ListData* Engine::getList(uint64_t timeout, boost::atomic<bool>& interruptor) {
boost::unique_lock<boost::mutex> lock(mutex_);
if (!(aggregate_status_ & DeviceStatus::can_run)) {
PL_WARN << "<Engine> No devices exist that can perform acquisition";
return nullptr;
}
Spill* one_spill;
ListData* result = new ListData;
PL_INFO << "<Engine> Multithreaded list mode acquisition scheduled for " << timeout << " seconds";
CustomTimer *anouncement_timer = nullptr;
double secs_between_anouncements = 5;
get_all_settings();
save_optimization();
result->run.state = pull_settings();
result->run.detectors = get_detectors();
result->run.time = boost::posix_time::microsec_clock::universal_time();
SynchronizedQueue<Spill*> parsedQueue;
if (daq_start(&parsedQueue))
PL_DBG << "<Engine> Started device daq threads";
CustomTimer total_timer(timeout, true);
anouncement_timer = new CustomTimer(true);
while (daq_running()) {
wait_ms(1000);
if (anouncement_timer->s() > secs_between_anouncements) {
PL_INFO << " RUNNING Elapsed: " << total_timer.done()
<< " ETA: " << total_timer.ETA();
delete anouncement_timer;
anouncement_timer = new CustomTimer(true);
}
if (interruptor.load() || (timeout && total_timer.timeout())) {
if (daq_stop())
PL_DBG << "<Engine> Stopped device daq threads successfully";
else
PL_ERR << "<Engine> Failed to stop device daq threads";
}
}
delete anouncement_timer;
result->run.time = boost::posix_time::microsec_clock::universal_time();
wait_ms(500);
while (parsedQueue.size() > 0) {
one_spill = parsedQueue.dequeue();
for (auto &q : one_spill->hits)
result->hits.push_back(q);
delete one_spill;
}
parsedQueue.stop();
return result;
}
int main (int argc, char *argv[]){
// VERIFICAR SE O USUARIO
// CONTINUA OU SAI DO PROGRAMA
char op=NULL;
do {
PPMImageParams* imageParams;
imageParams = (PPMImageParams *)malloc(sizeof(PPMImageParams));
// CARREGA O MENU OU SETA AS OPCOES
// CASO INSERIDAS NA LINHA DE COMANDO
initialParams* ct = (initialParams *)calloc(1,sizeof(initialParams));
ct->DIRIMGIN = "images_in/";
ct->DIRIMGOUT = "images_out/";
ct->DIRRES = "resultados/";
ct->typeAlg = 'S'; // SEQUENCIAL
menu(ct, argc, argv);
sprintf((char*) &imageParams->fileOut, "%s%s", ct->DIRIMGOUT, ct->filePath);
sprintf((char*) &imageParams->fileIn, "%s%s", ct->DIRIMGIN, ct->filePath);
if (ct->filePath != NULL) {
// RELOGIO
tempo* relogio = (tempo* )malloc(sizeof(tempo)*2);
//CARREGA O RELOGIO
timer* tempoA = (timer *)malloc(sizeof(timer));
timer* tempoR = (timer *)malloc(sizeof(timer));
timer* tempoF = (timer *)malloc(sizeof(timer));
timer* tempoW = (timer *)malloc(sizeof(timer));
start_timer(tempoA);
sequencial(imageParams, ct, tempoR, tempoF, tempoW);
//PARA O RELOGIO
stop_timer(tempoA);
relogio[0].tempoA = total_timer(tempoA);
relogio[1].tempoR = total_timer(tempoR);
relogio[1].tempoF = total_timer(tempoF);
relogio[1].tempoW = total_timer(tempoW);
show_timer(relogio, 1);
// ESCREVENDO OS RESULTADOS
// NO ARQUIVO /resultados/
writeFile(ct, imageParams, relogio);
// LIMPANDO A MEMORIA
cleanMemory(ct, imageParams, NULL, relogio, tempoA, tempoR, tempoF, tempoW);
} else {
printf("\nOpcao invalida!\n\n");
}
if (!argv[1]) {
printf("\nPressione 's' para voltar ao menu ou 'n' para sair...\n");
int ret = scanf(" %c", &op);
if (ct->debug >= 1) printf("\nRet OP: %d", ret);
} else {
op = 'n';
}
} while (op != 'n');
return 0;
}
void Engine::getMca(uint64_t timeout, SpectraSet& spectra, boost::atomic<bool>& interruptor) {
boost::unique_lock<boost::mutex> lock(mutex_);
if (!(aggregate_status_ & DeviceStatus::can_run)) {
PL_WARN << "<Engine> No devices exist that can perform acquisition";
return;
}
PL_INFO << "<Engine> Multithreaded spectra acquisition scheduled for " << timeout << " seconds";
CustomTimer *anouncement_timer = nullptr;
double secs_between_anouncements = 5;
SynchronizedQueue<Spill*> parsedQueue;
boost::thread builder(boost::bind(&Qpx::Engine::worker_MCA, this, &parsedQueue, &spectra));
Spill* spill = new Spill;
get_all_settings();
save_optimization();
spill->run.state = pull_settings();
spill->run.detectors = get_detectors();
spill->run.time = boost::posix_time::microsec_clock::universal_time();
parsedQueue.enqueue(spill);
if (daq_start(&parsedQueue))
PL_DBG << "<Engine> Started device daq threads";
CustomTimer total_timer(timeout, true);
anouncement_timer = new CustomTimer(true);
while (daq_running()) {
wait_ms(1000);
if (anouncement_timer->s() > secs_between_anouncements) {
if (timeout > 0)
PL_INFO << " RUNNING Elapsed: " << total_timer.done()
<< " ETA: " << total_timer.ETA();
else
PL_INFO << " RUNNING Elapsed: " << total_timer.done();
delete anouncement_timer;
anouncement_timer = new CustomTimer(true);
}
if (interruptor.load() || (timeout && total_timer.timeout())) {
if (daq_stop())
PL_DBG << "<Engine> Stopped device daq threads successfully";
else
PL_ERR << "<Engine> Failed to stop device daq threads";
}
}
delete anouncement_timer;
spill = new Spill;
get_all_settings();
save_optimization();
spill->run.state = pull_settings();
spill->run.detectors = get_detectors();
spill->run.time = boost::posix_time::microsec_clock::universal_time();
parsedQueue.enqueue(spill);
wait_ms(500);
while (parsedQueue.size() > 0)
wait_ms(1000);
wait_ms(500);
parsedQueue.stop();
wait_ms(500);
builder.join();
}
