internal void Enqueue(PerforceRequest request)
{
if (m_requestQueue.Contains(request))
throw new ArgumentException("Cannot add the same request twice");
m_requestQueue.Enqueue(request);
request.Info.RegisterRequest(request);
}
// A separate thread is used to execute the Perforce commands, to avoid freezing the main GUI thread.
private void PerforceThreadStart()
{
while (m_queryRequestedEvent.WaitOne())
{
// Clear the pending request queue quickly, by copying to a local array. We don't
// want to lock the queue for a long time because we might block the GUI thread.
PerforceRequest[] requests;
lock (m_pendingRequests)
{
requests = new PerforceRequest[m_pendingRequests.Count];
m_pendingRequests.CopyTo(requests, 0);
m_pendingRequests.Clear();
}
// Execute all of the Perforce commands.
foreach (PerforceRequest request in requests)
{
request.Execute();
}
// Update the status of the paths.
GetInfo(requests.Select(x => x.Uri));
}
}
// A separate thread is used to execute the Perforce commands, to avoid freezing the main GUI thread.
private void PerforceThreadStart()
{
while (m_queryRequestedEvent.WaitOne())
{
// Clear the pending request queue quickly, by copying to a local array. We don't
// want to lock the queue for a long time because we might block the GUI thread.
PerforceRequest[] requests;
lock (m_pendingRequests)
{
requests = new PerforceRequest[m_pendingRequests.Count];
m_pendingRequests.CopyTo(requests, 0);
m_pendingRequests.Clear();
}
// Execute all of the Perforce commands.
foreach (PerforceRequest request in requests)
request.Execute();
// Update the status of the paths.
GetInfo(requests.Select(x => x.Uri));
}
}
internal void UnregisterRequest(PerforceRequest request)
{
if (!m_requests.Contains(request))
throw new ArgumentException("Request wasn't registered with this instance");
m_requests.Remove(request);
}
internal void RegisterRequest(PerforceRequest request)
{
if (m_requests.Contains(request))
throw new ArgumentException("Request has already been registered");
m_requests.Add(request);
}
