Class ThreadController_NS::SimpleThreadController¶

template<typename FutureReturnType = void> class SimpleThreadController¶

Subclassed by ThreadController_NS::SimpleRunningThreadController< FutureReturnType >

Public Functions

SimpleThreadController()¶

template<bool future_return_void = std::is_void<FutureReturnType>::value> SimpleThreadController(const int max_threads, std::enable_if_t<future_return_void> * = 0)¶

template<bool future_return_void = std::is_void<FutureReturnType>::value> SimpleThreadController(const int max_threads, const FutureGetter<FutureReturnType> future_getter, std::enable_if_t<!future_return_void> * = 0)¶

virtual ~SimpleThreadController()¶

virtual int getThreadCount() const¶

virtual int getRunningThreadCount() const¶

virtual void checkThreadsStatus()¶

template<typename FuncType, typename ...Args> void startThread(FuncType &&func, Args&&... args)¶

virtual void finish()¶

Protected Functions

template<bool future_return_void = std::is_void<FutureReturnType>::value> void get_future(std::future<FutureReturnType> &future, std::enable_if_t<future_return_void> * = 0)¶

template<bool future_return_void = std::is_void<FutureReturnType>::value> void get_future(std::future<FutureReturnType> &future, std::enable_if_t<!future_return_void> * = 0)¶

Private Members

const int max_threads_¶

const FutureGetter<FutureReturnType> future_getter_ = {}¶

std::vector<std::future<FutureReturnType>> threads_¶