private static Literal getTimeLiteral(TimeValue value, RdfWriter rdfWriter) {
		long year = value.getYear();

		//Year normalization
		if (year == 0 || (year < 0 && value.getPrecision() >= TimeValue.PREC_YEAR)) {
			year--;
		}

		String timestamp = String.format("%04d-%02d-%02dT%02d:%02d:%02dZ",
				year, value.getMonth(), value.getDay(),
				value.getHour(), value.getMinute(), value.getSecond());
		return rdfWriter.getLiteral(timestamp, RdfWriter.XSD_DATETIME);
	}
private static Literal getTimeLiteral ( TimeValue value , RdfWriter rdfWriter ) { long year = value . getYear ( ) ; if ( year == 0 || ( year < 0 && value . getPrecision ( ) >= TimeValue . PREC_YEAR ) ) { year -- ; } String timestamp = String . format ( "%04d-%02d-%02dT%02d:%02d:%02dZ" , year , value . getMonth ( ) , value . getDay ( ) , value . getHour ( ) , value . getMinute ( ) , value . getSecond ( ) ) ; return rdfWriter . getLiteral ( timestamp , RdfWriter . XSD_DATETIME ) ; }
Returns the RDF literal to encode the time component of a given time
value.
<p>
Times with limited precision are encoded using limited-precision XML
Schema datatypes, such as gYear, if available. Wikidata encodes the year
1BCE as 0000, while XML Schema, even in version 2, does not allow 0000
and interprets -0001 as 1BCE. Thus all negative years must be shifted by
1, but we only do this if the year is precise.

@param value
the value to convert
@param rdfWriter
the object to use for creating the literal
@return the RDF literal