Examples of com.sun.msv.grammar.xmlschema.ComplexTypeExp

com.sun.msv.grammar.xmlschema.ComplexTypeExp

3.org/TR/xmlschema-1/#Complex_Type_Definition_details"> "complex type definition schema component properties" (which is defined in the spec) and corresponding method/field of this class.

Property of the spec	method/field of this class
name	The {@link #name} field.
target namespace	the {@link #getTargetNamespace()} method.
abstract	the {@link #isAbstract()} method.
base type definition	{@link #simpleBaseType} or {@link #complexBaseType} field,depending on whether the base type is a simple type or a complex type.
derivation method	the {@link #derivationMethod} field.
final	the {@link #finalValue} field.
prohibited substitutions	the {@link #block} field.
attribtue uses attribute wildcard content type	Not directly accessible. Can be found by walking the children of the {@link #body} field.
annotation	Unaccessible. This information is removed during the parsing phase.

Abstractness

The exp field and the self field are very similar. In fact, the only difference is that the former is affected by the abstract property, while the latter isn't.

So if it has to be affected by the abstract property (like referencing a complex type as the element body), you should use the exp field. If you don't want to be affected by the abstract property (like referencing a complex type as the base type of another complex type), then you should refer to the body field. @see ElementDeclExp @author Kohsuke KAWAGUCHI

                    ref.exp = sexp;
                    parentDecl.simpleBaseType = sexp.getType();
                    _assert(parentDecl.simpleBaseType!=null);
                    return;
                }
                ComplexTypeExp cexp = schema.complexTypes.get(baseTypeName[1]);
                if(cexp!=null) {
                    // we've found the complex type as the base type
                    ref.exp = cexp.body;
                    parentDecl.complexBaseType = cexp;
                    return;

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            // derivation from anyType means this expression is the root of
            // derivation. So we don't have to connect this complex type to
            // the super class.
            return exp;
        
        ComplexTypeExp baseType =
            reader.getOrCreateSchema(r[0]/*uri*/).complexTypes.getOrCreate(r[1]/*local name*/);
        if( baseType==null )    return exp;    // recover by abandoning further processing of this declaration.
        
        reader.backwardReference.memorizeLink(baseType);

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        String name = startTag.getAttribute("name");
        if( name==null ) {
            if( isGlobal() )
                reader.reportError( XMLSchemaReader.ERR_MISSING_ATTRIBUTE, "complexType", "name" );
            decl = new ComplexTypeExp( reader.currentSchema, null );
        } else {
            if( isRedefine() )
                // in redefine mode, use temporary object.
                // parsed complexType will be copied into the original one.
                decl = new ComplexTypeExp( reader.currentSchema, name );
            else {
                decl = reader.currentSchema.complexTypes.getOrCreate(name);
                // MSV has pre-defiend types in xsd namespace (such as xs:anyType)
                // this causes a problem when we are parsing schema4schema.
                // to avoid this problem, we won't issue this error when we are

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        Object getCore();
    }
    
    private Type getType( XMLSchemaTypeExp exp ) {
        if( exp instanceof ComplexTypeExp ) {
            final ComplexTypeExp cexp = (ComplexTypeExp)exp;
            return new Type(){
                public int getDerivationMethod() { return cexp.derivationMethod; }
                public int getBlockValue() { return cexp.block; }
                public Type getBaseType() {
                    if( cexp.complexBaseType!=null )

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                }
                wildcards = o;
            }
            else
            if( exp instanceof ComplexTypeExp ) {
                ComplexTypeExp cexp = (ComplexTypeExp)exp;
                
                final Set o = wildcards;
                {
                    // process children and collect their wildcards.
                    wildcards = new HashSet();

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            XMLSchemaSchema schema = _docDecl.grammar.getByNamespace(typeName[0]);
            if(schema==null)
                return onTypeResolutionFailure(sti,type,refErr);
        
            final XMLSchemaTypeExp currentType = xe.parent.getTypeDefinition();
            ComplexTypeExp cexp = schema.complexTypes.get(typeName[1]);
            if(cexp!=null) {
                if(cexp.isDerivedTypeOf( currentType,
                        xe.parent.block|currentType.getBlock() ))
                    // this type can substitute the current type.
                    contentModel = cexp;
                else
                    return onNotSubstitutableType(sti,type,refErr);

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                    // we've found the simple type
                    parentDecl.simpleBaseType = sexp.getType();
                    _assert(parentDecl.simpleBaseType!=null);
                    return;
                }
                ComplexTypeExp cexp = baseSchema.complexTypes.get(baseTypeName[1]);
                if(cexp!=null) {
                    // we've found the complex type as the base type
                    parentDecl.complexBaseType = cexp;
                    return;
                }

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            SimpleTypeExp sexp = baseSchema.simpleTypes.get(baseTypeName[1]);
            if(sexp!=null) {
                // we've found the simple type as the base type
                return sexp.getType().getType(context);
            }
            ComplexTypeExp cexp = baseSchema.complexTypes.get(baseTypeName[1]);
            if(cexp!=null) {
                // we've found the complex type as the base type
                // look for XSDatatypeExp inside
                final XSDatatypeExp[] dexp = new XSDatatypeExp[1];
                cexp.body.visit(new ExpressionWalker() {

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                    // we've found the simple type
                    parentDecl.simpleBaseType = sexp.getType();
                    _assert(parentDecl.simpleBaseType!=null);
                    return;
                }
                ComplexTypeExp cexp = baseSchema.complexTypes.get(baseTypeName[1]);
                if(cexp!=null) {
                    // we've found the complex type as the base type
                    parentDecl.complexBaseType = cexp;
                    return;
                }

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            SimpleTypeExp sexp = baseSchema.simpleTypes.get(baseTypeName[1]);
            if(sexp!=null) {
                // we've found the simple type as the base type
                return sexp.getType().getType(context);
            }
            ComplexTypeExp cexp = baseSchema.complexTypes.get(baseTypeName[1]);
            if(cexp!=null) {
                // we've found the complex type as the base type
                // look for XSDatatypeExp inside
                final XSDatatypeExp[] dexp = new XSDatatypeExp[1];
                cexp.body.visit(new ExpressionWalker() {

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