// get the value of a property
qbool oDateTime::getProperty(qlong pPropID,EXTfldval &pGetValue,EXTCompInfo* pECI) {
// most anum properties are managed by Omnis but some we need to do ourselves...
switch (pPropID) {
case oDT_localtime: {
struct tm * timestruct = localtime(&mTimestamp);
datestamptype omnisstamp;
TimeStampToOmnis(*timestruct,omnisstamp);
pGetValue.setDate(omnisstamp, dpFdtimeC);
return true;
}; break;
case oDT_utctime: {
struct tm * timestruct = gmtime(&mTimestamp);
datestamptype omnisstamp;
TimeStampToOmnis(*timestruct,omnisstamp);
pGetValue.setDate(omnisstamp, dpFdtimeC);
return true;
}; break;
default:
return oBaseNVComponent::getProperty(pPropID, pGetValue, pECI);
break;
};
};
// Get an EXTfldval for a C time
void OmnisTools::getEXTFldValFromTime(EXTfldval& fVal, struct tm* cTime) {
datestamptype convDate;
// Date
convDate.mYear = static_cast<qshort>(cTime->tm_year+1900); // Years since 1900
convDate.mMonth = static_cast<char>(cTime->tm_mon+1); // 0 = January, 11 = December
convDate.mDay = static_cast<char>(cTime ->tm_mday);
convDate.mDateOk = static_cast<char>(qtrue);
// Time
convDate.mHour = static_cast<char>(cTime->tm_hour);
convDate.mMin = static_cast<char>(cTime->tm_min);
convDate.mSec = static_cast<char>(cTime->tm_sec);
convDate.mTimeOk = static_cast<char>(qtrue);
convDate.mHunOk = static_cast<char>(qfalse);
fVal.setDate(convDate, dpFdtimeC);
}
// This method sets up the passed in EXTfldval with a date representing the ISO8601 Date passed in
void OmnisTools::getEXTfldvalFromISO8601DateString(EXTfldval& fVal, std::string dateString) {
boost::smatch theMatch;
datestamptype theDate;
if( boost::regex_match(dateString,theMatch,datetimeCheck) ) {
// Match date/time
fVal.setEmpty(fftDate, dpFdtimeC);
fVal.getDate(theDate);
theDate.mDateOk = qtrue;
theDate.mYear = lexical_cast<qshort>(theMatch[1]); // First match is year
theDate.mMonth = (char) lexical_cast<qshort>(theMatch[2]); // Second match is month
theDate.mDay = (char) lexical_cast<qshort>(theMatch[3]); // Third match is day
theDate.mTimeOk = qtrue;
theDate.mHour = (char) lexical_cast<qshort>(theMatch[4]); // Fourth match is hour
theDate.mMin = (char) lexical_cast<qshort>(theMatch[5]); // Fifth match is minute
theDate.mSecOk = qfalse;
theDate.mHunOk = qfalse;
// Optional matches
if (theMatch[6].matched && theMatch[6].length() > 0) {
// Appears to have the seconds portion
theDate.mSecOk = qtrue;
theDate.mSec = lexical_cast<int>(theMatch[6]); // Sixth match is seconds
}
fVal.setDate(theDate, dpFdtimeC);
} else if ( boost::regex_match(dateString,theMatch,dateCheck) ) {
// Match date
fVal.setEmpty(fftDate, dpFdate2000);
fVal.getDate(theDate);
theDate.mDateOk = qtrue;
theDate.mYear = lexical_cast<qshort>(theMatch[1]); // First match is year
theDate.mMonth = (char) lexical_cast<qshort>(theMatch[2]); // Second match is month
theDate.mDay = (char) lexical_cast<qshort>(theMatch[3]); // Third match is day
theDate.mTimeOk = qfalse;
theDate.mSecOk = qfalse;
theDate.mHunOk = qfalse;
fVal.setDate(theDate, dpFdate2000);
} else if ( boost::regex_match(dateString,theMatch,timeCheck) ) {
// Match time
fVal.setEmpty(fftDate, dpFtime);
fVal.getDate(theDate);
theDate.mDateOk = qfalse;
theDate.mTimeOk = qtrue;
theDate.mHour = (char) lexical_cast<qshort>(theMatch[1]); // First match is hour
theDate.mMin = (char) lexical_cast<qshort>(theMatch[2]); // Second match is minute
theDate.mSecOk = qfalse;
theDate.mHunOk = qfalse;
// Optional matches
if (theMatch[3].matched && theMatch[3].length() > 0) {
// Appears to have the seconds portion
theDate.mSecOk = qtrue;
theDate.mSec = (char) lexical_cast<qshort>(theMatch[3]); // Third match is seconds
}
fVal.setDate(theDate);
}
}