Examples of com.sun.msv.reader.datatype.DataTypeVocabulary

com.sun.msv.reader.datatype.DataTypeVocabulary
this class is used to parse foreign datatype vocabulary. Each datatype vocabulary must be associated with one namespace URI. When the element with that namespace URI is first found, this object is instanciated. After that, whenever the element with the namespace URI is found, createTopLevelReaderState method will be used to parse the element (and its descendants.) And whenever a reference to this vocabulary by name (e.g., "mydt:mytypename") is found, getType method is called to resolve this name into DataType object. One instance of this class is used throughout the parsing of one grammar. Therefore, implementations are encouraged to take advantages of this property and keep context information (e.g., user-defined named datatypes). @author Kohsuke KAWAGUCHI

        if(tag.localName.equals("include"))        return getStateFactory().includePattern(parent,tag);


        final String role = tag.getAttribute(TREXNamespace,"role");
        if("datatype".equals(role)) {
            String namespaceURI = mapNamespace(tag.namespaceURI);
            DataTypeVocabulary v = grammar.dataTypes.get(namespaceURI);
        
            if(v==null) {
                reportError( ERR_UNKNOWN_DATATYPE_VOCABULARY, tag.namespaceURI );
                // put a dummy vocabulary into the map
                // so that user will never receive the same error again.
                grammar.dataTypes.put( tag.namespaceURI, new UndefinedDataTypeVocabulary() );
                return new IgnoreState();    // recover by ignoring this element.
            }            
            
            return v.createTopLevelReaderState(tag);
        }
            
        
        return super.createExpressionChildState(parent,tag);
    }

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            return StringType.theInstance;
        }
        
        s[0] = mapNamespace(s[0]);    // s[0] == namespace URI
        
        DataTypeVocabulary v = grammar.dataTypes.get(s[0]);
        if(v==null) {
            reportError( ERR_UNKNOWN_DATATYPE_VOCABULARY, s[0] );
            // put a dummy vocabulary into the map
            // so that user will never receive the same error again.
            grammar.dataTypes.put( s[0], new UndefinedDataTypeVocabulary() );
        } else {
            try {
                return v.getType( s[1] );    // s[1] == local name
            } catch( DatatypeException e ) {
                reportError( ERR_UNDEFINED_DATATYPE, qName );
            }
        }
        // recover by using a dummy DataType

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        if(tag.localName.equals("include"))        return getStateFactory().includePattern(parent,tag);


        final String role = tag.getAttribute(TREXNamespace,"role");
        if("datatype".equals(role)) {
            String namespaceURI = mapNamespace(tag.namespaceURI);
            DataTypeVocabulary v = grammar.dataTypes.get(namespaceURI);
        
            if(v==null) {
                reportError( ERR_UNKNOWN_DATATYPE_VOCABULARY, tag.namespaceURI );
                // put a dummy vocabulary into the map
                // so that user will never receive the same error again.
                grammar.dataTypes.put( tag.namespaceURI, new UndefinedDataTypeVocabulary() );
                return new IgnoreState();    // recover by ignoring this element.
            }            
            
            return v.createTopLevelReaderState(tag);
        }
            
        
        return super.createExpressionChildState(parent,tag);
    }

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            return StringType.theInstance;
        }
        
        s[0] = mapNamespace(s[0]);    // s[0] == namespace URI
        
        DataTypeVocabulary v = grammar.dataTypes.get(s[0]);
        if(v==null) {
            reportError( ERR_UNKNOWN_DATATYPE_VOCABULARY, s[0] );
            // put a dummy vocabulary into the map
            // so that user will never receive the same error again.
            grammar.dataTypes.put( s[0], new UndefinedDataTypeVocabulary() );
        } else {
            try {
                return v.getType( s[1] );    // s[1] == local name
            } catch( DatatypeException e ) {
                reportError( ERR_UNDEFINED_DATATYPE, qName );
            }
        }
        // recover by using a dummy DataType

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Related Classes of com.sun.msv.reader.datatype.DataTypeVocabulary

com.sun.msv.reader.trex.classic.TREXGrammarReader

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