/** Parses the given Reader into a Document. */ private Document parseReader(Reader r) throws SAXException, IOException { return parseInputSource(new InputSource(r)); }
/** Parses the given Reader into a Document. */ private Document parseReader(Reader r) throws SAXException, IOException { return parseInputSource(new InputSource(r)); }
/** Parses the given Reader into a Document. */ private Document parseReader(Reader r) throws SAXException, IOException { return parseInputSource(new InputSource(r)); }
/** Parses the URL (passed as a String) into a Document. */ private Document parseURL(String url) throws SAXException, IOException { return parseInputSource(new InputSource(url)); }
/** Parses the given Reader into a Document. */ private Document parseReader(Reader r) throws SAXException, IOException { return parseInputSource(new InputSource(r)); }
/** Parses the URL (passed as a String) into a Document. */ private Document parseURL(String url) throws SAXException, IOException { return parseInputSource(new InputSource(url)); }
/** Parses the given Reader into a Document. */ private Document parseReader(Reader r) throws SAXException, IOException { return parseInputSource(new InputSource(r)); }
/** Parses the URL (passed as a String) into a Document. */ private Document parseURL(String url) throws SAXException, IOException { return parseInputSource(new InputSource(url)); }
/** * Parses the given Reader into a Document. */ private Document parseReader(Reader r) throws SAXException, IOException { return parseInputSource(new InputSource(r)); }
/** Parses the URL (passed as a String) into a Document. */ private Document parseURL(String url) throws SAXException, IOException { return parseInputSource(new InputSource(url)); }
/** Parses the URL (passed as a String) into a Document. */ private Document parseURL(String url) throws SAXException, IOException { return parseInputSource(new InputSource(url)); }
/** Parses the URL (passed as a String) into a Document. */ private Document parseURL(String url) throws SAXException, IOException { return parseInputSource(new InputSource(url)); }
/** Parses the given Reader into a Document. */ private Document parseReader(Reader r) throws SAXException, IOException { return parseInputSource(new InputSource(r)); }
/** Parses the given InputSource after, applying the given XMLFilter. */ private Document parseInputSourceWithFilter(InputSource s, XMLFilter f) throws SAXException, IOException { if (f != null) { // prepare an output Document Document o = db.newDocument(); // use TrAX to adapt SAX events to a Document object th.setResult(new DOMResult(o)); XMLReader xr = XMLReaderFactory.createXMLReader(); xr.setEntityResolver(new JstlEntityResolver(pageContext)); // (note that we overwrite the filter's parent. this seems // to be expected usage. we could cache and reset the old // parent, but you can't setParent(null), so this wouldn't // be perfect.) f.setParent(xr); f.setContentHandler(th); f.parse(s); return o; } else return parseInputSource(s); }
/** Parses the given InputSource after, applying the given XMLFilter. */ private Document parseInputSourceWithFilter(InputSource s, XMLFilter f) throws SAXException, IOException { if (f != null) { // prepare an output Document Document o = db.newDocument(); // use TrAX to adapt SAX events to a Document object th.setResult(new DOMResult(o)); XMLReader xr = XMLReaderFactory.createXMLReader(); xr.setEntityResolver(new JstlEntityResolver(pageContext)); // (note that we overwrite the filter's parent. this seems // to be expected usage. we could cache and reset the old // parent, but you can't setParent(null), so this wouldn't // be perfect.) f.setParent(xr); f.setContentHandler(th); f.parse(s); return o; } else return parseInputSource(s); }
/** Parses the given InputSource after, applying the given XMLFilter. */ private Document parseInputSourceWithFilter(InputSource s, XMLFilter f) throws SAXException, IOException { if (f != null) { // prepare an output Document Document o = db.newDocument(); // use TrAX to adapt SAX events to a Document object th.setResult(new DOMResult(o)); XMLReader xr = XMLReaderFactory.createXMLReader(); xr.setEntityResolver(new JstlEntityResolver(pageContext)); // (note that we overwrite the filter's parent. this seems // to be expected usage. we could cache and reset the old // parent, but you can't setParent(null), so this wouldn't // be perfect.) f.setParent(xr); f.setContentHandler(th); f.parse(s); return o; } else return parseInputSource(s); }
/** Parses the given InputSource after, applying the given XMLFilter. */ private Document parseInputSourceWithFilter(InputSource s, XMLFilter f) throws SAXException, IOException { if (f != null) { // prepare an output Document Document o = db.newDocument(); // use TrAX to adapt SAX events to a Document object th.setResult(new DOMResult(o)); XMLReader xr = XMLReaderFactory.createXMLReader(); xr.setEntityResolver(new JstlEntityResolver(pageContext)); // (note that we overwrite the filter's parent. this seems // to be expected usage. we could cache and reset the old // parent, but you can't setParent(null), so this wouldn't // be perfect.) f.setParent(xr); f.setContentHandler(th); f.parse(s); return o; } else return parseInputSource(s); }
/** * Parses the given InputSource after, applying the given XMLFilter. */ private Document parseInputSourceWithFilter(InputSource s, XMLFilter f) throws SAXException, IOException { if (f != null) { // prepare an output Document Document o = db.newDocument(); // use TrAX to adapt SAX events to a Document object th.setResult(new DOMResult(o)); XMLReader xr = XMLReaderFactory.createXMLReader(); xr.setEntityResolver(new JstlEntityResolver(pageContext)); // (note that we overwrite the filter's parent. this seems // to be expected usage. we could cache and reset the old // parent, but you can't setParent(null), so this wouldn't // be perfect.) f.setParent(xr); f.setContentHandler(th); f.parse(s); return o; } else return parseInputSource(s); }
/** Parses the given InputSource after, applying the given XMLFilter. */ private Document parseInputSourceWithFilter(InputSource s, XMLFilter f) throws SAXException, IOException { if (f != null) { // prepare an output Document Document o = db.newDocument(); // use TrAX to adapt SAX events to a Document object th.setResult(new DOMResult(o)); XMLReader xr = XMLReaderFactory.createXMLReader(); xr.setEntityResolver(new JstlEntityResolver(pageContext)); // (note that we overwrite the filter's parent. this seems // to be expected usage. we could cache and reset the old // parent, but you can't setParent(null), so this wouldn't // be perfect.) f.setParent(xr); f.setContentHandler(th); f.parse(s); return o; } else return parseInputSource(s); }
/** Parses the given InputSource after, applying the given XMLFilter. */ private Document parseInputSourceWithFilter(InputSource s, XMLFilter f) throws SAXException, IOException { if (f != null) { // prepare an output Document Document o = db.newDocument(); // use TrAX to adapt SAX events to a Document object th.setResult(new DOMResult(o)); XMLReader xr = XMLReaderFactory.createXMLReader(); xr.setEntityResolver(new JstlEntityResolver(pageContext)); // (note that we overwrite the filter's parent. this seems // to be expected usage. we could cache and reset the old // parent, but you can't setParent(null), so this wouldn't // be perfect.) f.setParent(xr); f.setContentHandler(th); f.parse(s); return o; } else return parseInputSource(s); }