void ReleaseVectors()
{
Switch* p;
while (stdSwitches.pop_back(p))
SafeDelete(p);
while (ourSwitches.pop_back(p))
SafeDelete(p);
};
void CRunQueue::ProcessRunQueue()
{
#ifdef _DEBUG
// We run in self thread
if (mb_InExecution)
{
_ASSERTE(!mb_InExecution);
}
#endif
// Block adding new requests from other threads
MArray<RunQueueItem> Stack;
MSectionLockSimple cs;
cs.Lock(mpcs_QueueLock);
RunQueueItem item = {};
while (m_RunQueue.pop_back(item))
{
//item = m_RunQueue[0];
//m_RunQueue.erase(0);
Stack.push_back(item);
}
cs.Unlock();
DWORD nCurDelay, nWaitExtra;
bool bOpt;
// And process stack
while (!mb_Terminate && Stack.pop_back(item))
{
if (!gpConEmu->isValid(item.pVCon))
continue;
CVConGuard VCon(item.pVCon);
if (!VCon.VCon())
continue;
// Avoid too fast process creation?
if (mn_LastExecutionTick)
{
nCurDelay = (GetTickCount() - mn_LastExecutionTick);
if (nCurDelay < RUNQUEUE_CREATE_LAG)
{
nWaitExtra = (RUNQUEUE_CREATE_LAG - nCurDelay);
Sleep(nWaitExtra);
}
}
mb_InExecution = true;
bOpt = gpConEmu->ExecuteProcessPrepare();
VCon->RCon()->OnStartProcessAllowed();
gpConEmu->ExecuteProcessFinished(bOpt);
mb_InExecution = false;
// Remember last execution moment
mn_LastExecutionTick = GetTickCount();
}
}