public static void SetPackagePowerLimitValues(PackagePowerLimitIndex idx, PackagePowerLimit ppl, PackagePowerLimitMask mask)
{
double pwr, erg, tme;
GetRaplPowerUnits(out pwr, out erg, out tme);
if ((mask & PackagePowerLimitMask.PowerLimit) == PackagePowerLimitMask.PowerLimit)
{
switch (idx)
{
case PackagePowerLimitIndex._1:
SetRegisterValue(PropertiesRAPL_RegLocations.Instance.PkgPowerLimit1_MSR, PropertiesRAPL_RegLocations.Instance.PkgPowerLimit1_BitRange, (ulong)(ppl.PowerLimit / pwr));
break;
case PackagePowerLimitIndex._2:
SetRegisterValue(PropertiesRAPL_RegLocations.Instance.PkgPowerLimit2_MSR, PropertiesRAPL_RegLocations.Instance.PkgPowerLimit2_BitRange, (ulong)(ppl.PowerLimit / pwr));
break;
}
}
if ((mask & PackagePowerLimitMask.TimeWindowForPowerLimit) == PackagePowerLimitMask.TimeWindowForPowerLimit)
{
ulong encodedTimeVal = EncodeTimeWindowForPowerLimit(ppl.TimeWindowForPowerLimit, tme);
switch (idx)
{
case PackagePowerLimitIndex._1:
SetRegisterValue(PropertiesRAPL_RegLocations.Instance.TimeWindowPowerLimit1_MSR, PropertiesRAPL_RegLocations.Instance.TimeWindowPowerLimit1_BitRange, encodedTimeVal);
break;
case PackagePowerLimitIndex._2:
SetRegisterValue(PropertiesRAPL_RegLocations.Instance.TimeWindowPowerLimit2_MSR, PropertiesRAPL_RegLocations.Instance.TimeWindowPowerLimit2_BitRange, encodedTimeVal);
break;
}
}
if ((mask & PackagePowerLimitMask.EnablePowerLimit) == PackagePowerLimitMask.EnablePowerLimit)
{
switch (idx)
{
case PackagePowerLimitIndex._1:
SetRegisterValue(PropertiesRAPL_RegLocations.Instance.EnablePowerLimit1_MSR, PropertiesRAPL_RegLocations.Instance.EnablePowerLimit1_Bit, ppl.EnablePowerLimit);
break;
case PackagePowerLimitIndex._2:
SetRegisterValue(PropertiesRAPL_RegLocations.Instance.EnablePowerLimit2_MSR, PropertiesRAPL_RegLocations.Instance.EnablePowerLimit2_Bit, ppl.EnablePowerLimit);
break;
}
}
if ((mask & PackagePowerLimitMask.PackageClampingLimitation) == PackagePowerLimitMask.PackageClampingLimitation)
{
switch (idx)
{
case PackagePowerLimitIndex._1:
SetRegisterValue(PropertiesRAPL_RegLocations.Instance.PackageClampingLimit1_MSR, PropertiesRAPL_RegLocations.Instance.PackageClampingLimit1_Bit, ppl.PackageClampingLimitation);
break;
case PackagePowerLimitIndex._2:
SetRegisterValue(PropertiesRAPL_RegLocations.Instance.PackageClampingLimit2_MSR, PropertiesRAPL_RegLocations.Instance.PackageClampingLimit2_Bit, ppl.PackageClampingLimitation);
break;
}
}
}
public static PackagePowerLimit GetPackagePowerLimitValues(PackagePowerLimitIndex idx)
{
double pwr, erg, tme;
GetRaplPowerUnits(out pwr, out erg, out tme);
PackagePowerLimit pplv = new PackagePowerLimit();
switch (idx)
{
case PackagePowerLimitIndex._1:
pplv.PowerLimit = GetPackagePowerLimit1_RegVal() * pwr;
pplv.TimeWindowForPowerLimit = DecodeTimeWindowForPowerLimit(GetTimeWindowPowerLimit1_RegVal(), tme);
pplv.EnablePowerLimit = GetRegisterValue(PropertiesRAPL_RegLocations.Instance.EnablePowerLimit1_MSR, PropertiesRAPL_RegLocations.Instance.EnablePowerLimit1_Bit);
pplv.PackageClampingLimitation = GetRegisterValue(PropertiesRAPL_RegLocations.Instance.PackageClampingLimit1_MSR, PropertiesRAPL_RegLocations.Instance.PackageClampingLimit1_Bit);
break;
case PackagePowerLimitIndex._2:
pplv.PowerLimit = GetPackagePowerLimit2_RegVal() * pwr;
pplv.TimeWindowForPowerLimit = DecodeTimeWindowForPowerLimit(GetTimeWindowPowerLimit2_RegVal(), tme);
pplv.EnablePowerLimit = GetRegisterValue(PropertiesRAPL_RegLocations.Instance.EnablePowerLimit2_MSR, PropertiesRAPL_RegLocations.Instance.EnablePowerLimit2_Bit);
pplv.PackageClampingLimitation = GetRegisterValue(PropertiesRAPL_RegLocations.Instance.PackageClampingLimit2_MSR, PropertiesRAPL_RegLocations.Instance.PackageClampingLimit2_Bit);
break;
}
return pplv;
}
