void dgAsyncThread::Execute (dgInt32 threadID)
{
dgAssert (threadID == m_id);
while (!m_terminate) {
SuspendExecution(m_myMutex);
m_callerMutex.Release();
if (!m_terminate) {
TickCallback(threadID);
}
}
}
void dgMutexThread::Execute (dgInt32 threadID)
{
// suspend this tread until the call thread decide to
dgAssert (threadID == m_id);
while (!m_terminate) {
// wait for the main thread to signal an update
m_mutex.Wait();
if (!m_terminate) {
TickCallback(threadID);
}
m_parentMutex.Release();
}
}
void dgAsyncThread::Execute(dgInt32 threadID)
{
dgAssert(threadID == m_id);
while (!m_terminate) {
m_mutex.Wait();
if (!m_terminate) {
dgInterlockedExchange(&m_inUpdate, 1);
dgInterlockedExchange(&m_beginUpdate, 1);
TickCallback(threadID);
dgInterlockedExchange(&m_inUpdate, 0);
}
}
}
void dgMutexThread::Execute (dgInt32 threadID)
{
// suspend this tread until the call thread decide to
dgAssert (threadID == m_id);
while (!m_terminate) {
// wait for the main thread to signal an update
SuspendExecution(m_myMutex);
if (!m_terminate) {
dgInterlockedExchange(&m_isBusy, 1);
TickCallback(threadID);
// let main thread resume execution
m_callerMutex.Release();
dgInterlockedExchange(&m_isBusy, 0);
}
}
dgInterlockedExchange(&m_isBusy, 0);
}
