public void parse() throws SAXException { // parses a content object by using the given marshaller // SAX events will be sent to the repeater, and the repeater // will further forward it to an appropriate component. try { marshaller.marshal( contentObject, (XMLFilterImpl)repeater ); } catch( JAXBException e ) { // wrap it to a SAXException SAXParseException se = new SAXParseException( e.getMessage(), null, null, -1, -1, e ); // if the consumer sets an error handler, it is our responsibility // to notify it. if(errorHandler!=null) errorHandler.fatalError(se); // this is a fatal error. Even if the error handler // returns, we will abort anyway. throw se; } } };
public void parse() throws SAXException { // parses a content object by using the given marshaller // SAX events will be sent to the repeater, and the repeater // will further forward it to an appropriate component. try { marshaller.marshal( contentObject, repeater ); } catch( JAXBException e ) { // wrap it to a SAXException SAXParseException se = new SAXParseException( e.getMessage(), null, null, -1, -1, e ); // if the consumer sets an error handler, it is our responsibility // to notify it. if(errorHandler!=null) errorHandler.fatalError(se); // this is a fatal error. Even if the error handler // returns, we will abort anyway. throw se; } } };
public void parse() throws SAXException { // parses a content object by using the given marshaller // SAX events will be sent to the repeater, and the repeater // will further forward it to an appropriate component. try { marshaller.marshal( contentObject, repeater ); } catch( JAXBException e ) { // wrap it to a SAXException SAXParseException se = new SAXParseException( e.getMessage(), null, null, -1, -1, e ); // if the consumer sets an error handler, it is our responsibility // to notify it. if(errorHandler!=null) errorHandler.fatalError(se); // this is a fatal error. Even if the error handler // returns, we will abort anyway. throw se; } } };
public void parse() throws SAXException { // parses a content object by using the given marshaller // SAX events will be sent to the repeater, and the repeater // will further forward it to an appropriate component. try { marshaller.marshal( contentObject, (XMLFilterImpl)repeater ); } catch( JAXBException e ) { // wrap it to a SAXException SAXParseException se = new SAXParseException( e.getMessage(), null, null, -1, -1, e ); // if the consumer sets an error handler, it is our responsibility // to notify it. if(errorHandler!=null) errorHandler.fatalError(se); // this is a fatal error. Even if the error handler // returns, we will abort anyway. throw se; } } };
public void parse() throws SAXException { // parses a content object by using the given marshaller // SAX events will be sent to the repeater, and the repeater // will further forward it to an appropriate component. try { marshaller.marshal( contentObject, repeater ); } catch( JAXBException e ) { // wrap it to a SAXException SAXParseException se = new SAXParseException( e.getMessage(), null, null, -1, -1, e ); // if the consumer sets an error handler, it is our responsibility // to notify it. if(errorHandler!=null) errorHandler.fatalError(se); // this is a fatal error. Even if the error handler // returns, we will abort anyway. throw se; } } };
public void parse() throws SAXException { // parses a content object by using the given marshaller // SAX events will be sent to the repeater, and the repeater // will further forward it to an appropriate component. try { marshaller.marshal( contentObject, repeater ); } catch( JAXBException e ) { // wrap it to a SAXException SAXParseException se = new SAXParseException( e.getMessage(), null, null, -1, -1, e ); // if the consumer sets an error handler, it is our responsibility // to notify it. if(errorHandler!=null) errorHandler.fatalError(se); // this is a fatal error. Even if the error handler // returns, we will abort anyway. throw se; } } };
public void parse() throws SAXException { // parses a content object by using the given marshaller // SAX events will be sent to the repeater, and the repeater // will further forward it to an appropriate component. try { marshaller.marshal( contentObject, repeater ); } catch( JAXBException e ) { // wrap it to a SAXException SAXParseException se = new SAXParseException( e.getMessage(), null, null, -1, -1, e ); // if the consumer sets an error handler, it is our responsibility // to notify it. if(errorHandler!=null) errorHandler.fatalError(se); // this is a fatal error. Even if the error handler // returns, we will abort anyway. throw se; } } };
public void parse() throws SAXException { // parses a content object by using the given marshaller // SAX events will be sent to the repeater, and the repeater // will further forward it to an appropriate component. try { marshaller.marshal( contentObject, (XMLFilterImpl)repeater ); } catch( JAXBException e ) { // wrap it to a SAXException SAXParseException se = new SAXParseException( e.getMessage(), null, null, -1, -1, e ); // if the consumer sets an error handler, it is our responsibility // to notify it. if(errorHandler!=null) errorHandler.fatalError(se); // this is a fatal error. Even if the error handler // returns, we will abort anyway. throw se; } } };
public void parse() throws SAXException { // parses a content object by using the given marshaller // SAX events will be sent to the repeater, and the repeater // will further forward it to an appropriate component. try { marshaller.marshal( contentObject, (XMLFilterImpl)repeater ); } catch( JAXBException e ) { // wrap it to a SAXException SAXParseException se = new SAXParseException( e.getMessage(), null, null, -1, -1, e ); // if the consumer sets an error handler, it is our responsibility // to notify it. if(errorHandler!=null) errorHandler.fatalError(se); // this is a fatal error. Even if the error handler // returns, we will abort anyway. throw se; } } };
public void parse(InputSource input) throws SAXException { parse(); }
public void parse(InputSource input) throws SAXException { parse(); }
public void parse(InputSource input) throws SAXException { parse(); }
public void parse(InputSource input) throws SAXException { parse(); }
public void parse(InputSource input) throws SAXException { parse(); }
public void parse(InputSource input) throws SAXException { parse(); }
public void parse(InputSource input) throws SAXException { parse(); }
public void parse(InputSource input) throws SAXException { parse(); }
public void parse(InputSource input) throws SAXException { parse(); }