Bool PowerControlArbitrator::arbitrate(UIntN policyIndex, PowerControlType::Type controlType,
const Percentage& dutyCycle)
{
updatePolicyRequest(policyIndex, controlType, dutyCycle);
Percentage lowestRequest = getLowestRequest(controlType, m_requestedDutyCycles);
Bool changed = setArbitratedRequest(controlType, lowestRequest);
return changed;
}
Bool PowerControlArbitrator::arbitrate(UIntN policyIndex, PowerControlType::Type controlType,
const TimeSpan& timeWindow)
{
updatePolicyRequest(policyIndex, controlType, timeWindow);
TimeSpan lowestRequest = getLowestRequest(controlType, m_requestedTimeWindows);
Bool changed = setArbitratedRequest(controlType, lowestRequest);
return changed;
}
Bool PowerControlArbitrator::arbitrate(UIntN policyIndex, PowerControlType::Type controlType,
const Power& powerLimit)
{
updatePolicyRequest(policyIndex, controlType, powerLimit);
Power lowestRequest = getLowestRequest(controlType, m_requestedPowerLimits);
Bool changed = setArbitratedRequest(controlType, lowestRequest);
return changed;
}
Bool PowerControlCapabilitiesArbitrator::arbitrate(
UIntN policyIndex, const PowerControlDynamicCapsSet& capSet)
{
auto prevArbitratedCaps = getArbitratedPowerControlCapabilities();
updatePolicyRequest(capSet, policyIndex);
auto nextArbitratedCaps = getArbitratedPowerControlCapabilities();
return (prevArbitratedCaps != nextArbitratedCaps);
}
void PowerControlArbitrator::commitPolicyRequest(
UIntN policyIndex,
PowerControlType::Type controlType,
const Percentage& dutyCycle)
{
updatePolicyRequest(policyIndex, controlType, dutyCycle, m_requestedDutyCycles);
Percentage lowestRequest = getLowestRequest(controlType, m_requestedDutyCycles);
setArbitratedRequest(controlType, lowestRequest);
}
void PowerControlArbitrator::commitPolicyRequest(
UIntN policyIndex,
PowerControlType::Type controlType,
const TimeSpan& timeWindow)
{
updatePolicyRequest(policyIndex, controlType, timeWindow, m_requestedTimeWindows);
TimeSpan lowestRequest = getLowestRequest(controlType, m_requestedTimeWindows);
setArbitratedRequest(controlType, lowestRequest);
}
void PowerControlArbitrator::commitPolicyRequest(
UIntN policyIndex,
PowerControlType::Type controlType,
const Power& powerLimit)
{
updatePolicyRequest(policyIndex, controlType, powerLimit, m_requestedPowerLimits);
Power lowestRequest = getLowestRequest(controlType, m_requestedPowerLimits);
setArbitratedRequest(controlType, lowestRequest);
}
DisplayControlDynamicCaps DisplayControlCapabilitiesArbitrator::arbitrate(
UIntN policyIndex,
const DisplayControlDynamicCaps& caps)
{
auto tempPolicyMinRequests = m_requestedMinDisplayIndex;
auto tempPolicyMaxRequests = m_requestedMaxDisplayIndex;
updatePolicyRequest(caps, policyIndex, tempPolicyMinRequests, tempPolicyMaxRequests);
auto minDisplayIndex = getHighestMinDisplayIndex(tempPolicyMinRequests);
auto maxDisplayIndex = getLowestMaxDisplayIndex(tempPolicyMaxRequests);
if (maxDisplayIndex > minDisplayIndex)
{
maxDisplayIndex = minDisplayIndex;
}
return DisplayControlDynamicCaps(maxDisplayIndex, minDisplayIndex);
}
void DisplayControlCapabilitiesArbitrator::commitPolicyRequest(UIntN policyIndex, const DisplayControlDynamicCaps& caps)
{
updatePolicyRequest(caps, policyIndex, m_requestedMinDisplayIndex, m_requestedMaxDisplayIndex);
}
