# Parameter definitions for thorn ContractManagerSTC
# $Header$

# private:
#  
# KEYWORD bound "Type of boundary condition to use"
# {
#   "none"      :: "No boundary condition"
#   "flat"      :: "Flat boundary condition"
#   "radiation" :: "Radiation boundary condition"
# } "none"

private:

INT iQuantumTime "number of seconds to use in timing algorithm to determine if the CPU time per iteration is increasing" STEERABLE = ALWAYS
{
 1:*:: "positive"
} 10

INT iPercentIncreaseThreshold "If a quantum of time shows this amount of increase in the average time per iterations, then signal violation" STEERABLE = ALWAYS
{
 1:*:: "positive"
} 10

INT iViolateMax "If this many quanta of time violated the percent increase parameter, then shutdown (and migrate)" STEERABLE = ALWAYS
{
 1:*:: "positive"
} 3

BOOLEAN bShutdownNow "Notify to shut down (and migrate) now." STEERABLE = ALWAYS
{
} no


#INT lItersIgnore "Ignore (for the sake of the reference) any iterations that occurred during a quantum in violation - this is how many are being ignored"
#{
# 0:*:: "positive"
#} 0
#
#INT lTimeIgnore "Ignore (for the sake of the reference) the time that a quantum in violation took - this is how much time is being ignored"
#{
# 0:*:: "positive"
#} 0
#
#
#INT lTotalIters "Number of iterations that have occurred (ignore the first two iterations because they might give bogus data)"
#{
# -5:*:: "mostly positive"
#} -2
#
#INT iNumViolate "number of violations so far"
#{
# 0:*:: "positive"
#} 0
#
#INT lLastCheckTime "time whan the last quantum finished"
#{
# 0:*:: "positive"
#} 0
#INT lBegin "time when the entire process began"
#{
# 0:*:: "positive"
#} 0
#INT lLastCheckIter "iteration number when the last quantum finished"
#{
# 0:*:: "positive"
#} 0
#INT lAvgTimeLastCheck "average time per iteration from earlier/ iterations - kept as reference comparison"
#{
# 0:*:: "positive"
#} 0