GetTimestampOffset
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This function returns llGetTimestamp() with an hour offset. It will wrap day, month and year as required. If it is passed an offset of more than 24 hours either way, it will use the offset for US Pacific Time (SL time), automatically adjusting for DST.
<lsl> string sbGetTimestamp(integer intOffset) {
// Start with December for purposes of wrapping list lstDays = [31, 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31];
string strTimestamp = llGetTimestamp();
list lstTime = llParseString2List(strTimestamp, ["-", ":", ".", "T"], []); integer intYear = llList2Integer(lstTime, 0); integer intMonth = llList2Integer(lstTime, 1); integer intDay = llList2Integer(lstTime, 2); integer intHour = llList2Integer(lstTime, 3);
string strYear; string strMonth; string strDay; string strHour;
if (intOffset == 0) { return strTimestamp; }
if (intOffset < -24 || intOffset > 24) { intOffset = ((integer)llGetWallclock() - (integer)llGetGMTclock()) / 3600; }
intHour+= intOffset;
// Add a day to February in leap years if (intYear % 4 == 0 && (intYear % 100 != 0 || intYear % 400 == 0)) { lstDays = llListReplaceList(lstDays, [29], 2, 2); }
if (intOffset < 0) { if (intHour < 0) { intHour+= 24; --intDay; }
if (intDay < 1) { intDay = llList2Integer(lstDays, --intMonth); }
if (intMonth < 1) { intMonth = 12; --intYear; } }
if (intOffset > 0) { if (intHour > 23) { intHour-= 24; ++intDay; }
if (intDay > llList2Integer(lstDays, intMonth)) { intDay = 1; ++intMonth; }
if (intMonth > 12) { intMonth = 1; ++intYear; } }
strYear = (string)intYear; strMonth = (string)intMonth; strDay = (string)intDay; strHour = (string)intHour;
if (llStringLength(strMonth) < 2) { strMonth = "0" + strMonth; } if (llStringLength(strDay) < 2) { strDay = "0" + strDay; } if (llStringLength(strHour) < 2) { strHour = "0" + strHour; }
return strYear + "-" + strMonth + "-" + strDay + "T" + strHour + ":" + llList2String(lstTime, 4) + ":" + llList2String(lstTime, 5) + "." + llList2String(lstTime, 6) + "Z";
} </lsl>