/** * Parses a new XML Schema document. */ public void parse( InputSource source ) throws SAXException { newNGCCRuntime().parseEntity(source,false,null,null); }
/** * Parses a new XML Schema document. */ public void parse( InputSource source ) throws SAXException { newNGCCRuntime().parseEntity(source,false,null,null); }
/** * Parses a new XML Schema document. */ public void parse( InputSource source ) throws SAXException { newNGCCRuntime().parseEntity(source,false,null,null); }
/** * Parses a new XML Schema document. */ public void parse( InputSource source ) throws SAXException { newNGCCRuntime().parseEntity(source,false,null,null); }
/** * Parses a new XML Schema document. */ public void parse( InputSource source ) throws SAXException { newNGCCRuntime().parseEntity(source,false,null,null); }
/** * Gets the parser implemented as a ContentHandler. * * One can feed XML Schema as SAX events to this interface to * parse a schema. To parse multiple schema files, feed multiple * sets of events. * * <p> * If you don't send a complete event sequence from a startDocument * event to an endDocument event, the state of XSOMParser can become * unstable. This sometimes happen when you encounter an error while * generating SAX events. Don't call the getResult method in that case. * * <p> * This way of reading XML Schema can be useful when XML Schema is * not available as a stand-alone XML document. * For example, one can feed XML Schema inside a WSDL document. */ public ContentHandler getParserHandler() { NGCCRuntimeEx runtime = context.newNGCCRuntime(); Schema s = new Schema(runtime,false,null); runtime.setRootHandler(s); return runtime; }
/** * Gets the parser implemented as a ContentHandler. * * One can feed XML Schema as SAX events to this interface to * parse a schema. To parse multiple schema files, feed multiple * sets of events. * * <p> * If you don't send a complete event sequence from a startDocument * event to an endDocument event, the state of XSOMParser can become * unstable. This sometimes happen when you encounter an error while * generating SAX events. Don't call the getResult method in that case. * * <p> * This way of reading XML Schema can be useful when XML Schema is * not available as a stand-alone XML document. * For example, one can feed XML Schema inside a WSDL document. */ public ContentHandler getParserHandler() { NGCCRuntimeEx runtime = context.newNGCCRuntime(); Schema s = new Schema(runtime,false,null); runtime.setRootHandler(s); return runtime; }
/** * Gets the parser implemented as a ContentHandler. * * One can feed XML Schema as SAX events to this interface to * parse a schema. To parse multiple schema files, feed multiple * sets of events. * * <p> * If you don't send a complete event sequence from a startDocument * event to an endDocument event, the state of XSOMParser can become * unstable. This sometimes happen when you encounter an error while * generating SAX events. Don't call the getResult method in that case. * * <p> * This way of reading XML Schema can be useful when XML Schema is * not available as a stand-alone XML document. * For example, one can feed XML Schema inside a WSDL document. */ public ContentHandler getParserHandler() { NGCCRuntimeEx runtime = context.newNGCCRuntime(); Schema s = new Schema(runtime,false,null); runtime.setRootHandler(s); return runtime; }
/** * Gets the parser implemented as a ContentHandler. * * One can feed XML Schema as SAX events to this interface to * parse a schema. To parse multiple schema files, feed multiple * sets of events. * * <p> * If you don't send a complete event sequence from a startDocument * event to an endDocument event, the state of XSOMParser can become * unstable. This sometimes happen when you encounter an error while * generating SAX events. Don't call the getResult method in that case. * * <p> * This way of reading XML Schema can be useful when XML Schema is * not available as a stand-alone XML document. * For example, one can feed XML Schema inside a WSDL document. */ public ContentHandler getParserHandler() { NGCCRuntimeEx runtime = context.newNGCCRuntime(); Schema s = new Schema(runtime,false,null); runtime.setRootHandler(s); return runtime; }
/** * Gets the parser implemented as a ContentHandler. * * One can feed XML Schema as SAX events to this interface to * parse a schema. To parse multiple schema files, feed multiple * sets of events. * * <p> * If you don't send a complete event sequence from a startDocument * event to an endDocument event, the state of XSOMParser can become * unstable. This sometimes happen when you encounter an error while * generating SAX events. Don't call the getResult method in that case. * * <p> * This way of reading XML Schema can be useful when XML Schema is * not available as a stand-alone XML document. * For example, one can feed XML Schema inside a WSDL document. */ public ContentHandler getParserHandler() { NGCCRuntimeEx runtime = context.newNGCCRuntime(); Schema s = new Schema(runtime,false,null); runtime.setRootHandler(s); return runtime; }