cRunnerFallback

This class is used to provide a fallback kernel thread/timer for a runner of a streaming service. More...

Public Member Functions
	cRunnerFallback ()
	Constructs an empty fallback.
	~cRunnerFallback ()
	Destructor.
	cRunnerFallback (streaming::ant::INamedGraphObject *pGraphObject, const char *strRunnerName, const flash::cGraphObject::cTriggerHint &oTriggerHint, std::function< void()> fnCallback)
	This will create a runner with the given name at the graph object. More...
	cRunnerFallback (cRunnerFallback &&)
	cRunnerFallback (const cRunnerFallback &)=delete
cRunnerFallback &	operator= (cRunnerFallback &&)
cRunnerFallback &	operator= (const cRunnerFallback &)=delete
tResult	Activate (tTimeStamp tmPeriod=0)
	This activates the calling of the callback, either by a connected Active Runner or by creating a kernel thread/timer on its own. More...
void	Deactivate ()
	Prevents future calls to the callback, after the function returns.

Private Attributes
std::unique_ptr< cImplementation >	m_pImplementation

Detailed Description

This class is used to provide a fallback kernel thread/timer for a runner of a streaming service.

Do not use this class in new filter implementations and just create a runner instead! This exists only for session compatibililty of our example streaming sinks and sources.

Definition at line 24 of file runner_fallback.h.

Constructor & Destructor Documentation

cRunnerFallback()

cRunnerFallback	(	streaming::ant::INamedGraphObject *	pGraphObject,
		const char *	strRunnerName,
		const flash::cGraphObject::cTriggerHint &	oTriggerHint,
		std::function< void()>	fnCallback
	)

This will create a runner with the given name at the graph object.

Parameters

[in]	pGraphObject	The graph object that the runner should belong to.
[in]	strRunnerName	The name of the runner.
[in]	fnCallback	The callback that should be called upon triggers.

Member Function Documentation

Activate()

tResult Activate

(

tTimeStamp

tmPeriod = 0

)

This activates the calling of the callback, either by a connected Active Runner or by creating a kernel thread/timer on its own.

Parameters

[in]

tmPeriod

If no Active Runner is connected and this is not zero, a kernel timer with the given period will be created.

Returns

Standard result.