void Promise::reject(const QVariantList &arguments)
{
if (!isSettled()) {
mState = State::REJECTED;
emit rejected(arguments);
complete(mOnReject, arguments);
}
}
void Promise::resolve(const QVariantList &arguments)
{
if (!isSettled()) {
mState = State::FULFILLED;
emit resolved(arguments);
complete(mOnResolve, arguments);
}
}
void CompasCommand::findMinimalDistances(Room * room)
{
/*vector<Room*> adjecentRooms = getNeighbors(room);
for (Room* adjecent : adjecentRooms) {
if (getShortestDistance(adjecent) > getShortestDistance(room) + getWeight(adjecent)) {
distance.insert(std::pair<Room*, int>(adjecent, getShortestDistance(room) + getWeight(adjecent)));
predecessors.insert(std::pair<Room*, Room*>(adjecent, room));
unsettledRooms.push_back(adjecent);
}
}*/
if (room->DoesRoomHaveDoorway(Room::Direction::North)) {
Room* adjecent = room->GetAdjecentRoom(Room::Direction::North);
if (!isSettled(adjecent) && getShortestDistance(adjecent) > getShortestDistance(room) + room->getWeigthDoorway(Room::Direction::North) && room->GetAdjecentRoom(Room::Direction::North) != nullptr) {
distance.insert(std::pair<Room*, int>(adjecent, getShortestDistance(room) + room->getWeigthDoorway(Room::Direction::North)));
predecessors.insert(std::pair<Room*, Room*>(adjecent, room));
unsettledRooms.push_back(adjecent);
}
}
if (room->DoesRoomHaveDoorway(Room::Direction::East)) {
Room* adjecent = room->GetAdjecentRoom(Room::Direction::East);
if (!isSettled(adjecent) && getShortestDistance(adjecent) > getShortestDistance(room) + room->getWeigthDoorway(Room::Direction::East) && room->GetAdjecentRoom(Room::Direction::East) != nullptr) {
distance.insert(std::pair<Room*, int>(adjecent, getShortestDistance(room) + room->getWeigthDoorway(Room::Direction::East)));
predecessors.insert(std::pair<Room*, Room*>(adjecent, room));
unsettledRooms.push_back(adjecent);
}
}
if (room->DoesRoomHaveDoorway(Room::Direction::South)) {
Room* adjecent = room->GetAdjecentRoom(Room::Direction::South);
if (!isSettled(adjecent) && getShortestDistance(adjecent) > getShortestDistance(room) + room->getWeigthDoorway(Room::Direction::South) && room->GetAdjecentRoom(Room::Direction::South) != nullptr) {
distance.insert(std::pair<Room*, int>(adjecent, getShortestDistance(room) + room->getWeigthDoorway(Room::Direction::South)));
predecessors.insert(std::pair<Room*, Room*>(adjecent, room));
unsettledRooms.push_back(adjecent);
}
}
if (room->DoesRoomHaveDoorway(Room::Direction::West)) {
Room* adjecent = room->GetAdjecentRoom(Room::Direction::West);
if (!isSettled(adjecent) && getShortestDistance(adjecent) > getShortestDistance(room) + room->getWeigthDoorway(Room::Direction::West) && room->GetAdjecentRoom(Room::Direction::West) != nullptr) {
distance.insert(std::pair<Room*, int>(adjecent, getShortestDistance(room) + room->getWeigthDoorway(Room::Direction::West)));
predecessors.insert(std::pair<Room*, Room*>(adjecent, room));
unsettledRooms.push_back(adjecent);
}
}
}
void UTimer::start(){
if(!mFNTimer)return;
if(isSettled()){
if(!mIsRunning){
mLastEntryTime = av_gettime();
mIsRunning = true;
}
return;
}
utimer_link timer = (utimer_link)malloc(sizeof(struct utimer_node));
timer->timer = this;
timer->next = NULL;
lock();
if(!timer_head)timer_head = timer;
else{
timer->next = timer_head;
timer_head = timer;
}
mIsRunning = true;
mLastEntryTime = av_gettime();
if(!timer_thread_started){
//modify by eric
timer_thread_started = true;
//启动Timer线程
if (pthread_create(&thread, NULL, timerThread, this->mData)) {
ulog_err("pthread_create timerThread failed:start");
}
}
unlock();
}
