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MutexLockC::MutexLockC(MutexC &) MutexLockC::MutexLockC(const MutexC &) MutexLockC::MutexLockC(const MutexC &,bool) MutexLockC::~MutexLockC(void) MutexLockC::Unlock(void) MutexLockC::Lock(void) MutexLockC::IsLocked(void) const

The destructor of this object removed the lock if it is held. This ensures whenever the lock goes out of scope, either by returning from the function or if an exception is held, that the lock will be released properly.

It is the users responsability to ensure that the MutexC remains valid for the lifetime of any MutexLockC instance.

MutexC & mutex;

bool locked;

MutexLockC(MutexC & m)

Create a lock on a mutex.

MutexLockC(const MutexC & m)

Create a lock on a mutex.
This may not seem like a good idea, but it allows otherwise constant functions to lock out other accesses to data without undue faffing.

MutexLockC(const MutexC & m,bool tryLock)

Try and create a lock on a mutex.
This may not seem like a good idea, but it allows otherwise constant functions to lock out other accesses to data without undue faffing.

~MutexLockC()

Create a lock on a mutex.

void Unlock()

Unlock the mutex.

void Lock()

re Lock the mutex.

bool IsLocked() const

Is it locked ?