void Server::manageError(QString address, int port, QAbstractSocket::SocketError error){
int playerIndex = getPlayerIndex(address, port);
if(networkAnswers[playerIndex].isEmpty()){
nbNetworkAnswers++;
}
else{
qDebug() << "Server::manageError() : SUPER WEIRD, player sent first message "
<< networkAnswers[playerIndex] << " then error " << error;
}
switch(waitingForMessage){
case(WAITING_FOR_MESSAGE::INFO):
case(WAITING_FOR_MESSAGE::START):
emit playerReady(playerIndex, false);
break;
case(WAITING_FOR_MESSAGE::PLAY):
moves[playerIndex] = "";
break;
default:
break;
}
if(nbNetworkAnswers == addresses.size()){
handleTransition();
}
emit emitError(playerIndex, error);
}
void Server::processMessage(QString address, int port, QString message){
// qDebug() << "\nServer::processMessage()";
int playerIndex = getPlayerIndex(address, port);
Q_ASSERT(playerIndex >=0);
if(networkAnswers[playerIndex].isEmpty()){
nbNetworkAnswers++;
}
else{
qDebug() << "Server::processMessage() : SUPER WEIRD, player sent first message "
<< networkAnswers[playerIndex] << " then message " << message;
}
networkAnswers[playerIndex] = message;
// qDebug() << "Player " << playerIndex << " : " << message;
// Send immediate feedback
switch(waitingForMessage){
case(WAITING_FOR_MESSAGE::INFO):
if(rxPlayerName.indexIn(message)>=0){
emit playerName(playerIndex, rxPlayerName.cap(1));
}
if(rxStatusAvailable.indexIn(message) >= 0){
emit playerAvailable(playerIndex, true);
}
else{
emit playerAvailable(playerIndex, false);
}
break;
case(WAITING_FOR_MESSAGE::START):
if(rxReady.indexIn(message) >= 0){
emit playerReady(playerIndex, true);
}
else{
emit playerReady(playerIndex, false);
}
break;
case(WAITING_FOR_MESSAGE::PLAY):
moves[playerIndex] = message;
emit outputPlayerMessage(playerIndex, message);
break;
case(WAITING_FOR_MESSAGE::DONE):
if(message != "done"){
manageError(address, port, QAbstractSocket::UnknownSocketError);
}
emit outputPlayerMessage(playerIndex, message);
break;
default:
break;
}
//
if(nbNetworkAnswers == addresses.size()){
// Finish the job
// qDebug() << "Server::processMessage() : Got all the messages";
handleTransition();
}
}
// this function will get user input and create each of the nodes
string WorkflowEditor::createNode(string actor){
string node = actor;
node += ",";
string task, numEdges;
int transition;
//create a list of input questions
string * inputList = new string[sizeof(string) * 3];
inputList[0] = "\tTask: ";
inputList[1] = "\tTransition Type: ";
inputList[2] = "/tNumber of Edges: ";
cout << inputList[0];
cin.ignore();
getline(cin,task);
node += task;
node += ",";
cout << inputList[1];
cin >> transition;
stringstream transString;
transString << transition;
node += transString.str();
node += ",";
//cout << inputList[2];
//cin >> numEdges;
//node += numEdges;
//node += ",";
//long l_numEdges = strtol(numEdges.c_str(), NULL, 10);
//edgeCount = l_numEdges;
// handle transition
node += handleTransition(transition);
/*
if (transition.compare("5") == 0){
string decision;
int i;
for(i = 0; i < l_numEdges; i++){
cout << "\n\tDecision " << i+1 << ": ";
cin >> decision;
node += decision;
node += ",";
}
}
*/
cout << "\nNode created.\n";
return node;
}
void Debugger::afterTakingTransition(Interpreter& interpreter, const XERCESC_NS::DOMElement* transition) {
handleTransition(interpreter, transition, Breakpoint::AFTER);
}
void Debugger::beforeTakingTransition(Interpreter& interpreter, const XERCESC_NS::DOMElement* transition) {
handleTransition(interpreter, transition, Breakpoint::BEFORE);
}
void Debugger::afterTakingTransition(Interpreter interpreter, const Arabica::DOM::Element<std::string>& transition, bool moreComing) {
handleTransition(interpreter, transition, Breakpoint::AFTER);
}
