int main(){
Conf conf("config");
conf.readFromFile();
MessageReceiver *testReceiver;
RenderHub testRenderer(testReceiver);
//if(testRenderer.init())
//{
// testRenderer.addScene();
// testRenderer.setActiveScene(0);
// testReceiver->pushLoadSceneMessages();
// std::thread renderThread(&RenderHub::run,&testRenderer);
//}
std::thread renderThread(&RenderHub::init,&testRenderer);
testReceiver->pushLoadSceneMessages();
Board board;
RandomAIPlayer player1(conf.getGameConf().p1_name, board);
ShortestPathAIPlayer<Cost, Rating> player2(conf.getGameConf().p2_name, board);
SimpleGUIGame g(&player1, &player2, board, conf.getGameConf(), testReceiver);
std::thread gameThread(&SimpleGUIGame::start,&g);
gameThread.join();
renderThread.join();
}
bool MessageRelay::receivedInternal(Message& msg)
{
MessageReceiver* receiver = m_receiver;
int id = m_id;
safeNow();
return receiver && receiver->received(msg,id);
}
int handleService(ServiceRequest& req, MessageSender& sender, MessageReceiver& receiver, MessageReceiver& dataReceiver) {
sender.sendCoreMessage(req, SESSION_ID);
ServiceResponse* serviceResponse = dynamic_cast<ServiceResponse*>(receiver.getNextCoreMessage(1500));
if (serviceResponse == 0) {
std::cout << "Failure: No response to service request" << std::endl;
return 1;
}
if (serviceResponse->isSuccessful()) {
std::cout << "Request successful" << std::endl;
if (serviceResponse->hasData()) {
std::cout << "Response has associated data" << std::endl;
DataResponse* dataResponse = dynamic_cast<DataResponse*>(dataReceiver.getNextCoreMessage(1500));
if (dataResponse == 0) {
std::cout << "Failure: Associated data not available" << std::endl;
return 1;
}
std::cout << "Response data: " << dataResponse->data() << std::endl;
delete dataResponse;
}
}
else {
std::cout << "Request unsuccessful" << std::endl;
std::cout << "Error code: " << serviceResponse->errorCode() << std::endl;
std::cout << "Error message: " << serviceResponse->errorMessage() << std::endl;
}
delete serviceResponse;
return 0;
}
void MessageReceiverMap::addMessageReceiver(StringReference messageReceiverName, MessageReceiver& messageReceiver)
{
ASSERT(!m_globalMessageReceivers.contains(messageReceiverName));
messageReceiver.willBeAddedToMessageReceiverMap();
m_globalMessageReceivers.set(messageReceiverName, &messageReceiver);
}
void MessageReceiverMap::addMessageReceiver(StringReference messageReceiverName, uint64_t destinationID, MessageReceiver& messageReceiver)
{
ASSERT(destinationID);
ASSERT(!m_messageReceivers.contains(std::make_pair(messageReceiverName, destinationID)));
ASSERT(!m_globalMessageReceivers.contains(messageReceiverName));
messageReceiver.willBeAddedToMessageReceiverMap();
m_messageReceivers.set(std::make_pair(messageReceiverName, destinationID), &messageReceiver);
}
void *MessageReceiver::receiveLoop(void *messageReceiver)
#endif
{
MessageReceiver *mr = (MessageReceiver *)messageReceiver;
while (1)
{
mr->_waitForConnection();
while (1) //while (mr->_receiveData() != -1)
{
mr->_receiveData();
mr->_sendData();
}
mr->_disconnect();
}
#ifndef _WIN32
return NULL;
#endif
}
void readMessage(){
switch(receiver.getMessageType()){
case CLEAR_MESSAGE:
printf("clear\n");
break;
case FOLLOW_MODE_MESSAGE:
follow = receiver.getMessageData()[0] & 0x0f;
printf("follow %d\n", follow);
break;
case SET_LED_MESSAGE:
if(follow){
holding = receiver.getMessageData()[2];
holdRow = receiver.getMessageData()[1] / COLS;
holdCol = receiver.getMessageData()[1] % COLS;
printf("holding %d %d 0x%x\n", holdCol, holdRow, holding);
}else{
uint8_t row = receiver.getMessageData()[1] / COLS;
uint8_t col = receiver.getMessageData()[1] % COLS;
uint8_t brt = receiver.getMessageData()[2];
printf("led %d %d 0x%x\n", col, row, brt);
}
break;
}
}
int main(void)
{
while(serialAvailable())
if(receiver.receiveMessage())
readMessage();
}
TEST(MessageReceiver_test, testUninitializedListen) {
MessageReceiver r;
bool successful_listen = r.listen(); // but need to init() first!
EXPECT_FALSE(successful_listen);
}
TEST(MessageReceiver_test, testBadSocketFilename) {
MessageReceiver r;
auto cb = [](uint32_t, const char*, uint32_t) {};
bool initialized = r.init("/sys/socket_filepath", cb);
EXPECT_FALSE(initialized);
}
/*
* Átadja az ebbõl az osztályból példányosított objektumot az
* üzenetet fogadó objektumnak feldolgozásra.
*/
void SetupMessage::send(MessageReceiver & receiver) const {
receiver.receiveMessage(*this);
}
