The scheduler operations. More...

#include <scheduler.h>

Data Fields
void(*	initialize )(const Scheduler_Control *)

void(*	schedule )(const Scheduler_Control , Thread_Control )

Scheduler_Void_or_thread(*	yield )(const Scheduler_Control , Thread_Control )

void(*	block )(const Scheduler_Control , Thread_Control )

Scheduler_Void_or_thread(*	unblock )(const Scheduler_Control , Thread_Control )

Scheduler_Void_or_thread(*	change_priority )(const Scheduler_Control , Thread_Control , Priority_Control, bool)

void(*	node_initialize )(const Scheduler_Control , Thread_Control )

void(*	node_destroy )(const Scheduler_Control , Thread_Control )

void(*	update_priority )(const Scheduler_Control , Thread_Control , Priority_Control)

int(*	priority_compare )(Priority_Control, Priority_Control)

void(*	release_job )(const Scheduler_Control , Thread_Control , uint32_t)

void(*	tick )(const Scheduler_Control , Thread_Control )

void(*	start_idle )(const Scheduler_Control , Thread_Control , struct Per_CPU_Control *)

Detailed Description

The scheduler operations.

Field Documentation

◆ block

void( * Scheduler_Operations::block) (const Scheduler_Control *, Thread_Control *)

See also: _Scheduler_Block()

◆ change_priority

Scheduler_Void_or_thread( * Scheduler_Operations::change_priority) (const Scheduler_Control *, Thread_Control *, Priority_Control, bool)

See also: _Scheduler_Change_priority()

◆ initialize

void( * Scheduler_Operations::initialize) (const Scheduler_Control *)

See also: _Scheduler_Handler_initialization()

Referenced by _Scheduler_Handler_initialization().

◆ node_destroy

void( * Scheduler_Operations::node_destroy) (const Scheduler_Control *, Thread_Control *)

See also: _Scheduler_Node_destroy()

Referenced by _Scheduler_Node_destroy().

◆ node_initialize

void( * Scheduler_Operations::node_initialize) (const Scheduler_Control *, Thread_Control *)

See also: _Scheduler_Node_initialize()

Referenced by _Scheduler_Node_initialize().

◆ priority_compare

int( * Scheduler_Operations::priority_compare) (Priority_Control, Priority_Control)

See also: _Scheduler_Priority_compare()

Referenced by _Scheduler_Priority_compare().

◆ release_job

void( * Scheduler_Operations::release_job) (const Scheduler_Control *, Thread_Control *, uint32_t)

See also: _Scheduler_Release_job()

◆ schedule

void( * Scheduler_Operations::schedule) (const Scheduler_Control *, Thread_Control *)

See also: _Scheduler_Schedule()

◆ start_idle

void( * Scheduler_Operations::start_idle) (const Scheduler_Control *, Thread_Control *, struct Per_CPU_Control *)

See also: _Scheduler_Start_idle()

Referenced by _Scheduler_Start_idle().

◆ tick

void( * Scheduler_Operations::tick) (const Scheduler_Control *, Thread_Control *)

See also: _Scheduler_Tick()

◆ unblock

Scheduler_Void_or_thread( * Scheduler_Operations::unblock) (const Scheduler_Control *, Thread_Control *)

See also: _Scheduler_Unblock()

◆ update_priority

void( * Scheduler_Operations::update_priority) (const Scheduler_Control *, Thread_Control *, Priority_Control)

See also: _Scheduler_Update_priority()

◆ yield

Scheduler_Void_or_thread( * Scheduler_Operations::yield) (const Scheduler_Control *, Thread_Control *)

See also: _Scheduler_Yield()

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

/mnt/data0/chrisj/rtems/releases/rtems-release.git/4.11.2/ws-rtems/rtems-4.11.2/cpukit/score/include/rtems/score/scheduler.h

Data Fields