class GCondition: public GMutex


 POSIX condition-variable wrapper class.

 Inherits from GMutex so that is automatically associated with this
 condition. So, simply lock/unlock the condition variable object to
 ensure that no signals are missed.

Function Members (Methods)

public:

	GCondition(GMutex::Init_e e = fast)
	GCondition(const GCondition&)
virtual	~GCondition()
Int_t	Broadcast()
static TClass*	Class()
virtual TClass*	IsA() const
GMutex::Lock_e	GMutex::Lock()
Int_t	LockBroadcast()
Int_t	LockSignal()
GCondition&	operator=(const GCondition&)
virtual void	ShowMembers(TMemberInspector& insp, char* parent)
Int_t	Signal()
virtual void	Streamer(TBuffer& b)
void	StreamerNVirtual(TBuffer& b)
Int_t	TimedWaitMS(UInt_t wait_ms)
Int_t	TimedWaitMuS(UInt_t wait_mus)
GMutex::Lock_e	GMutex::TryLock()
GMutex::Lock_e	GMutex::Unlock()
Int_t	Wait()

Data Members

public:

enum GMutex::Init_e {	fast
	recursive
	error_checking
};
enum GMutex::Lock_e {	ok
	bad_init
	deadlock
	busy
	perm_fail
};

Class Charts

Inheritance Inherited Members Includes Libraries

Function documentation

GCondition(GMutex::Init_e e)

~GCondition()

Int_t Wait()

 Performs wait ... mutex should be locked upon calling this method.

Int_t TimedWaitMS(UInt_t wait_ms)

 Performs timedwait ... mutex should be locked upon calling this method.
 Time given in mili-seconds.
 Returns 1 for time-out, 0 for other cases.

Int_t TimedWaitMuS(UInt_t wait_mus)

 Performs timedwait ... mutex should be locked upon calling this method.
 Time given in micro-seconds.
 Returns 1 for time-out, 0 for other cases.

Int_t Signal()

Int_t Broadcast()

Int_t LockSignal()

Int_t LockBroadcast()

GCondition(Init_e e=fast)