void ECPManager::processTQR(){
debug("[ [MAGENT]ECPManager::processTQR[REGULAR] ] Begin");
while(!_exit){
debug("[ [MAGENT]ECPManager::processTQR[REGULAR] ] I'm waiting for requests to process");
sem_wait(_tqrSemaphore);
debug(
std::string("[ [MAGENT]ECPManager::processTQR[REGULAR] ] Requests size: ") + \
std::to_string(_tqrRequests.size()));
_tqrMutex.lock(); //Lock the queue to remove a request
//MultiThreading requires this mutex
debug("[ [MAGENT]ECPManager::processTQR[REGULAR] ] Getting TQR Request from the queue");
RequestECP r = _tqrRequests.front();
_tqrRequests.pop();
debug("[ [MAGENT]ECPManager::processTQR[REGULAR] ] TQR Deleted from the queue");
_tqrMutex.unlock(); //Lock the queue to remove a request
debug(std::string("Request: ").append(r.read()));
std::pair <std::string,int> topicsList;
std::string answer;
// Request beeing handled
try{
topicsList = topics();
answer = "AWT ";
answer += std::to_string(topicsList.second);
answer += std::string(" ");
answer += topicsList.first;
answer += std::string("\n");
}catch(std::string s){
if(s == std::string("EOF")){
answer = s;
}
}
// End of Handle
r.answer(answer);
_answerMutex.lock();
debug("[ [MAGENT]ECPManager::processTQR[REGULAR] ] Inserting Request on Answer Queue");
_answers.push(r);
debug("[ [MAGENT]ECPManager::processTQR[REGULAR] ] Inserted Request on Answer Queue");
_answerMutex.unlock();
debug("[ [MAGENT]ECPManager::processTQR[REGULAR] ] Posting Answer Semaphore");
sem_post(_answerSemaphore); //So answers thread can know that there is an
//answer to send
debug("[ [MAGENT]ECPManager::processTQR[REGULAR] ] Answer Semaphore Post");
}
}
/**
* Connect to input Scrip and Field, registering it with input topic number
*/
void RTDClient::connectTopic( long topic_id, const std::string &topic_1, const std::string &topic_2 ){
if( topic_2.empty() ){ // Ignore Empty Fields
return;
}
int topics_count; is_NOW ? topics_count=3 : topics_count=2; // TODO Workaround - Pass MktWatch as Topic 1 for NOW
CComSafeArray<VARIANT> topics(topics_count);
if( is_NOW ){
topics[0] = CComBSTR( "MktWatch" );
topics[1] = CComBSTR(topic_1.c_str());
topics[2] = CComBSTR(topic_2.c_str());
}
else{
topics[0] = CComBSTR(topic_1.c_str());
topics[1] = CComBSTR(topic_2.c_str());
}
VARIANT_BOOL getNewValues = VARIANT_TRUE;
CComVariant output;
HRESULT hr = comObjectScripRTD->ConnectData(topic_id, topics.GetSafeArrayPtr(), &getNewValues, &output);
if( FAILED(hr) ){
std::cout << "Topic Connection Failed - " << topic_1 << " | " << topic_2 << " - hr - " << hr << " - " << is_NOW << std::endl;
}
else{
std::cout << "Topic Connected - " << topic_id << " - " << topic_1 << " | " << topic_2 << std::endl;
connected_topics.insert( topic_id );
}
}
//--------------------------------------------------------------
void testApp::setup(){
ofBackground(0);
ofSetVerticalSync(true);
ofSetFrameRate(60);
//sets the HUD
parser.loadFromFiles();
std::set<string> topics(parser.getAllKeywords().begin(),
parser.getAllKeywords().end() );
hud.setup();
hud.setTopics(topics);
empty.setup();
empty.playSystem();
empty.setDrawToScreen(false);
}
