Package com.sun.xml.internal.xsom

Examples of com.sun.xml.internal.xsom.XSComplexType


                ,null,1,1);
        public List<XSComplexType> getSubtypes() {
            ArrayList subtypeList = new ArrayList();
            Iterator<XSComplexType> cTypes = getRoot().iterateComplexTypes();
            while (cTypes.hasNext()) {
                XSComplexType cType= cTypes.next();
                XSType base = cType.getBaseType();
                if ((base != null) && (base.equals(this))) {
                    subtypeList.add(cType);
                }
            }
            return subtypeList;
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    private static boolean isSubstitutable( XSType _base, XSType derived ) {
        // too ugly to the point that it's almost unbearable.
        // I mean, it's not even transitive. Thus we end up calling this method
        // for each candidate
        if( _base.isComplexType() ) {
            XSComplexType base = _base.asComplexType();

            for( ; base!=derived; derived=derived.getBaseType() ) {
                if( base.isSubstitutionProhibited( derived.getDerivationMethod() ) )
                    return false;    // Type Derivation OK (Complex)-1
            }
            return true;
        } else {
            // simple type don't have any @block
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        return false;
    }

    public void build(XSComplexType ct) {
        XSComplexType baseType = ct.getBaseType().asComplexType();

        // build the base class
        CClass baseClass = selector.bindToType(baseType, ct, true);
        assert baseClass != null;   // global complex type must map to a class

        if (!checkIfExtensionSafe(baseType, ct)) {
            // error. We can't handle any further extension
            errorReceiver.error(ct.getLocator(),
                    Messages.ERR_NO_FURTHER_EXTENSION.format(
                    baseType.getName(), ct.getName() )
            );
            return;
        }

        selector.getCurrentBean().setBaseClass(baseClass);
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            // handle derivation-by-restriction like a whole new type
            new FreshComplexTypeBuilder().build(ct);
            return;
        }

        XSComplexType baseType = ct.getBaseType().asComplexType();

        // build the base class
        CClass baseClass = selector.bindToType(baseType,ct,true);
        assert baseClass!=null;   // global complex type must map to a class

        selector.getCurrentBean().setBaseClass(baseClass);

        if (bgmBuilder.isGenerateMixedExtensions()) {
            boolean forceFallbackInExtension = baseType.isMixed() &&
                                               ct.isMixed() &&
                                               (ct.getExplicitContent() != null) &&
                                               bgmBuilder.inExtensionMode;
            if (forceFallbackInExtension) {
                builder.recordBindingMode(ct, ComplexTypeBindingMode.NORMAL);
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            &&  baseType.isComplexType()
            &&  ct.getDerivationMethod()==XSType.EXTENSION;
    }

    public void build(XSComplexType ct) {
        XSComplexType baseType = ct.getBaseType().asComplexType();

        // build the base class
        CClass baseClass = selector.bindToType(baseType, ct, true);
        assert baseClass != null;   // global complex type must map to a class

        selector.getCurrentBean().setBaseClass(baseClass);

        // derivation by extension.
        ComplexTypeBindingMode baseTypeFlag = builder.getBindingMode(baseType);

        XSContentType explicitContent = ct.getExplicitContent();

        if (!checkIfExtensionSafe(baseType, ct)) {
            // error. We can't handle any further extension
            errorReceiver.error(ct.getLocator(),
                    Messages.ERR_NO_FURTHER_EXTENSION.format(
                    baseType.getName(), ct.getName() )
            );
            return;
        }

        // explicit content is always either empty or a particle.
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        XSContentType contentType = ct.getContentType();

        boolean generateMixedExtensions = bgmBuilder.isGenerateMixedExtensions();
        if (generateMixedExtensions) {
            if (!(ct.getBaseType() == schemas.getAnyType() && ct.isMixed())) {
                XSComplexType baseType = ct.getBaseType().asComplexType();
                // build the base class
                CClass baseClass = selector.bindToType(baseType, ct, true);
                selector.getCurrentBean().setBaseClass(baseClass);
            }
        }
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        }
        if (t.getDerivationMethod() == XSType.RESTRICTION) {
            return t;
        }

        XSComplexType baseType = t.getBaseType().asComplexType();
        if (baseType != null) {
            return getLastRestrictedType(baseType);
        } else {
            return null;
        }
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     *
     * @return false
     *      If this complex type needs to be rejected.
     */
    protected boolean checkIfExtensionSafe(XSComplexType baseType, XSComplexType thisType) {
        XSComplexType lastType = getLastRestrictedType(baseType);

        if (lastType == null) {
            return true;    // no restriction in derivation chain
        }
        NameClass anc = NameClass.NULL;
        // build name class for attributes in new complex type
        Iterator itr = thisType.iterateDeclaredAttributeUses();
        while (itr.hasNext()) {
            anc = new ChoiceNameClass(anc, getNameClass(((XSAttributeUse) itr.next()).getDecl()));
        }
        // TODO: attribute wildcard

        NameClass enc = getNameClass(thisType.getExplicitContent());

        // check against every base type ... except the root anyType
        while (lastType != lastType.getBaseType()) {
            if (checkCollision(anc, enc, lastType)) {
                return false;
            }

            if (lastType.getBaseType().isSimpleType()) // if the base type is a simple type, there won't be
            // any further name collision.
            {
                return true;
            }

            lastType = lastType.getBaseType().asComplexType();
        }

        return true;    // OK
    }
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            XSAttributeDecl aref = (XSAttributeDecl)top;
            assert aref.getType()==type;
            detectJavaTypeCustomization();
        } else
        if( top instanceof XSComplexType ) {
            XSComplexType tref = (XSComplexType)top;
            assert tref.getBaseType()==type || tref.getContentType()==type;
            detectJavaTypeCustomization();
        } else
        if( top == type ) {
            // this means the simple type is built by itself and
            // not because it's referenced by something.
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        return o;
    }

    public Iterator<XSAttributeUse> iterateAttributeUses() {

        XSComplexType baseType = getBaseType().asComplexType();

        if( baseType==null )    return super.iterateAttributeUses();

        return new Iterators.Union<XSAttributeUse>(
            new Iterators.Filter<XSAttributeUse>(baseType.iterateAttributeUses()) {
                protected boolean matches(XSAttributeUse value) {
                    XSAttributeDecl u = value.getDecl();
                    UName n = new UName(u.getTargetNamespace(),u.getName());
                    return !prohibitedAtts.contains(n);
                }
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