GaloisRuntime::ThreadPool Class Reference

#include <Threads.h>

Public Member Functions
virtual void	run (Galois::Executable *work)=0
	execute work on all threads The work object is not duplicated in any way
virtual unsigned int	setActiveThreads (unsigned int num)=0
	change the number of threads to num returns the number that the runtime chooses (may not be num)
unsigned int	getActiveThreads () const
	How many threads will be used.
Static Public Member Functions
static unsigned int	getMyID () __attribute__((pure))
Static Protected Member Functions
static void	NotifyAware (bool starting)
Protected Attributes
unsigned int	activeThreads
Static Private Attributes
static __thread unsigned int	LocalThreadID = ~0
	This, once initialized by a thread, stores an dense index/label for that thread.
static int	nextThreadID = 0
	This stores the next thread id.
Friends
struct	initMainThread

Member Function Documentation

unsigned int GaloisRuntime::ThreadPool::getActiveThreads ( ) const [inline]

How many threads will be used.

unsigned int ThreadPool::getMyID ( ) [static]

void ThreadPool::NotifyAware ( bool starting ) [static, protected]

virtual void GaloisRuntime::ThreadPool::run ( Galois::Executable * work ) [pure virtual]

execute work on all threads The work object is not duplicated in any way

virtual unsigned int GaloisRuntime::ThreadPool::setActiveThreads ( unsigned int num ) [pure virtual]

change the number of threads to num returns the number that the runtime chooses (may not be num)

friend struct initMainThread [friend]

__thread unsigned int ThreadPool::LocalThreadID = ~0 [static, private]

This, once initialized by a thread, stores an dense index/label for that thread.

int ThreadPool::nextThreadID = 0 [static, private]

This stores the next thread id.

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