void HWNewNet::followPlayer(const QString & nick)
{
if (!isInRoom())
{
RawSendNet(QString("FOLLOW%1%2").arg(delimeter).arg(nick));
isChief = false;
}
}
FWEdge::RoomID
World::inRoom(const V2D &p)
{
for (FWEdge::RoomID r=0;r<m_rooms.size();++r)
{
if (isInRoom(p,r))
return r;
}
return FWEdge::noRoom;
}
void bt_scientist::update(float elapsed) {
// If we become possessed, reset the tree and stop all actions
SetMyEntity();
if (!myEntity) return;
if (first_update && !isInRoom(myParent))return;
first_update = true;
if (possessing)
setCurrent(NULL);
if (possessed) return;
if (stunned)
SET_ANIM_SCI_BT(AST_STUNNED);
updateStuck();
updateTalk("Scientist", CHandle(this).getOwner());
Recalc();
}
void Client::processPendingDatagrams()
{
while (udpSocket->hasPendingDatagrams()) {
printf("HAS PENDING DATAGRAMS...\n");
QByteArray datagram;
message_t new_mess;
char ms[75];
datagram.resize(udpSocket->pendingDatagramSize());
memset(&new_mess, 0, datagram.size());
printf("READING DATAGRAMS OF size %d\n", datagram.size());
udpSocket->readDatagram((char *) &new_mess, datagram.size());
fflush(stdout);
printf("operator: %d\n", new_mess.op);
if((new_mess.op == 1) && isInRoom(new_mess.roomName) >= 0) {
/* user joins */
QString output = "User ";
output.append(QString::fromStdString(new_mess.id));
output.append(" has joined room ");
output.append(QString::fromStdString(rooms.at(isInRoom(new_mess.roomName))));
output.append("\n");
outputText->append(output);
} else if((new_mess.op == 2) && isInRoom(new_mess.roomName) >= 0) {
/* user leaves */
QString output = "User ";
output.append(QString::fromStdString(new_mess.id));
output.append(" has left the room ");
output.append(QString::fromStdString(rooms.at(isInRoom(new_mess.roomName))));
output.append("\n");
outputText->append(output);
} else if((new_mess.op == 3) && isInRoom(new_mess.roomName) >= 0) {
/* message received */
int mes_len = new_mess.mesLen;
string message(new_mess.message);
QString output(QString::fromStdString(new_mess.id));
output.append(": ");
output.append(QString::fromStdString(message));
output.append("\n");
outputText->append(output);
} else if(new_mess.op == 4) {
/* send your list rooms */
mess.op = 5;
strcpy(mess.message, "\0");
sizeOfRooms = 0;
for(int i = 0; i < rooms.size(); i++){
char roomI[32];
strcpy(roomI, rooms.at(i).c_str());
uint16_t l = strlen(roomI);
printf("this room length: %d\n", l);
for(int j = 0; j < l; j++) {
mess.message[sizeOfRooms] = roomI[j];
sizeOfRooms ++;
}
mess.message[sizeOfRooms] = '\0';
sizeOfRooms++;
}
mess.message[sizeOfRooms] = '\0';
sizeOfRooms++;
mess.mesLen = sizeOfRooms;
printf("list of lists: %s with dim = %d\n", mess.message, mess.mesLen);
/* send back message with the list */
QByteArray datagram_to_send = QByteArray(mess.version);
for(int i = strlen(mess.version); i < 8; i++) {
datagram_to_send += '\0';
};
strcpy(mess.roomName,"");
datagram_to_send += QByteArray(mess.roomName);
for(int i = strlen(mess.roomName); i < 32; i++) {
datagram_to_send += '\0';
};
datagram_to_send += QByteArray(mess.id);
for(int i = strlen(mess.id); i < 32; i++) {
datagram_to_send += '\0';
}
datagram_to_send += mess.op;
printf("--size after operator added: %d\n", datagram_to_send.size());
datagram_to_send += (char) mess.mesLen;
datagram_to_send += (mess.mesLen >> 8);
printf("--size after mesLen added: %d\n", datagram_to_send.size());
for(int i = 0; i < mess.mesLen; i++)
datagram_to_send += mess.message[i];
printf("--size after message added: %d\n", datagram_to_send.size());
fflush(stdout);
udpSocket->writeDatagram(datagram_to_send, datagram_to_send.size(),groupAddress, port);
} else if((new_mess.op == 5) && waitList) {
