void CTest_Poster::testConstructAndDeleteL()
{
{
auto_ptr<CPoster> poster( CPoster::NewL(*iJabberData, *iStorage, *iPresenceHolder) );
TS_ASSERT( poster.get() );
}
}
/**
* \brief tests the wait method with an inital count set to zero
*/
TEST(Semaphore, waitTestDefaultConstructor){
OS::SSemaphore uut;
SemaphorePoster poster(&uut);
CHECK_EQUAL(uut.getSemaphoreCount(), 0); //Zero by default
poster.start();
uut.wait();
CHECK(poster.getPosted()); //If it gets here, the test was successful, as the program didn't hang
poster.join(); //Wait for thread to exit
CHECK_EQUAL(uut.getSemaphoreCount(), 0); //Should stay at zero
}
void CTest_Poster::testPostCommentL()
{
auto_ptr<CPoster> poster( CPoster::NewL(*iJabberData, *iStorage, *iPresenceHolder) );
TS_ASSERT( poster.get() );
const TInt KUidGeneratorId(1);
auto_ptr<CUuidGenerator> generator( CUuidGenerator::NewL(iJabberData->UserNickL(), KUidSymbianOsUnit, KUidGeneratorId) );
TGlobalId parentId;
generator->MakeUuidL( parentId );
poster->PostCommentToItemL(parentId, _L("Autogenerated unit test comment") );
}
void test()
{
#if 2
// clumsy workaround
auto nested = boost::protect(boost::bind(&MyClass::func, this, 7, 42));
typedef decltype(nested) actual_t; // _bi::protected_bind_t<bind_t<void, mf2<void, MyClass, int, int>, list3<value<MyClass *>, value<int>, value<int> > > >
typedef void (boost::asio::io_service::*pmf)(actual_t const&);
boost::bind(static_cast<pmf>(&boost::asio::io_service::post), &ios_, nested);
#else
// more elegant TMP solution
boost::bind(poster(ios_), boost::protect(boost::bind(&MyClass::func, this, 7, 42)));
#endif
}