std::wstring modifiedLDate::debugTree() const
{
return L"MOD DATEFILTER LESSTHAN " + getDateAsString(date);
}
std::wstring accessGDate::debugTree() const
{
return L"ACCESS DATEFILTER GREATERTHAN " + getDateAsString(date);
}
std::wstring headerGDate::debugTree() const
{
return L"HEADER DATEFILTER GREATERTHAN " + getDateAsString(date);
}
std::wstring createdGDate::debugTree() const
{
return L"CREATED DATEFILTER GREATERTHAN " + getDateAsString(date);
}
char *ArduRCT_RealTimeClock::getDateAsString(bool withDayOfWeek) {
#ifdef RTC_MCP7941X
if (_mcp7941xStatus == RTC_MCP7941X_NOT_STARTED) _getMCP7941xTime();
#endif
return getDateAsString(_year, _month, _day, withDayOfWeek, ' ');
}
//***********************************************************
bool testTimer( bool printFlag, bool assertFlag )
{
//create file to redirect output
timerTest.open("TimerTest.log");
double allowedDelay = .005;
double timeVariance = (double)2.0 / 1e3;
if(printFlag) {
// printf("\n\nRegression test for Timer class\n");
timerTest << "\nRegression test for Timer class" << endl;
}
Timer timer;
timer.setFPS(30.0);
//Check ObjectId size
if( sizeof(uint64_t) != sizeof( ObjectId )) {
if(printFlag) {
timerTest <<"size uint64_t:"<<sizeof(uint64_t)<<"!= ObjectId:"<<sizeof(ObjectId)<<"!\n"
<<"Check variable alignment in ObjectId structure"<<std::endl;
cout << "Timer test failed. See TimerTest.log" << endl;
}
if (assertFlag) {
assert(false);
};
return false;
}
//Check elapsed time
timer.start();
double delayTime = 10.0 / 1e3;
sleep(delayTime);
double result = timer.elapsed();
if (result-delayTime>timeVariance) {
if (printFlag) {
timerTest << "sleep time1: "<<std::fixed<<delayTime<<" failed: " << result << ">" << delayTime+timeVariance << std::endl;
cout << "Timer test failed. See TimerTest.log" << endl;
}
if (assertFlag) {
assert(false);
};
return false;
} else if(delayTime-result > timeVariance) {
if(printFlag) {
timerTest << "sleep time2 failed: "<<std::fixed<<delayTime-result<<" > "<<timeVariance<<std::endl;
cout << "Timer test failed. See TimerTest.log" << endl;
}
if (assertFlag) {
assert(false);
};
return false;
}
//Test a longer sleep
timer.start();
delayTime = 1.0;
sleep(delayTime);
result = timer.elapsed();
if (result-delayTime>timeVariance) {
if(printFlag) {
timerTest << "sleep time3: "<<std::fixed<<delayTime<<" failed: " << result << ">" << delayTime+timeVariance << std::endl;
cout << "Timer test failed. See TimerTest.log" << endl;
}
if (assertFlag) {
assert(false);
};
return false;
} else if(delayTime-result > timeVariance) {
if(printFlag) {
timerTest << "sleep time4 failed("<<std::fixed<<result<<"): "<<delayTime-result<<" > "<<timeVariance<<std::endl;
cout << "Timer test failed. See TimerTest.log" << endl;
}
if (assertFlag) {
assert(false);
};
return false;
}
//Get timestamp
int64_t tstamp = convertDoubleToTimeStamp( getTime());
if(printFlag) {
timerTest << "Current timestamp: " << tstamp << endl;
}
timer.start();
result = timer.elapsed();
if(printFlag) {
timerTest << "Timer since second start (can be 0 if less than 1 msec): " << result << endl;
}
double dTime = getTime();
SMPTETime smpte = convertDoubleToSMPTE( dTime, 30 );
if(printFlag) {
//freopen("timerTest.log", "a+", stdout);
printf( "SMPTETme: %2d:%2d:%2d, frame: %d\n"
, smpte.hour
, smpte.minute
, smpte.second
, smpte.frame
);
}
std::string timeStr = convertTimeValToString( convertDoubleToTimeVal( dTime ), 30 );
if(printFlag) {
timerTest << "StringTime: " << timeStr.c_str() << endl;
}
int64_t timecode = convertTimeValToTimeCode( convertDoubleToTimeVal( dTime ), 30);
if(printFlag) {
timerTest << "TimeCode: " << timecode << endl;
}
ObjectId t1;
ObjectId t2;
t1.m_value = getTimestamp();
sleep(1);
t2.m_value = getTimestamp();
ObjectId ref;
ref.m_id = 0;
ref.m_utc = 123132;
for( int i = 0; i < 65535; i++ ) {
ref.m_step = i;
double r1 = convertObjectIdTimeToDouble(ref);
ObjectId ref2 = convertDoubleToObjectIdTime( r1 );
if((ref.m_utc != ref2.m_utc)||
(ref.m_step - ref2.m_step > 1)||
(ref2.m_step - ref.m_step > 1)) {
if(printFlag) {
timerTest << "Time difference in conversion\n"
<< " "<<ref.m_step << "!= "<<ref2.m_step <<std::endl;
cout << "Timer test failed. See TimerTest.log" << endl;
}
if (assertFlag) {
assert(false);
};
return false;
}
}
double time1 = convertObjectIdTimeToDouble(t1);
// double time1 = (double)t1.m_utc + STEP_SIZE * (double)t1.m_step/(double)TIMER_STEP;
double time2 = (double)t2.m_utc + STEP_SIZE * (double)t2.m_step/(double)TIMER_STEP;
if( time2 - time1 > 1 + allowedDelay ) {
if(printFlag) {
timerTest << "Time difference is large. Expected 1.0 +/- "<<allowedDelay<<"\n"
<< " Actual: "<<time2<<"-"<<time1<<" = "<<time2 -time1 <<std::endl;
cout << "Timer test failed. See TimerTest.log" << endl;
}
if (assertFlag) {
assert(false);
};
return false;
}
std::cout << "Should be date: "<<getDateAsString() << std::endl;
std::system("rm TimerTest.log");
return true;
}
