virtual CLStatus Initialize(CLMessageLoopManager *pMessageLoop, void* pContext)
{
EXPECT_EQ((long)pContext, 3);
pMessageLoop->Register(1, (CallBackForMessageLoop)(&CLPipeQueue_CLThreadForMsgLoop::On_1));
pMessageLoop->Register(2, (CallBackForMessageLoop)(&CLPipeQueue_CLThreadForMsgLoop::On_2));
CLSharedExecutiveCommunicationByNamedPipe *queue = new CLSharedExecutiveCommunicationByNamedPipe(test_pipe_name);
EXPECT_TRUE(queue->RegisterSerializer(1, new CLMsg1ForCLThreadForMsgLoop_Serializer).IsSuccess());
EXPECT_TRUE(queue->RegisterSerializer(2, new CLMsg2ForCLThreadForMsgLoop_Serializer).IsSuccess());
EXPECT_TRUE(CLExecutiveNameServer::GetInstance()->Register(test_pipe_name, queue).IsSuccess());
CLMessage *p = new CLMsg1ForCLThreadForMsgLoop;
EXPECT_TRUE(CLExecutiveNameServer::PostExecutiveMessage(test_pipe_name, p).IsSuccess());
p = new CLMsg2ForCLThreadForMsgLoop;
EXPECT_TRUE(CLExecutiveNameServer::PostExecutiveMessage(test_pipe_name, p).IsSuccess());
EXPECT_TRUE(CLExecutiveNameServer::GetInstance()->ReleaseCommunicationPtr(test_pipe_name).IsSuccess());
return CLStatus(0, 0);
}
int main()
{
try
{
if(!CLLibExecutiveInitializer::Initialize().IsSuccess())
{
cout << "Initialize error" << endl;
return 0;
}
CLSharedExecutiveCommunicationByNamedPipe *pSender = new CLSharedExecutiveCommunicationByNamedPipe("test_pipe");
pSender->RegisterSerializer(TEST_MESSAGE_ID, new CLTestMsgSerializer);
pSender->RegisterSerializer(QUIT_MESSAGE_ID, new CLQuitMsgSerializer);
CLExecutiveNameServer::GetInstance()->Register("test_pipe", pSender);
CLTestMsg *pTestMsg = new CLTestMsg;
pTestMsg->i = 3;
pTestMsg->j = 4;
CLExecutiveNameServer::PostExecutiveMessage("test_pipe", pTestMsg);
CLQuitMsg *pQuitMsg = new CLQuitMsg;
CLExecutiveNameServer::PostExecutiveMessage("test_pipe", pQuitMsg);
CLExecutiveNameServer::GetInstance()->ReleaseCommunicationPtr("test_pipe");
throw CLStatus(0, 0);
}
catch(CLStatus& s)
{
if(!CLLibExecutiveInitializer::Destroy().IsSuccess())
cout << "Destroy error" << endl;
return 0;
}
}
