private void SignalOrReset()
{
// Should be invoked under lock only
if (_connections.Count == 0)
{
// no connections are available, clear the signal flag
_semaphoreSlimSignalable.Reset();
}
else
{
// signal that connections are available
_semaphoreSlimSignalable.Signal();
}
}
public void Clear()
{
lock (_poolState)
{
_poolState.ThrowIfNotInitialized();
if (_poolState.TransitionState(State.Paused))
{
_clearingEventHandler?.Invoke(new ConnectionPoolClearingEvent(_serverId, _settings));
_maintenanceHelper.Cancel();
_generation++;
_maxConnectionsQueue.Signal();
_maxConnectingQueue.Signal();
_clearedEventHandler?.Invoke(new ConnectionPoolClearedEvent(_serverId, _settings));
}
}
}
public void Clear(bool closeInUseConnections = false)
{
lock (_poolState)
{
_poolState.ThrowIfNotInitialized();
if (_poolState.TransitionState(State.Paused))
{
_clearingEventHandler?.Invoke(new ConnectionPoolClearingEvent(_serverId, _settings));
int?maxGenerationToReap = closeInUseConnections ? _generation : null;
_generation++;
_maintenanceHelper.Stop(maxGenerationToReap);
_maxConnectionsQueue.Signal();
_maxConnectingQueue.Signal();
_clearedEventHandler?.Invoke(new ConnectionPoolClearedEvent(_serverId, _settings));
}
}
}