Collaboration diagram for Aampcli:

Public Member Functions
void	doAutomation (int startChannel, int stopChannel, int maxTuneTimeS, int playTimeS, int betweenTimeS)

FILE *	getConfigFile (const std::string &cfgFile)

void	initPlayerLoop (int argc, char **argv)
	To initialize Gstreamer and start mainloop (for standalone mode) More...

void	newPlayerInstance (void)

	Aampcli (const Aampcli &aampcli)

Aampcli &	operator= (const Aampcli &aampcli)

Static Public Member Functions
static void	runCommand (void *args)

static void *	aampGstPlayerStreamThread (void *arg)
	Thread to run mainloop (for standalone mode) More...

Data Fields
bool	mInitialized

bool	mEnableProgressLog

bool	mbAutoPlay

std::string	mTuneFailureDescription

PlayerInstanceAAMP *	mSingleton

MyAAMPEventListener *	mEventListener

GMainLoop *	mAampGstPlayerMainLoop

GThread *	mAampMainLoopThread

std::vector< PlayerInstanceAAMP * >	mPlayerInstances

yes

Definition at line 61 of file Aampcli.h.

Member Function Documentation

void * Aampcli::aampGstPlayerStreamThread ( void * arg )

static

Thread to run mainloop (for standalone mode)

Parameters

[in] arg user_data

Return values

void pointer

Definition at line 255 of file Aampcli.cpp.

void Aampcli::initPlayerLoop	(	int	argc,
		char **	argv
	)

To initialize Gstreamer and start mainloop (for standalone mode)

Parameters

[in]	argc	number of arguments
[in]	argv	array of arguments

Definition at line 272 of file Aampcli.cpp.

The documentation for this class was generated from the following files: