geopm::PowerBalancerAgent::ReduceLimitStep Class Reference

#include <PowerBalancerAgent.hpp>

Inheritance diagram for geopm::PowerBalancerAgent::ReduceLimitStep:

Collaboration diagram for geopm::PowerBalancerAgent::ReduceLimitStep:

Public Member Functions
	ReduceLimitStep ()=default
	~ReduceLimitStep ()=default
void	update_policy (PowerBalancerAgent::Role &role, const std::vector< double > &sample) const
void	enter_step (PowerBalancerAgent::LeafRole &role, const std::vector< double > &in_policy) const
void	sample_platform (PowerBalancerAgent::LeafRole &role) const
Public Member Functions inherited from geopm::PowerBalancerAgent::Step
	Step ()=default
virtual	~Step ()=default

Constructor & Destructor Documentation

ReduceLimitStep()

geopm::PowerBalancerAgent::ReduceLimitStep::ReduceLimitStep ( )

default

~ReduceLimitStep()

geopm::PowerBalancerAgent::ReduceLimitStep::~ReduceLimitStep ( )

default

Member Function Documentation

enter_step()

void geopm::PowerBalancerAgent::ReduceLimitStep::enter_step ( PowerBalancerAgent::LeafRole &  role, const std::vector< double > &  in_policy  ) const

virtual

Implements geopm::PowerBalancerAgent::Step.

sample_platform()

void geopm::PowerBalancerAgent::ReduceLimitStep::sample_platform ( PowerBalancerAgent::LeafRole &  role ) const

virtual

We wish to measure runtime that is a function of node local optimizations only, and therefore uncorrelated between compute nodes.

Implements geopm::PowerBalancerAgent::Step.

update_policy()

void geopm::PowerBalancerAgent::ReduceLimitStep::update_policy ( PowerBalancerAgent::Role &  role, const std::vector< double > &  sample  ) const

virtual

Implements geopm::PowerBalancerAgent::Step.

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The documentation for this class was generated from the following files:

• PowerBalancerAgent.hpp
• PowerBalancerAgent.cpp