/// <inheritdoc />
public void Dispose()
{
switch (this.action)
{
case CookieAction.None:
break;
case CookieAction.ExitReadLock:
[email protected]();
DeadlockMonitor.ExitAcquired(this.parent.@lock, readLock);
break;
case CookieAction.ExitWriteLock:
[email protected]();
DeadlockMonitor.ExitAcquired(this.parent.@lock, writeLock);
break;
case CookieAction.ExitWriteAndUpgradeableReadLock:
[email protected]();
[email protected]();
DeadlockMonitor.ExitAcquired(this.parent.@lock, writeLock);
DeadlockMonitor.ExitAcquired(this.parent.@lock, upgradableReadLock);
break;
case CookieAction.EnterWriteLock:
DeadlockMonitor.EnterWaiting(this.parent.@lock, readLock, this.parent.lockedObject);
DeadlockMonitor.EnterWaiting(this.parent.@lock, writeLock, this.parent.lockedObject);
DeadlockMonitor.EnterWaiting(this.parent.@lock, upgradableReadLock, this.parent.lockedObject);
if ([email protected](WarningTimeout))
{
Debug.Print("Reacquiring a write lock on {0} from thread {1} ({2}) is taking longer than expected.",
this.parent.lockedObject, Thread.CurrentThread.ManagedThreadId, Thread.CurrentThread.Name);
DeadlockMonitor.DetectDeadlocks();
[email protected]();
}
DeadlockMonitor.ConvertWaitingToAcquired(this.parent.@lock, writeLock, this.parent.lockedObject);
DeadlockMonitor.ExitWaiting(this.parent.@lock, readLock);
DeadlockMonitor.ExitWaiting(this.parent.@lock, upgradableReadLock);
break;
case CookieAction.ExitUpgrableReaderLock:
[email protected]();
DeadlockMonitor.ExitAcquired(this.parent.@lock, upgradableReadLock);
break;
}
this.action = CookieAction.None;
GC.SuppressFinalize(this);
}
public static extern void zfb_editCookie(int id, NativeCookie cookie, CookieAction action);
/// <inheritdoc />
public void Dispose()
{
switch ( this.action )
{
case CookieAction.None:
break;
case CookieAction.ExitReadLock:
[email protected]();
DeadlockMonitor.ExitAcquired( this.parent.@lock, readLock );
break;
case CookieAction.ExitWriteLock:
[email protected]();
DeadlockMonitor.ExitAcquired( this.parent.@lock, writeLock );
break;
case CookieAction.ExitWriteAndUpgradeableReadLock:
[email protected]();
[email protected]();
DeadlockMonitor.ExitAcquired( this.parent.@lock, writeLock );
DeadlockMonitor.ExitAcquired( this.parent.@lock, upgradableReadLock );
break;
case CookieAction.EnterWriteLock:
DeadlockMonitor.EnterWaiting( this.parent.@lock, readLock, this.parent.lockedObject );
DeadlockMonitor.EnterWaiting( this.parent.@lock, writeLock, this.parent.lockedObject );
DeadlockMonitor.EnterWaiting( this.parent.@lock, upgradableReadLock, this.parent.lockedObject );
if ( [email protected]( WarningTimeout ) )
{
Debug.Print( "Reacquiring a write lock on {0} from thread {1} ({2}) is taking longer than expected.",
this.parent.lockedObject, Thread.CurrentThread.ManagedThreadId, Thread.CurrentThread.Name );
DeadlockMonitor.DetectDeadlocks();
[email protected]();
}
DeadlockMonitor.ConvertWaitingToAcquired( this.parent.@lock, writeLock, this.parent.lockedObject );
DeadlockMonitor.ExitWaiting( this.parent.@lock, readLock );
DeadlockMonitor.ExitWaiting( this.parent.@lock, upgradableReadLock );
break;
case CookieAction.ExitUpgrableReaderLock:
[email protected]();
DeadlockMonitor.ExitAcquired( this.parent.@lock, upgradableReadLock );
break;
}
this.action = CookieAction.None;
GC.SuppressFinalize( this );
}
internal Cookie( CookieAction action, ReaderWriterLockWrapper parent, StackTrace stackTrace )
{
this.action = action;
this.parent = parent;
this.stackTrace = stackTrace;
}
internal Cookie(CookieAction action, ReaderWriterLockWrapper parent, StackTrace stackTrace)
{
this.action = action;
this.parent = parent;
this.stackTrace = stackTrace;
}