# Aggregation time id frequency at which power metrics are aggregated in aggregated metrics: In seconds
# Aggregation time id frequency at which power metrics are aggregated in aggregated metrics, in seconds.
DBDaemonAggregationTime=60
# Frequency at which buffered data is sent to DB server
# Frequency at which buffered data is sent to DB server.
DBDaemonInsertionTime=30
# Memory size expressed in MB per process (server and/or mirror) to cache the values.
DBDaemonMemorySize=120
# The percentage of the memory buffer used by the previous field, by each type. These types are: mpi, non-mpi and learning applications, loops, energy metrics and aggregations and events, in that order. If a type gets 0% of space, this metric is discarded and not saved into the database.
#
# The percentage of the memory buffer used by the previous field, by each type.
# These types are: mpi, non-mpi and learning applications, loops, energy metrics and aggregations and events, in that order. If a type gets 0% of space, this metric is discarded and not saved into the database.
#
#DBDaemonMemorySizePerType=40,20,5,24,5,1,5
# When set to 1, the output is saved in 'TmpDir'/eardbd.log (common configuration) as a log file.
# Use aggregated periodic metrics or periodic power metrics. Aggregated metrics are only available
# when EARDBD is running
#
# Use aggregated periodic metrics or periodic power metrics.
# Aggregated metrics are only available when EARDBD is running.
#
EARGMUseAggregated=1
# Period T1 and T2 are specified in seconds T1 (ex. must be less than T2, ex. 10min and 1 month)
# Period T1 and T2 are specified in seconds (ex. T1 must be less than T2, ex. 10min and 1 month).
EARGMPeriodT1=90
EARGMPeriodT2=259200
# '-' are Joules, 'K' KiloJoules and 'M' MegaJoules.
...
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@@ -88,7 +98,7 @@ EARGMEnergyLimit=550000
EARGMPort=50000
# Two modes are supported '0=manual' and '1=automatic'.
EARGMMode=0
# Email address to report the warning level (and the action taken in automatic mode)
# Email address to report the warning level (and the action taken in automatic mode).
EARGMMail=nomail
# Percentage of accumulated energy to start the warning DEFCON level L4, L3 and L2.
EARGMWarningsPerc=85,90,95
...
...
@@ -98,23 +108,28 @@ EARGMGracePeriods=3
EARGMVerbose=1
# When set to 1, the output is saved in 'TmpDir'/eargmd.log (common configuration) as a log file.
EARGMUseLog=1
#
# Format for action is: command_name energy_T1 energy_T2 energy_limit T2 T1 units "
# This action is automatically executed at each warning level (only once per grace periods)
# This action is automatically executed at each warning level (only once per grace periods).
#
EARGMEnergyAction=no_action
#### POWERCAP definition for EARGM: Powercap is still under development. Do not activate
#### POWERCAP definition for EARGM: Powercap is still under development. Do not activate.
# 0 means no powercap
EARGMPowerLimit=0
# Period at which the powercap thread is activated
# Period at which the powercap thread is activated.
EARGMPowerPeriod=120
# 1 means automatic, 0 is only monitoring
# 1 means automatic, 0 is only monitoring.
EARGMPowerCapMode=1
# Admins can specify to automatically execute a command in EARGMPowerCapSuspendAction when total_power >= EARGMPowerLimit*EARGMPowerCapResumeLimit/100
EARGMPowerCapSuspendLimit=90
# Format for action is: command_name current_power current_limit total_idle_nodes total_idle_power
EARGMPowerCapSuspendAction=no_action
#
# Admins can specify to automatically execute a command in EARGMPowerCapResumeAction to undo EARGMPowerCapSuspendAction
# when total_power >= EARGMPowerLimit*EARGMPowerCapResumeLimit/100. Note that this will only be executed if a suspend action was executed previously.
# when total_power >= EARGMPowerLimit*EARGMPowerCapResumeLimit/100.
# Note that this will only be executed if a suspend action was executed previously.
#
EARGMPowerCapResumeLimit=40
# Format for action is: command_name current_power current_limit total_idle_nodes total_idle_power
EARGMPowerCapResumeAction=no_action
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@@ -126,12 +141,14 @@ TmpDir=@localstatedir@
EtcDir=@sysconfdir@
InstDir=@prefix@
Verbose=0
# Network extension (using another network instead of the local one). If compute nodes must be accessed from login nodes with a network different than default, and can be accesed using a expension, uncommmet next line and define 'netext' accordingly.
# NetworkExtension=netext
# Network extension (using another network instead of the local one).
# If compute nodes must be accessed from login nodes with a network different than default,
# and can be accesed using a expension, uncommmet next line and define 'netext' accordingly.
# For homogeneous systems, default frequencies can be easily specified using freqs, for heterogeneous systems it is preferred to use pstates or use tags
# Example with pstates (lower pstates corresponds with higher frequencies). Pstate=1 is nominal and 0 is turbo
#
# For homogeneous systems, default frequencies can be easily specified using freqs.
# For heterogeneous systems it is preferred to use pstates or use tags
#
# Example with pstates (lower pstates corresponds with higher frequencies). Pstate=1 is nominal and 0 is turbo.
