Single-thread-driven, fixed-capacity scheduler for stackless run-to-completion jobs. More...

#include <Fibers.h>

Public Member Functions
	FiberJobScheduler (const FiberJobScheduler &)=delete

FiberJobScheduler &	operator= (const FiberJobScheduler &)=delete

Result	create (Span< FiberJob * > readyStorage)

Result	close ()

Result	spawn (FiberJob &job, FiberJob::Procedure procedure)

Result	spawn (FiberJob &job, FiberJob::Procedure procedure, FiberCancellationToken token)

Result	runOne (bool &outRanJob)

Result	run ()

Result	shutdown ()

Result	requestCancel (FiberJob &job)

Result	requestCancel (FiberCancellationTokenSource &tokenSource)

Result	requestCancelAll ()

bool	isOpen () const

bool	hasReadyJobs () const

bool	hasActiveJobs () const

size_t	capacity () const

size_t	readyJobCount () const

size_t	activeJobCount () const

FiberJob *	currentJob ()

Detailed Description

Single-thread-driven, fixed-capacity scheduler for stackless run-to-completion jobs.

This first concrete scheduler intentionally does not create worker threads. Calls must not overlap across threads. A later worker-pool topology can build on the same FiberJob state and ownership contract without adding stacks.

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

Fibers.h

Public Member Functions

Detailed Description