void DspComponent::_ThreadTick(int threadNo)
{
// continue only if this component has not already been ticked
if (*_hasTickeds[threadNo] == false)
{
// 1. set _hasTicked flag
*_hasTickeds[threadNo] = true;
// 2. get outputs required from input components
for (int i = 0; i < _inputWires.GetWireCount(); i++)
{
DspWire* wire = _inputWires.GetWire(i);
wire->linkedComponent->_ThreadTick(threadNo);
DspSignal* signal = wire->linkedComponent->_outputBuses[threadNo].GetSignal(wire->fromSignalIndex);
_inputBuses[threadNo].SetSignal(wire->toSignalIndex, signal);
}
// 3. clear all outputs
_outputBuses[threadNo].ClearAllValues();
// 4. wait for your turn to process.
_WaitForRelease(threadNo);
// 5. call Process_() with newly aquired inputs
Process_(_inputBuses[threadNo], _outputBuses[threadNo]);
// 6. signal that you're done processing.
_ReleaseThread(threadNo);
}
}
void DspComponent::Tick()
{
// continue only if this component has not already been ticked
if (!_hasTicked)
{
// 1. set _hasTicked flag
_hasTicked = true;
// 2. get outputs required from input components
for (int i = 0; i < _inputWires.GetWireCount(); i++)
{
DspWire* wire = _inputWires.GetWire(i);
wire->linkedComponent->Tick();
DspSignal* signal = wire->linkedComponent->_outputBus.GetSignal(wire->fromSignalIndex);
_inputBus.SetSignal(wire->toSignalIndex, signal);
}
// 3. clear all outputs
_outputBus.ClearAllValues();
// 4. call Process_() with newly aquired inputs
Process_(_inputBus, _outputBus);
}
}
void BaseWorker::Run() {
#ifdef ENABLE_PROFILING
::startSaturn();
#endif
while (!ShouldStop()) {
Process_();
}
#ifdef ENABLE_PROFILING
::stopSaturn();
#endif
}
