thread.hpp File Reference

#include <fc/thread/task.hpp>

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Classes
class	fc::thread_idle_notifier
class	fc::thread

Namespaces
	fc
	fc::detail

Macros
#define	FC_CONTEXT_STACK_SIZE   (2048*1024)

Functions
void *	fc::detail::get_thread_specific_data (unsigned slot)
void	fc::detail::set_thread_specific_data (unsigned slot, void *new_value, void(*cleanup)(void *))
unsigned	fc::detail::get_next_unused_task_storage_slot ()
void *	fc::detail::get_task_specific_data (unsigned slot)
void	fc::detail::set_task_specific_data (unsigned slot, void *new_value, void(*cleanup)(void *))
void	fc::yield ()
void	fc::usleep (const microseconds &u)
void	fc::sleep_until (const time_point &tp)
void	fc::exec ()
template<typename T1 , typename T2 >
int	fc::wait_any (const fc::future< T1 > &f1, const fc::future< T2 > &f2, const microseconds timeout_us=microseconds::maximum())
int	fc::wait_any (std::vector< promise_base::ptr > &&v, const microseconds &timeout_us=microseconds::maximum())
int	fc::wait_any_until (std::vector< promise_base::ptr > &&v, const time_point &tp)
template<typename Functor >
auto	fc::async (Functor &&f, const char *desc FC_TASK_NAME_DEFAULT_ARG, priority prio=priority()) -> fc::future< decltype(f())>
template<typename Functor >
auto	fc::schedule (Functor &&f, const fc::time_point &t, const char *desc FC_TASK_NAME_DEFAULT_ARG, priority prio=priority()) -> fc::future< decltype(f())>
template<typename Functor >
auto	fc::sync_call (thread *t, Functor &&f, const char *desc FC_TASK_NAME_DEFAULT_ARG, priority prio=priority()) -> decltype(f())

Macro Definition Documentation

FC_CONTEXT_STACK_SIZE

#define FC_CONTEXT_STACK_SIZE   (2048*1024)

Definition at line 3 of file thread.hpp.