void NSFTraceLog::addTrace(const NSFString& type, const NSFString& tag1, const NSFString& data1, const NSFString& tag2, const NSFString& data2, const NSFString& tag3, const NSFString& data3)
{
// If logging is not enabled, then return without action
if (!enabled)
{
return;
}
NSFXMLElement* trace = NULL;
try
{
// Lock to prevent events from being added to the queue with timestamps out of order
LOCK(traceLogMutex)
{
// Create the new trace element
trace = new NSFXMLElement(TraceTag());
// Add the time
trace->addChildElementBack(new NSFXMLElement(TimeTag(), toString(NSFTimerThread::getPrimaryTimerThread().getCurrentTime())));
// Add a trace for the type
NSFXMLElement* typeTrace = new NSFXMLElement(type);
trace->addChildElementBack(typeTrace);
// Add the new data under the type element;
typeTrace->addChildElementBack(new NSFXMLElement(tag1, data1));
if (!tag2.empty()) typeTrace->addChildElementBack(new NSFXMLElement(tag2, data2));
if (!tag3.empty()) typeTrace->addChildElementBack(new NSFXMLElement(tag3, data3));
eventHandler.queueEvent(traceAddEvent.copy(true, trace));
}
ENDLOCK;
}
catch(...)
{
// If unable to add a trace, just do nothing, because calling the exception handler may result in an infinite loop
delete trace;
}
}
TimerResolutionTest::TimerResolutionTest(const NSFString& name)
: name(name.c_str())
{
}
DocumentLoadTest::DocumentLoadTest(const NSFString& name, const NSFString& fileName)
:name(name.c_str()), fileName(fileName.c_str())
{
}
StateMachineDeleteTest::StateMachineDeleteTest(const NSFString& name)
: name(name.c_str())
{
}
TimerAccuracyTest::TimerAccuracyTest(const NSFString& name)
: name(name.c_str()), eventHandler(name, new NSFEventThread(name)), testEvent(name, &eventHandler),
lastTime(0), maxDeltaTime(0), minDeltaTime(LONG_MAX)
{
eventHandler.startEventHandler();
}