144
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:27:08 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:37:08 +0100 - Duration: 600004 seconds 
+Real workload: 4.679623780445485E10 - Integer reached: 128894 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 20145
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:27:08 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 14:37:08 +0100 - Duration: 600002 seconds 
+Real workload: 4.7006542296339874E10 - Integer reached: 129171 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.768609723161067 
+Workload: 9.38028e+10 
+Energy efficiency: 2.53389e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_10_25'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.768609723161067
+--- Experiment result, Avg Power = 721.9359233930851
+--- Experiment result, Total Workload = 9.38028e+10
+--- Experiment result, Energy Efficiency = 2.53389e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 100010-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_16_23_14
+--- Performing experiments on configuration 100010-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  1
+--- Exact frequency of core  4:  576000
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 576000
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 20949 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  1
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  719.5124735980693
+powermeter script : average_power with numpy  arrays =  719.5124735980265
+powermeter script : Summary Result = time (s): 602.0668823719025
+Ins Current (mA):149.9947421160316
+Samples: 3000000
+Consumed Energy (mAs): 86067.9036229734
+Consumed Energy (mAh): 23.907751006381503
+Consumed Energy (mWs): 433514.27371904306
+Consumed Energy (mWh): 120.42063158862307
+Avg power (mW): 719.5124735980693
+Avg Current (mA): 142.8007021634355
+Avg Voltage (V): 5.038577981042326
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  1
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.031s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 0- 0- 576000- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 602.0668823719025 
+Ins Current (mA):149.9947421160316 
+Samples: 3000000 
+Consumed Energy (mAs): 86067.9036229734 
+Consumed Energy (mAh): 23.907751006381503 
+Consumed Energy (mWs): 433514.27371904306 
+Consumed Energy (mWh): 120.42063158862307 
+Avg power (mW): 719.5124735980693 
+Avg Current (mA): 142.8007021634355 
+Avg Voltage (V): 5.038577981042326 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.907751006381503
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 719.5124735980693
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 20974
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:42:59 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:52:59 +0100 - Duration: 600017 seconds 
+Real workload: 4.704075353838658E10 - Integer reached: 129216 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 20975
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:42:59 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 14:52:59 +0100 - Duration: 600018 seconds 
+Real workload: 4.7128241005714005E10 - Integer reached: 129331 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,0,0,1,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.4169e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.53881e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 100010-0-0 1,0,0,0,1,0,0,0                         [576000- 0- 0- 0- 576000- 0- 0- 0]                     time (s): 602.0668823719025 
+Ins Current (mA):149.9947421160316 
+Samples: 3000000 
+Consumed Energy (mAs): 86067.9036229734 
+Consumed Energy (mAh): 23.907751006381503 
+Consumed Energy (mWs): 433514.27371904306 
+Consumed Energy (mWh): 120.42063158862307 
+Avg power (mW): 719.5124735980693 
+Avg Current (mA): 142.8007021634355 
+Avg Voltage (V): 5.038577981042326 
+ Thread : 0 - ThreadProcess id: 20974
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:42:59 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:52:59 +0100 - Duration: 600017 seconds 
+Real workload: 4.704075353838658E10 - Integer reached: 129216 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 20975
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:42:59 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 14:52:59 +0100 - Duration: 600018 seconds 
+Real workload: 4.7128241005714005E10 - Integer reached: 129331 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.907751006381503                     9.4169e+10 2.53881e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 100010-0-0 
+phone format: 1,0,0,0,1,0,0,0 
+Exact values of frequencies: [576000- 0- 0- 0- 576000- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 602.0668823719025 
+Ins Current (mA):149.9947421160316 
+Samples: 3000000 
+Consumed Energy (mAs): 86067.9036229734 
+Consumed Energy (mAh): 23.907751006381503 
+Consumed Energy (mWs): 433514.27371904306 
+Consumed Energy (mWh): 120.42063158862307 
+Avg power (mW): 719.5124735980693 
+Avg Current (mA): 142.8007021634355 
+Avg Voltage (V): 5.038577981042326 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 20974
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:42:59 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 14:52:59 +0100 - Duration: 600017 seconds 
+Real workload: 4.704075353838658E10 - Integer reached: 129216 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 20975
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:42:59 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 14:52:59 +0100 - Duration: 600018 seconds 
+Real workload: 4.7128241005714005E10 - Integer reached: 129331 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.907751006381503 
+Workload: 9.4169e+10 
+Energy efficiency: 2.53881e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_26_16'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.907751006381503
+--- Experiment result, Avg Power = 719.5124735980693
+--- Experiment result, Total Workload = 9.4169e+10
+--- Experiment result, Energy Efficiency = 2.53881e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 100010-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_16_39_05
+--- Performing experiments on configuration 100010-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  1
+--- Exact frequency of core  4:  576000
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 576000
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 21783 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  1
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  717.3536897466823
+powermeter script : average_power with numpy  arrays =  717.3536897465129
+powermeter script : Summary Result = time (s): 602.0066151618958
+Ins Current (mA):153.9190390747323
+Samples: 3000000
+Consumed Energy (mAs): 85129.35392255154
+Consumed Energy (mAh): 23.647042756264316
+Consumed Energy (mWs): 429183.0355542303
+Consumed Energy (mWh): 119.21750987617507
+Avg power (mW): 717.3536897466823
+Avg Current (mA): 142.2497656919197
+Avg Voltage (V): 5.042916494500987
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  1
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.044s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 0- 0- 576000- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 602.0066151618958 
+Ins Current (mA):153.9190390747323 
+Samples: 3000000 
+Consumed Energy (mAs): 85129.35392255154 
+Consumed Energy (mAh): 23.647042756264316 
+Consumed Energy (mWs): 429183.0355542303 
+Consumed Energy (mWh): 119.21750987617507 
+Avg power (mW): 717.3536897466823 
+Avg Current (mA): 142.2497656919197 
+Avg Voltage (V): 5.042916494500987 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.647042756264316
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 717.3536897466823
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 21808
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:58:49 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:08:50 +0100 - Duration: 600015 seconds 
+Real workload: 4.706508939642369E10 - Integer reached: 129248 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 21809
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:58:50 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 15:08:50 +0100 - Duration: 600023 seconds 
+Real workload: 4.680154632774304E10 - Integer reached: 128901 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,0,0,1,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.38666e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.51922e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 100010-0-0 1,0,0,0,1,0,0,0                         [576000- 0- 0- 0- 576000- 0- 0- 0]                     time (s): 602.0066151618958 
+Ins Current (mA):153.9190390747323 
+Samples: 3000000 
+Consumed Energy (mAs): 85129.35392255154 
+Consumed Energy (mAh): 23.647042756264316 
+Consumed Energy (mWs): 429183.0355542303 
+Consumed Energy (mWh): 119.21750987617507 
+Avg power (mW): 717.3536897466823 
+Avg Current (mA): 142.2497656919197 
+Avg Voltage (V): 5.042916494500987 
+ Thread : 0 - ThreadProcess id: 21808
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:58:49 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:08:50 +0100 - Duration: 600015 seconds 
+Real workload: 4.706508939642369E10 - Integer reached: 129248 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 21809
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:58:50 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 15:08:50 +0100 - Duration: 600023 seconds 
+Real workload: 4.680154632774304E10 - Integer reached: 128901 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.647042756264316                     9.38666e+10 2.51922e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 100010-0-0 
+phone format: 1,0,0,0,1,0,0,0 
+Exact values of frequencies: [576000- 0- 0- 0- 576000- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 602.0066151618958 
+Ins Current (mA):153.9190390747323 
+Samples: 3000000 
+Consumed Energy (mAs): 85129.35392255154 
+Consumed Energy (mAh): 23.647042756264316 
+Consumed Energy (mWs): 429183.0355542303 
+Consumed Energy (mWh): 119.21750987617507 
+Avg power (mW): 717.3536897466823 
+Avg Current (mA): 142.2497656919197 
+Avg Voltage (V): 5.042916494500987 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 21808
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:58:49 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:08:50 +0100 - Duration: 600015 seconds 
+Real workload: 4.706508939642369E10 - Integer reached: 129248 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 21809
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 14:58:50 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 15:08:50 +0100 - Duration: 600023 seconds 
+Real workload: 4.680154632774304E10 - Integer reached: 128901 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.647042756264316 
+Workload: 9.38666e+10 
+Energy efficiency: 2.51922e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_42_07'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.647042756264316
+--- Experiment result, Avg Power = 717.3536897466823
+--- Experiment result, Total Workload = 9.38666e+10
+--- Experiment result, Energy Efficiency = 2.51922e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 100010-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_16_54_56
+--- Performing experiments on configuration 100100-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  1
+--- Exact frequency of core  3:  576000
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 576000
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 22641 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  1
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  731.1453068380349
+powermeter script : average_power with numpy  arrays =  731.1453068378843
+powermeter script : Summary Result = time (s): 601.8607213497162
+Ins Current (mA):200.62458284442954
+Samples: 3000000
+Consumed Energy (mAs): 87635.56144087145
+Consumed Energy (mAh): 24.34321151135318
+Consumed Energy (mWs): 441640.4789062961
+Consumed Energy (mWh): 122.67791080730447
+Avg power (mW): 731.1453068380349
+Avg Current (mA): 145.02964356409595
+Avg Voltage (V): 5.041350780917453
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  1
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.037s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 0- 576000- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.8607213497162 
+Ins Current (mA):200.62458284442954 
+Samples: 3000000 
+Consumed Energy (mAs): 87635.56144087145 
+Consumed Energy (mAh): 24.34321151135318 
+Consumed Energy (mWs): 441640.4789062961 
+Consumed Energy (mWh): 122.67791080730447 
+Avg power (mW): 731.1453068380349 
+Avg Current (mA): 145.02964356409595 
+Avg Voltage (V): 5.041350780917453 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.34321151135318
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 731.1453068380349
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 22666
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:14:45 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:24:45 +0100 - Duration: 600002 seconds 
+Real workload: 4.7854961381414215E10 - Integer reached: 130282 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 22667
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:14:45 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 15:24:45 +0100 - Duration: 600002 seconds 
+Real workload: 4.744389512451621E10 - Integer reached: 129745 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,0,1,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.52989e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.55441e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 100100-0-0 1,0,0,1,0,0,0,0                         [576000- 0- 0- 576000- 0- 0- 0- 0]                     time (s): 601.8607213497162 
+Ins Current (mA):200.62458284442954 
+Samples: 3000000 
+Consumed Energy (mAs): 87635.56144087145 
+Consumed Energy (mAh): 24.34321151135318 
+Consumed Energy (mWs): 441640.4789062961 
+Consumed Energy (mWh): 122.67791080730447 
+Avg power (mW): 731.1453068380349 
+Avg Current (mA): 145.02964356409595 
+Avg Voltage (V): 5.041350780917453 
+ Thread : 0 - ThreadProcess id: 22666
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:14:45 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:24:45 +0100 - Duration: 600002 seconds 
+Real workload: 4.7854961381414215E10 - Integer reached: 130282 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 22667
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:14:45 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 15:24:45 +0100 - Duration: 600002 seconds 
+Real workload: 4.744389512451621E10 - Integer reached: 129745 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.34321151135318                     9.52989e+10 2.55441e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 100100-0-0 
+phone format: 1,0,0,1,0,0,0,0 
+Exact values of frequencies: [576000- 0- 0- 576000- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.8607213497162 
+Ins Current (mA):200.62458284442954 
+Samples: 3000000 
+Consumed Energy (mAs): 87635.56144087145 
+Consumed Energy (mAh): 24.34321151135318 
+Consumed Energy (mWs): 441640.4789062961 
+Consumed Energy (mWh): 122.67791080730447 
+Avg power (mW): 731.1453068380349 
+Avg Current (mA): 145.02964356409595 
+Avg Voltage (V): 5.041350780917453 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 22666
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:14:45 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:24:45 +0100 - Duration: 600002 seconds 
+Real workload: 4.7854961381414215E10 - Integer reached: 130282 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 22667
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:14:45 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 15:24:45 +0100 - Duration: 600002 seconds 
+Real workload: 4.744389512451621E10 - Integer reached: 129745 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.34321151135318 
+Workload: 9.52989e+10 
+Energy efficiency: 2.55441e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_16_57_58'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.34321151135318
+--- Experiment result, Avg Power = 731.1453068380349
+--- Experiment result, Total Workload = 9.52989e+10
+--- Experiment result, Energy Efficiency = 2.55441e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 100100-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_17_10_52
+--- Performing experiments on configuration 100100-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  1
+--- Exact frequency of core  3:  576000
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 576000
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 23478 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  1
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  723.4942902904883
+powermeter script : average_power with numpy  arrays =  723.4942902904157
+powermeter script : Summary Result = time (s): 601.6696803569794
+Ins Current (mA):128.1345610953852
+Samples: 3000000
+Consumed Energy (mAs): 85184.50119378332
+Consumed Energy (mAh): 23.66236144271759
+Consumed Energy (mWs): 429389.46759674646
+Consumed Energy (mWh): 119.27485211020735
+Avg power (mW): 723.4942902904883
+Avg Current (mA): 143.50321617137928
+Avg Voltage (V): 5.041659062375664
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  1
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.029s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 0- 576000- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.6696803569794 
+Ins Current (mA):128.1345610953852 
+Samples: 3000000 
+Consumed Energy (mAs): 85184.50119378332 
+Consumed Energy (mAh): 23.66236144271759 
+Consumed Energy (mWs): 429389.46759674646 
+Consumed Energy (mWh): 119.27485211020735 
+Avg power (mW): 723.4942902904883 
+Avg Current (mA): 143.50321617137928 
+Avg Voltage (V): 5.041659062375664 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.66236144271759
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 723.4942902904883
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 23503
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:30:36 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:40:37 +0100 - Duration: 600008 seconds 
+Real workload: 4.701642421194446E10 - Integer reached: 129184 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 23504
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:30:36 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 15:40:37 +0100 - Duration: 600008 seconds 
+Real workload: 4.709323588874346E10 - Integer reached: 129285 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,0,1,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.41097e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.51434e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 100100-0-0 1,0,0,1,0,0,0,0                         [576000- 0- 0- 576000- 0- 0- 0- 0]                     time (s): 601.6696803569794 
+Ins Current (mA):128.1345610953852 
+Samples: 3000000 
+Consumed Energy (mAs): 85184.50119378332 
+Consumed Energy (mAh): 23.66236144271759 
+Consumed Energy (mWs): 429389.46759674646 
+Consumed Energy (mWh): 119.27485211020735 
+Avg power (mW): 723.4942902904883 
+Avg Current (mA): 143.50321617137928 
+Avg Voltage (V): 5.041659062375664 
+ Thread : 0 - ThreadProcess id: 23503
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:30:36 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:40:37 +0100 - Duration: 600008 seconds 
+Real workload: 4.701642421194446E10 - Integer reached: 129184 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 23504
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:30:36 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 15:40:37 +0100 - Duration: 600008 seconds 
+Real workload: 4.709323588874346E10 - Integer reached: 129285 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.66236144271759                     9.41097e+10 2.51434e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 100100-0-0 
+phone format: 1,0,0,1,0,0,0,0 
+Exact values of frequencies: [576000- 0- 0- 576000- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.6696803569794 
+Ins Current (mA):128.1345610953852 
+Samples: 3000000 
+Consumed Energy (mAs): 85184.50119378332 
+Consumed Energy (mAh): 23.66236144271759 
+Consumed Energy (mWs): 429389.46759674646 
+Consumed Energy (mWh): 119.27485211020735 
+Avg power (mW): 723.4942902904883 
+Avg Current (mA): 143.50321617137928 
+Avg Voltage (V): 5.041659062375664 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 23503
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:30:36 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:40:37 +0100 - Duration: 600008 seconds 
+Real workload: 4.701642421194446E10 - Integer reached: 129184 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 23504
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:30:36 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 15:40:37 +0100 - Duration: 600008 seconds 
+Real workload: 4.709323588874346E10 - Integer reached: 129285 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.66236144271759 
+Workload: 9.41097e+10 
+Energy efficiency: 2.51434e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_13_54'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.66236144271759
+--- Experiment result, Avg Power = 723.4942902904883
+--- Experiment result, Total Workload = 9.41097e+10
+--- Experiment result, Energy Efficiency = 2.51434e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 100100-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_17_26_42
+--- Performing experiments on configuration 100100-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  1
+--- Exact frequency of core  3:  576000
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 576000
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 24309 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  1
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  728.7494068467691
+powermeter script : average_power with numpy  arrays =  728.7494068466605
+powermeter script : Summary Result = time (s): 601.594318151474
+Ins Current (mA):149.91089504985197
+Samples: 3000000
+Consumed Energy (mAs): 87418.57091877563
+Consumed Energy (mAh): 24.282936366326563
+Consumed Energy (mWs): 440421.7190243694
+Consumed Energy (mWh): 122.33936639565816
+Avg power (mW): 728.7494068467691
+Avg Current (mA): 144.57438942582954
+Avg Voltage (V): 5.040653533042494
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  1
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.032s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 0- 576000- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.594318151474 
+Ins Current (mA):149.91089504985197 
+Samples: 3000000 
+Consumed Energy (mAs): 87418.57091877563 
+Consumed Energy (mAh): 24.282936366326563 
+Consumed Energy (mWs): 440421.7190243694 
+Consumed Energy (mWh): 122.33936639565816 
+Avg power (mW): 728.7494068467691 
+Avg Current (mA): 144.57438942582954 
+Avg Voltage (V): 5.040653533042494 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.282936366326563
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 728.7494068467691
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 24334
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:46:27 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:56:28 +0100 - Duration: 600019 seconds 
+Real workload: 4.6938918130023285E10 - Integer reached: 129082 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 24335
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:46:27 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 15:56:28 +0100 - Duration: 600012 seconds 
+Real workload: 4.675150698418623E10 - Integer reached: 128835 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,0,1,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.36904e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.59183e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 100100-0-0 1,0,0,1,0,0,0,0                         [576000- 0- 0- 576000- 0- 0- 0- 0]                     time (s): 601.594318151474 
+Ins Current (mA):149.91089504985197 
+Samples: 3000000 
+Consumed Energy (mAs): 87418.57091877563 
+Consumed Energy (mAh): 24.282936366326563 
+Consumed Energy (mWs): 440421.7190243694 
+Consumed Energy (mWh): 122.33936639565816 
+Avg power (mW): 728.7494068467691 
+Avg Current (mA): 144.57438942582954 
+Avg Voltage (V): 5.040653533042494 
+ Thread : 0 - ThreadProcess id: 24334
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:46:27 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:56:28 +0100 - Duration: 600019 seconds 
+Real workload: 4.6938918130023285E10 - Integer reached: 129082 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 24335
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:46:27 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 15:56:28 +0100 - Duration: 600012 seconds 
+Real workload: 4.675150698418623E10 - Integer reached: 128835 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.282936366326563                     9.36904e+10 2.59183e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 100100-0-0 
+phone format: 1,0,0,1,0,0,0,0 
+Exact values of frequencies: [576000- 0- 0- 576000- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.594318151474 
+Ins Current (mA):149.91089504985197 
+Samples: 3000000 
+Consumed Energy (mAs): 87418.57091877563 
+Consumed Energy (mAh): 24.282936366326563 
+Consumed Energy (mWs): 440421.7190243694 
+Consumed Energy (mWh): 122.33936639565816 
+Avg power (mW): 728.7494068467691 
+Avg Current (mA): 144.57438942582954 
+Avg Voltage (V): 5.040653533042494 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 24334
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:46:27 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 15:56:28 +0100 - Duration: 600019 seconds 
+Real workload: 4.6938918130023285E10 - Integer reached: 129082 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 24335
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 15:46:27 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 15:56:28 +0100 - Duration: 600012 seconds 
+Real workload: 4.675150698418623E10 - Integer reached: 128835 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.282936366326563 
+Workload: 9.36904e+10 
+Energy efficiency: 2.59183e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_29_44'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.282936366326563
+--- Experiment result, Avg Power = 728.7494068467691
+--- Experiment result, Total Workload = 9.36904e+10
+--- Experiment result, Energy Efficiency = 2.59183e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 100100-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_17_42_31
+--- Performing experiments on configuration 101000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  1
+--- Exact frequency of core  2:  576000
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 576000
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 25136 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  1
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  723.5133808912915
+powermeter script : average_power with numpy  arrays =  723.5133808911352
+powermeter script : Summary Result = time (s): 601.528993844986
+Ins Current (mA):144.30946757283922
+Samples: 3000000
+Consumed Energy (mAs): 85779.47928352332
+Consumed Energy (mAh): 23.827633134312034
+Consumed Energy (mWs): 432299.84159345663
+Consumed Energy (mWh): 120.08328933151573
+Avg power (mW): 723.5133808912915
+Avg Current (mA): 143.5114500504767
+Avg Voltage (V): 5.0415028252924285
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  1
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (910 bytes in 0.034s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 576000- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.528993844986 
+Ins Current (mA):144.30946757283922 
+Samples: 3000000 
+Consumed Energy (mAs): 85779.47928352332 
+Consumed Energy (mAh): 23.827633134312034 
+Consumed Energy (mWs): 432299.84159345663 
+Consumed Energy (mWh): 120.08328933151573 
+Avg power (mW): 723.5133808912915 
+Avg Current (mA): 143.5114500504767 
+Avg Voltage (V): 5.0415028252924285 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.827633134312034
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 723.5133808912915
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 25161
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:02:16 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:12:17 +0100 - Duration: 600001 seconds 
+Real workload: 4.6862996249335815E10 - Integer reached: 128982 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 25162
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:02:17 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 16:12:17 +0100 - Duration: 600014 seconds 
+Real workload: 4.6830369471096596E10 - Integer reached: 128939 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,1,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.36934e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.54315e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 101000-0-0 1,0,1,0,0,0,0,0                         [576000- 0- 576000- 0- 0- 0- 0- 0]                     time (s): 601.528993844986 
+Ins Current (mA):144.30946757283922 
+Samples: 3000000 
+Consumed Energy (mAs): 85779.47928352332 
+Consumed Energy (mAh): 23.827633134312034 
+Consumed Energy (mWs): 432299.84159345663 
+Consumed Energy (mWh): 120.08328933151573 
+Avg power (mW): 723.5133808912915 
+Avg Current (mA): 143.5114500504767 
+Avg Voltage (V): 5.0415028252924285 
+ Thread : 0 - ThreadProcess id: 25161
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:02:16 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:12:17 +0100 - Duration: 600001 seconds 
+Real workload: 4.6862996249335815E10 - Integer reached: 128982 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 25162
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:02:17 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 16:12:17 +0100 - Duration: 600014 seconds 
+Real workload: 4.6830369471096596E10 - Integer reached: 128939 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.827633134312034                     9.36934e+10 2.54315e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 101000-0-0 
+phone format: 1,0,1,0,0,0,0,0 
+Exact values of frequencies: [576000- 0- 576000- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.528993844986 
+Ins Current (mA):144.30946757283922 
+Samples: 3000000 
+Consumed Energy (mAs): 85779.47928352332 
+Consumed Energy (mAh): 23.827633134312034 
+Consumed Energy (mWs): 432299.84159345663 
+Consumed Energy (mWh): 120.08328933151573 
+Avg power (mW): 723.5133808912915 
+Avg Current (mA): 143.5114500504767 
+Avg Voltage (V): 5.0415028252924285 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 25161
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:02:16 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:12:17 +0100 - Duration: 600001 seconds 
+Real workload: 4.6862996249335815E10 - Integer reached: 128982 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 25162
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:02:17 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 16:12:17 +0100 - Duration: 600014 seconds 
+Real workload: 4.6830369471096596E10 - Integer reached: 128939 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.827633134312034 
+Workload: 9.36934e+10 
+Energy efficiency: 2.54315e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_17_45_33'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.827633134312034
+--- Experiment result, Avg Power = 723.5133808912915
+--- Experiment result, Total Workload = 9.36934e+10
+--- Experiment result, Energy Efficiency = 2.54315e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 101000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_17_58_19
+--- Performing experiments on configuration 101000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  1
+--- Exact frequency of core  2:  576000
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 576000
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 25965 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  1
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  723.732867677299
+powermeter script : average_power with numpy  arrays =  723.7328676771959
+powermeter script : Summary Result = time (s): 601.5276546478271
+Ins Current (mA):132.3879285711564
+Samples: 3000000
+Consumed Energy (mAs): 85775.98216515913
+Consumed Energy (mAh): 23.826661712544205
+Consumed Energy (mWs): 432273.52302959596
+Consumed Energy (mWh): 120.07597861933222
+Avg power (mW): 723.732867677299
+Avg Current (mA): 143.5536967320101
+Avg Voltage (V): 5.041548104667642
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  1
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.030s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 576000- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.5276546478271 
+Ins Current (mA):132.3879285711564 
+Samples: 3000000 
+Consumed Energy (mAs): 85775.98216515913 
+Consumed Energy (mAh): 23.826661712544205 
+Consumed Energy (mWs): 432273.52302959596 
+Consumed Energy (mWh): 120.07597861933222 
+Avg power (mW): 723.732867677299 
+Avg Current (mA): 143.5536967320101 
+Avg Voltage (V): 5.041548104667642 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.826661712544205
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 723.732867677299
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 25990
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:18:05 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:28:05 +0100 - Duration: 600019 seconds 
+Real workload: 4.689791238684032E10 - Integer reached: 129028 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 25991
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:18:05 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 16:28:05 +0100 - Duration: 600004 seconds 
+Real workload: 4.707041373731773E10 - Integer reached: 129255 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,1,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.39683e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.53561e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 101000-0-0 1,0,1,0,0,0,0,0                         [576000- 0- 576000- 0- 0- 0- 0- 0]                     time (s): 601.5276546478271 
+Ins Current (mA):132.3879285711564 
+Samples: 3000000 
+Consumed Energy (mAs): 85775.98216515913 
+Consumed Energy (mAh): 23.826661712544205 
+Consumed Energy (mWs): 432273.52302959596 
+Consumed Energy (mWh): 120.07597861933222 
+Avg power (mW): 723.732867677299 
+Avg Current (mA): 143.5536967320101 
+Avg Voltage (V): 5.041548104667642 
+ Thread : 0 - ThreadProcess id: 25990
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:18:05 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:28:05 +0100 - Duration: 600019 seconds 
+Real workload: 4.689791238684032E10 - Integer reached: 129028 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 25991
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:18:05 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 16:28:05 +0100 - Duration: 600004 seconds 
+Real workload: 4.707041373731773E10 - Integer reached: 129255 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.826661712544205                     9.39683e+10 2.53561e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 101000-0-0 
+phone format: 1,0,1,0,0,0,0,0 
+Exact values of frequencies: [576000- 0- 576000- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.5276546478271 
+Ins Current (mA):132.3879285711564 
+Samples: 3000000 
+Consumed Energy (mAs): 85775.98216515913 
+Consumed Energy (mAh): 23.826661712544205 
+Consumed Energy (mWs): 432273.52302959596 
+Consumed Energy (mWh): 120.07597861933222 
+Avg power (mW): 723.732867677299 
+Avg Current (mA): 143.5536967320101 
+Avg Voltage (V): 5.041548104667642 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 25990
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:18:05 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:28:05 +0100 - Duration: 600019 seconds 
+Real workload: 4.689791238684032E10 - Integer reached: 129028 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 25991
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:18:05 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 16:28:05 +0100 - Duration: 600004 seconds 
+Real workload: 4.707041373731773E10 - Integer reached: 129255 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.826661712544205 
+Workload: 9.39683e+10 
+Energy efficiency: 2.53561e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_01_22'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.826661712544205
+--- Experiment result, Avg Power = 723.732867677299
+--- Experiment result, Total Workload = 9.39683e+10
+--- Experiment result, Energy Efficiency = 2.53561e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 101000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_18_14_09
+--- Performing experiments on configuration 101000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  1
+--- Exact frequency of core  2:  576000
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 576000
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 26801 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  1
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  730.1044749181781
+powermeter script : average_power with numpy  arrays =  730.1044749181117
+powermeter script : Summary Result = time (s): 601.4407029151917
+Ins Current (mA):149.2573690486622
+Samples: 3000000
+Consumed Energy (mAs): 86598.27822425251
+Consumed Energy (mAh): 24.05507728451459
+Consumed Energy (mWs): 436369.72044286615
+Consumed Energy (mWh): 121.21381123412948
+Avg power (mW): 730.1044749181781
+Avg Current (mA): 144.8433849869864
+Avg Voltage (V): 5.040647696708932
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  1
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (907 bytes in 0.036s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 0- 576000- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4407029151917 
+Ins Current (mA):149.2573690486622 
+Samples: 3000000 
+Consumed Energy (mAs): 86598.27822425251 
+Consumed Energy (mAh): 24.05507728451459 
+Consumed Energy (mWs): 436369.72044286615 
+Consumed Energy (mWh): 121.21381123412948 
+Avg power (mW): 730.1044749181781 
+Avg Current (mA): 144.8433849869864 
+Avg Voltage (V): 5.040647696708932 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.05507728451459
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 730.1044749181781
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 26826
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:33:54 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:43:54 +0100 - Duration: 600023 seconds 
+Real workload: 4.691765356520422E10 - Integer reached: 129054 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 26827
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:33:54 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 16:43:54 +0100 - Duration: 600013 seconds 
+Real workload: 4.73049944851893E10 - Integer reached: 129563 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,0,1,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.42226e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.55301e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 101000-0-0 1,0,1,0,0,0,0,0                         [576000- 0- 576000- 0- 0- 0- 0- 0]                     time (s): 601.4407029151917 
+Ins Current (mA):149.2573690486622 
+Samples: 3000000 
+Consumed Energy (mAs): 86598.27822425251 
+Consumed Energy (mAh): 24.05507728451459 
+Consumed Energy (mWs): 436369.72044286615 
+Consumed Energy (mWh): 121.21381123412948 
+Avg power (mW): 730.1044749181781 
+Avg Current (mA): 144.8433849869864 
+Avg Voltage (V): 5.040647696708932 
+ Thread : 0 - ThreadProcess id: 26826
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:33:54 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:43:54 +0100 - Duration: 600023 seconds 
+Real workload: 4.691765356520422E10 - Integer reached: 129054 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 26827
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:33:54 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 16:43:54 +0100 - Duration: 600013 seconds 
+Real workload: 4.73049944851893E10 - Integer reached: 129563 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.05507728451459                     9.42226e+10 2.55301e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 101000-0-0 
+phone format: 1,0,1,0,0,0,0,0 
+Exact values of frequencies: [576000- 0- 576000- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4407029151917 
+Ins Current (mA):149.2573690486622 
+Samples: 3000000 
+Consumed Energy (mAs): 86598.27822425251 
+Consumed Energy (mAh): 24.05507728451459 
+Consumed Energy (mWs): 436369.72044286615 
+Consumed Energy (mWh): 121.21381123412948 
+Avg power (mW): 730.1044749181781 
+Avg Current (mA): 144.8433849869864 
+Avg Voltage (V): 5.040647696708932 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 26826
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:33:54 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:43:54 +0100 - Duration: 600023 seconds 
+Real workload: 4.691765356520422E10 - Integer reached: 129054 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 26827
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:33:54 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 16:43:54 +0100 - Duration: 600013 seconds 
+Real workload: 4.73049944851893E10 - Integer reached: 129563 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.05507728451459 
+Workload: 9.42226e+10 
+Energy efficiency: 2.55301e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_17_11'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.05507728451459
+--- Experiment result, Avg Power = 730.1044749181781
+--- Experiment result, Total Workload = 9.42226e+10
+--- Experiment result, Energy Efficiency = 2.55301e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 101000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_18_29_58
+--- Performing experiments on configuration 110000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  1
+--- Exact frequency of core  1:  576000
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 576000
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 27659 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  1
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  729.2341965500051
+powermeter script : average_power with numpy  arrays =  729.2341965499489
+powermeter script : Summary Result = time (s): 601.294896364212
+Ins Current (mA):141.0731269644728
+Samples: 3000000
+Consumed Energy (mAs): 87927.09363363586
+Consumed Energy (mAh): 24.42419267600996
+Consumed Energy (mWs): 442935.55367367703
+Consumed Energy (mWh): 123.03765379824362
+Avg power (mW): 729.2341965500051
+Avg Current (mA): 144.6663803217811
+Avg Voltage (V): 5.0407993545423
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  1
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.046s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 576000- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.294896364212 
+Ins Current (mA):141.0731269644728 
+Samples: 3000000 
+Consumed Energy (mAs): 87927.09363363586 
+Consumed Energy (mAh): 24.42419267600996 
+Consumed Energy (mWs): 442935.55367367703 
+Consumed Energy (mWh): 123.03765379824362 
+Avg power (mW): 729.2341965500051 
+Avg Current (mA): 144.6663803217811 
+Avg Voltage (V): 5.0407993545423 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.42419267600996
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 729.2341965500051
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 27684
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:49:43 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:59:43 +0100 - Duration: 600011 seconds 
+Real workload: 4.6655297379333176E10 - Integer reached: 128708 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 27685
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:49:43 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 16:59:43 +0100 - Duration: 600009 seconds 
+Real workload: 4.663788460833303E10 - Integer reached: 128685 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,1,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.32932e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.618e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 110000-0-0 1,1,0,0,0,0,0,0                         [576000- 576000- 0- 0- 0- 0- 0- 0]                     time (s): 601.294896364212 
+Ins Current (mA):141.0731269644728 
+Samples: 3000000 
+Consumed Energy (mAs): 87927.09363363586 
+Consumed Energy (mAh): 24.42419267600996 
+Consumed Energy (mWs): 442935.55367367703 
+Consumed Energy (mWh): 123.03765379824362 
+Avg power (mW): 729.2341965500051 
+Avg Current (mA): 144.6663803217811 
+Avg Voltage (V): 5.0407993545423 
+ Thread : 0 - ThreadProcess id: 27684
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:49:43 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:59:43 +0100 - Duration: 600011 seconds 
+Real workload: 4.6655297379333176E10 - Integer reached: 128708 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 27685
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:49:43 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 16:59:43 +0100 - Duration: 600009 seconds 
+Real workload: 4.663788460833303E10 - Integer reached: 128685 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.42419267600996                     9.32932e+10 2.618e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 110000-0-0 
+phone format: 1,1,0,0,0,0,0,0 
+Exact values of frequencies: [576000- 576000- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.294896364212 
+Ins Current (mA):141.0731269644728 
+Samples: 3000000 
+Consumed Energy (mAs): 87927.09363363586 
+Consumed Energy (mAh): 24.42419267600996 
+Consumed Energy (mWs): 442935.55367367703 
+Consumed Energy (mWh): 123.03765379824362 
+Avg power (mW): 729.2341965500051 
+Avg Current (mA): 144.6663803217811 
+Avg Voltage (V): 5.0407993545423 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 27684
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:49:43 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 16:59:43 +0100 - Duration: 600011 seconds 
+Real workload: 4.6655297379333176E10 - Integer reached: 128708 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 27685
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 16:49:43 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 16:59:43 +0100 - Duration: 600009 seconds 
+Real workload: 4.663788460833303E10 - Integer reached: 128685 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.42419267600996 
+Workload: 9.32932e+10 
+Energy efficiency: 2.618e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_33_00'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.42419267600996
+--- Experiment result, Avg Power = 729.2341965500051
+--- Experiment result, Total Workload = 9.32932e+10
+--- Experiment result, Energy Efficiency = 2.618e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 110000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_18_45_46
+--- Performing experiments on configuration 110000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  1
+--- Exact frequency of core  1:  576000
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 576000
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 28488 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  1
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  733.4804599940842
+powermeter script : average_power with numpy  arrays =  733.4804599939645
+powermeter script : Summary Result = time (s): 601.4140269756317
+Ins Current (mA):135.8995028287331
+Samples: 3000000
+Consumed Energy (mAs): 86375.62317988437
+Consumed Energy (mAh): 23.99322866107899
+Consumed Energy (mWs): 435197.2996275151
+Consumed Energy (mWh): 120.88813878542085
+Avg power (mW): 733.4804599940842
+Avg Current (mA): 145.52565080598478
+Avg Voltage (V): 5.040214257292431
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  1
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.030s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 576000- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4140269756317 
+Ins Current (mA):135.8995028287331 
+Samples: 3000000 
+Consumed Energy (mAs): 86375.62317988437 
+Consumed Energy (mAh): 23.99322866107899 
+Consumed Energy (mWs): 435197.2996275151 
+Consumed Energy (mWh): 120.88813878542085 
+Avg power (mW): 733.4804599940842 
+Avg Current (mA): 145.52565080598478 
+Avg Voltage (V): 5.040214257292431 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.99322866107899
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 733.4804599940842
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 28513
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:05:30 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 17:15:31 +0100 - Duration: 600007 seconds 
+Real workload: 4.646469808260458E10 - Integer reached: 128456 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 28514
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:05:31 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 17:15:31 +0100 - Duration: 600010 seconds 
+Real workload: 4.679851284868877E10 - Integer reached: 128897 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,1,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.32632e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.57264e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 110000-0-0 1,1,0,0,0,0,0,0                         [576000- 576000- 0- 0- 0- 0- 0- 0]                     time (s): 601.4140269756317 
+Ins Current (mA):135.8995028287331 
+Samples: 3000000 
+Consumed Energy (mAs): 86375.62317988437 
+Consumed Energy (mAh): 23.99322866107899 
+Consumed Energy (mWs): 435197.2996275151 
+Consumed Energy (mWh): 120.88813878542085 
+Avg power (mW): 733.4804599940842 
+Avg Current (mA): 145.52565080598478 
+Avg Voltage (V): 5.040214257292431 
+ Thread : 0 - ThreadProcess id: 28513
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:05:30 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 17:15:31 +0100 - Duration: 600007 seconds 
+Real workload: 4.646469808260458E10 - Integer reached: 128456 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 28514
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:05:31 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 17:15:31 +0100 - Duration: 600010 seconds 
+Real workload: 4.679851284868877E10 - Integer reached: 128897 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.99322866107899                     9.32632e+10 2.57264e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 110000-0-0 
+phone format: 1,1,0,0,0,0,0,0 
+Exact values of frequencies: [576000- 576000- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4140269756317 
+Ins Current (mA):135.8995028287331 
+Samples: 3000000 
+Consumed Energy (mAs): 86375.62317988437 
+Consumed Energy (mAh): 23.99322866107899 
+Consumed Energy (mWs): 435197.2996275151 
+Consumed Energy (mWh): 120.88813878542085 
+Avg power (mW): 733.4804599940842 
+Avg Current (mA): 145.52565080598478 
+Avg Voltage (V): 5.040214257292431 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 28513
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:05:30 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 17:15:31 +0100 - Duration: 600007 seconds 
+Real workload: 4.646469808260458E10 - Integer reached: 128456 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 28514
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:05:31 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 17:15:31 +0100 - Duration: 600010 seconds 
+Real workload: 4.679851284868877E10 - Integer reached: 128897 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.99322866107899 
+Workload: 9.32632e+10 
+Energy efficiency: 2.57264e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_18_48_48'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.99322866107899
+--- Experiment result, Avg Power = 733.4804599940842
+--- Experiment result, Total Workload = 9.32632e+10
+--- Experiment result, Energy Efficiency = 2.57264e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 110000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_19_01_34
+--- Performing experiments on configuration 110000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  1
+--- Exact frequency of core  0:  576000
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 576000
+--- Frequency level of core 1 is  1
+--- Exact frequency of core  1:  576000
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 576000
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 29319 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  1
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  733.4058099502962
+powermeter script : average_power with numpy  arrays =  733.4058099501116
+powermeter script : Summary Result = time (s): 601.3545496463776
+Ins Current (mA):124.30920416015849
+Samples: 3000000
+Consumed Energy (mAs): 87146.85347277898
+Consumed Energy (mAh): 24.207459297994163
+Consumed Energy (mWs): 439090.1301831623
+Consumed Energy (mWh): 121.96948060643396
+Avg power (mW): 733.4058099502962
+Avg Current (mA): 145.50960267803654
+Avg Voltage (V): 5.040257113292205
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  1
+--- frequency level of core 1 is  1
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.039s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [576000- 576000- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.3545496463776 
+Ins Current (mA):124.30920416015849 
+Samples: 3000000 
+Consumed Energy (mAs): 87146.85347277898 
+Consumed Energy (mAh): 24.207459297994163 
+Consumed Energy (mWs): 439090.1301831623 
+Consumed Energy (mWh): 121.96948060643396 
+Avg power (mW): 733.4058099502962 
+Avg Current (mA): 145.50960267803654 
+Avg Voltage (V): 5.040257113292205 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.207459297994163
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 733.4058099502962
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 29344
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:21:19 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 17:31:19 +0100 - Duration: 600004 seconds 
+Real workload: 4.656599804443445E10 - Integer reached: 128590 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 29345
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:21:19 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 17:31:19 +0100 - Duration: 600003 seconds 
+Real workload: 4.678486345520636E10 - Integer reached: 128879 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 1,1,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.33509e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.59317e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 110000-0-0 1,1,0,0,0,0,0,0                         [576000- 576000- 0- 0- 0- 0- 0- 0]                     time (s): 601.3545496463776 
+Ins Current (mA):124.30920416015849 
+Samples: 3000000 
+Consumed Energy (mAs): 87146.85347277898 
+Consumed Energy (mAh): 24.207459297994163 
+Consumed Energy (mWs): 439090.1301831623 
+Consumed Energy (mWh): 121.96948060643396 
+Avg power (mW): 733.4058099502962 
+Avg Current (mA): 145.50960267803654 
+Avg Voltage (V): 5.040257113292205 
+ Thread : 0 - ThreadProcess id: 29344
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:21:19 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 17:31:19 +0100 - Duration: 600004 seconds 
+Real workload: 4.656599804443445E10 - Integer reached: 128590 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 29345
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:21:19 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 17:31:19 +0100 - Duration: 600003 seconds 
+Real workload: 4.678486345520636E10 - Integer reached: 128879 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.207459297994163                     9.33509e+10 2.59317e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 110000-0-0 
+phone format: 1,1,0,0,0,0,0,0 
+Exact values of frequencies: [576000- 576000- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.3545496463776 
+Ins Current (mA):124.30920416015849 
+Samples: 3000000 
+Consumed Energy (mAs): 87146.85347277898 
+Consumed Energy (mAh): 24.207459297994163 
+Consumed Energy (mWs): 439090.1301831623 
+Consumed Energy (mWh): 121.96948060643396 
+Avg power (mW): 733.4058099502962 
+Avg Current (mA): 145.50960267803654 
+Avg Voltage (V): 5.040257113292205 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 29344
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:21:19 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 17:31:19 +0100 - Duration: 600004 seconds 
+Real workload: 4.656599804443445E10 - Integer reached: 128590 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 29345
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:21:19 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 17:31:19 +0100 - Duration: 600003 seconds 
+Real workload: 4.678486345520636E10 - Integer reached: 128879 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.207459297994163 
+Workload: 9.33509e+10 
+Energy efficiency: 2.59317e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_04_36'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.207459297994163
+--- Experiment result, Avg Power = 733.4058099502962
+--- Experiment result, Total Workload = 9.33509e+10
+--- Experiment result, Energy Efficiency = 2.59317e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 110000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_19_17_23
+--- Performing experiments on configuration 200002-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  2
+--- Exact frequency of core  5:  1363200
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 1363200
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 30146 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  2
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  864.5467841074815
+powermeter script : average_power with numpy  arrays =  864.5467841073887
+powermeter script : Summary Result = time (s): 601.6086900234222
+Ins Current (mA):148.1307563063629
+Samples: 3000000
+Consumed Energy (mAs): 103594.1718569694
+Consumed Energy (mAh): 28.77615884915817
+Consumed Energy (mWs): 519795.62609628926
+Consumed Energy (mWh): 144.3876739156359
+Avg power (mW): 864.5467841074815
+Avg Current (mA): 172.20634374040117
+Avg Voltage (V): 5.0204119391256254
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  2
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (910 bytes in 0.020s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 0- 0- 0- 1363200- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.6086900234222 
+Ins Current (mA):148.1307563063629 
+Samples: 3000000 
+Consumed Energy (mAs): 103594.1718569694 
+Consumed Energy (mAh): 28.77615884915817 
+Consumed Energy (mWs): 519795.62609628926 
+Consumed Energy (mWh): 144.3876739156359 
+Avg power (mW): 864.5467841074815 
+Avg Current (mA): 172.20634374040117 
+Avg Voltage (V): 5.0204119391256254 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 28.77615884915817
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 864.5467841074815
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 30171
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:37:05 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 17:47:06 +0100 - Duration: 600007 seconds 
+Real workload: 1.1503998513570592E11 - Integer reached: 198336 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 30172
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:37:06 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 17:47:06 +0100 - Duration: 600005 seconds 
+Real workload: 1.1484773734064279E11 - Integer reached: 198177 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,0,0,0,2,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 2.29888e+11
+--- Getting energy efficiency
+--- Energy efficiency: 1.25175e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 200002-0-0 2,0,0,0,0,2,0,0                         [1363200- 0- 0- 0- 0- 1363200- 0- 0]                     time (s): 601.6086900234222 
+Ins Current (mA):148.1307563063629 
+Samples: 3000000 
+Consumed Energy (mAs): 103594.1718569694 
+Consumed Energy (mAh): 28.77615884915817 
+Consumed Energy (mWs): 519795.62609628926 
+Consumed Energy (mWh): 144.3876739156359 
+Avg power (mW): 864.5467841074815 
+Avg Current (mA): 172.20634374040117 
+Avg Voltage (V): 5.0204119391256254 
+ Thread : 0 - ThreadProcess id: 30171
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:37:05 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 17:47:06 +0100 - Duration: 600007 seconds 
+Real workload: 1.1503998513570592E11 - Integer reached: 198336 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 30172
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:37:06 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 17:47:06 +0100 - Duration: 600005 seconds 
+Real workload: 1.1484773734064279E11 - Integer reached: 198177 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 28.77615884915817                     2.29888e+11 1.25175e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 200002-0-0 
+phone format: 2,0,0,0,0,2,0,0 
+Exact values of frequencies: [1363200- 0- 0- 0- 0- 1363200- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.6086900234222 
+Ins Current (mA):148.1307563063629 
+Samples: 3000000 
+Consumed Energy (mAs): 103594.1718569694 
+Consumed Energy (mAh): 28.77615884915817 
+Consumed Energy (mWs): 519795.62609628926 
+Consumed Energy (mWh): 144.3876739156359 
+Avg power (mW): 864.5467841074815 
+Avg Current (mA): 172.20634374040117 
+Avg Voltage (V): 5.0204119391256254 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 30171
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:37:05 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 17:47:06 +0100 - Duration: 600007 seconds 
+Real workload: 1.1503998513570592E11 - Integer reached: 198336 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 30172
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:37:06 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 17:47:06 +0100 - Duration: 600005 seconds 
+Real workload: 1.1484773734064279E11 - Integer reached: 198177 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 28.77615884915817 
+Workload: 2.29888e+11 
+Energy efficiency: 1.25175e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_20_25'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 28.77615884915817
+--- Experiment result, Avg Power = 864.5467841074815
+--- Experiment result, Total Workload = 2.29888e+11
+--- Experiment result, Energy Efficiency = 1.25175e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 200002-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_19_33_10
+--- Performing experiments on configuration 200002-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  2
+--- Exact frequency of core  5:  1363200
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 1363200
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 30978 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  2
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  867.97589459951
+powermeter script : average_power with numpy  arrays =  867.975894599505
+powermeter script : Summary Result = time (s): 601.4040350914001
+Ins Current (mA):161.29738502331537
+Samples: 3000000
+Consumed Energy (mAs): 103259.70530412951
+Consumed Energy (mAh): 28.68325147336931
+Consumed Energy (mWs): 518270.95343281794
+Consumed Energy (mWh): 143.9641537313383
+Avg power (mW): 867.97589459951
+Avg Current (mA): 172.91146547809512
+Avg Voltage (V): 5.0197706219167255
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  2
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.1 MB/s (909 bytes in 0.017s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 0- 0- 0- 1363200- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4040350914001 
+Ins Current (mA):161.29738502331537 
+Samples: 3000000 
+Consumed Energy (mAs): 103259.70530412951 
+Consumed Energy (mAh): 28.68325147336931 
+Consumed Energy (mWs): 518270.95343281794 
+Consumed Energy (mWh): 143.9641537313383 
+Avg power (mW): 867.97589459951 
+Avg Current (mA): 172.91146547809512 
+Avg Voltage (V): 5.0197706219167255 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 28.68325147336931
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 867.97589459951
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 31003
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:52:53 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:02:53 +0100 - Duration: 600003 seconds 
+Real workload: 1.149432358640913E11 - Integer reached: 198256 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31004
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:52:53 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 18:02:53 +0100 - Duration: 600010 seconds 
+Real workload: 1.1473899180037012E11 - Integer reached: 198087 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,0,0,0,2,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 2.29682e+11
+--- Getting energy efficiency
+--- Energy efficiency: 1.24882e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 200002-0-0 2,0,0,0,0,2,0,0                         [1363200- 0- 0- 0- 0- 1363200- 0- 0]                     time (s): 601.4040350914001 
+Ins Current (mA):161.29738502331537 
+Samples: 3000000 
+Consumed Energy (mAs): 103259.70530412951 
+Consumed Energy (mAh): 28.68325147336931 
+Consumed Energy (mWs): 518270.95343281794 
+Consumed Energy (mWh): 143.9641537313383 
+Avg power (mW): 867.97589459951 
+Avg Current (mA): 172.91146547809512 
+Avg Voltage (V): 5.0197706219167255 
+ Thread : 0 - ThreadProcess id: 31003
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:52:53 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:02:53 +0100 - Duration: 600003 seconds 
+Real workload: 1.149432358640913E11 - Integer reached: 198256 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31004
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:52:53 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 18:02:53 +0100 - Duration: 600010 seconds 
+Real workload: 1.1473899180037012E11 - Integer reached: 198087 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 28.68325147336931                     2.29682e+11 1.24882e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 200002-0-0 
+phone format: 2,0,0,0,0,2,0,0 
+Exact values of frequencies: [1363200- 0- 0- 0- 0- 1363200- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4040350914001 
+Ins Current (mA):161.29738502331537 
+Samples: 3000000 
+Consumed Energy (mAs): 103259.70530412951 
+Consumed Energy (mAh): 28.68325147336931 
+Consumed Energy (mWs): 518270.95343281794 
+Consumed Energy (mWh): 143.9641537313383 
+Avg power (mW): 867.97589459951 
+Avg Current (mA): 172.91146547809512 
+Avg Voltage (V): 5.0197706219167255 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 31003
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:52:53 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:02:53 +0100 - Duration: 600003 seconds 
+Real workload: 1.149432358640913E11 - Integer reached: 198256 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31004
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 17:52:53 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 18:02:53 +0100 - Duration: 600010 seconds 
+Real workload: 1.1473899180037012E11 - Integer reached: 198087 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 28.68325147336931 
+Workload: 2.29682e+11 
+Energy efficiency: 1.24882e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_36_12'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 28.68325147336931
+--- Experiment result, Avg Power = 867.97589459951
+--- Experiment result, Total Workload = 2.29682e+11
+--- Experiment result, Energy Efficiency = 1.24882e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 200002-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_19_48_57
+--- Performing experiments on configuration 200002-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  2
+--- Exact frequency of core  5:  1363200
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 1363200
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 31810 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  2
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  859.9466955837246
+powermeter script : average_power with numpy  arrays =  859.9466955837061
+powermeter script : Summary Result = time (s): 601.2181499004364
+Ins Current (mA):170.03799204498696
+Samples: 3000000
+Consumed Energy (mAs): 101361.43321974271
+Consumed Energy (mAh): 28.155953672150755
+Consumed Energy (mWs): 508916.5207964621
+Consumed Energy (mWh): 141.36570022123948
+Avg power (mW): 859.9466955837246
+Avg Current (mA): 171.2693430127786
+Avg Voltage (V): 5.021019409875141
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  2
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.034s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 0- 0- 0- 1363200- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2181499004364 
+Ins Current (mA):170.03799204498696 
+Samples: 3000000 
+Consumed Energy (mAs): 101361.43321974271 
+Consumed Energy (mAh): 28.155953672150755 
+Consumed Energy (mWs): 508916.5207964621 
+Consumed Energy (mWh): 141.36570022123948 
+Avg power (mW): 859.9466955837246 
+Avg Current (mA): 171.2693430127786 
+Avg Voltage (V): 5.021019409875141 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 28.155953672150755
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 859.9466955837246
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 31835
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:08:39 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:18:39 +0100 - Duration: 600005 seconds 
+Real workload: 1.150375658880399E11 - Integer reached: 198334 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31836
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:08:39 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 18:18:40 +0100 - Duration: 600014 seconds 
+Real workload: 1.1482840089744902E11 - Integer reached: 198161 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,0,0,0,2,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 2.29866e+11
+--- Getting energy efficiency
+--- Energy efficiency: 1.22489e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 200002-0-0 2,0,0,0,0,2,0,0                         [1363200- 0- 0- 0- 0- 1363200- 0- 0]                     time (s): 601.2181499004364 
+Ins Current (mA):170.03799204498696 
+Samples: 3000000 
+Consumed Energy (mAs): 101361.43321974271 
+Consumed Energy (mAh): 28.155953672150755 
+Consumed Energy (mWs): 508916.5207964621 
+Consumed Energy (mWh): 141.36570022123948 
+Avg power (mW): 859.9466955837246 
+Avg Current (mA): 171.2693430127786 
+Avg Voltage (V): 5.021019409875141 
+ Thread : 0 - ThreadProcess id: 31835
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:08:39 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:18:39 +0100 - Duration: 600005 seconds 
+Real workload: 1.150375658880399E11 - Integer reached: 198334 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31836
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:08:39 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 18:18:40 +0100 - Duration: 600014 seconds 
+Real workload: 1.1482840089744902E11 - Integer reached: 198161 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 28.155953672150755                     2.29866e+11 1.22489e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 200002-0-0 
+phone format: 2,0,0,0,0,2,0,0 
+Exact values of frequencies: [1363200- 0- 0- 0- 0- 1363200- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2181499004364 
+Ins Current (mA):170.03799204498696 
+Samples: 3000000 
+Consumed Energy (mAs): 101361.43321974271 
+Consumed Energy (mAh): 28.155953672150755 
+Consumed Energy (mWs): 508916.5207964621 
+Consumed Energy (mWh): 141.36570022123948 
+Avg power (mW): 859.9466955837246 
+Avg Current (mA): 171.2693430127786 
+Avg Voltage (V): 5.021019409875141 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 31835
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:08:39 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:18:39 +0100 - Duration: 600005 seconds 
+Real workload: 1.150375658880399E11 - Integer reached: 198334 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31836
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:08:39 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 18:18:40 +0100 - Duration: 600014 seconds 
+Real workload: 1.1482840089744902E11 - Integer reached: 198161 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 28.155953672150755 
+Workload: 2.29866e+11 
+Energy efficiency: 1.22489e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_19_51_59'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 28.155953672150755
+--- Experiment result, Avg Power = 859.9466955837246
+--- Experiment result, Total Workload = 2.29866e+11
+--- Experiment result, Energy Efficiency = 1.22489e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 200002-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_20_04_43
+--- Performing experiments on configuration 200020-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  2
+--- Exact frequency of core  4:  1363200
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 1363200
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 32643 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  2
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  731.917838387565
+powermeter script : average_power with numpy  arrays =  731.9178383874673
+powermeter script : Summary Result = time (s): 602.3457834720612
+Ins Current (mA):135.4222510914868
+Samples: 3000000
+Consumed Energy (mAs): 86516.53366323434
+Consumed Energy (mAh): 24.03237046200954
+Consumed Energy (mWs): 435933.4137188727
+Consumed Energy (mWh): 121.09261492190909
+Avg power (mW): 731.917838387565
+Avg Current (mA): 145.211797528624
+Avg Voltage (V): 5.040346933542297
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  2
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (907 bytes in 0.027s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 0- 0- 1363200- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 602.3457834720612 
+Ins Current (mA):135.4222510914868 
+Samples: 3000000 
+Consumed Energy (mAs): 86516.53366323434 
+Consumed Energy (mAh): 24.03237046200954 
+Consumed Energy (mWs): 435933.4137188727 
+Consumed Energy (mWh): 121.09261492190909 
+Avg power (mW): 731.917838387565 
+Avg Current (mA): 145.211797528624 
+Avg Voltage (V): 5.040346933542297 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.03237046200954
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 731.917838387565
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 32668
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:24:27 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:34:28 +0100 - Duration: 600022 seconds 
+Real workload: 4.689791238684032E10 - Integer reached: 129028 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 32669
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:24:27 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 18:34:28 +0100 - Duration: 600012 seconds 
+Real workload: 4.71449873647981E10 - Integer reached: 129353 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,0,0,2,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.40429e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.55547e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 200020-0-0 2,0,0,0,2,0,0,0                         [1363200- 0- 0- 0- 1363200- 0- 0- 0]                     time (s): 602.3457834720612 
+Ins Current (mA):135.4222510914868 
+Samples: 3000000 
+Consumed Energy (mAs): 86516.53366323434 
+Consumed Energy (mAh): 24.03237046200954 
+Consumed Energy (mWs): 435933.4137188727 
+Consumed Energy (mWh): 121.09261492190909 
+Avg power (mW): 731.917838387565 
+Avg Current (mA): 145.211797528624 
+Avg Voltage (V): 5.040346933542297 
+ Thread : 0 - ThreadProcess id: 32668
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:24:27 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:34:28 +0100 - Duration: 600022 seconds 
+Real workload: 4.689791238684032E10 - Integer reached: 129028 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 32669
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:24:27 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 18:34:28 +0100 - Duration: 600012 seconds 
+Real workload: 4.71449873647981E10 - Integer reached: 129353 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.03237046200954                     9.40429e+10 2.55547e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 200020-0-0 
+phone format: 2,0,0,0,2,0,0,0 
+Exact values of frequencies: [1363200- 0- 0- 0- 1363200- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 602.3457834720612 
+Ins Current (mA):135.4222510914868 
+Samples: 3000000 
+Consumed Energy (mAs): 86516.53366323434 
+Consumed Energy (mAh): 24.03237046200954 
+Consumed Energy (mWs): 435933.4137188727 
+Consumed Energy (mWh): 121.09261492190909 
+Avg power (mW): 731.917838387565 
+Avg Current (mA): 145.211797528624 
+Avg Voltage (V): 5.040346933542297 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 32668
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:24:27 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:34:28 +0100 - Duration: 600022 seconds 
+Real workload: 4.689791238684032E10 - Integer reached: 129028 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 32669
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:24:27 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 18:34:28 +0100 - Duration: 600012 seconds 
+Real workload: 4.71449873647981E10 - Integer reached: 129353 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.03237046200954 
+Workload: 9.40429e+10 
+Energy efficiency: 2.55547e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_07_45'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.03237046200954
+--- Experiment result, Avg Power = 731.917838387565
+--- Experiment result, Total Workload = 9.40429e+10
+--- Experiment result, Energy Efficiency = 2.55547e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 200020-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_20_20_32
+--- Performing experiments on configuration 200020-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  2
+--- Exact frequency of core  4:  1363200
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 1363200
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 2324 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  2
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  744.9448049456295
+powermeter script : average_power with numpy  arrays =  744.9448049454912
+powermeter script : Summary Result = time (s): 601.2116229534149
+Ins Current (mA):128.75610127778242
+Samples: 3000000
+Consumed Energy (mAs): 89043.37299606584
+Consumed Energy (mAh): 24.734270276684956
+Consumed Energy (mWs): 448443.9624122648
+Consumed Energy (mWh): 124.56776733674022
+Avg power (mW): 744.9448049456295
+Avg Current (mA): 147.8526774478768
+Avg Voltage (V): 5.0384262077922015
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  2
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (905 bytes in 0.033s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 0- 0- 1363200- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2116229534149 
+Ins Current (mA):128.75610127778242 
+Samples: 3000000 
+Consumed Energy (mAs): 89043.37299606584 
+Consumed Energy (mAh): 24.734270276684956 
+Consumed Energy (mWs): 448443.9624122648 
+Consumed Energy (mWh): 124.56776733674022 
+Avg power (mW): 744.9448049456295 
+Avg Current (mA): 147.8526774478768 
+Avg Voltage (V): 5.0384262077922015 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.734270276684956
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 744.9448049456295
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 2382
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:40:17 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:50:17 +0100 - Duration: 600004 seconds 
+Real workload: 4.683416267474573E10 - Integer reached: 128944 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 2383
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:40:16 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 18:50:17 +0100 - Duration: 600016 seconds 
+Real workload: 4.6967025403698715E10 - Integer reached: 129119 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,0,0,2,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.38012e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.63688e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 200020-0-0 2,0,0,0,2,0,0,0                         [1363200- 0- 0- 0- 1363200- 0- 0- 0]                     time (s): 601.2116229534149 
+Ins Current (mA):128.75610127778242 
+Samples: 3000000 
+Consumed Energy (mAs): 89043.37299606584 
+Consumed Energy (mAh): 24.734270276684956 
+Consumed Energy (mWs): 448443.9624122648 
+Consumed Energy (mWh): 124.56776733674022 
+Avg power (mW): 744.9448049456295 
+Avg Current (mA): 147.8526774478768 
+Avg Voltage (V): 5.0384262077922015 
+ Thread : 0 - ThreadProcess id: 2382
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:40:17 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:50:17 +0100 - Duration: 600004 seconds 
+Real workload: 4.683416267474573E10 - Integer reached: 128944 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 2383
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:40:16 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 18:50:17 +0100 - Duration: 600016 seconds 
+Real workload: 4.6967025403698715E10 - Integer reached: 129119 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.734270276684956                     9.38012e+10 2.63688e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 200020-0-0 
+phone format: 2,0,0,0,2,0,0,0 
+Exact values of frequencies: [1363200- 0- 0- 0- 1363200- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2116229534149 
+Ins Current (mA):128.75610127778242 
+Samples: 3000000 
+Consumed Energy (mAs): 89043.37299606584 
+Consumed Energy (mAh): 24.734270276684956 
+Consumed Energy (mWs): 448443.9624122648 
+Consumed Energy (mWh): 124.56776733674022 
+Avg power (mW): 744.9448049456295 
+Avg Current (mA): 147.8526774478768 
+Avg Voltage (V): 5.0384262077922015 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 2382
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:40:17 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 18:50:17 +0100 - Duration: 600004 seconds 
+Real workload: 4.683416267474573E10 - Integer reached: 128944 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 2383
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:40:16 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 18:50:17 +0100 - Duration: 600016 seconds 
+Real workload: 4.6967025403698715E10 - Integer reached: 129119 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.734270276684956 
+Workload: 9.38012e+10 
+Energy efficiency: 2.63688e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_23_34'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.734270276684956
+--- Experiment result, Avg Power = 744.9448049456295
+--- Experiment result, Total Workload = 9.38012e+10
+--- Experiment result, Energy Efficiency = 2.63688e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 200020-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_20_36_21
+--- Performing experiments on configuration 200020-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  2
+--- Exact frequency of core  4:  1363200
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 1363200
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 3668 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  2
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  717.9204299633639
+powermeter script : average_power with numpy  arrays =  717.9204299633018
+powermeter script : Summary Result = time (s): 601.5907115936279
+Ins Current (mA):147.15080229793978
+Samples: 3000000
+Consumed Energy (mAs): 85475.83701045752
+Consumed Energy (mAh): 23.743288058460422
+Consumed Energy (mWs): 430767.81665986794
+Consumed Energy (mWh): 119.65772684996331
+Avg power (mW): 717.9204299633639
+Avg Current (mA): 142.37241464497
+Avg Voltage (V): 5.042552883250743
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  2
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (904 bytes in 0.038s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 0- 0- 1363200- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.5907115936279 
+Ins Current (mA):147.15080229793978 
+Samples: 3000000 
+Consumed Energy (mAs): 85475.83701045752 
+Consumed Energy (mAh): 23.743288058460422 
+Consumed Energy (mWs): 430767.81665986794 
+Consumed Energy (mWh): 119.65772684996331 
+Avg power (mW): 717.9204299633639 
+Avg Current (mA): 142.37241464497 
+Avg Voltage (V): 5.042552883250743 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.743288058460422
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 717.9204299633639
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 3696
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:56:06 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:06:06 +0100 - Duration: 600023 seconds 
+Real workload: 4.712443544614491E10 - Integer reached: 129326 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 3697
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:56:06 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 19:06:06 +0100 - Duration: 600012 seconds 
+Real workload: 4.669240542279424E10 - Integer reached: 128757 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,0,0,2,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.38168e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.53081e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 200020-0-0 2,0,0,0,2,0,0,0                         [1363200- 0- 0- 0- 1363200- 0- 0- 0]                     time (s): 601.5907115936279 
+Ins Current (mA):147.15080229793978 
+Samples: 3000000 
+Consumed Energy (mAs): 85475.83701045752 
+Consumed Energy (mAh): 23.743288058460422 
+Consumed Energy (mWs): 430767.81665986794 
+Consumed Energy (mWh): 119.65772684996331 
+Avg power (mW): 717.9204299633639 
+Avg Current (mA): 142.37241464497 
+Avg Voltage (V): 5.042552883250743 
+ Thread : 0 - ThreadProcess id: 3696
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:56:06 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:06:06 +0100 - Duration: 600023 seconds 
+Real workload: 4.712443544614491E10 - Integer reached: 129326 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 3697
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:56:06 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 19:06:06 +0100 - Duration: 600012 seconds 
+Real workload: 4.669240542279424E10 - Integer reached: 128757 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.743288058460422                     9.38168e+10 2.53081e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 200020-0-0 
+phone format: 2,0,0,0,2,0,0,0 
+Exact values of frequencies: [1363200- 0- 0- 0- 1363200- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.5907115936279 
+Ins Current (mA):147.15080229793978 
+Samples: 3000000 
+Consumed Energy (mAs): 85475.83701045752 
+Consumed Energy (mAh): 23.743288058460422 
+Consumed Energy (mWs): 430767.81665986794 
+Consumed Energy (mWh): 119.65772684996331 
+Avg power (mW): 717.9204299633639 
+Avg Current (mA): 142.37241464497 
+Avg Voltage (V): 5.042552883250743 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 3696
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:56:06 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:06:06 +0100 - Duration: 600023 seconds 
+Real workload: 4.712443544614491E10 - Integer reached: 129326 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 3697
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 18:56:06 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 19:06:06 +0100 - Duration: 600012 seconds 
+Real workload: 4.669240542279424E10 - Integer reached: 128757 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.743288058460422 
+Workload: 9.38168e+10 
+Energy efficiency: 2.53081e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_39_23'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.743288058460422
+--- Experiment result, Avg Power = 717.9204299633639
+--- Experiment result, Total Workload = 9.38168e+10
+--- Experiment result, Energy Efficiency = 2.53081e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 200020-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_20_52_10
+--- Performing experiments on configuration 200200-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  2
+--- Exact frequency of core  3:  1363200
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 1363200
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 4511 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  2
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  720.3754498598336
+powermeter script : average_power with numpy  arrays =  720.3754498597286
+powermeter script : Summary Result = time (s): 601.613443851471
+Ins Current (mA):127.86931807358359
+Samples: 3000000
+Consumed Energy (mAs): 85502.13017351826
+Consumed Energy (mAh): 23.750591714866186
+Consumed Energy (mWs): 431017.1042787621
+Consumed Energy (mWh): 119.72697341076726
+Avg power (mW): 720.3754498598336
+Avg Current (mA): 142.8694332997254
+Avg Voltage (V): 5.042194353417501
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  2
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (904 bytes in 0.051s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 0- 1363200- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.613443851471 
+Ins Current (mA):127.86931807358359 
+Samples: 3000000 
+Consumed Energy (mAs): 85502.13017351826 
+Consumed Energy (mAh): 23.750591714866186 
+Consumed Energy (mWs): 431017.1042787621 
+Consumed Energy (mWh): 119.72697341076726 
+Avg power (mW): 720.3754498598336 
+Avg Current (mA): 142.8694332997254 
+Avg Voltage (V): 5.042194353417501 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.750591714866186
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 720.3754498598336
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 4555
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:11:55 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:21:55 +0100 - Duration: 600019 seconds 
+Real workload: 4.694955228711871E10 - Integer reached: 129096 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 4556
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:11:55 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 19:21:55 +0100 - Duration: 600010 seconds 
+Real workload: 4.681064737691991E10 - Integer reached: 128913 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,0,2,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.37602e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.53312e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 200200-0-0 2,0,0,2,0,0,0,0                         [1363200- 0- 0- 1363200- 0- 0- 0- 0]                     time (s): 601.613443851471 
+Ins Current (mA):127.86931807358359 
+Samples: 3000000 
+Consumed Energy (mAs): 85502.13017351826 
+Consumed Energy (mAh): 23.750591714866186 
+Consumed Energy (mWs): 431017.1042787621 
+Consumed Energy (mWh): 119.72697341076726 
+Avg power (mW): 720.3754498598336 
+Avg Current (mA): 142.8694332997254 
+Avg Voltage (V): 5.042194353417501 
+ Thread : 0 - ThreadProcess id: 4555
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:11:55 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:21:55 +0100 - Duration: 600019 seconds 
+Real workload: 4.694955228711871E10 - Integer reached: 129096 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 4556
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:11:55 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 19:21:55 +0100 - Duration: 600010 seconds 
+Real workload: 4.681064737691991E10 - Integer reached: 128913 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.750591714866186                     9.37602e+10 2.53312e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 200200-0-0 
+phone format: 2,0,0,2,0,0,0,0 
+Exact values of frequencies: [1363200- 0- 0- 1363200- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.613443851471 
+Ins Current (mA):127.86931807358359 
+Samples: 3000000 
+Consumed Energy (mAs): 85502.13017351826 
+Consumed Energy (mAh): 23.750591714866186 
+Consumed Energy (mWs): 431017.1042787621 
+Consumed Energy (mWh): 119.72697341076726 
+Avg power (mW): 720.3754498598336 
+Avg Current (mA): 142.8694332997254 
+Avg Voltage (V): 5.042194353417501 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 4555
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:11:55 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:21:55 +0100 - Duration: 600019 seconds 
+Real workload: 4.694955228711871E10 - Integer reached: 129096 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 4556
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:11:55 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 19:21:55 +0100 - Duration: 600010 seconds 
+Real workload: 4.681064737691991E10 - Integer reached: 128913 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.750591714866186 
+Workload: 9.37602e+10 
+Energy efficiency: 2.53312e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_20_55_12'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.750591714866186
+--- Experiment result, Avg Power = 720.3754498598336
+--- Experiment result, Total Workload = 9.37602e+10
+--- Experiment result, Energy Efficiency = 2.53312e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 200200-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_21_07_59
+--- Performing experiments on configuration 200200-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  2
+--- Exact frequency of core  3:  1363200
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 1363200
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 5424 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  2
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  720.5358246997052
+powermeter script : average_power with numpy  arrays =  720.5358246996205
+powermeter script : Summary Result = time (s): 601.3620121479034
+Ins Current (mA):137.14613564758903
+Samples: 3000000
+Consumed Energy (mAs): 84621.45672231389
+Consumed Energy (mAh): 23.505960200642747
+Consumed Energy (mWs): 426663.97994278034
+Consumed Energy (mWh): 118.51777220632788
+Avg power (mW): 720.5358246997052
+Avg Current (mA): 142.8996555023161
+Avg Voltage (V): 5.042250257125545
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  2
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (903 bytes in 0.034s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 0- 1363200- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.3620121479034 
+Ins Current (mA):137.14613564758903 
+Samples: 3000000 
+Consumed Energy (mAs): 84621.45672231389 
+Consumed Energy (mAh): 23.505960200642747 
+Consumed Energy (mWs): 426663.97994278034 
+Consumed Energy (mWh): 118.51777220632788 
+Avg power (mW): 720.5358246997052 
+Avg Current (mA): 142.8996555023161 
+Avg Voltage (V): 5.042250257125545 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.505960200642747
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 720.5358246997052
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 5449
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:27:44 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:37:44 +0100 - Duration: 600014 seconds 
+Real workload: 4.672649773539955E10 - Integer reached: 128802 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 5450
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:27:44 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 19:37:44 +0100 - Duration: 600006 seconds 
+Real workload: 4.68243006729817E10 - Integer reached: 128931 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,0,2,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.35508e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.51264e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 200200-0-0 2,0,0,2,0,0,0,0                         [1363200- 0- 0- 1363200- 0- 0- 0- 0]                     time (s): 601.3620121479034 
+Ins Current (mA):137.14613564758903 
+Samples: 3000000 
+Consumed Energy (mAs): 84621.45672231389 
+Consumed Energy (mAh): 23.505960200642747 
+Consumed Energy (mWs): 426663.97994278034 
+Consumed Energy (mWh): 118.51777220632788 
+Avg power (mW): 720.5358246997052 
+Avg Current (mA): 142.8996555023161 
+Avg Voltage (V): 5.042250257125545 
+ Thread : 0 - ThreadProcess id: 5449
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:27:44 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:37:44 +0100 - Duration: 600014 seconds 
+Real workload: 4.672649773539955E10 - Integer reached: 128802 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 5450
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:27:44 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 19:37:44 +0100 - Duration: 600006 seconds 
+Real workload: 4.68243006729817E10 - Integer reached: 128931 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.505960200642747                     9.35508e+10 2.51264e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 200200-0-0 
+phone format: 2,0,0,2,0,0,0,0 
+Exact values of frequencies: [1363200- 0- 0- 1363200- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.3620121479034 
+Ins Current (mA):137.14613564758903 
+Samples: 3000000 
+Consumed Energy (mAs): 84621.45672231389 
+Consumed Energy (mAh): 23.505960200642747 
+Consumed Energy (mWs): 426663.97994278034 
+Consumed Energy (mWh): 118.51777220632788 
+Avg power (mW): 720.5358246997052 
+Avg Current (mA): 142.8996555023161 
+Avg Voltage (V): 5.042250257125545 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 5449
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:27:44 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:37:44 +0100 - Duration: 600014 seconds 
+Real workload: 4.672649773539955E10 - Integer reached: 128802 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 5450
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:27:44 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 19:37:44 +0100 - Duration: 600006 seconds 
+Real workload: 4.68243006729817E10 - Integer reached: 128931 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.505960200642747 
+Workload: 9.35508e+10 
+Energy efficiency: 2.51264e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_11_01'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.505960200642747
+--- Experiment result, Avg Power = 720.5358246997052
+--- Experiment result, Total Workload = 9.35508e+10
+--- Experiment result, Energy Efficiency = 2.51264e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 200200-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_21_23_50
+--- Performing experiments on configuration 200200-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  2
+--- Exact frequency of core  3:  1363200
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 1363200
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 6321 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  2
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  715.786262487798
+powermeter script : average_power with numpy  arrays =  715.78626248765
+powermeter script : Summary Result = time (s): 601.5122427940369
+Ins Current (mA):145.368836938176
+Samples: 3000000
+Consumed Energy (mAs): 84342.56116993622
+Consumed Energy (mAh): 23.42848921387117
+Consumed Energy (mWs): 425236.9201080539
+Consumed Energy (mWh): 118.12136669668163
+Avg power (mW): 715.786262487798
+Avg Current (mA): 141.936792114253
+Avg Voltage (V): 5.042993094500973
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  2
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (906 bytes in 0.028s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 0- 1363200- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.5122427940369 
+Ins Current (mA):145.368836938176 
+Samples: 3000000 
+Consumed Energy (mAs): 84342.56116993622 
+Consumed Energy (mAh): 23.42848921387117 
+Consumed Energy (mWs): 425236.9201080539 
+Consumed Energy (mWh): 118.12136669668163 
+Avg power (mW): 715.786262487798 
+Avg Current (mA): 141.936792114253 
+Avg Voltage (V): 5.042993094500973 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.42848921387117
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 715.786262487798
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 6347
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:43:35 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:53:35 +0100 - Duration: 600002 seconds 
+Real workload: 4.7808940774018616E10 - Integer reached: 130222 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 6348
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:43:35 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 19:53:35 +0100 - Duration: 600010 seconds 
+Real workload: 4.7563121197769875E10 - Integer reached: 129901 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,0,2,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.53721e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.45653e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 200200-0-0 2,0,0,2,0,0,0,0                         [1363200- 0- 0- 1363200- 0- 0- 0- 0]                     time (s): 601.5122427940369 
+Ins Current (mA):145.368836938176 
+Samples: 3000000 
+Consumed Energy (mAs): 84342.56116993622 
+Consumed Energy (mAh): 23.42848921387117 
+Consumed Energy (mWs): 425236.9201080539 
+Consumed Energy (mWh): 118.12136669668163 
+Avg power (mW): 715.786262487798 
+Avg Current (mA): 141.936792114253 
+Avg Voltage (V): 5.042993094500973 
+ Thread : 0 - ThreadProcess id: 6347
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:43:35 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:53:35 +0100 - Duration: 600002 seconds 
+Real workload: 4.7808940774018616E10 - Integer reached: 130222 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 6348
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:43:35 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 19:53:35 +0100 - Duration: 600010 seconds 
+Real workload: 4.7563121197769875E10 - Integer reached: 129901 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.42848921387117                     9.53721e+10 2.45653e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 200200-0-0 
+phone format: 2,0,0,2,0,0,0,0 
+Exact values of frequencies: [1363200- 0- 0- 1363200- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.5122427940369 
+Ins Current (mA):145.368836938176 
+Samples: 3000000 
+Consumed Energy (mAs): 84342.56116993622 
+Consumed Energy (mAh): 23.42848921387117 
+Consumed Energy (mWs): 425236.9201080539 
+Consumed Energy (mWh): 118.12136669668163 
+Avg power (mW): 715.786262487798 
+Avg Current (mA): 141.936792114253 
+Avg Voltage (V): 5.042993094500973 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 6347
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:43:35 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 19:53:35 +0100 - Duration: 600002 seconds 
+Real workload: 4.7808940774018616E10 - Integer reached: 130222 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 6348
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:43:35 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 19:53:35 +0100 - Duration: 600010 seconds 
+Real workload: 4.7563121197769875E10 - Integer reached: 129901 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.42848921387117 
+Workload: 9.53721e+10 
+Energy efficiency: 2.45653e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_26_52'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.42848921387117
+--- Experiment result, Avg Power = 715.786262487798
+--- Experiment result, Total Workload = 9.53721e+10
+--- Experiment result, Energy Efficiency = 2.45653e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 200200-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_21_39_39
+--- Performing experiments on configuration 202000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  2
+--- Exact frequency of core  2:  1363200
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 1363200
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 7185 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  2
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  727.6323355556636
+powermeter script : average_power with numpy  arrays =  727.6323355556075
+powermeter script : Summary Result = time (s): 601.2154786586761
+Ins Current (mA):136.3571662602865
+Samples: 3000000
+Consumed Energy (mAs): 86733.12376634628
+Consumed Energy (mAh): 24.092534379540634
+Consumed Energy (mWs): 437121.96536654566
+Consumed Energy (mWh): 121.4227681573738
+Avg power (mW): 727.6323355556636
+Avg Current (mA): 144.335084258714
+Avg Voltage (V): 5.041271422625258
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  2
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (904 bytes in 0.032s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 1363200- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2154786586761 
+Ins Current (mA):136.3571662602865 
+Samples: 3000000 
+Consumed Energy (mAs): 86733.12376634628 
+Consumed Energy (mAh): 24.092534379540634 
+Consumed Energy (mWs): 437121.96536654566 
+Consumed Energy (mWh): 121.4227681573738 
+Avg power (mW): 727.6323355556636 
+Avg Current (mA): 144.335084258714 
+Avg Voltage (V): 5.041271422625258 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.092534379540634
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 727.6323355556636
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 7210
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:59:24 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:09:24 +0100 - Duration: 600021 seconds 
+Real workload: 4.690398613648207E10 - Integer reached: 129036 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 7211
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:59:24 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 20:09:24 +0100 - Duration: 600001 seconds 
+Real workload: 4.772386328998816E10 - Integer reached: 130111 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,2,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.46278e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.54603e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 202000-0-0 2,0,2,0,0,0,0,0                         [1363200- 0- 1363200- 0- 0- 0- 0- 0]                     time (s): 601.2154786586761 
+Ins Current (mA):136.3571662602865 
+Samples: 3000000 
+Consumed Energy (mAs): 86733.12376634628 
+Consumed Energy (mAh): 24.092534379540634 
+Consumed Energy (mWs): 437121.96536654566 
+Consumed Energy (mWh): 121.4227681573738 
+Avg power (mW): 727.6323355556636 
+Avg Current (mA): 144.335084258714 
+Avg Voltage (V): 5.041271422625258 
+ Thread : 0 - ThreadProcess id: 7210
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:59:24 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:09:24 +0100 - Duration: 600021 seconds 
+Real workload: 4.690398613648207E10 - Integer reached: 129036 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 7211
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:59:24 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 20:09:24 +0100 - Duration: 600001 seconds 
+Real workload: 4.772386328998816E10 - Integer reached: 130111 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.092534379540634                     9.46278e+10 2.54603e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 202000-0-0 
+phone format: 2,0,2,0,0,0,0,0 
+Exact values of frequencies: [1363200- 0- 1363200- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2154786586761 
+Ins Current (mA):136.3571662602865 
+Samples: 3000000 
+Consumed Energy (mAs): 86733.12376634628 
+Consumed Energy (mAh): 24.092534379540634 
+Consumed Energy (mWs): 437121.96536654566 
+Consumed Energy (mWh): 121.4227681573738 
+Avg power (mW): 727.6323355556636 
+Avg Current (mA): 144.335084258714 
+Avg Voltage (V): 5.041271422625258 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 7210
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:59:24 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:09:24 +0100 - Duration: 600021 seconds 
+Real workload: 4.690398613648207E10 - Integer reached: 129036 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 7211
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 19:59:24 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 20:09:24 +0100 - Duration: 600001 seconds 
+Real workload: 4.772386328998816E10 - Integer reached: 130111 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.092534379540634 
+Workload: 9.46278e+10 
+Energy efficiency: 2.54603e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_42_41'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.092534379540634
+--- Experiment result, Avg Power = 727.6323355556636
+--- Experiment result, Total Workload = 9.46278e+10
+--- Experiment result, Energy Efficiency = 2.54603e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 202000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_21_55_27
+--- Performing experiments on configuration 202000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  2
+--- Exact frequency of core  2:  1363200
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 1363200
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 8020 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  2
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  727.6231161055088
+powermeter script : average_power with numpy  arrays =  727.6231161054499
+powermeter script : Summary Result = time (s): 601.1753022670746
+Ins Current (mA):193.95735254341886
+Samples: 3000000
+Consumed Energy (mAs): 87167.24220609097
+Consumed Energy (mAh): 24.21312283502527
+Consumed Energy (mWs): 439242.42416581203
+Consumed Energy (mWh): 122.01178449050335
+Avg power (mW): 727.6231161055088
+Avg Current (mA): 144.33147272445504
+Avg Voltage (V): 5.041333690917315
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  2
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (905 bytes in 0.044s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 1363200- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.1753022670746 
+Ins Current (mA):193.95735254341886 
+Samples: 3000000 
+Consumed Energy (mAs): 87167.24220609097 
+Consumed Energy (mAh): 24.21312283502527 
+Consumed Energy (mWs): 439242.42416581203 
+Consumed Energy (mWh): 122.01178449050335 
+Avg power (mW): 727.6231161055088 
+Avg Current (mA): 144.33147272445504 
+Avg Voltage (V): 5.041333690917315 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.21312283502527
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 727.6231161055088
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 8045
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:15:12 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:25:12 +0100 - Duration: 600006 seconds 
+Real workload: 4.677197425996361E10 - Integer reached: 128862 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 8046
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:15:12 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 20:25:12 +0100 - Duration: 600018 seconds 
+Real workload: 4.6875898467020775E10 - Integer reached: 128999 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,2,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.36479e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.58555e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 202000-0-0 2,0,2,0,0,0,0,0                         [1363200- 0- 1363200- 0- 0- 0- 0- 0]                     time (s): 601.1753022670746 
+Ins Current (mA):193.95735254341886 
+Samples: 3000000 
+Consumed Energy (mAs): 87167.24220609097 
+Consumed Energy (mAh): 24.21312283502527 
+Consumed Energy (mWs): 439242.42416581203 
+Consumed Energy (mWh): 122.01178449050335 
+Avg power (mW): 727.6231161055088 
+Avg Current (mA): 144.33147272445504 
+Avg Voltage (V): 5.041333690917315 
+ Thread : 0 - ThreadProcess id: 8045
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:15:12 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:25:12 +0100 - Duration: 600006 seconds 
+Real workload: 4.677197425996361E10 - Integer reached: 128862 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 8046
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:15:12 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 20:25:12 +0100 - Duration: 600018 seconds 
+Real workload: 4.6875898467020775E10 - Integer reached: 128999 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.21312283502527                     9.36479e+10 2.58555e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 202000-0-0 
+phone format: 2,0,2,0,0,0,0,0 
+Exact values of frequencies: [1363200- 0- 1363200- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.1753022670746 
+Ins Current (mA):193.95735254341886 
+Samples: 3000000 
+Consumed Energy (mAs): 87167.24220609097 
+Consumed Energy (mAh): 24.21312283502527 
+Consumed Energy (mWs): 439242.42416581203 
+Consumed Energy (mWh): 122.01178449050335 
+Avg power (mW): 727.6231161055088 
+Avg Current (mA): 144.33147272445504 
+Avg Voltage (V): 5.041333690917315 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 8045
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:15:12 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:25:12 +0100 - Duration: 600006 seconds 
+Real workload: 4.677197425996361E10 - Integer reached: 128862 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 8046
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:15:12 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 20:25:12 +0100 - Duration: 600018 seconds 
+Real workload: 4.6875898467020775E10 - Integer reached: 128999 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.21312283502527 
+Workload: 9.36479e+10 
+Energy efficiency: 2.58555e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_21_58_29'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.21312283502527
+--- Experiment result, Avg Power = 727.6231161055088
+--- Experiment result, Total Workload = 9.36479e+10
+--- Experiment result, Energy Efficiency = 2.58555e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 202000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_22_11_16
+--- Performing experiments on configuration 202000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  2
+--- Exact frequency of core  2:  1363200
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 1363200
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 8855 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  2
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  724.8966738025193
+powermeter script : average_power with numpy  arrays =  724.8966738024386
+powermeter script : Summary Result = time (s): 601.195641040802
+Ins Current (mA):137.7705390207105
+Samples: 3000000
+Consumed Energy (mAs): 87059.55676922263
+Consumed Energy (mAh): 24.183210213672954
+Consumed Energy (mWs): 438666.6942424996
+Consumed Energy (mWh): 121.85185951180544
+Avg power (mW): 724.8966738025193
+Avg Current (mA): 143.77942548098702
+Avg Voltage (V): 5.041727433375908
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  2
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (904 bytes in 0.034s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 0- 1363200- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.195641040802 
+Ins Current (mA):137.7705390207105 
+Samples: 3000000 
+Consumed Energy (mAs): 87059.55676922263 
+Consumed Energy (mAh): 24.183210213672954 
+Consumed Energy (mWs): 438666.6942424996 
+Consumed Energy (mWh): 121.85185951180544 
+Avg power (mW): 724.8966738025193 
+Avg Current (mA): 143.77942548098702 
+Avg Voltage (V): 5.041727433375908 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.183210213672954
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 724.8966738025193
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 8880
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:31:00 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:41:00 +0100 - Duration: 600022 seconds 
+Real workload: 4.679472114142877E10 - Integer reached: 128892 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 8881
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:31:00 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 20:41:00 +0100 - Duration: 600011 seconds 
+Real workload: 4.659398912340574E10 - Integer reached: 128627 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,0,2,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.33887e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.58952e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 202000-0-0 2,0,2,0,0,0,0,0                         [1363200- 0- 1363200- 0- 0- 0- 0- 0]                     time (s): 601.195641040802 
+Ins Current (mA):137.7705390207105 
+Samples: 3000000 
+Consumed Energy (mAs): 87059.55676922263 
+Consumed Energy (mAh): 24.183210213672954 
+Consumed Energy (mWs): 438666.6942424996 
+Consumed Energy (mWh): 121.85185951180544 
+Avg power (mW): 724.8966738025193 
+Avg Current (mA): 143.77942548098702 
+Avg Voltage (V): 5.041727433375908 
+ Thread : 0 - ThreadProcess id: 8880
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:31:00 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:41:00 +0100 - Duration: 600022 seconds 
+Real workload: 4.679472114142877E10 - Integer reached: 128892 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 8881
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:31:00 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 20:41:00 +0100 - Duration: 600011 seconds 
+Real workload: 4.659398912340574E10 - Integer reached: 128627 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.183210213672954                     9.33887e+10 2.58952e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 202000-0-0 
+phone format: 2,0,2,0,0,0,0,0 
+Exact values of frequencies: [1363200- 0- 1363200- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.195641040802 
+Ins Current (mA):137.7705390207105 
+Samples: 3000000 
+Consumed Energy (mAs): 87059.55676922263 
+Consumed Energy (mAh): 24.183210213672954 
+Consumed Energy (mWs): 438666.6942424996 
+Consumed Energy (mWh): 121.85185951180544 
+Avg power (mW): 724.8966738025193 
+Avg Current (mA): 143.77942548098702 
+Avg Voltage (V): 5.041727433375908 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 8880
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:31:00 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:41:00 +0100 - Duration: 600022 seconds 
+Real workload: 4.679472114142877E10 - Integer reached: 128892 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 8881
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:31:00 +0100 
+Core id: 2 
+Ending time: Sat, 18 Dec 2021 20:41:00 +0100 - Duration: 600011 seconds 
+Real workload: 4.659398912340574E10 - Integer reached: 128627 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.183210213672954 
+Workload: 9.33887e+10 
+Energy efficiency: 2.58952e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_14_18'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.183210213672954
+--- Experiment result, Avg Power = 724.8966738025193
+--- Experiment result, Total Workload = 9.33887e+10
+--- Experiment result, Energy Efficiency = 2.58952e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 202000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_22_27_04
+--- Performing experiments on configuration 220000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  2
+--- Exact frequency of core  1:  1363200
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 1363200
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 9693 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  2
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
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+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
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+--- Number of thread in experiment phase : 0 
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+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  723.8593883501256
+powermeter script : average_power with numpy  arrays =  723.8593883500184
+powermeter script : Summary Result = time (s): 601.2021062374115
+Ins Current (mA):133.69288644909122
+Samples: 3000000
+Consumed Energy (mAs): 85957.79190228348
+Consumed Energy (mAh): 23.877164417300968
+Consumed Energy (mWs): 433243.8018318768
+Consumed Energy (mWh): 120.34550050885467
+Avg power (mW): 723.8593883501256
+Avg Current (mA): 143.5685163810891
+Avg Voltage (V): 5.041908954667394
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  2
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (905 bytes in 0.029s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 1363200- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2021062374115 
+Ins Current (mA):133.69288644909122 
+Samples: 3000000 
+Consumed Energy (mAs): 85957.79190228348 
+Consumed Energy (mAh): 23.877164417300968 
+Consumed Energy (mWs): 433243.8018318768 
+Consumed Energy (mWh): 120.34550050885467 
+Avg power (mW): 723.8593883501256 
+Avg Current (mA): 143.5685163810891 
+Avg Voltage (V): 5.041908954667394 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.877164417300968
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 723.8593883501256
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 9718
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:46:48 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:56:48 +0100 - Duration: 600017 seconds 
+Real workload: 4.643448149688173E10 - Integer reached: 128416 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 9719
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:46:48 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 20:56:48 +0100 - Duration: 600016 seconds 
+Real workload: 4.6713616902025856E10 - Integer reached: 128785 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,2,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.31481e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.56335e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 220000-0-0 2,2,0,0,0,0,0,0                         [1363200- 1363200- 0- 0- 0- 0- 0- 0]                     time (s): 601.2021062374115 
+Ins Current (mA):133.69288644909122 
+Samples: 3000000 
+Consumed Energy (mAs): 85957.79190228348 
+Consumed Energy (mAh): 23.877164417300968 
+Consumed Energy (mWs): 433243.8018318768 
+Consumed Energy (mWh): 120.34550050885467 
+Avg power (mW): 723.8593883501256 
+Avg Current (mA): 143.5685163810891 
+Avg Voltage (V): 5.041908954667394 
+ Thread : 0 - ThreadProcess id: 9718
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:46:48 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:56:48 +0100 - Duration: 600017 seconds 
+Real workload: 4.643448149688173E10 - Integer reached: 128416 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 9719
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:46:48 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 20:56:48 +0100 - Duration: 600016 seconds 
+Real workload: 4.6713616902025856E10 - Integer reached: 128785 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.877164417300968                     9.31481e+10 2.56335e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 220000-0-0 
+phone format: 2,2,0,0,0,0,0,0 
+Exact values of frequencies: [1363200- 1363200- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2021062374115 
+Ins Current (mA):133.69288644909122 
+Samples: 3000000 
+Consumed Energy (mAs): 85957.79190228348 
+Consumed Energy (mAh): 23.877164417300968 
+Consumed Energy (mWs): 433243.8018318768 
+Consumed Energy (mWh): 120.34550050885467 
+Avg power (mW): 723.8593883501256 
+Avg Current (mA): 143.5685163810891 
+Avg Voltage (V): 5.041908954667394 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 9718
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:46:48 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 20:56:48 +0100 - Duration: 600017 seconds 
+Real workload: 4.643448149688173E10 - Integer reached: 128416 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 9719
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 20:46:48 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 20:56:48 +0100 - Duration: 600016 seconds 
+Real workload: 4.6713616902025856E10 - Integer reached: 128785 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.877164417300968 
+Workload: 9.31481e+10 
+Energy efficiency: 2.56335e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_30_06'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.877164417300968
+--- Experiment result, Avg Power = 723.8593883501256
+--- Experiment result, Total Workload = 9.31481e+10
+--- Experiment result, Energy Efficiency = 2.56335e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 220000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_22_42_53
+--- Performing experiments on configuration 220000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  2
+--- Exact frequency of core  1:  1363200
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 1363200
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 10548 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  2
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  729.5652161595167
+powermeter script : average_power with numpy  arrays =  729.565216159491
+powermeter script : Summary Result = time (s): 606.2593667507172
+Ins Current (mA):130.86690540592022
+Samples: 3000000
+Consumed Energy (mAs): 87351.02678801218
+Consumed Energy (mAh): 24.264174107781162
+Consumed Energy (mWs): 440069.83466813795
+Consumed Energy (mWh): 122.24162074114943
+Avg power (mW): 729.5652161595167
+Avg Current (mA): 144.72738033335216
+Avg Voltage (V): 5.040961941542099
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  2
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.043s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 1363200- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 606.2593667507172 
+Ins Current (mA):130.86690540592022 
+Samples: 3000000 
+Consumed Energy (mAs): 87351.02678801218 
+Consumed Energy (mAh): 24.264174107781162 
+Consumed Energy (mWs): 440069.83466813795 
+Consumed Energy (mWh): 122.24162074114943 
+Avg power (mW): 729.5652161595167 
+Avg Current (mA): 144.72738033335216 
+Avg Voltage (V): 5.040961941542099 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.264174107781162
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 729.5652161595167
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 10573
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:02:36 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 21:12:37 +0100 - Duration: 600003 seconds 
+Real workload: 4.667044166974455E10 - Integer reached: 128728 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 10574
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:02:37 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 21:12:37 +0100 - Duration: 600013 seconds 
+Real workload: 4.669392036272715E10 - Integer reached: 128759 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,2,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.33644e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.59887e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 220000-0-0 2,2,0,0,0,0,0,0                         [1363200- 1363200- 0- 0- 0- 0- 0- 0]                     time (s): 606.2593667507172 
+Ins Current (mA):130.86690540592022 
+Samples: 3000000 
+Consumed Energy (mAs): 87351.02678801218 
+Consumed Energy (mAh): 24.264174107781162 
+Consumed Energy (mWs): 440069.83466813795 
+Consumed Energy (mWh): 122.24162074114943 
+Avg power (mW): 729.5652161595167 
+Avg Current (mA): 144.72738033335216 
+Avg Voltage (V): 5.040961941542099 
+ Thread : 0 - ThreadProcess id: 10573
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:02:36 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 21:12:37 +0100 - Duration: 600003 seconds 
+Real workload: 4.667044166974455E10 - Integer reached: 128728 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 10574
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:02:37 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 21:12:37 +0100 - Duration: 600013 seconds 
+Real workload: 4.669392036272715E10 - Integer reached: 128759 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.264174107781162                     9.33644e+10 2.59887e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 220000-0-0 
+phone format: 2,2,0,0,0,0,0,0 
+Exact values of frequencies: [1363200- 1363200- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 606.2593667507172 
+Ins Current (mA):130.86690540592022 
+Samples: 3000000 
+Consumed Energy (mAs): 87351.02678801218 
+Consumed Energy (mAh): 24.264174107781162 
+Consumed Energy (mWs): 440069.83466813795 
+Consumed Energy (mWh): 122.24162074114943 
+Avg power (mW): 729.5652161595167 
+Avg Current (mA): 144.72738033335216 
+Avg Voltage (V): 5.040961941542099 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 10573
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:02:36 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 21:12:37 +0100 - Duration: 600003 seconds 
+Real workload: 4.667044166974455E10 - Integer reached: 128728 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 10574
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:02:37 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 21:12:37 +0100 - Duration: 600013 seconds 
+Real workload: 4.669392036272715E10 - Integer reached: 128759 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.264174107781162 
+Workload: 9.33644e+10 
+Energy efficiency: 2.59887e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_22_45_55'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.264174107781162
+--- Experiment result, Avg Power = 729.5652161595167
+--- Experiment result, Total Workload = 9.33644e+10
+--- Experiment result, Energy Efficiency = 2.59887e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 220000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_22_58_45
+--- Performing experiments on configuration 220000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  2
+--- Exact frequency of core  0:  1363200
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1363200
+--- Frequency level of core 1 is  2
+--- Exact frequency of core  1:  1363200
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 1363200
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 11411 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  2
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  730.7086812082333
+powermeter script : average_power with numpy  arrays =  730.7086812081985
+powermeter script : Summary Result = time (s): 601.4860439300537
+Ins Current (mA):127.82013341511453
+Samples: 3000000
+Consumed Energy (mAs): 87638.51190752091
+Consumed Energy (mAh): 24.344031085422476
+Consumed Energy (mWs): 441529.32730660896
+Consumed Energy (mWh): 122.64703536294694
+Avg power (mW): 730.7086812082333
+Avg Current (mA): 144.95682270892323
+Avg Voltage (V): 5.040871257750412
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  2
+--- frequency level of core 1 is  2
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.030s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1363200- 1363200- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4860439300537 
+Ins Current (mA):127.82013341511453 
+Samples: 3000000 
+Consumed Energy (mAs): 87638.51190752091 
+Consumed Energy (mAh): 24.344031085422476 
+Consumed Energy (mWs): 441529.32730660896 
+Consumed Energy (mWh): 122.64703536294694 
+Avg power (mW): 730.7086812082333 
+Avg Current (mA): 144.95682270892323 
+Avg Voltage (V): 5.040871257750412 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.344031085422476
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 730.7086812082333
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 11436
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:18:29 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 21:28:29 +0100 - Duration: 600017 seconds 
+Real workload: 4.6428439404235916E10 - Integer reached: 128408 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 11437
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:18:29 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 21:28:29 +0100 - Duration: 600022 seconds 
+Real workload: 4.679396282136006E10 - Integer reached: 128891 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 2,2,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.32224e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.61139e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 220000-0-0 2,2,0,0,0,0,0,0                         [1363200- 1363200- 0- 0- 0- 0- 0- 0]                     time (s): 601.4860439300537 
+Ins Current (mA):127.82013341511453 
+Samples: 3000000 
+Consumed Energy (mAs): 87638.51190752091 
+Consumed Energy (mAh): 24.344031085422476 
+Consumed Energy (mWs): 441529.32730660896 
+Consumed Energy (mWh): 122.64703536294694 
+Avg power (mW): 730.7086812082333 
+Avg Current (mA): 144.95682270892323 
+Avg Voltage (V): 5.040871257750412 
+ Thread : 0 - ThreadProcess id: 11436
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:18:29 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 21:28:29 +0100 - Duration: 600017 seconds 
+Real workload: 4.6428439404235916E10 - Integer reached: 128408 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 11437
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:18:29 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 21:28:29 +0100 - Duration: 600022 seconds 
+Real workload: 4.679396282136006E10 - Integer reached: 128891 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.344031085422476                     9.32224e+10 2.61139e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 220000-0-0 
+phone format: 2,2,0,0,0,0,0,0 
+Exact values of frequencies: [1363200- 1363200- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4860439300537 
+Ins Current (mA):127.82013341511453 
+Samples: 3000000 
+Consumed Energy (mAs): 87638.51190752091 
+Consumed Energy (mAh): 24.344031085422476 
+Consumed Energy (mWs): 441529.32730660896 
+Consumed Energy (mWh): 122.64703536294694 
+Avg power (mW): 730.7086812082333 
+Avg Current (mA): 144.95682270892323 
+Avg Voltage (V): 5.040871257750412 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 11436
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:18:29 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 21:28:29 +0100 - Duration: 600017 seconds 
+Real workload: 4.6428439404235916E10 - Integer reached: 128408 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 11437
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:18:29 +0100 
+Core id: 1 
+Ending time: Sat, 18 Dec 2021 21:28:29 +0100 - Duration: 600022 seconds 
+Real workload: 4.679396282136006E10 - Integer reached: 128891 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.344031085422476 
+Workload: 9.32224e+10 
+Energy efficiency: 2.61139e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_01_47'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.344031085422476
+--- Experiment result, Avg Power = 730.7086812082333
+--- Experiment result, Total Workload = 9.32224e+10
+--- Experiment result, Energy Efficiency = 2.61139e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 220000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_23_14_33
+--- Performing experiments on configuration 300003-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  3
+--- Exact frequency of core  5:  1804800
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 1804800
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 12293 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  3
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  1062.5906794670752
+powermeter script : average_power with numpy  arrays =  1062.5906794671175
+powermeter script : Summary Result = time (s): 601.6380348205566
+Ins Current (mA):237.92908247234158
+Samples: 3000000
+Consumed Energy (mAs): 127160.38051081261
+Consumed Energy (mAh): 35.32232791967017
+Consumed Energy (mWs): 634444.9087143756
+Consumed Energy (mWh): 176.23469686510433
+Avg power (mW): 1062.5906794670752
+Avg Current (mA): 212.9257662822509
+Avg Voltage (V): 4.990427875499682
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  3
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (910 bytes in 0.020s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 0- 0- 0- 1804800- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.6380348205566 
+Ins Current (mA):237.92908247234158 
+Samples: 3000000 
+Consumed Energy (mAs): 127160.38051081261 
+Consumed Energy (mAh): 35.32232791967017 
+Consumed Energy (mWs): 634444.9087143756 
+Consumed Energy (mWh): 176.23469686510433 
+Avg power (mW): 1062.5906794670752 
+Avg Current (mA): 212.9257662822509 
+Avg Voltage (V): 4.990427875499682 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 35.32232791967017
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 1062.5906794670752
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 12318
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:34:15 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 21:44:15 +0100 - Duration: 600009 seconds 
+Real workload: 1.5430367412140735E11 - Integer reached: 228332 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 12319
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:34:15 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 21:44:15 +0100 - Duration: 600007 seconds 
+Real workload: 1.5403474349021585E11 - Integer reached: 228141 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,0,0,0,3,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 3.08338e+11
+--- Getting energy efficiency
+--- Energy efficiency: 1.14557e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 300003-0-0 3,0,0,0,0,3,0,0                         [1804800- 0- 0- 0- 0- 1804800- 0- 0]                     time (s): 601.6380348205566 
+Ins Current (mA):237.92908247234158 
+Samples: 3000000 
+Consumed Energy (mAs): 127160.38051081261 
+Consumed Energy (mAh): 35.32232791967017 
+Consumed Energy (mWs): 634444.9087143756 
+Consumed Energy (mWh): 176.23469686510433 
+Avg power (mW): 1062.5906794670752 
+Avg Current (mA): 212.9257662822509 
+Avg Voltage (V): 4.990427875499682 
+ Thread : 0 - ThreadProcess id: 12318
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:34:15 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 21:44:15 +0100 - Duration: 600009 seconds 
+Real workload: 1.5430367412140735E11 - Integer reached: 228332 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 12319
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:34:15 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 21:44:15 +0100 - Duration: 600007 seconds 
+Real workload: 1.5403474349021585E11 - Integer reached: 228141 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 35.32232791967017                     3.08338e+11 1.14557e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 300003-0-0 
+phone format: 3,0,0,0,0,3,0,0 
+Exact values of frequencies: [1804800- 0- 0- 0- 0- 1804800- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.6380348205566 
+Ins Current (mA):237.92908247234158 
+Samples: 3000000 
+Consumed Energy (mAs): 127160.38051081261 
+Consumed Energy (mAh): 35.32232791967017 
+Consumed Energy (mWs): 634444.9087143756 
+Consumed Energy (mWh): 176.23469686510433 
+Avg power (mW): 1062.5906794670752 
+Avg Current (mA): 212.9257662822509 
+Avg Voltage (V): 4.990427875499682 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 12318
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:34:15 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 21:44:15 +0100 - Duration: 600009 seconds 
+Real workload: 1.5430367412140735E11 - Integer reached: 228332 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 12319
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:34:15 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 21:44:15 +0100 - Duration: 600007 seconds 
+Real workload: 1.5403474349021585E11 - Integer reached: 228141 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 35.32232791967017 
+Workload: 3.08338e+11 
+Energy efficiency: 1.14557e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_17_35'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 35.32232791967017
+--- Experiment result, Avg Power = 1062.5906794670752
+--- Experiment result, Total Workload = 3.08338e+11
+--- Experiment result, Energy Efficiency = 1.14557e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 300003-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_23_30_19
+--- Performing experiments on configuration 300003-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  3
+--- Exact frequency of core  5:  1804800
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 1804800
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 13141 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  3
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  1054.6014541487316
+powermeter script : average_power with numpy  arrays =  1054.6014541488285
+powermeter script : Summary Result = time (s): 601.4238367080688
+Ins Current (mA):219.54640314217897
+Samples: 3000000
+Consumed Energy (mAs): 127943.69804824845
+Consumed Energy (mAh): 35.53991612451346
+Consumed Energy (mWs): 638213.3090708976
+Consumed Energy (mWh): 177.281474741916
+Avg power (mW): 1054.6014541487316
+Avg Current (mA): 211.2719801557268
+Avg Voltage (V): 4.991676858291354
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  3
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.1 MB/s (910 bytes in 0.017s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 0- 0- 0- 1804800- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4238367080688 
+Ins Current (mA):219.54640314217897 
+Samples: 3000000 
+Consumed Energy (mAs): 127943.69804824845 
+Consumed Energy (mAh): 35.53991612451346 
+Consumed Energy (mWs): 638213.3090708976 
+Consumed Energy (mWh): 177.281474741916 
+Avg power (mW): 1054.6014541487316 
+Avg Current (mA): 211.2719801557268 
+Avg Voltage (V): 4.991676858291354 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 35.53991612451346
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 1054.6014541487316
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 13166
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:50:00 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:00:00 +0100 - Duration: 600012 seconds 
+Real workload: 1.5383636978575958E11 - Integer reached: 228000 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 13167
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:50:00 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 22:00:01 +0100 - Duration: 600002 seconds 
+Real workload: 1.5377308682551254E11 - Integer reached: 227955 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,0,0,0,3,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 3.07609e+11
+--- Getting energy efficiency
+--- Energy efficiency: 1.15536e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 300003-0-0 3,0,0,0,0,3,0,0                         [1804800- 0- 0- 0- 0- 1804800- 0- 0]                     time (s): 601.4238367080688 
+Ins Current (mA):219.54640314217897 
+Samples: 3000000 
+Consumed Energy (mAs): 127943.69804824845 
+Consumed Energy (mAh): 35.53991612451346 
+Consumed Energy (mWs): 638213.3090708976 
+Consumed Energy (mWh): 177.281474741916 
+Avg power (mW): 1054.6014541487316 
+Avg Current (mA): 211.2719801557268 
+Avg Voltage (V): 4.991676858291354 
+ Thread : 0 - ThreadProcess id: 13166
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:50:00 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:00:00 +0100 - Duration: 600012 seconds 
+Real workload: 1.5383636978575958E11 - Integer reached: 228000 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 13167
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:50:00 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 22:00:01 +0100 - Duration: 600002 seconds 
+Real workload: 1.5377308682551254E11 - Integer reached: 227955 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 35.53991612451346                     3.07609e+11 1.15536e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 300003-0-0 
+phone format: 3,0,0,0,0,3,0,0 
+Exact values of frequencies: [1804800- 0- 0- 0- 0- 1804800- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4238367080688 
+Ins Current (mA):219.54640314217897 
+Samples: 3000000 
+Consumed Energy (mAs): 127943.69804824845 
+Consumed Energy (mAh): 35.53991612451346 
+Consumed Energy (mWs): 638213.3090708976 
+Consumed Energy (mWh): 177.281474741916 
+Avg power (mW): 1054.6014541487316 
+Avg Current (mA): 211.2719801557268 
+Avg Voltage (V): 4.991676858291354 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 13166
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:50:00 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:00:00 +0100 - Duration: 600012 seconds 
+Real workload: 1.5383636978575958E11 - Integer reached: 228000 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 13167
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 21:50:00 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 22:00:01 +0100 - Duration: 600002 seconds 
+Real workload: 1.5377308682551254E11 - Integer reached: 227955 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 35.53991612451346 
+Workload: 3.07609e+11 
+Energy efficiency: 1.15536e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_33_21'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 35.53991612451346
+--- Experiment result, Avg Power = 1054.6014541487316
+--- Experiment result, Total Workload = 3.07609e+11
+--- Experiment result, Energy Efficiency = 1.15536e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 300003-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 03Oct22_23_46_05
+--- Performing experiments on configuration 300003-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  3
+--- Exact frequency of core  5:  1804800
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 1804800
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 13979 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  3
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  1067.4886839615626
+powermeter script : average_power with numpy  arrays =  1067.4886839615303
+powermeter script : Summary Result = time (s): 601.2559251785278
+Ins Current (mA):190.05018515132122
+Samples: 3000000
+Consumed Energy (mAs): 128583.14999373817
+Consumed Energy (mAh): 35.71754166492727
+Consumed Energy (mWs): 641336.9967637004
+Consumed Energy (mWh): 178.14916576769454
+Avg power (mW): 1067.4886839615626
+Avg Current (mA): 213.94079139297617
+Avg Voltage (V): 4.989645392125109
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  3
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (910 bytes in 0.018s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 0- 0- 0- 1804800- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2559251785278 
+Ins Current (mA):190.05018515132122 
+Samples: 3000000 
+Consumed Energy (mAs): 128583.14999373817 
+Consumed Energy (mAh): 35.71754166492727 
+Consumed Energy (mWs): 641336.9967637004 
+Consumed Energy (mWh): 178.14916576769454 
+Avg power (mW): 1067.4886839615626 
+Avg Current (mA): 213.94079139297617 
+Avg Voltage (V): 4.989645392125109 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 35.71754166492727
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 1067.4886839615626
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 14004
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:05:46 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:15:46 +0100 - Duration: 600004 seconds 
+Real workload: 1.5409808227258325E11 - Integer reached: 228186 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 14005
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:05:46 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 22:15:47 +0100 - Duration: 600001 seconds 
+Real workload: 1.5399815395314246E11 - Integer reached: 228115 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,0,0,0,3,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 3.08096e+11
+--- Getting energy efficiency
+--- Energy efficiency: 1.1593e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 300003-0-0 3,0,0,0,0,3,0,0                         [1804800- 0- 0- 0- 0- 1804800- 0- 0]                     time (s): 601.2559251785278 
+Ins Current (mA):190.05018515132122 
+Samples: 3000000 
+Consumed Energy (mAs): 128583.14999373817 
+Consumed Energy (mAh): 35.71754166492727 
+Consumed Energy (mWs): 641336.9967637004 
+Consumed Energy (mWh): 178.14916576769454 
+Avg power (mW): 1067.4886839615626 
+Avg Current (mA): 213.94079139297617 
+Avg Voltage (V): 4.989645392125109 
+ Thread : 0 - ThreadProcess id: 14004
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:05:46 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:15:46 +0100 - Duration: 600004 seconds 
+Real workload: 1.5409808227258325E11 - Integer reached: 228186 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 14005
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:05:46 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 22:15:47 +0100 - Duration: 600001 seconds 
+Real workload: 1.5399815395314246E11 - Integer reached: 228115 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 35.71754166492727                     3.08096e+11 1.1593e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 300003-0-0 
+phone format: 3,0,0,0,0,3,0,0 
+Exact values of frequencies: [1804800- 0- 0- 0- 0- 1804800- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2559251785278 
+Ins Current (mA):190.05018515132122 
+Samples: 3000000 
+Consumed Energy (mAs): 128583.14999373817 
+Consumed Energy (mAh): 35.71754166492727 
+Consumed Energy (mWs): 641336.9967637004 
+Consumed Energy (mWh): 178.14916576769454 
+Avg power (mW): 1067.4886839615626 
+Avg Current (mA): 213.94079139297617 
+Avg Voltage (V): 4.989645392125109 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 14004
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:05:46 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:15:46 +0100 - Duration: 600004 seconds 
+Real workload: 1.5409808227258325E11 - Integer reached: 228186 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 14005
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:05:46 +0100 
+Core id: 5 
+Ending time: Sat, 18 Dec 2021 22:15:47 +0100 - Duration: 600001 seconds 
+Real workload: 1.5399815395314246E11 - Integer reached: 228115 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 35.71754166492727 
+Workload: 3.08096e+11 
+Energy efficiency: 1.1593e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__03Oct22_23_49_07'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 35.71754166492727
+--- Experiment result, Avg Power = 1067.4886839615626
+--- Experiment result, Total Workload = 3.08096e+11
+--- Experiment result, Energy Efficiency = 1.1593e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 300003-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_00_01_50
+--- Performing experiments on configuration 300030-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  3
+--- Exact frequency of core  4:  1804800
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 1804800
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 14813 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  3
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  716.9613184199904
+powermeter script : average_power with numpy  arrays =  716.9613184199413
+powermeter script : Summary Result = time (s): 601.2030091285706
+Ins Current (mA):123.4251232390342
+Samples: 3000000
+Consumed Energy (mAs): 85381.09860735078
+Consumed Energy (mAh): 23.716971835375215
+Consumed Energy (mWs): 430447.31139882666
+Consumed Energy (mWh): 119.56869761078518
+Avg power (mW): 716.9613184199904
+Avg Current (mA): 142.1724843362255
+Avg Voltage (V): 5.042897869917217
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  3
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.031s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 0- 0- 1804800- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2030091285706 
+Ins Current (mA):123.4251232390342 
+Samples: 3000000 
+Consumed Energy (mAs): 85381.09860735078 
+Consumed Energy (mAh): 23.716971835375215 
+Consumed Energy (mWs): 430447.31139882666 
+Consumed Energy (mWh): 119.56869761078518 
+Avg power (mW): 716.9613184199904 
+Avg Current (mA): 142.1724843362255 
+Avg Voltage (V): 5.042897869917217 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.716971835375215
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 716.9613184199904
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 14838
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:21:34 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:31:34 +0100 - Duration: 600003 seconds 
+Real workload: 4.692676633799167E10 - Integer reached: 129066 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 14839
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:21:34 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 22:31:34 +0100 - Duration: 600010 seconds 
+Real workload: 4.676363518063283E10 - Integer reached: 128851 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,0,0,3,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.36904e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.53142e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 300030-0-0 3,0,0,0,3,0,0,0                         [1804800- 0- 0- 0- 1804800- 0- 0- 0]                     time (s): 601.2030091285706 
+Ins Current (mA):123.4251232390342 
+Samples: 3000000 
+Consumed Energy (mAs): 85381.09860735078 
+Consumed Energy (mAh): 23.716971835375215 
+Consumed Energy (mWs): 430447.31139882666 
+Consumed Energy (mWh): 119.56869761078518 
+Avg power (mW): 716.9613184199904 
+Avg Current (mA): 142.1724843362255 
+Avg Voltage (V): 5.042897869917217 
+ Thread : 0 - ThreadProcess id: 14838
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:21:34 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:31:34 +0100 - Duration: 600003 seconds 
+Real workload: 4.692676633799167E10 - Integer reached: 129066 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 14839
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:21:34 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 22:31:34 +0100 - Duration: 600010 seconds 
+Real workload: 4.676363518063283E10 - Integer reached: 128851 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.716971835375215                     9.36904e+10 2.53142e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 300030-0-0 
+phone format: 3,0,0,0,3,0,0,0 
+Exact values of frequencies: [1804800- 0- 0- 0- 1804800- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2030091285706 
+Ins Current (mA):123.4251232390342 
+Samples: 3000000 
+Consumed Energy (mAs): 85381.09860735078 
+Consumed Energy (mAh): 23.716971835375215 
+Consumed Energy (mWs): 430447.31139882666 
+Consumed Energy (mWh): 119.56869761078518 
+Avg power (mW): 716.9613184199904 
+Avg Current (mA): 142.1724843362255 
+Avg Voltage (V): 5.042897869917217 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 14838
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:21:34 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:31:34 +0100 - Duration: 600003 seconds 
+Real workload: 4.692676633799167E10 - Integer reached: 129066 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 14839
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:21:34 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 22:31:34 +0100 - Duration: 600010 seconds 
+Real workload: 4.676363518063283E10 - Integer reached: 128851 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.716971835375215 
+Workload: 9.36904e+10 
+Energy efficiency: 2.53142e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_04_52'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.716971835375215
+--- Experiment result, Avg Power = 716.9613184199904
+--- Experiment result, Total Workload = 9.36904e+10
+--- Experiment result, Energy Efficiency = 2.53142e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 300030-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_00_17_38
+--- Performing experiments on configuration 300030-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  3
+--- Exact frequency of core  4:  1804800
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 1804800
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 15743 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  3
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  725.4706873172738
+powermeter script : average_power with numpy  arrays =  725.4706873171948
+powermeter script : Summary Result = time (s): 601.1792325973511
+Ins Current (mA):144.70442146808284
+Samples: 3000000
+Consumed Energy (mAs): 86233.69521816686
+Consumed Energy (mAh): 23.953804227268574
+Consumed Energy (mWs): 434631.8041210424
+Consumed Energy (mWh): 120.73105670028956
+Avg power (mW): 725.4706873172738
+Avg Current (mA): 143.8971059218102
+Avg Voltage (V): 5.041593315375467
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  3
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.030s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 0- 0- 1804800- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.1792325973511 
+Ins Current (mA):144.70442146808284 
+Samples: 3000000 
+Consumed Energy (mAs): 86233.69521816686 
+Consumed Energy (mAh): 23.953804227268574 
+Consumed Energy (mWs): 434631.8041210424 
+Consumed Energy (mWh): 120.73105670028956 
+Avg power (mW): 725.4706873172738 
+Avg Current (mA): 143.8971059218102 
+Avg Voltage (V): 5.041593315375467 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.953804227268574
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 725.4706873172738
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 15769
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:37:21 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:47:22 +0100 - Duration: 600007 seconds 
+Real workload: 4.6978422735853455E10 - Integer reached: 129134 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 15770
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:37:22 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 22:47:22 +0100 - Duration: 600023 seconds 
+Real workload: 4.71678282843284E10 - Integer reached: 129383 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,0,0,3,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.41463e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.54432e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 300030-0-0 3,0,0,0,3,0,0,0                         [1804800- 0- 0- 0- 1804800- 0- 0- 0]                     time (s): 601.1792325973511 
+Ins Current (mA):144.70442146808284 
+Samples: 3000000 
+Consumed Energy (mAs): 86233.69521816686 
+Consumed Energy (mAh): 23.953804227268574 
+Consumed Energy (mWs): 434631.8041210424 
+Consumed Energy (mWh): 120.73105670028956 
+Avg power (mW): 725.4706873172738 
+Avg Current (mA): 143.8971059218102 
+Avg Voltage (V): 5.041593315375467 
+ Thread : 0 - ThreadProcess id: 15769
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:37:21 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:47:22 +0100 - Duration: 600007 seconds 
+Real workload: 4.6978422735853455E10 - Integer reached: 129134 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 15770
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:37:22 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 22:47:22 +0100 - Duration: 600023 seconds 
+Real workload: 4.71678282843284E10 - Integer reached: 129383 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.953804227268574                     9.41463e+10 2.54432e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 300030-0-0 
+phone format: 3,0,0,0,3,0,0,0 
+Exact values of frequencies: [1804800- 0- 0- 0- 1804800- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.1792325973511 
+Ins Current (mA):144.70442146808284 
+Samples: 3000000 
+Consumed Energy (mAs): 86233.69521816686 
+Consumed Energy (mAh): 23.953804227268574 
+Consumed Energy (mWs): 434631.8041210424 
+Consumed Energy (mWh): 120.73105670028956 
+Avg power (mW): 725.4706873172738 
+Avg Current (mA): 143.8971059218102 
+Avg Voltage (V): 5.041593315375467 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 15769
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:37:21 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 22:47:22 +0100 - Duration: 600007 seconds 
+Real workload: 4.6978422735853455E10 - Integer reached: 129134 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 15770
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:37:22 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 22:47:22 +0100 - Duration: 600023 seconds 
+Real workload: 4.71678282843284E10 - Integer reached: 129383 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.953804227268574 
+Workload: 9.41463e+10 
+Energy efficiency: 2.54432e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_20_40'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.953804227268574
+--- Experiment result, Avg Power = 725.4706873172738
+--- Experiment result, Total Workload = 9.41463e+10
+--- Experiment result, Energy Efficiency = 2.54432e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 300030-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_00_33_26
+--- Performing experiments on configuration 300030-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  3
+--- Exact frequency of core  4:  1804800
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 1804800
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 16580 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  3
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  716.9842985354938
+powermeter script : average_power with numpy  arrays =  716.9842985354342
+powermeter script : Summary Result = time (s): 601.2308588027954
+Ins Current (mA):121.01781856834263
+Samples: 3000000
+Consumed Energy (mAs): 85177.38666675844
+Consumed Energy (mAh): 23.66038518521068
+Consumed Energy (mWs): 429373.61396904715
+Consumed Energy (mWh): 119.27044832473531
+Avg power (mW): 716.9842985354938
+Avg Current (mA): 142.17965552096578
+Avg Voltage (V): 5.042805146125618
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  3
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.034s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 0- 0- 1804800- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2308588027954 
+Ins Current (mA):121.01781856834263 
+Samples: 3000000 
+Consumed Energy (mAs): 85177.38666675844 
+Consumed Energy (mAh): 23.66038518521068 
+Consumed Energy (mWs): 429373.61396904715 
+Consumed Energy (mWh): 119.27044832473531 
+Avg power (mW): 716.9842985354938 
+Avg Current (mA): 142.17965552096578 
+Avg Voltage (V): 5.042805146125618 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.66038518521068
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 716.9842985354938
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 16605
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:53:10 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:03:10 +0100 - Duration: 600016 seconds 
+Real workload: 4.6979942488798645E10 - Integer reached: 129136 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 16606
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:53:10 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 23:03:10 +0100 - Duration: 600021 seconds 
+Real workload: 4.674241190778891E10 - Integer reached: 128823 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,0,0,3,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.37224e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.52452e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 300030-0-0 3,0,0,0,3,0,0,0                         [1804800- 0- 0- 0- 1804800- 0- 0- 0]                     time (s): 601.2308588027954 
+Ins Current (mA):121.01781856834263 
+Samples: 3000000 
+Consumed Energy (mAs): 85177.38666675844 
+Consumed Energy (mAh): 23.66038518521068 
+Consumed Energy (mWs): 429373.61396904715 
+Consumed Energy (mWh): 119.27044832473531 
+Avg power (mW): 716.9842985354938 
+Avg Current (mA): 142.17965552096578 
+Avg Voltage (V): 5.042805146125618 
+ Thread : 0 - ThreadProcess id: 16605
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:53:10 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:03:10 +0100 - Duration: 600016 seconds 
+Real workload: 4.6979942488798645E10 - Integer reached: 129136 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 16606
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:53:10 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 23:03:10 +0100 - Duration: 600021 seconds 
+Real workload: 4.674241190778891E10 - Integer reached: 128823 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.66038518521068                     9.37224e+10 2.52452e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 300030-0-0 
+phone format: 3,0,0,0,3,0,0,0 
+Exact values of frequencies: [1804800- 0- 0- 0- 1804800- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2308588027954 
+Ins Current (mA):121.01781856834263 
+Samples: 3000000 
+Consumed Energy (mAs): 85177.38666675844 
+Consumed Energy (mAh): 23.66038518521068 
+Consumed Energy (mWs): 429373.61396904715 
+Consumed Energy (mWh): 119.27044832473531 
+Avg power (mW): 716.9842985354938 
+Avg Current (mA): 142.17965552096578 
+Avg Voltage (V): 5.042805146125618 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 16605
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:53:10 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:03:10 +0100 - Duration: 600016 seconds 
+Real workload: 4.6979942488798645E10 - Integer reached: 129136 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 16606
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 22:53:10 +0100 
+Core id: 4 
+Ending time: Sat, 18 Dec 2021 23:03:10 +0100 - Duration: 600021 seconds 
+Real workload: 4.674241190778891E10 - Integer reached: 128823 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.66038518521068 
+Workload: 9.37224e+10 
+Energy efficiency: 2.52452e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_36_28'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.66038518521068
+--- Experiment result, Avg Power = 716.9842985354938
+--- Experiment result, Total Workload = 9.37224e+10
+--- Experiment result, Energy Efficiency = 2.52452e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 300030-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_00_49_14
+--- Performing experiments on configuration 300300-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  3
+--- Exact frequency of core  3:  1804800
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 1804800
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 17415 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  3
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  724.3399358849308
+powermeter script : average_power with numpy  arrays =  724.339935884832
+powermeter script : Summary Result = time (s): 602.680333852768
+Ins Current (mA):133.8276462408808
+Samples: 3000000
+Consumed Energy (mAs): 86961.49879005252
+Consumed Energy (mAh): 24.1559718861257
+Consumed Energy (mWs): 438222.53433645604
+Consumed Energy (mWh): 121.72848176012668
+Avg power (mW): 724.3399358849308
+Avg Current (mA): 143.6673507485517
+Avg Voltage (V): 5.041785291584301
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  3
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (907 bytes in 0.031s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 0- 1804800- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 602.680333852768 
+Ins Current (mA):133.8276462408808 
+Samples: 3000000 
+Consumed Energy (mAs): 86961.49879005252 
+Consumed Energy (mAh): 24.1559718861257 
+Consumed Energy (mWs): 438222.53433645604 
+Consumed Energy (mWh): 121.72848176012668 
+Avg power (mW): 724.3399358849308 
+Avg Current (mA): 143.6673507485517 
+Avg Voltage (V): 5.041785291584301 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.1559718861257
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 724.3399358849308
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 17441
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:08:58 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:18:59 +0100 - Duration: 600020 seconds 
+Real workload: 4.677652317509944E10 - Integer reached: 128868 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 17442
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:08:58 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 23:18:59 +0100 - Duration: 600026 seconds 
+Real workload: 4.68986715851106E10 - Integer reached: 129029 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,0,3,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.36752e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.57869e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 300300-0-0 3,0,0,3,0,0,0,0                         [1804800- 0- 0- 1804800- 0- 0- 0- 0]                     time (s): 602.680333852768 
+Ins Current (mA):133.8276462408808 
+Samples: 3000000 
+Consumed Energy (mAs): 86961.49879005252 
+Consumed Energy (mAh): 24.1559718861257 
+Consumed Energy (mWs): 438222.53433645604 
+Consumed Energy (mWh): 121.72848176012668 
+Avg power (mW): 724.3399358849308 
+Avg Current (mA): 143.6673507485517 
+Avg Voltage (V): 5.041785291584301 
+ Thread : 0 - ThreadProcess id: 17441
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:08:58 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:18:59 +0100 - Duration: 600020 seconds 
+Real workload: 4.677652317509944E10 - Integer reached: 128868 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 17442
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:08:58 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 23:18:59 +0100 - Duration: 600026 seconds 
+Real workload: 4.68986715851106E10 - Integer reached: 129029 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.1559718861257                     9.36752e+10 2.57869e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 300300-0-0 
+phone format: 3,0,0,3,0,0,0,0 
+Exact values of frequencies: [1804800- 0- 0- 1804800- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 602.680333852768 
+Ins Current (mA):133.8276462408808 
+Samples: 3000000 
+Consumed Energy (mAs): 86961.49879005252 
+Consumed Energy (mAh): 24.1559718861257 
+Consumed Energy (mWs): 438222.53433645604 
+Consumed Energy (mWh): 121.72848176012668 
+Avg power (mW): 724.3399358849308 
+Avg Current (mA): 143.6673507485517 
+Avg Voltage (V): 5.041785291584301 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 17441
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:08:58 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:18:59 +0100 - Duration: 600020 seconds 
+Real workload: 4.677652317509944E10 - Integer reached: 128868 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 17442
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:08:58 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 23:18:59 +0100 - Duration: 600026 seconds 
+Real workload: 4.68986715851106E10 - Integer reached: 129029 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.1559718861257 
+Workload: 9.36752e+10 
+Energy efficiency: 2.57869e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_00_52_16'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.1559718861257
+--- Experiment result, Avg Power = 724.3399358849308
+--- Experiment result, Total Workload = 9.36752e+10
+--- Experiment result, Energy Efficiency = 2.57869e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 300300-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_01_05_03
+--- Performing experiments on configuration 300300-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  3
+--- Exact frequency of core  3:  1804800
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 1804800
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 18246 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  3
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  727.0622958983141
+powermeter script : average_power with numpy  arrays =  727.0622958981596
+powermeter script : Summary Result = time (s): 601.3401176929474
+Ins Current (mA):141.19615753863033
+Samples: 3000000
+Consumed Energy (mAs): 87583.1457194329
+Consumed Energy (mAh): 24.32865158873136
+Consumed Energy (mWs): 441257.04311028466
+Consumed Energy (mWh): 122.57140086396797
+Avg power (mW): 727.0622958983141
+Avg Current (mA): 144.21760536704423
+Avg Voltage (V): 5.04142537970928
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  3
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (907 bytes in 0.029s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 0- 1804800- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.3401176929474 
+Ins Current (mA):141.19615753863033 
+Samples: 3000000 
+Consumed Energy (mAs): 87583.1457194329 
+Consumed Energy (mAh): 24.32865158873136 
+Consumed Energy (mWs): 441257.04311028466 
+Consumed Energy (mWh): 122.57140086396797 
+Avg power (mW): 727.0622958983141 
+Avg Current (mA): 144.21760536704423 
+Avg Voltage (V): 5.04142537970928 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.32865158873136
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 727.0622958983141
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 18272
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:24:47 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:34:47 +0100 - Duration: 600009 seconds 
+Real workload: 4.67871382088006E10 - Integer reached: 128882 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 18273
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:24:47 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 23:34:47 +0100 - Duration: 600018 seconds 
+Real workload: 4.698374198463936E10 - Integer reached: 129141 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,0,3,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.37709e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.59448e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 300300-0-0 3,0,0,3,0,0,0,0                         [1804800- 0- 0- 1804800- 0- 0- 0- 0]                     time (s): 601.3401176929474 
+Ins Current (mA):141.19615753863033 
+Samples: 3000000 
+Consumed Energy (mAs): 87583.1457194329 
+Consumed Energy (mAh): 24.32865158873136 
+Consumed Energy (mWs): 441257.04311028466 
+Consumed Energy (mWh): 122.57140086396797 
+Avg power (mW): 727.0622958983141 
+Avg Current (mA): 144.21760536704423 
+Avg Voltage (V): 5.04142537970928 
+ Thread : 0 - ThreadProcess id: 18272
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:24:47 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:34:47 +0100 - Duration: 600009 seconds 
+Real workload: 4.67871382088006E10 - Integer reached: 128882 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 18273
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:24:47 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 23:34:47 +0100 - Duration: 600018 seconds 
+Real workload: 4.698374198463936E10 - Integer reached: 129141 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.32865158873136                     9.37709e+10 2.59448e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 300300-0-0 
+phone format: 3,0,0,3,0,0,0,0 
+Exact values of frequencies: [1804800- 0- 0- 1804800- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.3401176929474 
+Ins Current (mA):141.19615753863033 
+Samples: 3000000 
+Consumed Energy (mAs): 87583.1457194329 
+Consumed Energy (mAh): 24.32865158873136 
+Consumed Energy (mWs): 441257.04311028466 
+Consumed Energy (mWh): 122.57140086396797 
+Avg power (mW): 727.0622958983141 
+Avg Current (mA): 144.21760536704423 
+Avg Voltage (V): 5.04142537970928 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 18272
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:24:47 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:34:47 +0100 - Duration: 600009 seconds 
+Real workload: 4.67871382088006E10 - Integer reached: 128882 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 18273
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:24:47 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 23:34:47 +0100 - Duration: 600018 seconds 
+Real workload: 4.698374198463936E10 - Integer reached: 129141 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.32865158873136 
+Workload: 9.37709e+10 
+Energy efficiency: 2.59448e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_08_05'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.32865158873136
+--- Experiment result, Avg Power = 727.0622958983141
+--- Experiment result, Total Workload = 9.37709e+10
+--- Experiment result, Energy Efficiency = 2.59448e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 300300-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_01_20_50
+--- Performing experiments on configuration 300300-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  3
+--- Exact frequency of core  3:  1804800
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 1804800
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 19079 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  3
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  719.868752090157
+powermeter script : average_power with numpy  arrays =  719.8687520901208
+powermeter script : Summary Result = time (s): 601.4735112190247
+Ins Current (mA):142.01852571428572
+Samples: 3000000
+Consumed Energy (mAs): 84738.12918419804
+Consumed Energy (mAh): 23.538369217832788
+Consumed Energy (mWs): 427367.9139299135
+Consumed Energy (mWh): 118.71330942497596
+Avg power (mW): 719.868752090157
+Avg Current (mA): 142.75725414387662
+Avg Voltage (V): 5.042607161417127
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  3
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.031s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 0- 1804800- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4735112190247 
+Ins Current (mA):142.01852571428572 
+Samples: 3000000 
+Consumed Energy (mAs): 84738.12918419804 
+Consumed Energy (mAh): 23.538369217832788 
+Consumed Energy (mWs): 427367.9139299135 
+Consumed Energy (mWh): 118.71330942497596 
+Avg power (mW): 719.868752090157 
+Avg Current (mA): 142.75725414387662 
+Avg Voltage (V): 5.042607161417127 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.538369217832788
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 719.868752090157
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 19105
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:40:35 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:50:35 +0100 - Duration: 600011 seconds 
+Real workload: 4.692524747876349E10 - Integer reached: 129064 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 19106
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:40:35 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 23:50:35 +0100 - Duration: 600020 seconds 
+Real workload: 4.687286248483988E10 - Integer reached: 128995 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,0,3,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.37981e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.50947e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 300300-0-0 3,0,0,3,0,0,0,0                         [1804800- 0- 0- 1804800- 0- 0- 0- 0]                     time (s): 601.4735112190247 
+Ins Current (mA):142.01852571428572 
+Samples: 3000000 
+Consumed Energy (mAs): 84738.12918419804 
+Consumed Energy (mAh): 23.538369217832788 
+Consumed Energy (mWs): 427367.9139299135 
+Consumed Energy (mWh): 118.71330942497596 
+Avg power (mW): 719.868752090157 
+Avg Current (mA): 142.75725414387662 
+Avg Voltage (V): 5.042607161417127 
+ Thread : 0 - ThreadProcess id: 19105
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:40:35 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:50:35 +0100 - Duration: 600011 seconds 
+Real workload: 4.692524747876349E10 - Integer reached: 129064 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 19106
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:40:35 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 23:50:35 +0100 - Duration: 600020 seconds 
+Real workload: 4.687286248483988E10 - Integer reached: 128995 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.538369217832788                     9.37981e+10 2.50947e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 300300-0-0 
+phone format: 3,0,0,3,0,0,0,0 
+Exact values of frequencies: [1804800- 0- 0- 1804800- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4735112190247 
+Ins Current (mA):142.01852571428572 
+Samples: 3000000 
+Consumed Energy (mAs): 84738.12918419804 
+Consumed Energy (mAh): 23.538369217832788 
+Consumed Energy (mWs): 427367.9139299135 
+Consumed Energy (mWh): 118.71330942497596 
+Avg power (mW): 719.868752090157 
+Avg Current (mA): 142.75725414387662 
+Avg Voltage (V): 5.042607161417127 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 19105
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:40:35 +0100 
+Core id: 0 
+Ending time: Sat, 18 Dec 2021 23:50:35 +0100 - Duration: 600011 seconds 
+Real workload: 4.692524747876349E10 - Integer reached: 129064 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 19106
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:40:35 +0100 
+Core id: 3 
+Ending time: Sat, 18 Dec 2021 23:50:35 +0100 - Duration: 600020 seconds 
+Real workload: 4.687286248483988E10 - Integer reached: 128995 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.538369217832788 
+Workload: 9.37981e+10 
+Energy efficiency: 2.50947e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_23_52'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.538369217832788
+--- Experiment result, Avg Power = 719.868752090157
+--- Experiment result, Total Workload = 9.37981e+10
+--- Experiment result, Energy Efficiency = 2.50947e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 300300-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_01_36_39
+--- Performing experiments on configuration 303000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  3
+--- Exact frequency of core  2:  1804800
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 1804800
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 19911 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  3
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  721.217272312583
+powermeter script : average_power with numpy  arrays =  721.2172723124717
+powermeter script : Summary Result = time (s): 601.2847607135773
+Ins Current (mA):129.8671446422041
+Samples: 3000000
+Consumed Energy (mAs): 85923.65850865762
+Consumed Energy (mAh): 23.867682919071562
+Consumed Energy (mWs): 433107.3702893882
+Consumed Energy (mWh): 120.30760285816338
+Avg power (mW): 721.217272312583
+Avg Current (mA): 143.0281164732539
+Avg Voltage (V): 5.042485981750657
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  3
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (907 bytes in 0.049s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 1804800- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2847607135773 
+Ins Current (mA):129.8671446422041 
+Samples: 3000000 
+Consumed Energy (mAs): 85923.65850865762 
+Consumed Energy (mAh): 23.867682919071562 
+Consumed Energy (mWs): 433107.3702893882 
+Consumed Energy (mWh): 120.30760285816338 
+Avg power (mW): 721.217272312583 
+Avg Current (mA): 143.0281164732539 
+Avg Voltage (V): 5.042485981750657 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.867682919071562
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 721.217272312583
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 19936
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:56:23 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:06:24 +0100 - Duration: 600017 seconds 
+Real workload: 4.665226882718767E10 - Integer reached: 128704 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 19937
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:56:23 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 00:06:24 +0100 - Duration: 600007 seconds 
+Real workload: 4.70460764506765E10 - Integer reached: 129223 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,3,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.36983e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.54729e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 303000-0-0 3,0,3,0,0,0,0,0                         [1804800- 0- 1804800- 0- 0- 0- 0- 0]                     time (s): 601.2847607135773 
+Ins Current (mA):129.8671446422041 
+Samples: 3000000 
+Consumed Energy (mAs): 85923.65850865762 
+Consumed Energy (mAh): 23.867682919071562 
+Consumed Energy (mWs): 433107.3702893882 
+Consumed Energy (mWh): 120.30760285816338 
+Avg power (mW): 721.217272312583 
+Avg Current (mA): 143.0281164732539 
+Avg Voltage (V): 5.042485981750657 
+ Thread : 0 - ThreadProcess id: 19936
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:56:23 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:06:24 +0100 - Duration: 600017 seconds 
+Real workload: 4.665226882718767E10 - Integer reached: 128704 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 19937
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:56:23 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 00:06:24 +0100 - Duration: 600007 seconds 
+Real workload: 4.70460764506765E10 - Integer reached: 129223 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.867682919071562                     9.36983e+10 2.54729e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 303000-0-0 
+phone format: 3,0,3,0,0,0,0,0 
+Exact values of frequencies: [1804800- 0- 1804800- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2847607135773 
+Ins Current (mA):129.8671446422041 
+Samples: 3000000 
+Consumed Energy (mAs): 85923.65850865762 
+Consumed Energy (mAh): 23.867682919071562 
+Consumed Energy (mWs): 433107.3702893882 
+Consumed Energy (mWh): 120.30760285816338 
+Avg power (mW): 721.217272312583 
+Avg Current (mA): 143.0281164732539 
+Avg Voltage (V): 5.042485981750657 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 19936
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:56:23 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:06:24 +0100 - Duration: 600017 seconds 
+Real workload: 4.665226882718767E10 - Integer reached: 128704 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 19937
+----------------------------------------
+Starting time: Sat, 18 Dec 2021 23:56:23 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 00:06:24 +0100 - Duration: 600007 seconds 
+Real workload: 4.70460764506765E10 - Integer reached: 129223 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.867682919071562 
+Workload: 9.36983e+10 
+Energy efficiency: 2.54729e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_39_41'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.867682919071562
+--- Experiment result, Avg Power = 721.217272312583
+--- Experiment result, Total Workload = 9.36983e+10
+--- Experiment result, Energy Efficiency = 2.54729e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 303000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_01_52_27
+--- Performing experiments on configuration 303000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  3
+--- Exact frequency of core  2:  1804800
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 1804800
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 20744 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  3
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  715.5813654301581
+powermeter script : average_power with numpy  arrays =  715.58136543007
+powermeter script : Summary Result = time (s): 601.170975446701
+Ins Current (mA):132.21891428571428
+Samples: 3000000
+Consumed Energy (mAs): 85843.71805932313
+Consumed Energy (mAh): 23.84547723870087
+Consumed Energy (mWs): 432728.28880147374
+Consumed Energy (mWh): 120.20230244485381
+Avg power (mW): 715.5813654301581
+Avg Current (mA): 141.888628473354
+Avg Voltage (V): 5.043260852750725
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  3
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.045s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 1804800- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.170975446701 
+Ins Current (mA):132.21891428571428 
+Samples: 3000000 
+Consumed Energy (mAs): 85843.71805932313 
+Consumed Energy (mAh): 23.84547723870087 
+Consumed Energy (mWs): 432728.28880147374 
+Consumed Energy (mWh): 120.20230244485381 
+Avg power (mW): 715.5813654301581 
+Avg Current (mA): 141.888628473354 
+Avg Voltage (V): 5.043260852750725 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.84547723870087
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 715.5813654301581
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 20769
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:12:11 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:22:12 +0100 - Duration: 600020 seconds 
+Real workload: 4.6887284306884674E10 - Integer reached: 129014 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 20770
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:12:12 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 00:22:12 +0100 - Duration: 600014 seconds 
+Real workload: 4.707649908238215E10 - Integer reached: 129263 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,3,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.39638e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.53773e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 303000-0-0 3,0,3,0,0,0,0,0                         [1804800- 0- 1804800- 0- 0- 0- 0- 0]                     time (s): 601.170975446701 
+Ins Current (mA):132.21891428571428 
+Samples: 3000000 
+Consumed Energy (mAs): 85843.71805932313 
+Consumed Energy (mAh): 23.84547723870087 
+Consumed Energy (mWs): 432728.28880147374 
+Consumed Energy (mWh): 120.20230244485381 
+Avg power (mW): 715.5813654301581 
+Avg Current (mA): 141.888628473354 
+Avg Voltage (V): 5.043260852750725 
+ Thread : 0 - ThreadProcess id: 20769
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:12:11 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:22:12 +0100 - Duration: 600020 seconds 
+Real workload: 4.6887284306884674E10 - Integer reached: 129014 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 20770
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:12:12 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 00:22:12 +0100 - Duration: 600014 seconds 
+Real workload: 4.707649908238215E10 - Integer reached: 129263 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.84547723870087                     9.39638e+10 2.53773e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 303000-0-0 
+phone format: 3,0,3,0,0,0,0,0 
+Exact values of frequencies: [1804800- 0- 1804800- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.170975446701 
+Ins Current (mA):132.21891428571428 
+Samples: 3000000 
+Consumed Energy (mAs): 85843.71805932313 
+Consumed Energy (mAh): 23.84547723870087 
+Consumed Energy (mWs): 432728.28880147374 
+Consumed Energy (mWh): 120.20230244485381 
+Avg power (mW): 715.5813654301581 
+Avg Current (mA): 141.888628473354 
+Avg Voltage (V): 5.043260852750725 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 20769
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:12:11 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:22:12 +0100 - Duration: 600020 seconds 
+Real workload: 4.6887284306884674E10 - Integer reached: 129014 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 20770
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:12:12 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 00:22:12 +0100 - Duration: 600014 seconds 
+Real workload: 4.707649908238215E10 - Integer reached: 129263 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.84547723870087 
+Workload: 9.39638e+10 
+Energy efficiency: 2.53773e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_01_55_29'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.84547723870087
+--- Experiment result, Avg Power = 715.5813654301581
+--- Experiment result, Total Workload = 9.39638e+10
+--- Experiment result, Energy Efficiency = 2.53773e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 303000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_02_08_15
+--- Performing experiments on configuration 303000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  3
+--- Exact frequency of core  2:  1804800
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 1804800
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 21578 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  3
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  729.1129229668635
+powermeter script : average_power with numpy  arrays =  729.1129229667667
+powermeter script : Summary Result = time (s): 601.1745870113373
+Ins Current (mA):146.7469591750441
+Samples: 3000000
+Consumed Energy (mAs): 86690.58622951091
+Consumed Energy (mAh): 24.080718397086365
+Consumed Energy (mWs): 436865.99619166646
+Consumed Energy (mWh): 121.35166560879624
+Avg power (mW): 729.1129229668635
+Avg Current (mA): 144.6326214623839
+Avg Voltage (V): 5.041137439083834
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  3
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.029s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 0- 1804800- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.1745870113373 
+Ins Current (mA):146.7469591750441 
+Samples: 3000000 
+Consumed Energy (mAs): 86690.58622951091 
+Consumed Energy (mAh): 24.080718397086365 
+Consumed Energy (mWs): 436865.99619166646 
+Consumed Energy (mWh): 121.35166560879624 
+Avg power (mW): 729.1129229668635 
+Avg Current (mA): 144.6326214623839 
+Avg Voltage (V): 5.041137439083834 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.080718397086365
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 729.1129229668635
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 21603
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:28:00 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:38:00 +0100 - Duration: 600018 seconds 
+Real workload: 4.668104418999199E10 - Integer reached: 128742 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 49 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 21604
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:28:00 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 00:38:00 +0100 - Duration: 600019 seconds 
+Real workload: 4.681823228584065E10 - Integer reached: 128923 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 49 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,0,3,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.34993e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.5755e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 303000-0-0 3,0,3,0,0,0,0,0                         [1804800- 0- 1804800- 0- 0- 0- 0- 0]                     time (s): 601.1745870113373 
+Ins Current (mA):146.7469591750441 
+Samples: 3000000 
+Consumed Energy (mAs): 86690.58622951091 
+Consumed Energy (mAh): 24.080718397086365 
+Consumed Energy (mWs): 436865.99619166646 
+Consumed Energy (mWh): 121.35166560879624 
+Avg power (mW): 729.1129229668635 
+Avg Current (mA): 144.6326214623839 
+Avg Voltage (V): 5.041137439083834 
+ Thread : 0 - ThreadProcess id: 21603
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:28:00 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:38:00 +0100 - Duration: 600018 seconds 
+Real workload: 4.668104418999199E10 - Integer reached: 128742 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 49 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 21604
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:28:00 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 00:38:00 +0100 - Duration: 600019 seconds 
+Real workload: 4.681823228584065E10 - Integer reached: 128923 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 49 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.080718397086365                     9.34993e+10 2.5755e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 303000-0-0 
+phone format: 3,0,3,0,0,0,0,0 
+Exact values of frequencies: [1804800- 0- 1804800- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.1745870113373 
+Ins Current (mA):146.7469591750441 
+Samples: 3000000 
+Consumed Energy (mAs): 86690.58622951091 
+Consumed Energy (mAh): 24.080718397086365 
+Consumed Energy (mWs): 436865.99619166646 
+Consumed Energy (mWh): 121.35166560879624 
+Avg power (mW): 729.1129229668635 
+Avg Current (mA): 144.6326214623839 
+Avg Voltage (V): 5.041137439083834 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 21603
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:28:00 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:38:00 +0100 - Duration: 600018 seconds 
+Real workload: 4.668104418999199E10 - Integer reached: 128742 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 49 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 21604
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:28:00 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 00:38:00 +0100 - Duration: 600019 seconds 
+Real workload: 4.681823228584065E10 - Integer reached: 128923 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 49 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.080718397086365 
+Workload: 9.34993e+10 
+Energy efficiency: 2.5755e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_11_17'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.080718397086365
+--- Experiment result, Avg Power = 729.1129229668635
+--- Experiment result, Total Workload = 9.34993e+10
+--- Experiment result, Energy Efficiency = 2.5755e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 303000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_02_24_04
+--- Performing experiments on configuration 330000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 49 
+--- Current battery is low, so we need to wait battery
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 49 
+--- Desactivating the charge stop level option
+--- Desactivating the charge stop level option, command :  /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe shell echo 100 > /sys/devices/platform/soc/soc:google,charger/charge_stop_level </dev/null
+--- The current battery level : 49, still lower than the experiment one :  50 
+--- Waiting 30 second...
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 49 
+--- The current battery level : 49, still lower than the experiment one :  50 
+--- Waiting 30 second...
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+--- Current battery is now equal to the experiment battery level
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  3
+--- Exact frequency of core  1:  1804800
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 1804800
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 22434 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  3
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  735.9135240776465
+powermeter script : average_power with numpy  arrays =  735.9135240775537
+powermeter script : Summary Result = time (s): 601.2069818973541
+Ins Current (mA):148.20603204595844
+Samples: 3000000
+Consumed Energy (mAs): 86690.14208794995
+Consumed Energy (mAh): 24.08059502443054
+Consumed Energy (mWs): 436784.116778472
+Consumed Energy (mWh): 121.32892132735333
+Avg power (mW): 735.9135240776465
+Avg Current (mA): 146.00852553149653
+Avg Voltage (V): 5.040209271333936
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  3
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.034s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 1804800- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2069818973541 
+Ins Current (mA):148.20603204595844 
+Samples: 3000000 
+Consumed Energy (mAs): 86690.14208794995 
+Consumed Energy (mAh): 24.08059502443054 
+Consumed Energy (mWs): 436784.116778472 
+Consumed Energy (mWh): 121.32892132735333 
+Avg power (mW): 735.9135240776465 
+Avg Current (mA): 146.00852553149653 
+Avg Voltage (V): 5.040209271333936 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.08059502443054
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 735.9135240776465
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 22459
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:44:48 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:54:49 +0100 - Duration: 600018 seconds 
+Real workload: 4.6969304753841354E10 - Integer reached: 129122 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 22460
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:44:49 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 00:54:49 +0100 - Duration: 600004 seconds 
+Real workload: 4.654709010589149E10 - Integer reached: 128565 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,3,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.35164e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.57501e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 330000-0-0 3,3,0,0,0,0,0,0                         [1804800- 1804800- 0- 0- 0- 0- 0- 0]                     time (s): 601.2069818973541 
+Ins Current (mA):148.20603204595844 
+Samples: 3000000 
+Consumed Energy (mAs): 86690.14208794995 
+Consumed Energy (mAh): 24.08059502443054 
+Consumed Energy (mWs): 436784.116778472 
+Consumed Energy (mWh): 121.32892132735333 
+Avg power (mW): 735.9135240776465 
+Avg Current (mA): 146.00852553149653 
+Avg Voltage (V): 5.040209271333936 
+ Thread : 0 - ThreadProcess id: 22459
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:44:48 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:54:49 +0100 - Duration: 600018 seconds 
+Real workload: 4.6969304753841354E10 - Integer reached: 129122 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 22460
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:44:49 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 00:54:49 +0100 - Duration: 600004 seconds 
+Real workload: 4.654709010589149E10 - Integer reached: 128565 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.08059502443054                     9.35164e+10 2.57501e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 330000-0-0 
+phone format: 3,3,0,0,0,0,0,0 
+Exact values of frequencies: [1804800- 1804800- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2069818973541 
+Ins Current (mA):148.20603204595844 
+Samples: 3000000 
+Consumed Energy (mAs): 86690.14208794995 
+Consumed Energy (mAh): 24.08059502443054 
+Consumed Energy (mWs): 436784.116778472 
+Consumed Energy (mWh): 121.32892132735333 
+Avg power (mW): 735.9135240776465 
+Avg Current (mA): 146.00852553149653 
+Avg Voltage (V): 5.040209271333936 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 22459
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:44:48 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 00:54:49 +0100 - Duration: 600018 seconds 
+Real workload: 4.6969304753841354E10 - Integer reached: 129122 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 22460
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 00:44:49 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 00:54:49 +0100 - Duration: 600004 seconds 
+Real workload: 4.654709010589149E10 - Integer reached: 128565 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.08059502443054 
+Workload: 9.35164e+10 
+Energy efficiency: 2.57501e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_27_06'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.08059502443054
+--- Experiment result, Avg Power = 735.9135240776465
+--- Experiment result, Total Workload = 9.35164e+10
+--- Experiment result, Energy Efficiency = 2.57501e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 330000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_02_40_52
+--- Performing experiments on configuration 330000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  3
+--- Exact frequency of core  1:  1804800
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 1804800
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 23627 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  3
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  745.9699120502246
+powermeter script : average_power with numpy  arrays =  745.9699120501754
+powermeter script : Summary Result = time (s): 601.6547796726227
+Ins Current (mA):163.06372830993695
+Samples: 3000000
+Consumed Energy (mAs): 88695.84824966453
+Consumed Energy (mAh): 24.637735624906814
+Consumed Energy (mWs): 446723.6457105455
+Consumed Energy (mWh): 124.08990158626263
+Avg power (mW): 745.9699120502246
+Avg Current (mA): 148.05003579293452
+Avg Voltage (V): 5.038633783875282
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  3
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.026s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 1804800- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.6547796726227 
+Ins Current (mA):163.06372830993695 
+Samples: 3000000 
+Consumed Energy (mAs): 88695.84824966453 
+Consumed Energy (mAh): 24.637735624906814 
+Consumed Energy (mWs): 446723.6457105455 
+Consumed Energy (mWh): 124.08990158626263 
+Avg power (mW): 745.9699120502246 
+Avg Current (mA): 148.05003579293452 
+Avg Voltage (V): 5.038633783875282 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.637735624906814
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 745.9699120502246
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 23652
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:00:36 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:10:37 +0100 - Duration: 600019 seconds 
+Real workload: 4.657507527352141E10 - Integer reached: 128602 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 23653
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:00:37 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 01:10:37 +0100 - Duration: 600006 seconds 
+Real workload: 4.639295036182178E10 - Integer reached: 128361 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,3,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.2968e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.65013e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 330000-0-0 3,3,0,0,0,0,0,0                         [1804800- 1804800- 0- 0- 0- 0- 0- 0]                     time (s): 601.6547796726227 
+Ins Current (mA):163.06372830993695 
+Samples: 3000000 
+Consumed Energy (mAs): 88695.84824966453 
+Consumed Energy (mAh): 24.637735624906814 
+Consumed Energy (mWs): 446723.6457105455 
+Consumed Energy (mWh): 124.08990158626263 
+Avg power (mW): 745.9699120502246 
+Avg Current (mA): 148.05003579293452 
+Avg Voltage (V): 5.038633783875282 
+ Thread : 0 - ThreadProcess id: 23652
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:00:36 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:10:37 +0100 - Duration: 600019 seconds 
+Real workload: 4.657507527352141E10 - Integer reached: 128602 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 23653
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:00:37 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 01:10:37 +0100 - Duration: 600006 seconds 
+Real workload: 4.639295036182178E10 - Integer reached: 128361 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.637735624906814                     9.2968e+10 2.65013e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 330000-0-0 
+phone format: 3,3,0,0,0,0,0,0 
+Exact values of frequencies: [1804800- 1804800- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.6547796726227 
+Ins Current (mA):163.06372830993695 
+Samples: 3000000 
+Consumed Energy (mAs): 88695.84824966453 
+Consumed Energy (mAh): 24.637735624906814 
+Consumed Energy (mWs): 446723.6457105455 
+Consumed Energy (mWh): 124.08990158626263 
+Avg power (mW): 745.9699120502246 
+Avg Current (mA): 148.05003579293452 
+Avg Voltage (V): 5.038633783875282 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 23652
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:00:36 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:10:37 +0100 - Duration: 600019 seconds 
+Real workload: 4.657507527352141E10 - Integer reached: 128602 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 23653
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:00:37 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 01:10:37 +0100 - Duration: 600006 seconds 
+Real workload: 4.639295036182178E10 - Integer reached: 128361 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.637735624906814 
+Workload: 9.2968e+10 
+Energy efficiency: 2.65013e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_43_54'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.637735624906814
+--- Experiment result, Avg Power = 745.9699120502246
+--- Experiment result, Total Workload = 9.2968e+10
+--- Experiment result, Energy Efficiency = 2.65013e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 330000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_02_56_41
+--- Performing experiments on configuration 330000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  3
+--- Exact frequency of core  0:  1804800
+--- Modifying the governor of core 0 
+--- Modifying the the current frequency of core 0 with frequency 1804800
+--- Frequency level of core 1 is  3
+--- Exact frequency of core  1:  1804800
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 1804800
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 24465 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  3
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  743.5584038893306
+powermeter script : average_power with numpy  arrays =  743.5584038892612
+powermeter script : Summary Result = time (s): 601.4370169639587
+Ins Current (mA):136.18604837204344
+Samples: 3000000
+Consumed Energy (mAs): 88710.29058877208
+Consumed Energy (mAh): 24.641747385770024
+Consumed Energy (mWs): 446864.0811949229
+Consumed Energy (mWh): 124.12891144303414
+Avg power (mW): 743.5584038893306
+Avg Current (mA): 147.56130337173033
+Avg Voltage (V): 5.03897964370909
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  3
+--- frequency level of core 1 is  3
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.032s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804800- 1804800- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4370169639587 
+Ins Current (mA):136.18604837204344 
+Samples: 3000000 
+Consumed Energy (mAs): 88710.29058877208 
+Consumed Energy (mAh): 24.641747385770024 
+Consumed Energy (mWs): 446864.0811949229 
+Consumed Energy (mWh): 124.12891144303414 
+Avg power (mW): 743.5584038893306 
+Avg Current (mA): 147.56130337173033 
+Avg Voltage (V): 5.03897964370909 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.641747385770024
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 743.5584038893306
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 24490
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:16:25 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:26:26 +0100 - Duration: 600004 seconds 
+Real workload: 4.6581127271366806E10 - Integer reached: 128610 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 24491
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:16:25 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 01:26:26 +0100 - Duration: 600002 seconds 
+Real workload: 4.65531402134896E10 - Integer reached: 128573 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 3,3,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.31343e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.64583e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 330000-0-0 3,3,0,0,0,0,0,0                         [1804800- 1804800- 0- 0- 0- 0- 0- 0]                     time (s): 601.4370169639587 
+Ins Current (mA):136.18604837204344 
+Samples: 3000000 
+Consumed Energy (mAs): 88710.29058877208 
+Consumed Energy (mAh): 24.641747385770024 
+Consumed Energy (mWs): 446864.0811949229 
+Consumed Energy (mWh): 124.12891144303414 
+Avg power (mW): 743.5584038893306 
+Avg Current (mA): 147.56130337173033 
+Avg Voltage (V): 5.03897964370909 
+ Thread : 0 - ThreadProcess id: 24490
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:16:25 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:26:26 +0100 - Duration: 600004 seconds 
+Real workload: 4.6581127271366806E10 - Integer reached: 128610 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 24491
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:16:25 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 01:26:26 +0100 - Duration: 600002 seconds 
+Real workload: 4.65531402134896E10 - Integer reached: 128573 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.641747385770024                     9.31343e+10 2.64583e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 330000-0-0 
+phone format: 3,3,0,0,0,0,0,0 
+Exact values of frequencies: [1804800- 1804800- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4370169639587 
+Ins Current (mA):136.18604837204344 
+Samples: 3000000 
+Consumed Energy (mAs): 88710.29058877208 
+Consumed Energy (mAh): 24.641747385770024 
+Consumed Energy (mWs): 446864.0811949229 
+Consumed Energy (mWh): 124.12891144303414 
+Avg power (mW): 743.5584038893306 
+Avg Current (mA): 147.56130337173033 
+Avg Voltage (V): 5.03897964370909 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 24490
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:16:25 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:26:26 +0100 - Duration: 600004 seconds 
+Real workload: 4.6581127271366806E10 - Integer reached: 128610 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 24491
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:16:25 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 01:26:26 +0100 - Duration: 600002 seconds 
+Real workload: 4.65531402134896E10 - Integer reached: 128573 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.641747385770024 
+Workload: 9.31343e+10 
+Energy efficiency: 2.64583e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_02_59_43'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.641747385770024
+--- Experiment result, Avg Power = 743.5584038893306
+--- Experiment result, Total Workload = 9.31343e+10
+--- Experiment result, Energy Efficiency = 2.64583e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 330000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_03_12_29
+--- Performing experiments on configuration 400004-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  4
+--- Modifying the governor of core 5 to set the default value
+--- Modifying the governor of core 5 
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 25290 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  4
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  1066.2012562271907
+powermeter script : average_power with numpy  arrays =  1066.2012562271786
+powermeter script : Summary Result = time (s): 601.4081671237946
+Ins Current (mA):218.72276658158404
+Samples: 3000000
+Consumed Energy (mAs): 128474.54899945218
+Consumed Energy (mAh): 35.68737472207005
+Consumed Energy (mWs): 640832.3039042598
+Consumed Energy (mWh): 178.00897330673882
+Avg power (mW): 1066.2012562271907
+Avg Current (mA): 213.66313199156917
+Avg Voltage (V): 4.990104030999889
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  4
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.019s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 0- 0- 0- 1804801- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4081671237946 
+Ins Current (mA):218.72276658158404 
+Samples: 3000000 
+Consumed Energy (mAs): 128474.54899945218 
+Consumed Energy (mAh): 35.68737472207005 
+Consumed Energy (mWs): 640832.3039042598 
+Consumed Energy (mWh): 178.00897330673882 
+Avg power (mW): 1066.2012562271907 
+Avg Current (mA): 213.66313199156917 
+Avg Voltage (V): 4.990104030999889 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 35.68737472207005
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 1066.2012562271907
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 25315
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:32:11 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:42:11 +0100 - Duration: 600005 seconds 
+Real workload: 1.5430930877252124E11 - Integer reached: 228336 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 25316
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:32:11 +0100 
+Core id: 5 
+Ending time: Sun, 19 Dec 2021 01:42:12 +0100 - Duration: 600007 seconds 
+Real workload: 1.535481904036069E11 - Integer reached: 227795 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,0,0,0,4,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 3.07857e+11
+--- Getting energy efficiency
+--- Energy efficiency: 1.15922e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 400004-0-0 4,0,0,0,0,4,0,0                         [1804801- 0- 0- 0- 0- 1804801- 0- 0]                     time (s): 601.4081671237946 
+Ins Current (mA):218.72276658158404 
+Samples: 3000000 
+Consumed Energy (mAs): 128474.54899945218 
+Consumed Energy (mAh): 35.68737472207005 
+Consumed Energy (mWs): 640832.3039042598 
+Consumed Energy (mWh): 178.00897330673882 
+Avg power (mW): 1066.2012562271907 
+Avg Current (mA): 213.66313199156917 
+Avg Voltage (V): 4.990104030999889 
+ Thread : 0 - ThreadProcess id: 25315
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:32:11 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:42:11 +0100 - Duration: 600005 seconds 
+Real workload: 1.5430930877252124E11 - Integer reached: 228336 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 25316
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:32:11 +0100 
+Core id: 5 
+Ending time: Sun, 19 Dec 2021 01:42:12 +0100 - Duration: 600007 seconds 
+Real workload: 1.535481904036069E11 - Integer reached: 227795 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 35.68737472207005                     3.07857e+11 1.15922e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 400004-0-0 
+phone format: 4,0,0,0,0,4,0,0 
+Exact values of frequencies: [1804801- 0- 0- 0- 0- 1804801- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4081671237946 
+Ins Current (mA):218.72276658158404 
+Samples: 3000000 
+Consumed Energy (mAs): 128474.54899945218 
+Consumed Energy (mAh): 35.68737472207005 
+Consumed Energy (mWs): 640832.3039042598 
+Consumed Energy (mWh): 178.00897330673882 
+Avg power (mW): 1066.2012562271907 
+Avg Current (mA): 213.66313199156917 
+Avg Voltage (V): 4.990104030999889 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 25315
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:32:11 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:42:11 +0100 - Duration: 600005 seconds 
+Real workload: 1.5430930877252124E11 - Integer reached: 228336 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 25316
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:32:11 +0100 
+Core id: 5 
+Ending time: Sun, 19 Dec 2021 01:42:12 +0100 - Duration: 600007 seconds 
+Real workload: 1.535481904036069E11 - Integer reached: 227795 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 35.68737472207005 
+Workload: 3.07857e+11 
+Energy efficiency: 1.15922e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_15_31'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 35.68737472207005
+--- Experiment result, Avg Power = 1066.2012562271907
+--- Experiment result, Total Workload = 3.07857e+11
+--- Experiment result, Energy Efficiency = 1.15922e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 400004-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_03_28_14
+--- Performing experiments on configuration 400004-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  4
+--- Modifying the governor of core 5 to set the default value
+--- Modifying the governor of core 5 
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 26119 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  4
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  1083.1078081043274
+powermeter script : average_power with numpy  arrays =  1083.1078081043954
+powermeter script : Summary Result = time (s): 601.5736153125763
+Ins Current (mA):199.13287312707862
+Samples: 3000000
+Consumed Energy (mAs): 130558.6057064552
+Consumed Energy (mAh): 36.26627936290422
+Consumed Energy (mWs): 651018.8704777912
+Consumed Energy (mWh): 180.83857513271977
+Avg power (mW): 1083.1078081043274
+Avg Current (mA): 217.16693800503822
+Avg Voltage (V): 4.987443383666438
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  4
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (910 bytes in 0.036s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 0- 0- 0- 1804801- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.5736153125763 
+Ins Current (mA):199.13287312707862 
+Samples: 3000000 
+Consumed Energy (mAs): 130558.6057064552 
+Consumed Energy (mAh): 36.26627936290422 
+Consumed Energy (mWs): 651018.8704777912 
+Consumed Energy (mWh): 180.83857513271977 
+Avg power (mW): 1083.1078081043274 
+Avg Current (mA): 217.16693800503822 
+Avg Voltage (V): 4.987443383666438 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 36.26627936290422
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 1083.1078081043274
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 26144
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:47:57 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:57:57 +0100 - Duration: 600002 seconds 
+Real workload: 1.5437129702100507E11 - Integer reached: 228380 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 26145
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:47:57 +0100 
+Core id: 5 
+Ending time: Sun, 19 Dec 2021 01:57:57 +0100 - Duration: 600002 seconds 
+Real workload: 1.5344423355160492E11 - Integer reached: 227721 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,0,0,0,4,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 3.07816e+11
+--- Getting energy efficiency
+--- Energy efficiency: 1.17818e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 400004-0-0 4,0,0,0,0,4,0,0                         [1804801- 0- 0- 0- 0- 1804801- 0- 0]                     time (s): 601.5736153125763 
+Ins Current (mA):199.13287312707862 
+Samples: 3000000 
+Consumed Energy (mAs): 130558.6057064552 
+Consumed Energy (mAh): 36.26627936290422 
+Consumed Energy (mWs): 651018.8704777912 
+Consumed Energy (mWh): 180.83857513271977 
+Avg power (mW): 1083.1078081043274 
+Avg Current (mA): 217.16693800503822 
+Avg Voltage (V): 4.987443383666438 
+ Thread : 0 - ThreadProcess id: 26144
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:47:57 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:57:57 +0100 - Duration: 600002 seconds 
+Real workload: 1.5437129702100507E11 - Integer reached: 228380 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 26145
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:47:57 +0100 
+Core id: 5 
+Ending time: Sun, 19 Dec 2021 01:57:57 +0100 - Duration: 600002 seconds 
+Real workload: 1.5344423355160492E11 - Integer reached: 227721 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 36.26627936290422                     3.07816e+11 1.17818e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 400004-0-0 
+phone format: 4,0,0,0,0,4,0,0 
+Exact values of frequencies: [1804801- 0- 0- 0- 0- 1804801- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.5736153125763 
+Ins Current (mA):199.13287312707862 
+Samples: 3000000 
+Consumed Energy (mAs): 130558.6057064552 
+Consumed Energy (mAh): 36.26627936290422 
+Consumed Energy (mWs): 651018.8704777912 
+Consumed Energy (mWh): 180.83857513271977 
+Avg power (mW): 1083.1078081043274 
+Avg Current (mA): 217.16693800503822 
+Avg Voltage (V): 4.987443383666438 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 26144
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:47:57 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 01:57:57 +0100 - Duration: 600002 seconds 
+Real workload: 1.5437129702100507E11 - Integer reached: 228380 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 26145
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 01:47:57 +0100 
+Core id: 5 
+Ending time: Sun, 19 Dec 2021 01:57:57 +0100 - Duration: 600002 seconds 
+Real workload: 1.5344423355160492E11 - Integer reached: 227721 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 36.26627936290422 
+Workload: 3.07816e+11 
+Energy efficiency: 1.17818e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_31_16'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 36.26627936290422
+--- Experiment result, Avg Power = 1083.1078081043274
+--- Experiment result, Total Workload = 3.07816e+11
+--- Experiment result, Energy Efficiency = 1.17818e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 400004-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_03_44_00
+--- Performing experiments on configuration 400004-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  4
+--- Modifying the governor of core 5 to set the default value
+--- Modifying the governor of core 5 
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 27269 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  4
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  1065.0050069453305
+powermeter script : average_power with numpy  arrays =  1065.0050069451975
+powermeter script : Summary Result = time (s): 601.2370843887329
+Ins Current (mA):188.52463569346818
+Samples: 3000000
+Consumed Energy (mAs): 128691.11679715358
+Consumed Energy (mAh): 35.74753244365377
+Consumed Energy (mWs): 641904.8614997296
+Consumed Energy (mWh): 178.3069059721471
+Avg power (mW): 1065.0050069453305
+Avg Current (mA): 213.415002828587
+Avg Voltage (V): 4.9903005544588295
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  4
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (910 bytes in 0.033s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 0- 0- 0- 1804801- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2370843887329 
+Ins Current (mA):188.52463569346818 
+Samples: 3000000 
+Consumed Energy (mAs): 128691.11679715358 
+Consumed Energy (mAh): 35.74753244365377 
+Consumed Energy (mWs): 641904.8614997296 
+Consumed Energy (mWh): 178.3069059721471 
+Avg power (mW): 1065.0050069453305 
+Avg Current (mA): 213.415002828587 
+Avg Voltage (V): 4.9903005544588295 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 35.74753244365377
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 1065.0050069453305
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 27294
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:03:43 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 02:13:43 +0100 - Duration: 600001 seconds 
+Real workload: 1.5403333619768134E11 - Integer reached: 228140 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 27295
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:03:43 +0100 
+Core id: 5 
+Ending time: Sun, 19 Dec 2021 02:13:43 +0100 - Duration: 600006 seconds 
+Real workload: 1.5431071737867676E11 - Integer reached: 228337 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,0,0,0,4,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 3.08344e+11
+--- Getting energy efficiency
+--- Energy efficiency: 1.15934e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 400004-0-0 4,0,0,0,0,4,0,0                         [1804801- 0- 0- 0- 0- 1804801- 0- 0]                     time (s): 601.2370843887329 
+Ins Current (mA):188.52463569346818 
+Samples: 3000000 
+Consumed Energy (mAs): 128691.11679715358 
+Consumed Energy (mAh): 35.74753244365377 
+Consumed Energy (mWs): 641904.8614997296 
+Consumed Energy (mWh): 178.3069059721471 
+Avg power (mW): 1065.0050069453305 
+Avg Current (mA): 213.415002828587 
+Avg Voltage (V): 4.9903005544588295 
+ Thread : 0 - ThreadProcess id: 27294
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:03:43 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 02:13:43 +0100 - Duration: 600001 seconds 
+Real workload: 1.5403333619768134E11 - Integer reached: 228140 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 27295
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:03:43 +0100 
+Core id: 5 
+Ending time: Sun, 19 Dec 2021 02:13:43 +0100 - Duration: 600006 seconds 
+Real workload: 1.5431071737867676E11 - Integer reached: 228337 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 35.74753244365377                     3.08344e+11 1.15934e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 400004-0-0 
+phone format: 4,0,0,0,0,4,0,0 
+Exact values of frequencies: [1804801- 0- 0- 0- 0- 1804801- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2370843887329 
+Ins Current (mA):188.52463569346818 
+Samples: 3000000 
+Consumed Energy (mAs): 128691.11679715358 
+Consumed Energy (mAh): 35.74753244365377 
+Consumed Energy (mWs): 641904.8614997296 
+Consumed Energy (mWh): 178.3069059721471 
+Avg power (mW): 1065.0050069453305 
+Avg Current (mA): 213.415002828587 
+Avg Voltage (V): 4.9903005544588295 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 27294
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:03:43 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 02:13:43 +0100 - Duration: 600001 seconds 
+Real workload: 1.5403333619768134E11 - Integer reached: 228140 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 27295
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:03:43 +0100 
+Core id: 5 
+Ending time: Sun, 19 Dec 2021 02:13:43 +0100 - Duration: 600006 seconds 
+Real workload: 1.5431071737867676E11 - Integer reached: 228337 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 35.74753244365377 
+Workload: 3.08344e+11 
+Energy efficiency: 1.15934e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_03_47_02'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 35.74753244365377
+--- Experiment result, Avg Power = 1065.0050069453305
+--- Experiment result, Total Workload = 3.08344e+11
+--- Experiment result, Energy Efficiency = 1.15934e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 400004-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_03_59_46
+--- Performing experiments on configuration 400040-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  4
+--- Modifying the governor of core 4 to set the default value
+--- Modifying the governor of core 4 
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 28126 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  4
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  726.6868306972233
+powermeter script : average_power with numpy  arrays =  726.6868306971621
+powermeter script : Summary Result = time (s): 601.2027866840363
+Ins Current (mA):138.36699033564307
+Samples: 3000000
+Consumed Energy (mAs): 87150.11392998297
+Consumed Energy (mAh): 24.208364980550822
+Consumed Energy (mWs): 439166.01645822526
+Consumed Energy (mWh): 121.9905601272848
+Avg power (mW): 726.6868306972233
+Avg Current (mA): 144.1375590239255
+Avg Voltage (V): 5.041620210708578
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  4
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.033s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 0- 0- 1804801- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2027866840363 
+Ins Current (mA):138.36699033564307 
+Samples: 3000000 
+Consumed Energy (mAs): 87150.11392998297 
+Consumed Energy (mAh): 24.208364980550822 
+Consumed Energy (mWs): 439166.01645822526 
+Consumed Energy (mWh): 121.9905601272848 
+Avg power (mW): 726.6868306972233 
+Avg Current (mA): 144.1375590239255 
+Avg Voltage (V): 5.041620210708578 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.208364980550822
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 726.6868306972233
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 28151
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:19:30 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 02:29:30 +0100 - Duration: 600010 seconds 
+Real workload: 4.701490384679675E10 - Integer reached: 129182 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 28152
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:19:30 +0100 
+Core id: 4 
+Ending time: Sun, 19 Dec 2021 02:29:30 +0100 - Duration: 600008 seconds 
+Real workload: 4.6787896475257614E10 - Integer reached: 128883 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,0,0,4,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.38028e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.58077e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 400040-0-0 4,0,0,0,4,0,0,0                         [1804801- 0- 0- 0- 1804801- 0- 0- 0]                     time (s): 601.2027866840363 
+Ins Current (mA):138.36699033564307 
+Samples: 3000000 
+Consumed Energy (mAs): 87150.11392998297 
+Consumed Energy (mAh): 24.208364980550822 
+Consumed Energy (mWs): 439166.01645822526 
+Consumed Energy (mWh): 121.9905601272848 
+Avg power (mW): 726.6868306972233 
+Avg Current (mA): 144.1375590239255 
+Avg Voltage (V): 5.041620210708578 
+ Thread : 0 - ThreadProcess id: 28151
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:19:30 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 02:29:30 +0100 - Duration: 600010 seconds 
+Real workload: 4.701490384679675E10 - Integer reached: 129182 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 28152
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:19:30 +0100 
+Core id: 4 
+Ending time: Sun, 19 Dec 2021 02:29:30 +0100 - Duration: 600008 seconds 
+Real workload: 4.6787896475257614E10 - Integer reached: 128883 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.208364980550822                     9.38028e+10 2.58077e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 400040-0-0 
+phone format: 4,0,0,0,4,0,0,0 
+Exact values of frequencies: [1804801- 0- 0- 0- 1804801- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2027866840363 
+Ins Current (mA):138.36699033564307 
+Samples: 3000000 
+Consumed Energy (mAs): 87150.11392998297 
+Consumed Energy (mAh): 24.208364980550822 
+Consumed Energy (mWs): 439166.01645822526 
+Consumed Energy (mWh): 121.9905601272848 
+Avg power (mW): 726.6868306972233 
+Avg Current (mA): 144.1375590239255 
+Avg Voltage (V): 5.041620210708578 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 28151
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:19:30 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 02:29:30 +0100 - Duration: 600010 seconds 
+Real workload: 4.701490384679675E10 - Integer reached: 129182 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 28152
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:19:30 +0100 
+Core id: 4 
+Ending time: Sun, 19 Dec 2021 02:29:30 +0100 - Duration: 600008 seconds 
+Real workload: 4.6787896475257614E10 - Integer reached: 128883 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.208364980550822 
+Workload: 9.38028e+10 
+Energy efficiency: 2.58077e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_02_48'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.208364980550822
+--- Experiment result, Avg Power = 726.6868306972233
+--- Experiment result, Total Workload = 9.38028e+10
+--- Experiment result, Energy Efficiency = 2.58077e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 400040-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_04_15_34
+--- Performing experiments on configuration 400040-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  4
+--- Modifying the governor of core 4 to set the default value
+--- Modifying the governor of core 4 
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 28957 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  4
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  744.9521003748002
+powermeter script : average_power with numpy  arrays =  744.9521003748187
+powermeter script : Summary Result = time (s): 601.2567279338837
+Ins Current (mA):145.98387428571428
+Samples: 3000000
+Consumed Energy (mAs): 88363.83045474542
+Consumed Energy (mAh): 24.545508459651504
+Consumed Energy (mWs): 445129.7182854883
+Consumed Energy (mWh): 123.6471439681912
+Avg power (mW): 744.9521003748002
+Avg Current (mA): 147.8417003823295
+Avg Voltage (V): 5.038849651000357
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  4
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (907 bytes in 0.046s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 0- 0- 1804801- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2567279338837 
+Ins Current (mA):145.98387428571428 
+Samples: 3000000 
+Consumed Energy (mAs): 88363.83045474542 
+Consumed Energy (mAh): 24.545508459651504 
+Consumed Energy (mWs): 445129.7182854883 
+Consumed Energy (mWh): 123.6471439681912 
+Avg power (mW): 744.9521003748002 
+Avg Current (mA): 147.8417003823295 
+Avg Voltage (V): 5.038849651000357 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.545508459651504
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 744.9521003748002
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 28982
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:35:19 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 02:45:19 +0100 - Duration: 600014 seconds 
+Real workload: 4.681292278077426E10 - Integer reached: 128916 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 28983
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:35:19 +0100 
+Core id: 4 
+Ending time: Sun, 19 Dec 2021 02:45:19 +0100 - Duration: 600012 seconds 
+Real workload: 4.65576780618372E10 - Integer reached: 128579 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,0,0,4,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.33706e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.62883e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 400040-0-0 4,0,0,0,4,0,0,0                         [1804801- 0- 0- 0- 1804801- 0- 0- 0]                     time (s): 601.2567279338837 
+Ins Current (mA):145.98387428571428 
+Samples: 3000000 
+Consumed Energy (mAs): 88363.83045474542 
+Consumed Energy (mAh): 24.545508459651504 
+Consumed Energy (mWs): 445129.7182854883 
+Consumed Energy (mWh): 123.6471439681912 
+Avg power (mW): 744.9521003748002 
+Avg Current (mA): 147.8417003823295 
+Avg Voltage (V): 5.038849651000357 
+ Thread : 0 - ThreadProcess id: 28982
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:35:19 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 02:45:19 +0100 - Duration: 600014 seconds 
+Real workload: 4.681292278077426E10 - Integer reached: 128916 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 28983
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:35:19 +0100 
+Core id: 4 
+Ending time: Sun, 19 Dec 2021 02:45:19 +0100 - Duration: 600012 seconds 
+Real workload: 4.65576780618372E10 - Integer reached: 128579 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.545508459651504                     9.33706e+10 2.62883e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 400040-0-0 
+phone format: 4,0,0,0,4,0,0,0 
+Exact values of frequencies: [1804801- 0- 0- 0- 1804801- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2567279338837 
+Ins Current (mA):145.98387428571428 
+Samples: 3000000 
+Consumed Energy (mAs): 88363.83045474542 
+Consumed Energy (mAh): 24.545508459651504 
+Consumed Energy (mWs): 445129.7182854883 
+Consumed Energy (mWh): 123.6471439681912 
+Avg power (mW): 744.9521003748002 
+Avg Current (mA): 147.8417003823295 
+Avg Voltage (V): 5.038849651000357 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 28982
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:35:19 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 02:45:19 +0100 - Duration: 600014 seconds 
+Real workload: 4.681292278077426E10 - Integer reached: 128916 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 28983
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:35:19 +0100 
+Core id: 4 
+Ending time: Sun, 19 Dec 2021 02:45:19 +0100 - Duration: 600012 seconds 
+Real workload: 4.65576780618372E10 - Integer reached: 128579 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.545508459651504 
+Workload: 9.33706e+10 
+Energy efficiency: 2.62883e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_18_36'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.545508459651504
+--- Experiment result, Avg Power = 744.9521003748002
+--- Experiment result, Total Workload = 9.33706e+10
+--- Experiment result, Energy Efficiency = 2.62883e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 400040-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_04_31_23
+--- Performing experiments on configuration 400040-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  4
+--- Modifying the governor of core 4 to set the default value
+--- Modifying the governor of core 4 
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 30104 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  4
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  720.1107195961464
+powermeter script : average_power with numpy  arrays =  720.1107195959784
+powermeter script : Summary Result = time (s): 601.5476298332214
+Ins Current (mA):139.5915960304006
+Samples: 3000000
+Consumed Energy (mAs): 86240.31990738334
+Consumed Energy (mAh): 23.955644418717593
+Consumed Energy (mWs): 434700.3705714372
+Consumed Energy (mWh): 120.75010293651033
+Avg power (mW): 720.1107195961464
+Avg Current (mA): 142.8011613831176
+Avg Voltage (V): 5.042751141667396
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  4
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (909 bytes in 0.027s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 0- 0- 1804801- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.5476298332214 
+Ins Current (mA):139.5915960304006 
+Samples: 3000000 
+Consumed Energy (mAs): 86240.31990738334 
+Consumed Energy (mAh): 23.955644418717593 
+Consumed Energy (mWs): 434700.3705714372 
+Consumed Energy (mWh): 120.75010293651033 
+Avg power (mW): 720.1107195961464 
+Avg Current (mA): 142.8011613831176 
+Avg Voltage (V): 5.042751141667396 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.955644418717593
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 720.1107195961464
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 30129
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:51:08 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:01:08 +0100 - Duration: 600013 seconds 
+Real workload: 4.699058147363501E10 - Integer reached: 129150 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 30130
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:51:08 +0100 
+Core id: 4 
+Ending time: Sun, 19 Dec 2021 03:01:08 +0100 - Duration: 600001 seconds 
+Real workload: 4.6743927690109505E10 - Integer reached: 128825 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,0,0,4,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.37345e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.55569e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 400040-0-0 4,0,0,0,4,0,0,0                         [1804801- 0- 0- 0- 1804801- 0- 0- 0]                     time (s): 601.5476298332214 
+Ins Current (mA):139.5915960304006 
+Samples: 3000000 
+Consumed Energy (mAs): 86240.31990738334 
+Consumed Energy (mAh): 23.955644418717593 
+Consumed Energy (mWs): 434700.3705714372 
+Consumed Energy (mWh): 120.75010293651033 
+Avg power (mW): 720.1107195961464 
+Avg Current (mA): 142.8011613831176 
+Avg Voltage (V): 5.042751141667396 
+ Thread : 0 - ThreadProcess id: 30129
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:51:08 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:01:08 +0100 - Duration: 600013 seconds 
+Real workload: 4.699058147363501E10 - Integer reached: 129150 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 30130
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:51:08 +0100 
+Core id: 4 
+Ending time: Sun, 19 Dec 2021 03:01:08 +0100 - Duration: 600001 seconds 
+Real workload: 4.6743927690109505E10 - Integer reached: 128825 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.955644418717593                     9.37345e+10 2.55569e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 400040-0-0 
+phone format: 4,0,0,0,4,0,0,0 
+Exact values of frequencies: [1804801- 0- 0- 0- 1804801- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.5476298332214 
+Ins Current (mA):139.5915960304006 
+Samples: 3000000 
+Consumed Energy (mAs): 86240.31990738334 
+Consumed Energy (mAh): 23.955644418717593 
+Consumed Energy (mWs): 434700.3705714372 
+Consumed Energy (mWh): 120.75010293651033 
+Avg power (mW): 720.1107195961464 
+Avg Current (mA): 142.8011613831176 
+Avg Voltage (V): 5.042751141667396 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 30129
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:51:08 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:01:08 +0100 - Duration: 600013 seconds 
+Real workload: 4.699058147363501E10 - Integer reached: 129150 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 30130
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 02:51:08 +0100 
+Core id: 4 
+Ending time: Sun, 19 Dec 2021 03:01:08 +0100 - Duration: 600001 seconds 
+Real workload: 4.6743927690109505E10 - Integer reached: 128825 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 49 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.955644418717593 
+Workload: 9.37345e+10 
+Energy efficiency: 2.55569e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_34_25'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.955644418717593
+--- Experiment result, Avg Power = 720.1107195961464
+--- Experiment result, Total Workload = 9.37345e+10
+--- Experiment result, Energy Efficiency = 2.55569e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 400040-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_04_47_11
+--- Performing experiments on configuration 400400-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 49 
+--- Current battery is low, so we need to wait battery
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 49 
+--- Desactivating the charge stop level option
+--- Desactivating the charge stop level option, command :  /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe shell echo 100 > /sys/devices/platform/soc/soc:google,charger/charge_stop_level </dev/null
+--- The current battery level : 49, still lower than the experiment one :  50 
+--- Waiting 30 second...
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 49 
+--- The current battery level : 49, still lower than the experiment one :  50 
+--- Waiting 30 second...
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+--- Current battery is now equal to the experiment battery level
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  4
+--- Modifying the governor of core 3 to set the default value
+--- Modifying the governor of core 3 
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 30978 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  4
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  614.4824082169501
+powermeter script : average_power with numpy  arrays =  614.482408216726
+powermeter script : Summary Result = time (s): 601.4197061061859
+Ins Current (mA):139.34628175677992
+Samples: 3000000
+Consumed Energy (mAs): 75213.82148645062
+Consumed Energy (mAh): 20.892728190680728
+Consumed Energy (mWs): 378874.15955374937
+Consumed Energy (mWh): 105.24282209826372
+Avg power (mW): 614.4824082169501
+Avg Current (mA): 121.47801453290916
+Avg Voltage (V): 5.058383696668693
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  4
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (910 bytes in 0.045s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 0- 1804801- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4197061061859 
+Ins Current (mA):139.34628175677992 
+Samples: 3000000 
+Consumed Energy (mAs): 75213.82148645062 
+Consumed Energy (mAh): 20.892728190680728 
+Consumed Energy (mWs): 378874.15955374937 
+Consumed Energy (mWh): 105.24282209826372 
+Avg power (mW): 614.4824082169501 
+Avg Current (mA): 121.47801453290916 
+Avg Voltage (V): 5.058383696668693 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 20.892728190680728
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 614.4824082169501
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 31003
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:07:56 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:17:56 +0100 - Duration: 600003 seconds 
+Real workload: 4.7188390022969345E10 - Integer reached: 129410 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31004
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:07:56 +0100 
+Core id: 3 
+Ending time: Sun, 19 Dec 2021 03:17:56 +0100 - Duration: 600005 seconds 
+Real workload: 4.6790929597308685E10 - Integer reached: 128887 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,0,4,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.39793e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.22312e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 400400-0-0 4,0,0,4,0,0,0,0                         [1804801- 0- 0- 1804801- 0- 0- 0- 0]                     time (s): 601.4197061061859 
+Ins Current (mA):139.34628175677992 
+Samples: 3000000 
+Consumed Energy (mAs): 75213.82148645062 
+Consumed Energy (mAh): 20.892728190680728 
+Consumed Energy (mWs): 378874.15955374937 
+Consumed Energy (mWh): 105.24282209826372 
+Avg power (mW): 614.4824082169501 
+Avg Current (mA): 121.47801453290916 
+Avg Voltage (V): 5.058383696668693 
+ Thread : 0 - ThreadProcess id: 31003
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:07:56 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:17:56 +0100 - Duration: 600003 seconds 
+Real workload: 4.7188390022969345E10 - Integer reached: 129410 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31004
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:07:56 +0100 
+Core id: 3 
+Ending time: Sun, 19 Dec 2021 03:17:56 +0100 - Duration: 600005 seconds 
+Real workload: 4.6790929597308685E10 - Integer reached: 128887 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 20.892728190680728                     9.39793e+10 2.22312e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 400400-0-0 
+phone format: 4,0,0,4,0,0,0,0 
+Exact values of frequencies: [1804801- 0- 0- 1804801- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4197061061859 
+Ins Current (mA):139.34628175677992 
+Samples: 3000000 
+Consumed Energy (mAs): 75213.82148645062 
+Consumed Energy (mAh): 20.892728190680728 
+Consumed Energy (mWs): 378874.15955374937 
+Consumed Energy (mWh): 105.24282209826372 
+Avg power (mW): 614.4824082169501 
+Avg Current (mA): 121.47801453290916 
+Avg Voltage (V): 5.058383696668693 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 31003
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:07:56 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:17:56 +0100 - Duration: 600003 seconds 
+Real workload: 4.7188390022969345E10 - Integer reached: 129410 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31004
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:07:56 +0100 
+Core id: 3 
+Ending time: Sun, 19 Dec 2021 03:17:56 +0100 - Duration: 600005 seconds 
+Real workload: 4.6790929597308685E10 - Integer reached: 128887 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 20.892728190680728 
+Workload: 9.39793e+10 
+Energy efficiency: 2.22312e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_04_50_13'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 20.892728190680728
+--- Experiment result, Avg Power = 614.4824082169501
+--- Experiment result, Total Workload = 9.39793e+10
+--- Experiment result, Energy Efficiency = 2.22312e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 400400-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_05_03_59
+--- Performing experiments on configuration 400400-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  4
+--- Modifying the governor of core 3 to set the default value
+--- Modifying the governor of core 3 
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 31810 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  4
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  714.8303589060488
+powermeter script : average_power with numpy  arrays =  714.8303589059316
+powermeter script : Summary Result = time (s): 601.4976115226746
+Ins Current (mA):138.20824428876728
+Samples: 3000000
+Consumed Energy (mAs): 83003.19316529426
+Consumed Energy (mAh): 23.056442545915072
+Consumed Energy (mWs): 418742.78264122765
+Consumed Energy (mWh): 116.31743962256324
+Avg power (mW): 714.8303589060488
+Avg Current (mA): 141.7318257474453
+Avg Voltage (V): 5.0435415979175975
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  4
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (907 bytes in 0.029s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 0- 1804801- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4976115226746 
+Ins Current (mA):138.20824428876728 
+Samples: 3000000 
+Consumed Energy (mAs): 83003.19316529426 
+Consumed Energy (mAh): 23.056442545915072 
+Consumed Energy (mWs): 418742.78264122765 
+Consumed Energy (mWh): 116.31743962256324 
+Avg power (mW): 714.8303589060488 
+Avg Current (mA): 141.7318257474453 
+Avg Voltage (V): 5.0435415979175975 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.056442545915072
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 714.8303589060488
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 31835
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:23:43 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:33:43 +0100 - Duration: 600015 seconds 
+Real workload: 4.695866827366751E10 - Integer reached: 129108 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31836
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:23:43 +0100 
+Core id: 3 
+Ending time: Sun, 19 Dec 2021 03:33:43 +0100 - Duration: 600014 seconds 
+Real workload: 4.68804526315687E10 - Integer reached: 129005 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,0,4,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.38391e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.45702e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 400400-0-0 4,0,0,4,0,0,0,0                         [1804801- 0- 0- 1804801- 0- 0- 0- 0]                     time (s): 601.4976115226746 
+Ins Current (mA):138.20824428876728 
+Samples: 3000000 
+Consumed Energy (mAs): 83003.19316529426 
+Consumed Energy (mAh): 23.056442545915072 
+Consumed Energy (mWs): 418742.78264122765 
+Consumed Energy (mWh): 116.31743962256324 
+Avg power (mW): 714.8303589060488 
+Avg Current (mA): 141.7318257474453 
+Avg Voltage (V): 5.0435415979175975 
+ Thread : 0 - ThreadProcess id: 31835
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:23:43 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:33:43 +0100 - Duration: 600015 seconds 
+Real workload: 4.695866827366751E10 - Integer reached: 129108 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31836
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:23:43 +0100 
+Core id: 3 
+Ending time: Sun, 19 Dec 2021 03:33:43 +0100 - Duration: 600014 seconds 
+Real workload: 4.68804526315687E10 - Integer reached: 129005 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.056442545915072                     9.38391e+10 2.45702e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 400400-0-0 
+phone format: 4,0,0,4,0,0,0,0 
+Exact values of frequencies: [1804801- 0- 0- 1804801- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4976115226746 
+Ins Current (mA):138.20824428876728 
+Samples: 3000000 
+Consumed Energy (mAs): 83003.19316529426 
+Consumed Energy (mAh): 23.056442545915072 
+Consumed Energy (mWs): 418742.78264122765 
+Consumed Energy (mWh): 116.31743962256324 
+Avg power (mW): 714.8303589060488 
+Avg Current (mA): 141.7318257474453 
+Avg Voltage (V): 5.0435415979175975 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 31835
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:23:43 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:33:43 +0100 - Duration: 600015 seconds 
+Real workload: 4.695866827366751E10 - Integer reached: 129108 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 31836
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:23:43 +0100 
+Core id: 3 
+Ending time: Sun, 19 Dec 2021 03:33:43 +0100 - Duration: 600014 seconds 
+Real workload: 4.68804526315687E10 - Integer reached: 129005 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.056442545915072 
+Workload: 9.38391e+10 
+Energy efficiency: 2.45702e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_07_01'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.056442545915072
+--- Experiment result, Avg Power = 714.8303589060488
+--- Experiment result, Total Workload = 9.38391e+10
+--- Experiment result, Energy Efficiency = 2.45702e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 400400-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_05_19_46
+--- Performing experiments on configuration 400400-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  4
+--- Modifying the governor of core 3 to set the default value
+--- Modifying the governor of core 3 
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 32639 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  4
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  722.632215692879
+powermeter script : average_power with numpy  arrays =  722.6322156928807
+powermeter script : Summary Result = time (s): 601.4767756462097
+Ins Current (mA):143.49355458036203
+Samples: 3000000
+Consumed Energy (mAs): 85895.27089978887
+Consumed Energy (mAh): 23.859797472163574
+Consumed Energy (mWs): 433012.5968763704
+Consumed Energy (mWh): 120.28127691010287
+Avg power (mW): 722.632215692879
+Avg Current (mA): 143.30904104056236
+Avg Voltage (V): 5.042474713708707
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  4
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (908 bytes in 0.047s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 0- 1804801- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4767756462097 
+Ins Current (mA):143.49355458036203 
+Samples: 3000000 
+Consumed Energy (mAs): 85895.27089978887 
+Consumed Energy (mAh): 23.859797472163574 
+Consumed Energy (mWs): 433012.5968763704 
+Consumed Energy (mWh): 120.28127691010287 
+Avg power (mW): 722.632215692879 
+Avg Current (mA): 143.30904104056236 
+Avg Voltage (V): 5.042474713708707 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.859797472163574
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 722.632215692879
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 32664
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:39:31 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:49:31 +0100 - Duration: 600002 seconds 
+Real workload: 4.676439324472237E10 - Integer reached: 128852 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 32665
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:39:31 +0100 
+Core id: 3 
+Ending time: Sun, 19 Dec 2021 03:49:31 +0100 - Duration: 600007 seconds 
+Real workload: 4.685009588292572E10 - Integer reached: 128965 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,0,4,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.36145e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.54873e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 400400-0-0 4,0,0,4,0,0,0,0                         [1804801- 0- 0- 1804801- 0- 0- 0- 0]                     time (s): 601.4767756462097 
+Ins Current (mA):143.49355458036203 
+Samples: 3000000 
+Consumed Energy (mAs): 85895.27089978887 
+Consumed Energy (mAh): 23.859797472163574 
+Consumed Energy (mWs): 433012.5968763704 
+Consumed Energy (mWh): 120.28127691010287 
+Avg power (mW): 722.632215692879 
+Avg Current (mA): 143.30904104056236 
+Avg Voltage (V): 5.042474713708707 
+ Thread : 0 - ThreadProcess id: 32664
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:39:31 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:49:31 +0100 - Duration: 600002 seconds 
+Real workload: 4.676439324472237E10 - Integer reached: 128852 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 32665
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:39:31 +0100 
+Core id: 3 
+Ending time: Sun, 19 Dec 2021 03:49:31 +0100 - Duration: 600007 seconds 
+Real workload: 4.685009588292572E10 - Integer reached: 128965 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.859797472163574                     9.36145e+10 2.54873e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 400400-0-0 
+phone format: 4,0,0,4,0,0,0,0 
+Exact values of frequencies: [1804801- 0- 0- 1804801- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4767756462097 
+Ins Current (mA):143.49355458036203 
+Samples: 3000000 
+Consumed Energy (mAs): 85895.27089978887 
+Consumed Energy (mAh): 23.859797472163574 
+Consumed Energy (mWs): 433012.5968763704 
+Consumed Energy (mWh): 120.28127691010287 
+Avg power (mW): 722.632215692879 
+Avg Current (mA): 143.30904104056236 
+Avg Voltage (V): 5.042474713708707 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 32664
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:39:31 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 03:49:31 +0100 - Duration: 600002 seconds 
+Real workload: 4.676439324472237E10 - Integer reached: 128852 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 32665
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:39:31 +0100 
+Core id: 3 
+Ending time: Sun, 19 Dec 2021 03:49:31 +0100 - Duration: 600007 seconds 
+Real workload: 4.685009588292572E10 - Integer reached: 128965 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.859797472163574 
+Workload: 9.36145e+10 
+Energy efficiency: 2.54873e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_22_48'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.859797472163574
+--- Experiment result, Avg Power = 722.632215692879
+--- Experiment result, Total Workload = 9.36145e+10
+--- Experiment result, Energy Efficiency = 2.54873e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 400400-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_05_35_34
+--- Performing experiments on configuration 404000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  4
+--- Modifying the governor of core 2 to set the default value
+--- Modifying the governor of core 2 
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 1759 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  4
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  721.3687521773078
+powermeter script : average_power with numpy  arrays =  721.3687521771222
+powermeter script : Summary Result = time (s): 601.214362859726
+Ins Current (mA):122.68735571758359
+Samples: 3000000
+Consumed Energy (mAs): 86146.55826313088
+Consumed Energy (mAh): 23.929599517536357
+Consumed Energy (mWs): 434162.0662975157
+Consumed Energy (mWh): 120.60057397153214
+Avg power (mW): 721.3687521773078
+Avg Current (mA): 143.05247805376743
+Avg Voltage (V): 5.042686166584095
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  4
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (905 bytes in 0.030s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 1804801- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.214362859726 
+Ins Current (mA):122.68735571758359 
+Samples: 3000000 
+Consumed Energy (mAs): 86146.55826313088 
+Consumed Energy (mAh): 23.929599517536357 
+Consumed Energy (mWs): 434162.0662975157 
+Consumed Energy (mWh): 120.60057397153214 
+Avg power (mW): 721.3687521773078 
+Avg Current (mA): 143.05247805376743 
+Avg Voltage (V): 5.042686166584095 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.929599517536357
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 721.3687521773078
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 1816
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:55:19 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:05:19 +0100 - Duration: 600011 seconds 
+Real workload: 4.6806855159648926E10 - Integer reached: 128908 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 1818
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:55:19 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 04:05:19 +0100 - Duration: 600005 seconds 
+Real workload: 4.681519824576926E10 - Integer reached: 128919 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,4,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.36221e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.55598e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 404000-0-0 4,0,4,0,0,0,0,0                         [1804801- 0- 1804801- 0- 0- 0- 0- 0]                     time (s): 601.214362859726 
+Ins Current (mA):122.68735571758359 
+Samples: 3000000 
+Consumed Energy (mAs): 86146.55826313088 
+Consumed Energy (mAh): 23.929599517536357 
+Consumed Energy (mWs): 434162.0662975157 
+Consumed Energy (mWh): 120.60057397153214 
+Avg power (mW): 721.3687521773078 
+Avg Current (mA): 143.05247805376743 
+Avg Voltage (V): 5.042686166584095 
+ Thread : 0 - ThreadProcess id: 1816
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:55:19 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:05:19 +0100 - Duration: 600011 seconds 
+Real workload: 4.6806855159648926E10 - Integer reached: 128908 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 1818
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:55:19 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 04:05:19 +0100 - Duration: 600005 seconds 
+Real workload: 4.681519824576926E10 - Integer reached: 128919 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.929599517536357                     9.36221e+10 2.55598e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 404000-0-0 
+phone format: 4,0,4,0,0,0,0,0 
+Exact values of frequencies: [1804801- 0- 1804801- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.214362859726 
+Ins Current (mA):122.68735571758359 
+Samples: 3000000 
+Consumed Energy (mAs): 86146.55826313088 
+Consumed Energy (mAh): 23.929599517536357 
+Consumed Energy (mWs): 434162.0662975157 
+Consumed Energy (mWh): 120.60057397153214 
+Avg power (mW): 721.3687521773078 
+Avg Current (mA): 143.05247805376743 
+Avg Voltage (V): 5.042686166584095 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 1816
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:55:19 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:05:19 +0100 - Duration: 600011 seconds 
+Real workload: 4.6806855159648926E10 - Integer reached: 128908 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 1818
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 03:55:19 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 04:05:19 +0100 - Duration: 600005 seconds 
+Real workload: 4.681519824576926E10 - Integer reached: 128919 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.929599517536357 
+Workload: 9.36221e+10 
+Energy efficiency: 2.55598e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_38_36'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.929599517536357
+--- Experiment result, Avg Power = 721.3687521773078
+--- Experiment result, Total Workload = 9.36221e+10
+--- Experiment result, Energy Efficiency = 2.55598e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 404000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_05_51_23
+--- Performing experiments on configuration 404000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  4
+--- Modifying the governor of core 2 to set the default value
+--- Modifying the governor of core 2 
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 3357 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  4
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  721.8407875668076
+powermeter script : average_power with numpy  arrays =  721.8407875667563
+powermeter script : Summary Result = time (s): 602.3596470355988
+Ins Current (mA):130.37681424424588
+Samples: 3000000
+Consumed Energy (mAs): 86330.28747771238
+Consumed Energy (mAh): 23.98063541047566
+Consumed Energy (mWs): 435047.79490979994
+Consumed Energy (mWh): 120.84660969716666
+Avg power (mW): 721.8407875668076
+Avg Current (mA): 143.14718100738776
+Avg Voltage (V): 5.042647591708801
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  4
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (904 bytes in 0.029s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 1804801- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 602.3596470355988 
+Ins Current (mA):130.37681424424588 
+Samples: 3000000 
+Consumed Energy (mAs): 86330.28747771238 
+Consumed Energy (mAh): 23.98063541047566 
+Consumed Energy (mWs): 435047.79490979994 
+Consumed Energy (mWh): 120.84660969716666 
+Avg power (mW): 721.8407875668076 
+Avg Current (mA): 143.14718100738776 
+Avg Voltage (V): 5.042647591708801 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.98063541047566
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 721.8407875668076
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 3391
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:11:07 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:21:07 +0100 - Duration: 600018 seconds 
+Real workload: 4.695107155444357E10 - Integer reached: 129098 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 3392
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:11:07 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 04:21:08 +0100 - Duration: 600023 seconds 
+Real workload: 4.693967767359915E10 - Integer reached: 129083 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,4,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.38907e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.5541e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 404000-0-0 4,0,4,0,0,0,0,0                         [1804801- 0- 1804801- 0- 0- 0- 0- 0]                     time (s): 602.3596470355988 
+Ins Current (mA):130.37681424424588 
+Samples: 3000000 
+Consumed Energy (mAs): 86330.28747771238 
+Consumed Energy (mAh): 23.98063541047566 
+Consumed Energy (mWs): 435047.79490979994 
+Consumed Energy (mWh): 120.84660969716666 
+Avg power (mW): 721.8407875668076 
+Avg Current (mA): 143.14718100738776 
+Avg Voltage (V): 5.042647591708801 
+ Thread : 0 - ThreadProcess id: 3391
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:11:07 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:21:07 +0100 - Duration: 600018 seconds 
+Real workload: 4.695107155444357E10 - Integer reached: 129098 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 3392
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:11:07 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 04:21:08 +0100 - Duration: 600023 seconds 
+Real workload: 4.693967767359915E10 - Integer reached: 129083 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.98063541047566                     9.38907e+10 2.5541e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 404000-0-0 
+phone format: 4,0,4,0,0,0,0,0 
+Exact values of frequencies: [1804801- 0- 1804801- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 602.3596470355988 
+Ins Current (mA):130.37681424424588 
+Samples: 3000000 
+Consumed Energy (mAs): 86330.28747771238 
+Consumed Energy (mAh): 23.98063541047566 
+Consumed Energy (mWs): 435047.79490979994 
+Consumed Energy (mWh): 120.84660969716666 
+Avg power (mW): 721.8407875668076 
+Avg Current (mA): 143.14718100738776 
+Avg Voltage (V): 5.042647591708801 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 3391
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:11:07 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:21:07 +0100 - Duration: 600018 seconds 
+Real workload: 4.695107155444357E10 - Integer reached: 129098 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 3392
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:11:07 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 04:21:08 +0100 - Duration: 600023 seconds 
+Real workload: 4.693967767359915E10 - Integer reached: 129083 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.98063541047566 
+Workload: 9.38907e+10 
+Energy efficiency: 2.5541e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_05_54_25'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.98063541047566
+--- Experiment result, Avg Power = 721.8407875668076
+--- Experiment result, Total Workload = 9.38907e+10
+--- Experiment result, Energy Efficiency = 2.5541e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 404000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_06_07_12
+--- Performing experiments on configuration 404000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  0
+--- Exact frequency of core  1:  0
+--- Modifying the governor of core 1 
+--- Modifying the the current frequency of core 1 with frequency 0
+--- Frequency level of core 2 is  4
+--- Modifying the governor of core 2 to set the default value
+--- Modifying the governor of core 2 
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 4209 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  4
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  735.3564781139453
+powermeter script : average_power with numpy  arrays =  735.356478113926
+powermeter script : Summary Result = time (s): 601.2136931419373
+Ins Current (mA):131.09136137322054
+Samples: 3000000
+Consumed Energy (mAs): 87429.11181156967
+Consumed Energy (mAh): 24.285864392102688
+Consumed Energy (mWs): 440564.574479489
+Consumed Energy (mWh): 122.37904846652472
+Avg power (mW): 735.3564781139453
+Avg Current (mA): 145.88765242495037
+Avg Voltage (V): 5.040566942375318
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  0
+--- frequency level of core 2 is  4
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (904 bytes in 0.042s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 0- 1804801- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2136931419373 
+Ins Current (mA):131.09136137322054 
+Samples: 3000000 
+Consumed Energy (mAs): 87429.11181156967 
+Consumed Energy (mAh): 24.285864392102688 
+Consumed Energy (mWs): 440564.574479489 
+Consumed Energy (mWh): 122.37904846652472 
+Avg power (mW): 735.3564781139453 
+Avg Current (mA): 145.88765242495037 
+Avg Voltage (V): 5.040566942375318 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.285864392102688
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 735.3564781139453
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 4234
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:26:56 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:36:56 +0100 - Duration: 600007 seconds 
+Real workload: 4.690702316433063E10 - Integer reached: 129040 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 4235
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:26:56 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 04:36:56 +0100 - Duration: 600014 seconds 
+Real workload: 4.683795604252844E10 - Integer reached: 128949 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,0,4,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.3745e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.59063e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 404000-0-0 4,0,4,0,0,0,0,0                         [1804801- 0- 1804801- 0- 0- 0- 0- 0]                     time (s): 601.2136931419373 
+Ins Current (mA):131.09136137322054 
+Samples: 3000000 
+Consumed Energy (mAs): 87429.11181156967 
+Consumed Energy (mAh): 24.285864392102688 
+Consumed Energy (mWs): 440564.574479489 
+Consumed Energy (mWh): 122.37904846652472 
+Avg power (mW): 735.3564781139453 
+Avg Current (mA): 145.88765242495037 
+Avg Voltage (V): 5.040566942375318 
+ Thread : 0 - ThreadProcess id: 4234
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:26:56 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:36:56 +0100 - Duration: 600007 seconds 
+Real workload: 4.690702316433063E10 - Integer reached: 129040 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 4235
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:26:56 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 04:36:56 +0100 - Duration: 600014 seconds 
+Real workload: 4.683795604252844E10 - Integer reached: 128949 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.285864392102688                     9.3745e+10 2.59063e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 404000-0-0 
+phone format: 4,0,4,0,0,0,0,0 
+Exact values of frequencies: [1804801- 0- 1804801- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2136931419373 
+Ins Current (mA):131.09136137322054 
+Samples: 3000000 
+Consumed Energy (mAs): 87429.11181156967 
+Consumed Energy (mAh): 24.285864392102688 
+Consumed Energy (mWs): 440564.574479489 
+Consumed Energy (mWh): 122.37904846652472 
+Avg power (mW): 735.3564781139453 
+Avg Current (mA): 145.88765242495037 
+Avg Voltage (V): 5.040566942375318 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 4234
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:26:56 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:36:56 +0100 - Duration: 600007 seconds 
+Real workload: 4.690702316433063E10 - Integer reached: 129040 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 4235
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:26:56 +0100 
+Core id: 2 
+Ending time: Sun, 19 Dec 2021 04:36:56 +0100 - Duration: 600014 seconds 
+Real workload: 4.683795604252844E10 - Integer reached: 128949 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.285864392102688 
+Workload: 9.3745e+10 
+Energy efficiency: 2.59063e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_10_14'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.285864392102688
+--- Experiment result, Avg Power = 735.3564781139453
+--- Experiment result, Total Workload = 9.3745e+10
+--- Experiment result, Energy Efficiency = 2.59063e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 404000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_06_23_00
+--- Performing experiments on configuration 440000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  4
+--- Modifying the governor of core 1 to set the default value
+--- Modifying the governor of core 1 
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 5104 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  4
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  726.7345518189771
+powermeter script : average_power with numpy  arrays =  726.7345518188499
+powermeter script : Summary Result = time (s): 601.2273056507111
+Ins Current (mA):143.18321142857144
+Samples: 3000000
+Consumed Energy (mAs): 86704.75237219494
+Consumed Energy (mAh): 24.084653436720817
+Consumed Energy (mWs): 436963.2682387982
+Consumed Energy (mWh): 121.37868562188838
+Avg power (mW): 726.7345518189771
+Avg Current (mA): 144.13859085237885
+Avg Voltage (V): 5.041915197875567
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  4
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (904 bytes in 0.042s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 1804801- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.2273056507111 
+Ins Current (mA):143.18321142857144 
+Samples: 3000000 
+Consumed Energy (mAs): 86704.75237219494 
+Consumed Energy (mAh): 24.084653436720817 
+Consumed Energy (mWs): 436963.2682387982 
+Consumed Energy (mWh): 121.37868562188838 
+Avg power (mW): 726.7345518189771 
+Avg Current (mA): 144.13859085237885 
+Avg Voltage (V): 5.041915197875567 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.084653436720817
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 726.7345518189771
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 5130
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:42:44 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:52:44 +0100 - Duration: 600009 seconds 
+Real workload: 4.643146039958794E10 - Integer reached: 128412 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 5131
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:42:44 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 04:52:45 +0100 - Duration: 600015 seconds 
+Real workload: 4.671513219891027E10 - Integer reached: 128787 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,4,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.31466e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.58567e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 440000-0-0 4,4,0,0,0,0,0,0                         [1804801- 1804801- 0- 0- 0- 0- 0- 0]                     time (s): 601.2273056507111 
+Ins Current (mA):143.18321142857144 
+Samples: 3000000 
+Consumed Energy (mAs): 86704.75237219494 
+Consumed Energy (mAh): 24.084653436720817 
+Consumed Energy (mWs): 436963.2682387982 
+Consumed Energy (mWh): 121.37868562188838 
+Avg power (mW): 726.7345518189771 
+Avg Current (mA): 144.13859085237885 
+Avg Voltage (V): 5.041915197875567 
+ Thread : 0 - ThreadProcess id: 5130
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:42:44 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:52:44 +0100 - Duration: 600009 seconds 
+Real workload: 4.643146039958794E10 - Integer reached: 128412 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 5131
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:42:44 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 04:52:45 +0100 - Duration: 600015 seconds 
+Real workload: 4.671513219891027E10 - Integer reached: 128787 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.084653436720817                     9.31466e+10 2.58567e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 440000-0-0 
+phone format: 4,4,0,0,0,0,0,0 
+Exact values of frequencies: [1804801- 1804801- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.2273056507111 
+Ins Current (mA):143.18321142857144 
+Samples: 3000000 
+Consumed Energy (mAs): 86704.75237219494 
+Consumed Energy (mAh): 24.084653436720817 
+Consumed Energy (mWs): 436963.2682387982 
+Consumed Energy (mWh): 121.37868562188838 
+Avg power (mW): 726.7345518189771 
+Avg Current (mA): 144.13859085237885 
+Avg Voltage (V): 5.041915197875567 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 5130
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:42:44 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 04:52:44 +0100 - Duration: 600009 seconds 
+Real workload: 4.643146039958794E10 - Integer reached: 128412 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 5131
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:42:44 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 04:52:45 +0100 - Duration: 600015 seconds 
+Real workload: 4.671513219891027E10 - Integer reached: 128787 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.084653436720817 
+Workload: 9.31466e+10 
+Energy efficiency: 2.58567e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_26_02'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.084653436720817
+--- Experiment result, Avg Power = 726.7345518189771
+--- Experiment result, Total Workload = 9.31466e+10
+--- Experiment result, Energy Efficiency = 2.58567e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 440000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_06_38_48
+--- Performing experiments on configuration 440000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  4
+--- Modifying the governor of core 1 to set the default value
+--- Modifying the governor of core 1 
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 6028 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  4
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  731.5033821974694
+powermeter script : average_power with numpy  arrays =  731.5033821972852
+powermeter script : Summary Result = time (s): 601.5190861225128
+Ins Current (mA):146.8353078763314
+Samples: 3000000
+Consumed Energy (mAs): 88747.60592155956
+Consumed Energy (mAh): 24.652112755988767
+Consumed Energy (mWs): 447001.18780186377
+Consumed Energy (mWh): 124.16699661162882
+Avg power (mW): 731.5033821974694
+Avg Current (mA): 145.10593284987792
+Avg Voltage (V): 5.04116797866742
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  4
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (904 bytes in 0.041s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 1804801- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.5190861225128 
+Ins Current (mA):146.8353078763314 
+Samples: 3000000 
+Consumed Energy (mAs): 88747.60592155956 
+Consumed Energy (mAh): 24.652112755988767 
+Consumed Energy (mWs): 447001.18780186377 
+Consumed Energy (mWh): 124.16699661162882 
+Avg power (mW): 731.5033821974694 
+Avg Current (mA): 145.10593284987792 
+Avg Voltage (V): 5.04116797866742 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 24.652112755988767
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 731.5033821974694
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 6053
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:58:32 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 05:08:32 +0100 - Duration: 600002 seconds 
+Real workload: 4.645261022144905E10 - Integer reached: 128440 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 6054
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:58:32 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 05:08:32 +0100 - Duration: 600027 seconds 
+Real workload: 4.674089615096642E10 - Integer reached: 128821 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,4,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.31935e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.64526e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 440000-0-0 4,4,0,0,0,0,0,0                         [1804801- 1804801- 0- 0- 0- 0- 0- 0]                     time (s): 601.5190861225128 
+Ins Current (mA):146.8353078763314 
+Samples: 3000000 
+Consumed Energy (mAs): 88747.60592155956 
+Consumed Energy (mAh): 24.652112755988767 
+Consumed Energy (mWs): 447001.18780186377 
+Consumed Energy (mWh): 124.16699661162882 
+Avg power (mW): 731.5033821974694 
+Avg Current (mA): 145.10593284987792 
+Avg Voltage (V): 5.04116797866742 
+ Thread : 0 - ThreadProcess id: 6053
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:58:32 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 05:08:32 +0100 - Duration: 600002 seconds 
+Real workload: 4.645261022144905E10 - Integer reached: 128440 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 6054
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:58:32 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 05:08:32 +0100 - Duration: 600027 seconds 
+Real workload: 4.674089615096642E10 - Integer reached: 128821 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 24.652112755988767                     9.31935e+10 2.64526e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 440000-0-0 
+phone format: 4,4,0,0,0,0,0,0 
+Exact values of frequencies: [1804801- 1804801- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.5190861225128 
+Ins Current (mA):146.8353078763314 
+Samples: 3000000 
+Consumed Energy (mAs): 88747.60592155956 
+Consumed Energy (mAh): 24.652112755988767 
+Consumed Energy (mWs): 447001.18780186377 
+Consumed Energy (mWh): 124.16699661162882 
+Avg power (mW): 731.5033821974694 
+Avg Current (mA): 145.10593284987792 
+Avg Voltage (V): 5.04116797866742 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 6053
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:58:32 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 05:08:32 +0100 - Duration: 600002 seconds 
+Real workload: 4.645261022144905E10 - Integer reached: 128440 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 6054
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 04:58:32 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 05:08:32 +0100 - Duration: 600027 seconds 
+Real workload: 4.674089615096642E10 - Integer reached: 128821 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 24.652112755988767 
+Workload: 9.31935e+10 
+Energy efficiency: 2.64526e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_41_50'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 24.652112755988767
+--- Experiment result, Avg Power = 731.5033821974694
+--- Experiment result, Total Workload = 9.31935e+10
+--- Experiment result, Energy Efficiency = 2.64526e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 440000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_06_54_37
+--- Performing experiments on configuration 440000-0-0
+--- Cleaning the tmp expermiment folder : /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- Second step  : verifying the battery level
+--- Verifying the battery level
+--- Getting current battery level, adb command path: /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe 
+--- Current battery level : 50 
+Current battery level: OKAY
+--- Third step calibrating phone core frequency
+--- Resetting all frequency configurations
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu1/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu2/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu3/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu4/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu5/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu6/cpufreq/scaling_governor  
+ -- Command used : echo schedutil > /sys/devices/system/cpu/cpu7/cpufreq/scaling_governor  
+--- Frequency level of core 0 is  4
+--- Modifying the governor of core 0 to set the default value
+--- Modifying the governor of core 0 
+--- Frequency level of core 1 is  4
+--- Modifying the governor of core 1 to set the default value
+--- Modifying the governor of core 1 
+--- Frequency level of core 2 is  0
+--- Exact frequency of core  2:  0
+--- Modifying the governor of core 2 
+--- Modifying the the current frequency of core 2 with frequency 0
+--- Frequency level of core 3 is  0
+--- Exact frequency of core  3:  0
+--- Modifying the governor of core 3 
+--- Modifying the the current frequency of core 3 with frequency 0
+--- Frequency level of core 4 is  0
+--- Exact frequency of core  4:  0
+--- Modifying the governor of core 4 
+--- Modifying the the current frequency of core 4 with frequency 0
+--- Frequency level of core 5 is  0
+--- Exact frequency of core  5:  0
+--- Modifying the governor of core 5 
+--- Modifying the the current frequency of core 5 with frequency 0
+--- Frequency level of core 6 is  0
+--- Exact frequency of core  6:  0
+--- Modifying the governor of core 6 
+--- Modifying the the current frequency of core 6 with frequency 0
+--- Frequency level of core 7 is  0
+--- Exact frequency of core  7:  0
+--- Modifying the governor of core 7 
+--- Modifying the the current frequency of core 7 with frequency 0
+--- Calibrating Monsoon power meter, please wait for 10 seconds...
+powermeter script : --- Inside the monsoon_power_meter, arg function:  1
+powermeter script : calibration duration =  10
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  50000
+ returning 50000 samples after experiments
+powermeter script : Power meter calibration okay
+--- Monsoon power meter Calibrated
+--- starting the benchmarking app 
+##  writing the configuration inside the phone file
+ --- Removing file  /sdcard/experiments_automatization 
+rm '/sdcard/experiments_automatization/current_configuration.txt'
+rm '/sdcard/experiments_automatization/experiment_duration.txt'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ready_for_sampling'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_0_ended'
+rm '/sdcard/experiments_automatization/app_output_folder/Thread_1_ended'
+rmdir '/sdcard/experiments_automatization/app_output_folder'
+rmdir '/sdcard/experiments_automatization'
+ --- Clearing the logcat  
+ --- Creating file  /sdcard/experiments_automatization
+----- Uninstalling experiment app
+Success
+----- Installing experiment  app
+Performing Streamed Install
+Success
+------ Giving rights to experiment app
+----- Starting experiment app
+Starting: Intent { cmp=com.opportunistask.scheduling.benchmarking_app_to_test_big_cores/.MainActivity }
+adb command :   ps -A | grep com.opportunistask.scheduling.benchmarking_app_to_test_big_cores
+ ----- Experiment app started with pid: 6868 
+---- waiting for benchmarking app thread to be pinned and to be ready
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  4
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of cores to occupy = 2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 0 
+--- The current number of thread ready to be sambled  : 0, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 1 
+--- The current number of thread ready to be sambled  : 1, still lower than the experiment one :  2
+--- Number of thread in experiment phase : 2 
+--- Now threads are running and the phone is ready to be sampled with the power meter \n--- Threads pids 
+Thread_0_ready_for_sampling
+Thread_1_ready_for_sampling
+--- Printing cc_info beginning datas (for the samsung galaxy s8)
+ --- Starting power meter sampling for about 600 seconds 
+--- Sampling with the Monsoon power meter
+powermeter script : --- Inside the monsoon_power_meter, arg function:  2
+powermeter script : Experiment duration =  600
+powermeter script : Creating the Monsoon engine
+powermeter script : Creating the Monsoon engine
+powermeter script : Configuring channels the Monsoon engine
+powermeter script : Configuring output to : C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder\configuration_mesurement.csv
+powermeter script : Starting sampling; number of sample =  3000000
+ returning 3000000 samples after experiments
+powermeter script :  Total nomber of sample measured :  3000000
+powermeter script : Computing powermeter summary result
+ Number of samples =  3000000
+powermeter script :  We computed the energy on 600 samples
+powermeter script : average_power =  722.8338437003015
+powermeter script : average_power with numpy  arrays =  722.8338437002925
+powermeter script : Summary Result = time (s): 601.4938430786133
+Ins Current (mA):134.11726589106533
+Samples: 3000000
+Consumed Energy (mAs): 85552.04363776669
+Consumed Energy (mAh): 23.764456566046302
+Consumed Energy (mWs): 431239.42553198145
+Consumed Energy (mWh): 119.7887293144393
+Avg power (mW): 722.8338437003015
+Avg Current (mA): 143.34871658549497
+Avg Voltage (V): 5.042485631667266
+Exp Batt Life (hrs for 1000mAh battery): NOT COMPUTED 
+--- Monsoon power meter sampling is finished !
+ --- experiment folder path  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder
+--- frequency level of core 0 is  4
+--- frequency level of core 1 is  4
+--- frequency level of core 2 is  0
+--- frequency level of core 3 is  0
+--- frequency level of core 4 is  0
+--- frequency level of core 5 is  0
+--- frequency level of core 6 is  0
+--- frequency level of core 7 is  0
+--- Number of threads normally started = 2
+--- Number of thread ended: 2 
+--- Now threads are stopped, getting the cc_info_level for samsung 
+---  Copying thread results locally 
+command /mnt/c/Program Files/Android/platform-tools_r33.0.1-windows/platform-tools/adb.exe pull /sdcard/experiments_automatization/app_output_folder C:\Users\lavoi\opportunist_task_on_android\scripts_valuable_files\experiment_automatization\last_tmp_expermiment_folder </dev/null 
+/sdcard/experiments_automatization/app_output_folder/: 4 files pulled, 0 skipped. 0.0 MB/s (904 bytes in 0.032s)
+saving the logcat file to  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder -/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder-
+--- Parsing result from  /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder to /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/raw_result.txt
+--- Getting exact configuration with frequency
+--- Configuration with frequencies = [1804801- 1804801- 0- 0- 0- 0- 0- 0]
+--- Getting the powermeter summary
+--- Powermeter summary: 
+time (s): 601.4938430786133 
+Ins Current (mA):134.11726589106533 
+Samples: 3000000 
+Consumed Energy (mAs): 85552.04363776669 
+Consumed Energy (mAh): 23.764456566046302 
+Consumed Energy (mWs): 431239.42553198145 
+Consumed Energy (mWh): 119.7887293144393 
+Avg power (mW): 722.8338437003015 
+Avg Current (mA): 143.34871658549497 
+Avg Voltage (V): 5.042485631667266 
+
+--- Getting the total energy consumed of the google pixel
+--- Energy consumed = 23.764456566046302
+--- Starting cc_info = 0
+--- Ending cc_info = 0
+--- Getting the average power
+--- Avg Power = 722.8338437003015
+--- Printing the total threads summary
+--- Thread results 
+Thread : 0 - ThreadProcess id: 6893
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 05:14:21 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 05:24:21 +0100 - Duration: 600007 seconds 
+Real workload: 4.636804094730455E10 - Integer reached: 128328 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 6894
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 05:14:21 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 05:24:22 +0100 - Duration: 600003 seconds 
+Real workload: 4.658642310643213E10 - Integer reached: 128617 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+
+--- Counting the total workload command : print_total_workload /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/last_tmp_expermiment_folder app_output_folder 4,4,0,0,0,0,0,0 /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first 
+--- Total workload : 9.29545e+10
+--- Getting energy efficiency
+--- Energy efficiency: 2.55657e-10
+--- Building what we will add to the total result file command 
+------
+ (build_configuration_raw_result 440000-0-0 4,4,0,0,0,0,0,0                         [1804801- 1804801- 0- 0- 0- 0- 0- 0]                     time (s): 601.4938430786133 
+Ins Current (mA):134.11726589106533 
+Samples: 3000000 
+Consumed Energy (mAs): 85552.04363776669 
+Consumed Energy (mAh): 23.764456566046302 
+Consumed Energy (mWs): 431239.42553198145 
+Consumed Energy (mWh): 119.7887293144393 
+Avg power (mW): 722.8338437003015 
+Avg Current (mA): 143.34871658549497 
+Avg Voltage (V): 5.042485631667266 
+ Thread : 0 - ThreadProcess id: 6893
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 05:14:21 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 05:24:21 +0100 - Duration: 600007 seconds 
+Real workload: 4.636804094730455E10 - Integer reached: 128328 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 6894
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 05:14:21 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 05:24:22 +0100 - Duration: 600003 seconds 
+Real workload: 4.658642310643213E10 - Integer reached: 128617 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 23.764456566046302                     9.29545e+10 2.55657e-10  0 0 
+------
+
+--- Final result to print to File 
+ --------------------------------------------------------------------------------
+ +++++ +++++ +++++ Configuration Description
+--------------------------------------------------------------------------------
+Configuration: 440000-0-0 
+phone format: 4,4,0,0,0,0,0,0 
+Exact values of frequencies: [1804801- 1804801- 0- 0- 0- 0- 0- 0] 
+
+Power meter results
+------------------------------------------------------------
+time (s): 601.4938430786133 
+Ins Current (mA):134.11726589106533 
+Samples: 3000000 
+Consumed Energy (mAs): 85552.04363776669 
+Consumed Energy (mAh): 23.764456566046302 
+Consumed Energy (mWs): 431239.42553198145 
+Consumed Energy (mWh): 119.7887293144393 
+Avg power (mW): 722.8338437003015 
+Avg Current (mA): 143.34871658549497 
+Avg Voltage (V): 5.042485631667266 
+ 
+Threads results
+------------------------------------------------------------
+Thread : 0 - ThreadProcess id: 6893
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 05:14:21 +0100 
+Core id: 0 
+Ending time: Sun, 19 Dec 2021 05:24:21 +0100 - Duration: 600007 seconds 
+Real workload: 4.636804094730455E10 - Integer reached: 128328 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+Thread : 1 - ThreadProcess id: 6894
+----------------------------------------
+Starting time: Sun, 19 Dec 2021 05:14:21 +0100 
+Core id: 1 
+Ending time: Sun, 19 Dec 2021 05:24:22 +0100 - Duration: 600003 seconds 
+Real workload: 4.658642310643213E10 - Integer reached: 128617 - Number of reset = 0 
+Battery stats: 0 mAH 
+Computed Drain: Null 
+Start: 50 % - End: 50 
+Cc_info at the beginning: 0 mAh 
+Cc_info at the end: 0 mAh 
+Cc_info variation: 0.0 mAh 
+
+ 
+Expermiment results
+------------------------------------------------------------
+Energy Consumed (mAh): 23.764456566046302 
+Workload: 9.29545e+10 
+Energy efficiency: 2.55657e-10 
+--------------------------------------------------------------------------------
+
+ 
+--- Writing to the total result file
+--- Removing previous tested configuration tmp_output folder
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/app_output_folder/all_workloads.txt'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/app_output_folder/Thread_0_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/app_output_folder/Thread_0_ready_for_sampling'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/app_output_folder/Thread_1_ended'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/app_output_folder/Thread_1_ready_for_sampling'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/app_output_folder'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/configuration_mesurement.csv'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/energy_power_workload_energyByWorkload_ccInfo'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/logcat_output'
+removed '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39/powermeter_summary.txt'
+removed directory '/mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/can_be_reused/to_delete_first/last_tmp_expermiment_folder__deleted__on__04Oct22_06_57_39'
+--- Moving the current experiment tmp_folder to the output result folder
+writing a temporary file for the main script with format energy_power_workload_energyByWorkload_ccInfo
+--- Obtaining experiment summary result to add to result folder
+--- Experiment result, Energy consumed = 23.764456566046302
+--- Experiment result, Avg Power = 722.8338437003015
+--- Experiment result, Total Workload = 9.29545e+10
+--- Experiment result, Energy Efficiency = 2.55657e-10
+--- Adding result to summary file
+--- Starting cc information : 0 
+--- Ending cc information : 0
+--- The file /mnt/c/Users/lavoi/opportunist_task_on_android/scripts_valuable_files/experiment_automatization/output_folder/summary.csv exists we just appending the result to the file
+--- Experiments performed on configuration 440000-0-0.
+--- Observing a pause betwenn experiment; pause duration : 180 seconds; starting at 04Oct22_07_10_26
diff --git a/experiment_automatization/summary_files_only/summary___04Oct22_07_13_26.csv b/experiment_automatization/summary_files_only/summary___04Oct22_07_13_26.csv
new file mode 100755
index 0000000000000000000000000000000000000000..dbab3fa0744413ca5f8be5715d7d378e01d02987
--- /dev/null
+++ b/experiment_automatization/summary_files_only/summary___04Oct22_07_13_26.csv
@@ -0,0 +1,61 @@
+configurations,generic format,exact frequency,google pixel format,exact frequencies,phone energy,phone power,workload,energy by workload,starting cc_info,ending cc_info
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+330000-0-0,[3- 3- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804800- 1804800- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[3- 3- 0- 0- 0- 0- 0- 0],[1804800- 1804800- 0- 0- 0- 0- 0- 0],24.637735624906814,745.9699120502246,9.2968e+10,2.65013e-10,0,0
+330000-0-0,[3- 3- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804800- 1804800- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[3- 3- 0- 0- 0- 0- 0- 0],[1804800- 1804800- 0- 0- 0- 0- 0- 0],24.641747385770024,743.5584038893306,9.31343e+10,2.64583e-10,0,0
+400004-0-0,[4- 0- 0- 0- 0- 4- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 0- 0- 0- 1804801- 0- 0- 0- 0- 0- 0- 0],[4- 0- 0- 0- 0- 4- 0- 0],[1804801- 0- 0- 0- 0- 1804801- 0- 0],35.68737472207005,1066.2012562271907,3.07857e+11,1.15922e-10,0,0
+400004-0-0,[4- 0- 0- 0- 0- 4- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 0- 0- 0- 1804801- 0- 0- 0- 0- 0- 0- 0],[4- 0- 0- 0- 0- 4- 0- 0],[1804801- 0- 0- 0- 0- 1804801- 0- 0],36.26627936290422,1083.1078081043274,3.07816e+11,1.17818e-10,0,0
+400004-0-0,[4- 0- 0- 0- 0- 4- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 0- 0- 0- 1804801- 0- 0- 0- 0- 0- 0- 0],[4- 0- 0- 0- 0- 4- 0- 0],[1804801- 0- 0- 0- 0- 1804801- 0- 0],35.74753244365377,1065.0050069453305,3.08344e+11,1.15934e-10,0,0
+400040-0-0,[4- 0- 0- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 0- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 0- 0- 4- 0- 0- 0],[1804801- 0- 0- 0- 1804801- 0- 0- 0],24.208364980550822,726.6868306972233,9.38028e+10,2.58077e-10,0,0
+400040-0-0,[4- 0- 0- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 0- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 0- 0- 4- 0- 0- 0],[1804801- 0- 0- 0- 1804801- 0- 0- 0],24.545508459651504,744.9521003748002,9.33706e+10,2.62883e-10,0,0
+400040-0-0,[4- 0- 0- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 0- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 0- 0- 4- 0- 0- 0],[1804801- 0- 0- 0- 1804801- 0- 0- 0],23.955644418717593,720.1107195961464,9.37345e+10,2.55569e-10,0,0
+400400-0-0,[4- 0- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 0- 4- 0- 0- 0- 0],[1804801- 0- 0- 1804801- 0- 0- 0- 0],20.892728190680728,614.4824082169501,9.39793e+10,2.22312e-10,0,0
+400400-0-0,[4- 0- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 0- 4- 0- 0- 0- 0],[1804801- 0- 0- 1804801- 0- 0- 0- 0],23.056442545915072,714.8303589060488,9.38391e+10,2.45702e-10,0,0
+400400-0-0,[4- 0- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 0- 4- 0- 0- 0- 0],[1804801- 0- 0- 1804801- 0- 0- 0- 0],23.859797472163574,722.632215692879,9.36145e+10,2.54873e-10,0,0
+404000-0-0,[4- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 4- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0],23.929599517536357,721.3687521773078,9.36221e+10,2.55598e-10,0,0
+404000-0-0,[4- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 4- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0],23.98063541047566,721.8407875668076,9.38907e+10,2.5541e-10,0,0
+404000-0-0,[4- 0- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 0- 4- 0- 0- 0- 0- 0],[1804801- 0- 1804801- 0- 0- 0- 0- 0],24.285864392102688,735.3564781139453,9.3745e+10,2.59063e-10,0,0
+440000-0-0,[4- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 4- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0],24.084653436720817,726.7345518189771,9.31466e+10,2.58567e-10,0,0
+440000-0-0,[4- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 4- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0],24.652112755988767,731.5033821974694,9.31935e+10,2.64526e-10,0,0
+440000-0-0,[4- 4- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0- 0],[4- 4- 0- 0- 0- 0- 0- 0],[1804801- 1804801- 0- 0- 0- 0- 0- 0],23.764456566046302,722.8338437003015,9.29545e+10,2.55657e-10,0,0
diff --git a/kernel_ridge_linear_model/kernel_ridge.py b/kernel_ridge_linear_model/kernel_ridge.py
index 205dee66b6c9571ae8975a2dd903831e79999206..975a338b280691b7ee5412403178e325c622e71f 100755
--- a/kernel_ridge_linear_model/kernel_ridge.py
+++ b/kernel_ridge_linear_model/kernel_ridge.py
@@ -271,9 +271,15 @@ if (generate_plots):
         kernel_ridge_ax.bar(X,y, width=0.4)
         # Add title and axis names
         print ("Size of X ---: ", len(X))
+<<<<<<< HEAD
         print ("Size of Y ---: ", len(y))
         print ("Size of X ---: ", X)
         print ("Size of Y ---: ", y)
+=======
+        print ("Size of y ---: ", len(y))
+        print ("X ---: ", X)
+        print ("y ---: ", y)
+>>>>>>> 776940c8ae39e461306dc39f57349e722dfb9334
         kernel_ridge_ax.set_title('All energy/workload ratio')
         kernel_ridge_ax.set_xlabel('Configuration')
         kernel_ridge_ax.set_ylabel(r'Energy consumed/Workload ($\times 10E-11$)')
diff --git a/kernel_ridge_linear_model/log_file_for_strange_cases_exploration.txt b/kernel_ridge_linear_model/log_file_for_strange_cases_exploration.txt
index e3ac01873bf612e03bf10d9dff069d6e33b005c1..a8dbc6d0aa153c808846f82ca4444ab8ae87f0c0 100755
--- a/kernel_ridge_linear_model/log_file_for_strange_cases_exploration.txt
+++ b/kernel_ridge_linear_model/log_file_for_strange_cases_exploration.txt
@@ -235,54 +235,3 @@ column mean vector=  [4841464250.873068, 4841464250.873068, 4841464250.873068, 4
 End computing r squared, result =  -0.06746042254849738
  Kernel ridge R2 score =  -0.06746042254849738
 printing plots
----> getting userfriendly values from X values
-Size of X ---:  60
-Start computin r squared, result = 
-column mean vector=  [4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068]
- diff with mean vector  [-9.63526228e+08 -9.16232073e+08  3.78413307e+09 -9.26190769e+08
- -7.70681480e+08  3.64620317e+09 -8.80315201e+08 -9.93638080e+08
- -1.03749062e+09  3.78443069e+09 -9.28764410e+08  3.88781462e+09
- -1.06193193e+09 -9.40319265e+08 -9.09332839e+08 -8.97640082e+08
- -9.54406598e+08 -9.81399325e+08 -1.01208603e+09 -9.28626622e+08]
- diff with mean vector squared   [9.28382792e+17 8.39481212e+17 1.43196631e+19 8.57829341e+17
- 5.93949944e+17 1.32947975e+19 7.74954853e+17 9.87316635e+17
- 1.07638679e+18 1.43219156e+19 8.62603329e+17 1.51151025e+19
- 1.12769942e+18 8.84200320e+17 8.26886212e+17 8.05757717e+17
- 9.10891954e+17 9.63144634e+17 1.02431813e+18 8.62347403e+17]
- diff with predicted vector  [-5.54488822e+08 -2.12227184e+07  4.14463176e+09 -5.65692077e+08
- -8.93759957e+08  4.00670186e+09 -4.71277794e+08 -1.11671656e+09
- -6.76991928e+08  4.19346809e+09 -3.37550547e+07  4.29685203e+09
- -6.52894524e+08 -1.06339774e+09 -1.43234840e+07 -2.63072732e+06
- -5.93972430e+07 -6.20900632e+08 -1.13516450e+09 -5.68127929e+08]
- diff with predicted vector squared [3.07457853e+17 4.50403775e+14 1.71779725e+19 3.20007526e+17
- 7.98806862e+17 1.60536598e+19 2.22102759e+17 1.24705587e+18
- 4.58318070e+17 1.75851746e+19 1.13940372e+15 1.84629374e+19
- 4.26271259e+17 1.13081476e+18 2.05162195e+14 6.92072622e+12
- 3.52803248e+15 3.85517595e+17 1.28859845e+18 3.22769344e+17]
-End computing r squared, result =  -0.06746042254849738
-Start computin r squared, result = 
-column mean vector=  [4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068, 4841464250.873068]
- diff with mean vector  [-9.63526228e+08 -9.16232073e+08  3.78413307e+09 -9.26190769e+08
- -7.70681480e+08  3.64620317e+09 -8.80315201e+08 -9.93638080e+08
- -1.03749062e+09  3.78443069e+09 -9.28764410e+08  3.88781462e+09
- -1.06193193e+09 -9.40319265e+08 -9.09332839e+08 -8.97640082e+08
- -9.54406598e+08 -9.81399325e+08 -1.01208603e+09 -9.28626622e+08]
- diff with mean vector squared   [9.28382792e+17 8.39481212e+17 1.43196631e+19 8.57829341e+17
- 5.93949944e+17 1.32947975e+19 7.74954853e+17 9.87316635e+17
- 1.07638679e+18 1.43219156e+19 8.62603329e+17 1.51151025e+19
- 1.12769942e+18 8.84200320e+17 8.26886212e+17 8.05757717e+17
- 9.10891954e+17 9.63144634e+17 1.02431813e+18 8.62347403e+17]
- diff with predicted vector  [-5.54488822e+08 -2.12227184e+07  4.14463176e+09 -5.65692077e+08
- -8.93759957e+08  4.00670186e+09 -4.71277794e+08 -1.11671656e+09
- -6.76991928e+08  4.19346809e+09 -3.37550547e+07  4.29685203e+09
- -6.52894524e+08 -1.06339774e+09 -1.43234840e+07 -2.63072732e+06
- -5.93972430e+07 -6.20900632e+08 -1.13516450e+09 -5.68127929e+08]
- diff with predicted vector squared [3.07457853e+17 4.50403775e+14 1.71779725e+19 3.20007526e+17
- 7.98806862e+17 1.60536598e+19 2.22102759e+17 1.24705587e+18
- 4.58318070e+17 1.75851746e+19 1.13940372e+15 1.84629374e+19
- 4.26271259e+17 1.13081476e+18 2.05162195e+14 6.92072622e+12
- 3.52803248e+15 3.85517595e+17 1.28859845e+18 3.22769344e+17]
-End computing r squared, result =  -0.06746042254849738
- R2 error =  -0.06746042254849738
- --- Actual line: ['google_pixel_4a_5g', 'google_pixel_4a_5g_format', False, False, 1000, 0.01000000099, False, '----', 0, 1000000000.0, 1000000000.0, 1e-09, 1000, 0.1, 100, False, -0.06746042254849738, 10, 10, 'base_Y_F_N_on_socket']
---- Total execution time: 0.854985237121582 seconds = 0.014249753952026368 mins