if (elementName != null) {
// A DatesParser can only modify a contextObject which is a
// ModelHistory instance.
if (contextObject instanceof History) {
History modelHistory = (History) contextObject;
DateProcessor dateProcessor = new DateProcessor();
// The date to parse is the text of a 'W3CDTF' element.
// However, the date will be parsed only if the syntax of this
// node and the previous
// node respects the SBML specifications.
if (elementName.equals("W3CDTF") && hasReadW3CDTF) {
// If the previous node was a 'created' element and
// respected the SBML specifications,
// a new Date will be created and set to the text value of
// this node.
// Sets the created Date of modelHistory.
if (hasReadCreated && previousElement.equals("created")) {
String stringDate = dateProcessor.formatToW3CDTF(characters);
try {
Date createdDate = DateParser.parse(stringDate);
modelHistory.setCreatedDate(createdDate);
logger.debug("processCharactersOf : getIsoDateNoMillis " + DateParser.getIsoDateNoMillis(createdDate));
} catch (InvalidDateException e) {
logger.warn("Cannot read the following date properly :" + stringDate);
if (logger.isDebugEnabled()) {
e.printStackTrace();
}
}
}
// If the previous node was a 'modified' element and
// respected the SBML specifications,
// a new Date will be created and set to the text value of
// this node.
// Sets the modified Date and adds the new Date to the
// listOfModifications of modelHistory.
else if (previousElement.equals("modified")) {
String stringDate = dateProcessor.formatToW3CDTF(characters);
try {
Date modifiedDate = DateParser.parse(stringDate);
modelHistory.setModifiedDate(modifiedDate);
} catch (InvalidDateException e) {
logger.warn("Cannot read the following date properly :" + stringDate);
if (logger.isDebugEnabled()) {
e.printStackTrace();
}