com.sun.xml.internal.xsom.XSModelGroup Java Examples

private boolean containingChoice(CClassInfo typeBean) {
    XSComponent component = typeBean.getSchemaComponent();
    if (component instanceof XSComplexType) {
        XSContentType contentType = ((XSComplexType) component).getContentType();
        XSParticle particle = contentType.asParticle();
        if (particle != null) {
            XSTerm term = particle.getTerm();
            XSModelGroup modelGroup = term.asModelGroup();
            if (modelGroup != null) {
                return (modelGroup.getCompositor() == XSModelGroup.Compositor.CHOICE);
            }
        }
    }

    return false;
}
 

public boolean isApplicable(XSComplexType ct) {
    if( !bgmBuilder.getGlobalBinding().isChoiceContentPropertyEnabled() )
        return false;

    if( ct.getBaseType()!=schemas.getAnyType() )
        // My reading of the spec is that if a complex type is
        // derived from another complex type by extension,
        // its top level model group is always a sequence
        // that combines the base type content model and
        // the extension defined in the new complex type.
        return false;

    XSParticle p = ct.getContentType().asParticle();
    if(p==null)
        return false;

    XSModelGroup mg = getTopLevelModelGroup(p);

    if( mg.getCompositor()!=XSModelGroup.CHOICE )
        return false;

    if( p.isRepeated() )
        return false;

    return true;
}
 

public boolean isApplicable(XSComplexType ct) {
    if( !bgmBuilder.getGlobalBinding().isChoiceContentPropertyEnabled() )
        return false;

    if( ct.getBaseType()!=schemas.getAnyType() )
        // My reading of the spec is that if a complex type is
        // derived from another complex type by extension,
        // its top level model group is always a sequence
        // that combines the base type content model and
        // the extension defined in the new complex type.
        return false;

    XSParticle p = ct.getContentType().asParticle();
    if(p==null)
        return false;

    XSModelGroup mg = getTopLevelModelGroup(p);

    if( mg.getCompositor()!=XSModelGroup.CHOICE )
        return false;

    if( p.isRepeated() )
        return false;

    return true;
}
 

public boolean isApplicable(XSComplexType ct) {
    if( !bgmBuilder.getGlobalBinding().isChoiceContentPropertyEnabled() )
        return false;

    if( ct.getBaseType()!=schemas.getAnyType() )
        // My reading of the spec is that if a complex type is
        // derived from another complex type by extension,
        // its top level model group is always a sequence
        // that combines the base type content model and
        // the extension defined in the new complex type.
        return false;

    XSParticle p = ct.getContentType().asParticle();
    if(p==null)
        return false;

    XSModelGroup mg = getTopLevelModelGroup(p);

    if( mg.getCompositor()!=XSModelGroup.CHOICE )
        return false;

    if( p.isRepeated() )
        return false;

    return true;
}
 

public void modelGroup(XSModelGroup group) {
    if(!visited.add(group))  return;

    for (XSParticle p : group.getChildren()) {
        particle(p);
    }
}
 

public void modelGroup(XSModelGroup group) {
    if(!visited.add(group))  return;

    for (XSParticle p : group.getChildren()) {
        particle(p);
    }
}
 

public Iterator<T> modelGroup(XSModelGroup group) {
    // compensate for particles that are ignored in SCD
    return new Iterators.Map<T,XSParticle>(group.iterator()) {
        protected Iterator<? extends T> apply(XSParticle p) {
            return particle(p);
        }
    };
}
 

public void modelGroup(XSModelGroup group) {
    if(!visited.add(group))  return;

    for (XSParticle p : group.getChildren()) {
        particle(p);
    }
}
 

/**
 * Transforms the default name produced from XML name
 * by following the customization.
 *
 * This shouldn't be applied to a class name specified
 * by a customization.
 *
 * @param cmp
 *      The schema component from which the default name is derived.
 */
public String mangleClassName( String name, XSComponent cmp ) {
    if( cmp instanceof XSType )
        return nameXmlTransform.typeName.mangle(name);
    if( cmp instanceof XSElementDecl )
        return nameXmlTransform.elementName.mangle(name);
    if( cmp instanceof XSAttributeDecl )
        return nameXmlTransform.attributeName.mangle(name);
    if( cmp instanceof XSModelGroup || cmp instanceof XSModelGroupDecl )
        return nameXmlTransform.modelGroupName.mangle(name);

    // otherwise no modification
    return name;
}
 

public void modelGroup( XSModelGroup mg ) {
    boolean oldIOP = insideOptionalParticle;
    insideOptionalParticle |= mg.getCompositor()==XSModelGroup.CHOICE;

    for( XSParticle p : mg.getChildren())
        particle(p);

    insideOptionalParticle = oldIOP;
}
 

public void modelGroup( XSModelGroup mg ) {
    boolean oldIOP = insideOptionalParticle;
    insideOptionalParticle |= mg.getCompositor()==XSModelGroup.CHOICE;

    for( XSParticle p : mg.getChildren())
        particle(p);

    insideOptionalParticle = oldIOP;
}
 

private void modelGroup( XSModelGroup group, String extraAtts ) {
    println(MessageFormat.format("<{0}{1}>", group.getCompositor(), extraAtts));
    indent++;

    final int len = group.getSize();
    for( int i=0; i<len; i++ )
        particle(group.getChild(i));

    indent--;
    println(MessageFormat.format("</{0}>", group.getCompositor()));
}
 

private void visit(XSModelGroup mg, List<XSComponent> r) {
    // since model groups never form a cycle, no cycle check is needed
    r.add(mg);
    for (XSParticle p : mg) {
        XSModelGroup child = p.getTerm().asModelGroup();
        if(child!=null)
            visit(child,r);
    }
}
 

private void visit(XSModelGroup mg, List<XSComponent> r) {
    // since model groups never form a cycle, no cycle check is needed
    r.add(mg);
    for (XSParticle p : mg) {
        XSModelGroup child = p.getTerm().asModelGroup();
        if(child!=null)
            visit(child,r);
    }
}
 

public Iterator<T> modelGroup(XSModelGroup group) {
    // compensate for particles that are ignored in SCD
    return new Iterators.Map<T,XSParticle>(group.iterator()) {
        protected Iterator<? extends T> apply(XSParticle p) {
            return particle(p);
        }
    };
}
 

private Iterator<XSModelGroup> filter(XSModelGroup mg) {
    if(mg==null)
        return empty();
    if(mg.getCompositor() == compositor || compositor == null)
        return singleton(mg);
    else
        return empty();
}
 

/**
 * Creates node for model group with additional attributes.
 *
 * @param group     Model group.
 * @param extraAtts Additional attributes.
 */
private void modelGroup(XSModelGroup group, String extraAtts) {
    SchemaTreeNode newNode = new SchemaTreeNode(MessageFormat.format(
            "{0}{1}", new Object[]{group.getCompositor(), extraAtts}),
            group.getLocator());
    this.currNode.add(newNode);
    this.currNode = newNode;

    final int len = group.getSize();
    for (int i = 0; i < len; i++) {
        particle(group.getChild(i));
    }

    this.currNode = (SchemaTreeNode) this.currNode.getParent();
}
 

/**
 * Creates node for model group with additional attributes.
 *
 * @param group     Model group.
 * @param extraAtts Additional attributes.
 */
private void modelGroup(XSModelGroup group, String extraAtts) {
    SchemaTreeNode newNode = new SchemaTreeNode(MessageFormat.format(
            "{0}{1}", new Object[]{group.getCompositor(), extraAtts}),
            group.getLocator());
    this.currNode.add(newNode);
    this.currNode = newNode;

    final int len = group.getSize();
    for (int i = 0; i < len; i++) {
        particle(group.getChild(i));
    }

    this.currNode = (SchemaTreeNode) this.currNode.getParent();
}
 

/**
 * Iterate all descendant model groups of the given model group, including itself.
 */
private Iterator<XSComponent> descendants(XSModelGroup mg) {
    // TODO: write a tree iterator
    // for now, we do it eagerly because I'm lazy
    List<XSComponent> r = new ArrayList<XSComponent>();
    visit(mg,r);
    return r.iterator();
}
 

/**
 * Transforms the default name produced from XML name
 * by following the customization.
 *
 * This shouldn't be applied to a class name specified
 * by a customization.
 *
 * @param cmp
 *      The schema component from which the default name is derived.
 */
public String mangleClassName( String name, XSComponent cmp ) {
    if( cmp instanceof XSType )
        return nameXmlTransform.typeName.mangle(name);
    if( cmp instanceof XSElementDecl )
        return nameXmlTransform.elementName.mangle(name);
    if( cmp instanceof XSAttributeDecl )
        return nameXmlTransform.attributeName.mangle(name);
    if( cmp instanceof XSModelGroup || cmp instanceof XSModelGroupDecl )
        return nameXmlTransform.modelGroupName.mangle(name);

    // otherwise no modification
    return name;
}
 

public Iterator<T> modelGroup(XSModelGroup group) {
    // compensate for particles that are ignored in SCD
    return new Iterators.Map<T,XSParticle>(group.iterator()) {
        protected Iterator<? extends T> apply(XSParticle p) {
            return particle(p);
        }
    };
}
 

public void modelGroup(XSModelGroup group) {
    if(!visited.add(group))  return;

    for (XSParticle p : group.getChildren()) {
        particle(p);
    }
}
 

private Iterator<XSModelGroup> filter(XSModelGroup mg) {
    if(mg==null)
        return empty();
    if(mg.getCompositor() == compositor || compositor == null)
        return singleton(mg);
    else
        return empty();
}
 

private void modelGroup( XSModelGroup group, String extraAtts ) {
    println(MessageFormat.format("<{0}{1}>", group.getCompositor(), extraAtts));
    indent++;

    final int len = group.getSize();
    for( int i=0; i<len; i++ )
        particle(group.getChild(i));

    indent--;
    println(MessageFormat.format("</{0}>", group.getCompositor()));
}
 

/**
 * Iterate all descendant model groups of the given model group, including itself.
 */
private Iterator<XSComponent> descendants(XSModelGroup mg) {
    // TODO: write a tree iterator
    // for now, we do it eagerly because I'm lazy
    List<XSComponent> r = new ArrayList<XSComponent>();
    visit(mg,r);
    return r.iterator();
}
 

/**
 * Iterate all descendant model groups of the given model group, including itself.
 */
private Iterator<XSComponent> descendants(XSModelGroup mg) {
    // TODO: write a tree iterator
    // for now, we do it eagerly because I'm lazy
    List<XSComponent> r = new ArrayList<XSComponent>();
    visit(mg,r);
    return r.iterator();
}
 

public Iterator<T> modelGroup(XSModelGroup group) {
    // compensate for particles that are ignored in SCD
    return new Iterators.Map<T,XSParticle>(group.iterator()) {
        protected Iterator<? extends T> apply(XSParticle p) {
            return particle(p);
        }
    };
}
 

private void modelGroup( XSModelGroup group, String extraAtts ) {
    println(MessageFormat.format("<{0}{1}>", group.getCompositor(), extraAtts));
    indent++;

    final int len = group.getSize();
    for( int i=0; i<len; i++ )
        particle(group.getChild(i));

    indent--;
    println(MessageFormat.format("</{0}>", group.getCompositor()));
}
 

/**
 * Transforms the default name produced from XML name
 * by following the customization.
 *
 * This shouldn't be applied to a class name specified
 * by a customization.
 *
 * @param cmp
 *      The schema component from which the default name is derived.
 */
public String mangleClassName( String name, XSComponent cmp ) {
    if( cmp instanceof XSType )
        return nameXmlTransform.typeName.mangle(name);
    if( cmp instanceof XSElementDecl )
        return nameXmlTransform.elementName.mangle(name);
    if( cmp instanceof XSAttributeDecl )
        return nameXmlTransform.attributeName.mangle(name);
    if( cmp instanceof XSModelGroup || cmp instanceof XSModelGroupDecl )
        return nameXmlTransform.modelGroupName.mangle(name);

    // otherwise no modification
    return name;
}
 

private XSModelGroup getTopLevelModelGroup(XSParticle p) {
    XSModelGroup mg = p.getTerm().asModelGroup();
    if( p.getTerm().isModelGroupDecl() )
        mg = p.getTerm().asModelGroupDecl().getModelGroup();
    return mg;
}