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2007-02-24
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## Path: System/Powermanagement/Powersave/CPU
## Description: The settings in this section affect the CPU frequency \
## scaling algorithm and the timeout for CPU low/high events.
## Path: System/Powermanagement/Powersave/CPU
## Type: list(yes,no)
## Default: "yes"
## ServiceRestart: powersave
#
# If set to "no", the powersave daemon will not touch any cpufrequency
# settings of the system. This might be helpful to avoid messages in
# syslog if a machine does not support cpufrequency scaling or one
# likes to use another cpufreq daemon.
CPUFREQ_ENABLED=""
## Path: System/Powermanagement/Powersave/CPU
## Type: string
## ServiceRestart: powersave
#
# The powersaved startscript will load this module for CPU frequency
# scaling support. If nothing is specified here, the most common cpufreq
# modules will be tried. Entering the correct module will reduce the
# warnings in syslog during boot and probably speed up booting a bit.
CPUFREQD_MODULE=""
## Path: System/Powermanagement/Powersave/CPU
## Type: string
## ServiceRestart: powersave
#
# Some cpufreq modules need additional parameters to define the hardware
# of your system. You can enter these parameters here.
#
CPUFREQD_MODULE_OPTS=""
## Path: System/Powermanagement/Powersave/CPU
## Type: list(kernel,userspace)
## Default: "kernel"
## ServiceRestart: powersave
#
# If set to userspace, the powersave daemon itself will check
# for CPU load and adjust the frequncy approriate.
# If set to kernel, the frequency will be adjusted by kernel
# CPU frequency governors. These are by default
# (kernel module - governor/powersave policy):
# ondemand/dynamic, powersave/powersave, performance/performance
CPUFREQ_CONTROL=""
## Path: System/Powermanagement/Powersave/CPU
## Type: integer(1:100)
## Default: "80"
#
# These variable sets the limit (in percent) for switching to the
# next higher CPU frequency (if supported). The limit for switching
# down is calculated from this high limit, the CPU_HYSTERESIS variable
# and the available frequencies of your CPU automatically.
#
CPU_HIGH_LIMIT=""
## Path: System/Powermanagement/Powersave/CPU
## Type: integer(1:100)
## Default: "5"
#
# The hysteresis for calculating the CPU load limit to switch to
# the next lover CPU frequency. Increasing this value lowers the
# load percentage at which the deamon switches down one step.
# This might be useful if you notice that the frequency continuously
# oscilates at a almost constant CPU usage (e.g. when watching a movie).
# 5 is default, you should not set it higher than 40.
# Zero is not allowed.
#
CPU_HYSTERESIS=""
## Path: System/Powermanagement/Powersave/CPU
## Type: integer(0:10000)
## Default: "10"
#
# If CPU stays longer than this value (in seconds) below the
# ``CPU_IDLE_LIMIT'' limit, the daemon generates a
# processor.idle event. As soon as the CPU usage steps over the
# CPU_HIGH_LIMIT once, a processor.busy is sent.
# Set it to 0 or let it empty to disable processor.* events.
#
CPU_IDLE_TIMEOUT=""
## Path: System/Powermanagement/Powersave/CPU
## Type: integer(1:100)
## Default: "25"
#
# If the CPU stays under the low limit for longer than specified in
# CPU_IDLE_TIMEOUT above, the daemon will additionally send a
# processor.idle event.
# This is not the limit at which the CPU frequency is scaled down.
#
CPU_IDLE_LIMIT=""
## Path: System/Powermanagement/Powersave/CPU
## Type: integer(1:100)
## Default: "50"
#
# Set the CPU load difference limit for which the highest available
# frequency is set immediately (e.g. if set to 60, it switches to
# full speed if the CPU load jumps from 5% to 66% or higher instead
# of ramping up through all available frequencies). Disable the direct
# triggering of the highest frequency by setting a value of 0.
#
JUMP_CPU_FREQ_MAX_LIMIT=""