void Entity::mProcessAll()
{
//Processing external inputs and all internal operators
for (mainDataType i = FirstExtInputPos; i < _nextOperatorId; i++)
{
mProcess(i);
}
//Processing external outputs
//static const unsigned short rex = ExternalOutputsCount - 1;
for (mainDataType i = 0; i < ExternalOutputsCount;)
{
mainDataType nextI = i + 1;// external output
if (_chmanager->GetCorrectAnswer(i) != GetInputValue(nextI, FirstContact))
{
//_chmanager->ReportFailure();
_incorrectAnswersCount++;
return;
}
i = nextI;
}
//_chmanager->ReportSuccess();
_correctAnswersCount++;
}
void METH(process)(t_sword * inbuf, t_sword * outbuf, t_uint16 size) {
int i;
while (mVolData.new_config) {
volctrl_set_new_config(&mVolData);
}
ASSERT(mProcess != 0);
mProcess(inbuf, outbuf, size);
// Update attributes for getConfig OMX command
ATTR(gGLL)= mVolData.current_gaindB[GLL]+VOLCTRL_OFFSET_GAIN;
ATTR(gGRR)= mVolData.current_gaindB[GRR]+VOLCTRL_OFFSET_GAIN;
ATTR(gTimeLeft) = mVolData.current_duration[GLL];
ATTR(gTimeRight) = mVolData.current_duration[GRR];
for(i=0;i<MAX_CH;i++){
if(mRampActivated[i]){
if(mVolData.nb_smooth_iter[i] == 0){
// Ramp terminated
mRampActivated[i] = 0;
// Communication with proxy
proxy.eventHandler(OMX_DSP_EventIndexSettingChanged,i, 0x1);
}
}
}
}
void Entity::mProcessLast()
{
mProcess(_nextOperatorId - 1);
}
void VstWrap::processReplacing (float **inputs, float **outputs, long numSamples)
{
mProcess(mProcessParent, inputs,outputs,numSamples,10);
}