Classes
class	JobQueueInterface
class	ServiceIOJobQueueInterface
class	SerialJobQueueInterface
class	JobQueueRef
class	ServiceIOJobQueueRef
class	SerialJobQueueRef

Namespaces
	maxon

Enumerations
enum	JOBQUEUETYPE {    MAINTHREAD ,    NONE ,    LOWESTPRIORITY ,    LOWPRIORITY ,    NORMALPRIORITY ,    SERVICEIO ,    THREADLESS }
enum	JOBQUEUEMODE {    DEFAULT ,    SPIN_ON_IDLE ,    SLEEP_ON_IDLE ,    DETACH_THREADS ,    PSEUDO_THREADS }

函数
enum maxon::JOBQUEUETYPE	MAXON_ENUM_LIST (JOBQUEUETYPE)
enum maxon::JOBQUEUEMODE	MAXON_ENUM_LIST (JOBQUEUEMODE)

变量
	MAINTHREAD
	NONE
	LOWESTPRIORITY
	LOWPRIORITY
	NORMALPRIORITY
	SERVICEIO
	THREADLESS
	DEFAULT
	SPIN_ON_IDLE
	SLEEP_ON_IDLE
	DETACH_THREADS
	PSEUDO_THREADS
static const Int	JOBQUEUE_USEMAXIMUMTHREADS
static const JobQueueInterface::Current	JOBQUEUE_CURRENT
static const JobQueueInterface::None	JOBQUEUE_NONE

Variable Documentation

◆  MAINTHREAD

MAINTHREAD

Jobs are executed on the main thread whenever the event loop can spare some time: there is only one queue of this type: use GetMainThreadQueue() to access it.

◆  NONE

NONE

Jobs are not enqueued but executed in the current context.

◆  LOWESTPRIORITY

LOWESTPRIORITY

Use lowest priority threads (worker threads have lowest priority and will not idle when waiting for new jobs or waiting for a group to finish).

◆  LOWPRIORITY

LOWPRIORITY

Use low priority threads.

◆  NORMALPRIORITY

NORMALPRIORITY

Use normal priority threads (You should rarely have to create a queue with normal priority. Most of the time low priority is sufficient: This makes sure that you don't interfere with really important tasks and if available you still get all cpu power).

◆  SERVICEIO

SERVICEIO

Queue is used for IO and priority is adapted accordingly. Spinning on idle is not allowed.

◆  THREADLESS

THREADLESS