void start_process() {
#ifdef USE_OPENCL
LOGINFO("Starting sound using OpenCL!");
#else
LOGINFO("Starting sound using CPU!");
#endif
OPENSL_STREAM *p;
int i;
float outbuffer[VECSAMPS_STEREO];
p = android_OpenAudioDevice(SR,0,2,BUFFERFRAMES);
if(p == NULL) return;
on = 1;
while(on) {
calcBuffer(outbuffer, VECSAMPS_STEREO);
#ifdef MEASURE_TIME
if (tCount < MEASURE_TIME) {
tDeltaSum += (t2 - t1) / MEASURE_TIME;
tCount++;
} else {
print_exec_time(tDeltaSum, "gen-buffer");
tDeltaSum = 0;
tCount = 0;
}
#endif
android_AudioOut(p,outbuffer,VECSAMPS_STEREO);
}
android_CloseAudioDevice(p);
}
void Power_Module::run(){
totalTime = GetSimTime();
channelWirePower=0;
channelClkPower=0;
channelDFFPower=0;
channelLeakPower=0;
inputReadPower=0;
inputWritePower=0;
inputLeakagePower=0;
switchPower=0;
switchPowerCtrl=0;
switchPowerLeak=0;
outputPower=0;
outputPowerClk=0;
outputCtrlPower=0;
channelArea=0;
switchArea=0;
inputArea=0;
outputArea=0;
maxInputPort = 0;
maxOutputPort = 0;
vector<FlitChannel *> inject = net->GetInject();
vector<FlitChannel *> eject = net->GetEject();
vector<FlitChannel *> chan = net->GetChannels();
for(int i = 0; i<net->NumNodes(); i++){
calcChannel(inject[i]);
}
for(int i = 0; i<net->NumNodes(); i++){
calcChannel(eject[i]);
}
for(int i = 0; i<net->NumChannels();i++){
calcChannel(chan[i]);
}
vector<Router*> routers = net->GetRouters();
for(size_t i = 0; i < routers.size(); i++){
IQRouter* temp = dynamic_cast<IQRouter*>(routers[i]);
const BufferMonitor * bm = temp->GetBufferMonitor();
calcBuffer(bm);
const SwitchMonitor * sm = temp->GetSwitchMonitor();
calcSwitch(sm);
}
double totalpower = channelWirePower+channelClkPower+channelDFFPower+channelLeakPower+ inputReadPower+inputWritePower+inputLeakagePower+ switchPower+switchPowerCtrl+switchPowerLeak+outputPower+outputPowerClk+outputCtrlPower;
double totalarea = channelArea+switchArea+inputArea+outputArea;
cout<< "-----------------------------------------\n" ;
cout<< "- OCN Power Summary\n" ;
cout<< "- Completion Time: "<<totalTime <<"\n" ;
cout<< "- Flit Widths: "<<channel_width<<"\n" ;
cout<< "- Channel Wire Power: "<<channelWirePower <<"\n" ;
cout<< "- Channel Clock Power: "<<channelClkPower <<"\n" ;
cout<< "- Channel Retiming Power: "<<channelDFFPower <<"\n" ;
cout<< "- Channel Leakage Power: "<<channelLeakPower <<"\n" ;
cout<< "- Input Read Power: "<<inputReadPower <<"\n" ;
cout<< "- Input Write Power: "<<inputWritePower <<"\n" ;
cout<< "- Input Leakage Power: "<<inputLeakagePower <<"\n" ;
cout<< "- Switch Power: "<<switchPower <<"\n" ;
cout<< "- Switch Control Power: "<<switchPowerCtrl <<"\n" ;
cout<< "- Switch Leakage Power: "<<switchPowerLeak <<"\n" ;
cout<< "- Output DFF Power: "<<outputPower <<"\n" ;
cout<< "- Output Clk Power: "<<outputPowerClk <<"\n" ;
cout<< "- Output Control Power: "<<outputCtrlPower <<"\n" ;
cout<< "- Total Power: "<<totalpower <<"\n";
cout<< "-----------------------------------------\n" ;
cout<< "\n" ;
cout<< "-----------------------------------------\n" ;
cout<< "- OCN Area Summary\n" ;
cout<< "- Channel Area: "<<channelArea<<"\n" ;
cout<< "- Switch Area: "<<switchArea<<"\n" ;
cout<< "- Input Area: "<<inputArea<<"\n" ;
cout<< "- Output Area: "<<outputArea<<"\n" ;
cout<< "- Total Area: "<<totalarea<<endl;
cout<< "-----------------------------------------\n" ;
}
