[General]
# Treat a WHEA Warning Event Log entry as an error
# If this is enabled, a WHEA warning (Event Id 19, "corrected hardware error") will be treated as a "real" error
# The testing on the core will be stopped and continued on the next one
# However only if the APIC ID from the WHEA message matches the core that was currently tested, otherwise
# only a warning will be displayed
#
# Default: 1
treatWheaWarningAsError = 1
[...]
# Settings for the Automatic Test Mode
[AutomaticTestMode]
# Enable the automatic test mode
# If you enable this setting, the script will automatically adjust the Curve Optimizer or voltage offset values
# when an error occurs
#
# For Ryzen CPUs up to Zen 4 (Ryzen 7000), it uses PJVol's "pbotest.exe", which is included in the /tools/pbocli/ directory
# For Intel, it uses "IntelVoltageControl", which allows you to set a voltage offset (also included in the /tools/ directory)
#
# Note that this will only INCREASE the Curve Optimizer / voltage offset values, i.e. it will try to make the settings
# more stable, it will never push the settings more into the negative
# Also note that enabling this setting will require the script to be run with administrator privileges
# And lastly, enabling it will set "skipCoreOnError" to 0 and "stopOnError" to 0 as long as the limit has not been reached
#
# IMPORTANT: This currently does not work for Ryzen 9000 (Zen 5) CPUs
#
# Default: 0
enableAutomaticAdjustment = 0
# The starting Curve Optimizer / voltage offset values
# You can provide the Curve Optimizer / voltage offset starting values here, or let them be automatically detected
# If you specify values here, they will overwrite your currently applied CO / voltage offset settings
# If you leave the value blank or at "Default", it will try to automatically detect your current settings
#
# Use a comma separated list or define a single value that will be applied to all cores
# For Intel, this currently only really supports a single voltage offset that is applied to each core
# For Ryzen, you can define the Curve Optimizer value for each core
#
# Note: For Ryzen, the minimum possible Curve Optimizer value is defined by your CPU (and possibly motherboard)
# -30 is a common minimum value for Curve Optimizer, sometimes even -50
# Note: For Intel, the values are provided in millivolts, so e.g. -130 for an undervolt of -0.130v
#
# IMPORTANT: Use a negative sign if you want negative CO values / a negative voltage offset, not providing a
# negative sign will instead apply a positive CO / voltage offset!
#
# Example for setting Curve Optimizer values for a Ryzen 5800X with 8 cores:
# startValues = -15, -10, -15, -8, 2, -20, 0, -30
#
# Example to assign a single Curve Optimizer value to all cores:
# startValues = -20
#
# Example to assign a voltage offset of -0.120v (120mv) for Intel processors:
# startValues = -120
#
# Default: Default
startValues = Default
# The upper limit for the Curve Optimizer values / voltage offset
# If this limit has been reached, no further adjustments will be performed
# Instead the core will now simply throw an error and the regular "skipCoreOnError" setting will be obeyed
# This is either a Curve Optimizer value or a voltage offset value
#
# IMPORTANT: Be sensible about this value, setting it too high into the positive could apply a too high
# voltage to your CPU and may damage it!
#
# Default: 0
maxValue = 0
# The amount by which to increase the Curve Optimizer / voltage offset value
# On an error, the Curve Optimizer / voltage offset value will be increased by this amount
# For Ryzen, a value between 1 and 5 seems reasonable
# For Intel, you should probably set this to 5 to increase the vCore by 5mv after an error
#
# Setting it to "Default" will set the value to 1 for Ryzen and 5 for Intel
#
# Default: Default
incrementBy = Default
# Repeat the test on a core if it has thrown an error and the Curve Optimizer / voltage offset value was increased
# Setting this to 1 will restart the test, until it has not thrown an error, or until the maximum value has been reached
# Setting it to 0, the script will continue to the next core in line as normal
#
# Default: 1
repeatCoreOnError = 1
# Try to automatically resume after a crash / hard reboot
# If this setting is enabled, the script will try to automatically resume after a reboot has occurred
# It creates a Scheduled Task that will be run at logon, which then tries to resume where it left off,
# optionally repeating the last core with an adjusted value (see the repeatCoreOnError setting)
#
# IMPORTANT: If you just close the CoreCycler window without properly exiting the script with CTRL+C,
# the Scheduled Task will remain and will be executed on the next reboot!
# So make sure that you always exit CoreCycler by pressing CTRL+C
#
# IMPORTANT: The Scheduled Task will execute once you log back in to your user account
# So for a true automated testing, it would be beneficial if you activated auto-logon
# Be aware that this might pose a security risk though, so make sure to consider the risks!
# https://learn.microsoft.com/en-us/sysinternals/downloads/autologon
# https://learn.microsoft.com/en-us/troubleshoot/windows-server/user-profiles-and-logon/turn-on-automatic-logon
#
# Default: 0
enableResumeAfterUnexpectedExit = 0
[/spoiler]
. Dann erhält man den Fehler "- The Prime95 process doesn't use enough CPU power anymore (only 0ms instead of the expected 2000ms)"
