void TimerTest::Execute() {
Assert("Initial Time should be zero", Timer().CurrentTime() == 0);
THROWCHECK("Stopping a timer that hasn't been started", Timer().Stop());
THROWCHECK("Starting a timer that has already been started", Timer().Start().Start());
Timer timer = Timer().Start();
Wait(.1);
Assert("Timer should now be greater than ,1", timer.CurrentTime() >= .1);
timer.Stop();
Assert("Timer should still be greater than ,1", timer.CurrentTime() >= .1);
timer.Start();
Wait(.1);
Assert("Timer should now be greater than ,1", timer.CurrentTime() >= .2);
timer.Stop();
Assert("Timer should still be greater than ,1", timer.CurrentTime() >= .2);
{
TIMETHISBLOCK("1");
{
TIMETHISBLOCK("2");
}
{
TIMETHISBLOCK("3");
}
}
// TODO check output of this
TimingPool::TimingSummary();
}
std::string TimingPool::TimingSummary() {
const Timer internalTimer = Timer().Start();
const int timingIterations = 1000000;
for (int i = 0 ; i < timingIterations ; i++)
{
TIMETHISBLOCK("InternalTiming");
}
const double averageTimerTime = internalTimer.CurrentTime()/timingIterations;
return ::TimingSummary("", static_cast<TimerTree*>(m_timerStack.Pointer()), m_names, averageTimerTime).first;
}