Container energy idle (#992)

* Clarification on Turbo Boost and when it is off

* Container energy and power incl. idle added [skip ci]

frontend/js/helpers/config.js.example

@@ -34,12 +34,24 @@ METRIC_MAPPINGS = {
         'explanation': 'Container energy estimated via CPU-% share',
     },
 
+    'psu_energy_cgroup_slice': {
+        'clean_name': 'Container Energy (+Idle)',
+        'source': 'estimation',
+        'explanation': 'Container energy estimated via CPU-% share (incl. idle)',
+    },
+
     'psu_power_cgroup_container': {
         'clean_name': 'Container Power',
         'source': 'estimation',
         'explanation': 'Container power estimated via CPU-% share',
     },
 
+    'psu_power_cgroup_slice': {
+        'clean_name': 'Container Power (+Idle)',
+        'source': 'estimation',
+        'explanation': 'Container power estimated via CPU-% share incl. Idle',
+    },
+
     'psu_carbon_dc_rapl_msr_machine': {
         'clean_name': 'Machine CO₂',
         'source': 'RAPL',

lib/hardware_info.py

@@ -55,7 +55,7 @@
     # If another scaling driver is used the info will be in /sys/devices/system/cpu/cpufreq/boost
     # See https://wiki.archlinux.org/title/CPU_frequency_scaling
     # See further: https://www.kernel.org/doc/html/v5.17/admin-guide/pm/intel_pstate.html#user-space-interface-in-sysfs
-    [rfwr, 'Turbo Boost', '/sys/devices/system/cpu/intel_pstate/no_turbo', r'(?P<o>.*)'],
+    [rfwr, 'Turbo Boost (1=off)', '/sys/devices/system/cpu/intel_pstate/no_turbo', r'(?P<o>.*)'],
     [rfwr, 'Turbo Boost (Legacy non intel_pstate)', '/sys/devices/system/cpu/cpufreq/boost', r'(?P<o>.*)'],
     [rfwr, 'Virtualization', '/proc/cpuinfo', r'(?P<o>hypervisor)'],
     [rpwrs, 'SGX', f"{os.path.join(CURRENT_PATH, '../tools/sgx_enable')} -s", r'(?P<o>.*)', re.IGNORECASE | re.DOTALL],

lib/phase_stats.py

@@ -182,15 +182,17 @@ def build_and_store_phase_stats(run_id, sci=None):
         if machine_power_idle and cpu_utilization_machine and cpu_utilization_containers:
             surplus_power_runtime = machine_power_runtime - machine_power_idle
             surplus_energy_runtime = machine_energy_runtime - (machine_power_idle * decimal.Decimal(duration / 10**6))
+
             total_container_utilization = sum(cpu_utilization_containers.values())
             if int(total_container_utilization) == 0:
                 continue
 
             for detail_name, container_utilization in cpu_utilization_containers.items():
+                csv_buffer.write(generate_csv_line(run_id, 'psu_energy_cgroup_slice', detail_name, f"{idx:03}_{phase['name']}", machine_energy_runtime * (container_utilization / total_container_utilization), 'TOTAL', None, None, 'mJ'))
+                csv_buffer.write(generate_csv_line(run_id, 'psu_power_cgroup_slice', detail_name, f"{idx:03}_{phase['name']}", machine_power_runtime * (container_utilization / total_container_utilization), 'TOTAL', None, None, 'mW'))
                 csv_buffer.write(generate_csv_line(run_id, 'psu_energy_cgroup_container', detail_name, f"{idx:03}_{phase['name']}", surplus_energy_runtime * (container_utilization / total_container_utilization), 'TOTAL', None, None, 'mJ'))
                 csv_buffer.write(generate_csv_line(run_id, 'psu_power_cgroup_container', detail_name, f"{idx:03}_{phase['name']}", surplus_power_runtime * (container_utilization / total_container_utilization), 'TOTAL', None, None, 'mW'))
 
-
     csv_buffer.seek(0)  # Reset buffer position to the beginning
     DB().copy_from(
         csv_buffer,