TEST(CLThread, Normal2)
{
bFlag1ForCLThread = false;
bFlag2ForCLThread = false;
CLThread *p = new CLThreadDriv(new CThreadFunctionForCLThread());
EXPECT_TRUE((p->Run((void *)2)).IsSuccess());
sleep(2);
EXPECT_TRUE(bFlag1ForCLThread);
EXPECT_TRUE(bFlag2ForCLThread);
}
TEST(CLThread, Normal)
{
CLThread *p = new CLThreadDriv(new CThreadFunctionForCLThread(), true);
EXPECT_FALSE((p->WaitForDeath()).IsSuccess());
EXPECT_TRUE((p->Run((void *)2)).IsSuccess());
EXPECT_FALSE((p->Run((void *)2)).IsSuccess());
EXPECT_TRUE((p->WaitForDeath()).IsSuccess());
EXPECT_TRUE(bFlag1ForCLThread);
EXPECT_TRUE(bFlag2ForCLThread);
}
int main()
{
CLMyThreadPool *pool = new CLMyThreadPool(10);
pool->InitThreadPool();
sleep(2);
CLThread* userThread = new CLThread(
new CLExecutiveFunctionForMsgLoop(
new CLMsgLoopManagerForSTLqueue(
new CLUser(pool), "user_thread")), true);
userThread->Run(0);
userThread->WaitForDeath();
return 0;
}
virtual CLStatus Initialize(CLMessageLoopManager *pMessageLoop, void* pContext)
{
pMessageLoop->Register(1, (CallBackForMessageLoop)(&CLStressObserverForCLNonThreadForMsgLoop::On_1));
pthread = new CLThread(new CLStressTester, true);
EXPECT_TRUE(pthread->Run().IsSuccess());
return CLStatus(0, 0);
}
int main() {
CLThreadPool *threadPool = new CLThreadPool(1);
threadPool->initThreadPool();
sleep(2);
CLThread* userThread = new CLThread(
new CLExecutiveFunctionForMsgLoop(
new CLMsgLoopManagerForSTLqueue(
new CLMyUserMsgProcessor(1000), "user")), true);
userThread->Run(0);
userThread->WaitForDeath();
return 0;
}
int main()
{
CLMessageQueueBySTLqueue *pQ = new CLMessageQueueBySTLqueue();
CLThread *t = new CLThread(new CLAdder(new CLMsgLoopManagerForSTLqueue(new CLMyMsgProcessor, pQ)), true);
t->Run(0);
CLAddMessage *paddmsg = new CLAddMessage(2, 4);
pQ->PushMessage(paddmsg);
CLAddMessage *paddmsg1 = new CLAddMessage(3, 6);
pQ->PushMessage(paddmsg1);
CLAddMessage *paddmsg2 = new CLAddMessage(5, 6);
pQ->PushMessage(paddmsg2);
CLQuitMessage *pquitmsg = new CLQuitMessage();
pQ->PushMessage(pquitmsg);
t->WaitForDeath();
return 0;
}
CLStatus On_1(CLMessage *pm)
{
CLMsg1ForCLNonThreadForMsgLoop *p = dynamic_cast<CLMsg1ForCLNonThreadForMsgLoop*>(pm);
EXPECT_TRUE(p != 0);
g_for_on1++;
if(g_for_on1 == count)
{
pthread->WaitForDeath();
return CLStatus(QUIT_MESSAGE_LOOP, 0);
}
else
return CLStatus(0, 0);
}
int main()
{
CLMessageQueueBySTLqueue q;
CLThread *t = new CLThread(new CLAdder, true);
t->Run(&q);
CLAddMessage addmsg(2, 4);
q.PushMessage(&addmsg);
CLAddMessage addmsg1(5, 4);
q.PushMessage(&addmsg1);
CLAddMessage addmsg2(2, 9);
q.PushMessage(&addmsg2);
CLQuitMessage quitmsg;
q.PushMessage(&quitmsg);
t->WaitForDeath();
return 0;
}
