void* Thread::_service(void* arg)
{
ThreadFunctor* threadFunctor = (ThreadFunctor*)arg;
void* ret = threadFunctor->f(threadFunctor->arg);
pthread_exit(NULL);
return ret;
}
void* Thread::_service(void* arg)
{
ThreadFunctor* threadFunctor = static_cast<ThreadFunctor*>(arg);
void* ret = threadFunctor->f(threadFunctor->arg);
pthread_exit(NULL);
delete threadFunctor;
return ret;
}
void SuiteThreadFunctorStartDelete::Test()
{
PrioSaw ps(kPrioritySystemLowest, kPrioritySystemHighest);
for (TUint i=0; i< kThreadCount; i++) {
ThreadFunctor* tf = new ThreadFunctor("TFSD", MakeFunctor(*this, &SuiteThreadFunctorStartDelete::Run), ps.Next());
tf->Start();
delete tf;
if (i % kUpdateInterval == 0) {
TEST(true); // only to show progress
Thread::Sleep(100); // FreeRTOS delegates freeing of thread resources to the idle thread. We allow it to run here.
}
}
}
void SuiteMulticast::Test()
{
iThread0->Start();
iThread1->Start();
iSender.Wait();
iSender.Wait();
SocketUdp send;
Bwn buf(iExp);
TUint i;
for( i=0; i < kMsgBytes; i++) {
buf.SetBytes(0);
AppendUint32(buf, i); //num of bytes in this message
buf.SetBytes(i + sizeof(TUint)); //use prefilled values
send.Send(buf, Endpoint(iPort, kMulticastAddress));
// assume that a delay of 500ms without response implies that the message wasn't delivered
try {
iSender.Wait(500);
iSender.Wait(500);
}
catch (Timeout&) {
Print("SuiteMulticast - message(s) not delivered\n");
TEST(1 == 0);
return; // temp
}
if (iSender.Clear()) {
TEST(1 == 0);
Print("SuiteMulticast - sent one message, received more than once\n");
}
}
buf.SetBytes(0);
AppendUint32(buf, kQuit);
send.Send(buf, Endpoint(iPort, kMulticastAddress));
try {
iSender.Wait(500);
iSender.Wait(500);
}
catch (Timeout&) {
Print("SuiteMulticast - quit message(s) not delivered\n");
}
}
void SuiteThreadFunctor::Test()
{
iSem = new Semaphore("", 0);
iFunctor = new ThreadFunctor("STFF", MakeFunctor(*this, &SuiteThreadFunctor::Run));
iFunctor->Start();
iSem->Wait();
delete iFunctor;
delete iSem;
}
void SuiteThreadFunctor::Run()
{
try {
TEST(iFunctor->TryWait() == false);
iFunctor->Signal();
TEST(iFunctor->TryWait() == true);
iFunctor->CheckCurrentForKill();
iFunctor->Kill();
TEST_THROWS(iFunctor->CheckCurrentForKill(), ThreadKill);
TEST_THROWS(iFunctor->Wait(), ThreadKill);
TEST_THROWS(iFunctor->TryWait(), ThreadKill);
}
catch(ThreadKill&) {
ASSERT(0);
}
iSem->Signal();
}
int main(int argc, char* argv[])
{
ThreadFunctor* t = new ThreadFunctor("MAIN", MakeFunctor(NULL, threadMain));
t->Start();
return 0;
}