Pool of threads allowing parallel execution. More...

#include <ThreadPool.h>

Public Types
enum class	SchedulingPolicy { SP_ROUNDROBIN , SP_BESTFIT , SP_EXPLICIT }

Public Member Functions
	ThreadPool (const ThreadPoolOpts &opts)

size_t	getNumThreads () const

template<class TArg , class ... FTypes>
void	execute (const ExecutionOpts &opts, Barrier &barrier, TArg &&arg, std::exception_ptr &except, FTypes ... functions)

template<class ... FTypes>
void	execute (const ExecutionOpts &opts, Barrier &barrier, std::exception_ptr &except, FTypes ... functions)

template<class TArg , class ... FTypes>
Barrier	execute (const ExecutionOpts &opts, TArg &&arg, std::exception_ptr &except, FTypes ... functions)

template<class ... FTypes>
Barrier	execute (const ExecutionOpts &opts, std::exception_ptr &except, FTypes ... functions)

template<class ReturnTuple , class TArg , class ... FTypes>
void	executeWithResult (const ExecutionOpts &opts, Barrier &barrier, ReturnTuple &output, TArg &&arg, std::exception_ptr &except, FTypes ... functions)
	execute given functions and return result in the tuple

template<class ReturnTuple , class TArg , class ... FTypes>
Barrier	executeWithResult (const ExecutionOpts &opts, ReturnTuple &output, TArg &&arg, std::exception_ptr &except, FTypes ... functions)

template<class ReturnTuple , class ... FTypes>
Barrier	executeWithResult (const ExecutionOpts &opts, ReturnTuple &output, std::exception_ptr &except, FTypes ... functions)

std::shared_ptr< ThreadRunnable >	selectThread (const ExecutionOpts &opts)
	select thread for execution based on given opts

Static Public Attributes
constexpr static int	THREADS_USE_ALL_CORES = ::std::numeric_limits<int>::max()

constexpr static uint64_t	THREAD_AFFINITY_ALL = -1

Detailed Description

Pool of threads allowing parallel execution.

Code example:

ThreadPool::ThreadPoolOpts opts;
ThreadPool myPool(opts);
ThreadPool::ExecutionOpts exopts;

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

Classes