protected void setResult(String pResult) throws SAXException { try { super.setResult(format.parseObject(pResult.trim())); } catch (ParseException e) { int offset = e.getErrorOffset(); final String msg; if (offset == -1) { msg = "Failed to parse dateTime value: " + pResult; } else { msg = "Failed to parse dateTime value " + pResult + " at position " + e.getErrorOffset(); } throw new SAXParseException(msg, getDocumentLocator(), e); } } }
return new SerializableParser(); } else if (CalendarSerializer.CALENDAR_TAG.equals(pLocalName)) { return new CalendarParser();
return new SerializableParser(); } else if (CalendarSerializer.CALENDAR_TAG.equals(pLocalName)) { return new CalendarParser();
protected void setResult(String pResult) throws SAXException { try { super.setResult(format.parseObject(pResult.trim())); } catch (ParseException e) { int offset = e.getErrorOffset(); final String msg; if (offset == -1) { msg = "Failed to parse dateTime value: " + pResult; } else { msg = "Failed to parse dateTime value " + pResult + " at position " + e.getErrorOffset(); } throw new SAXParseException(msg, getDocumentLocator(), e); } } }
return new SerializableParser(); } else if (CalendarSerializer.CALENDAR_TAG.equals(pLocalName)) { return new CalendarParser();
protected void setResult(String pResult) throws SAXException { try { super.setResult(format.parseObject(pResult.trim())); } catch (ParseException e) { int offset = e.getErrorOffset(); final String msg; if (offset == -1) { msg = "Failed to parse dateTime value: " + pResult; } else { msg = "Failed to parse dateTime value " + pResult + " at position " + e.getErrorOffset(); } throw new SAXParseException(msg, getDocumentLocator(), e); } } }