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

public static boolean ignorableDuplicateComponent(XSDeclaration c) {
    if(c.getTargetNamespace().equals(Const.schemaNamespace)) {
        if(c instanceof XSSimpleType)
            // hide artificial "double definitions" on simple types
            return true;
        if(c.isGlobal() && c.getName().equals("anyType"))
            return true; // ditto for anyType
    }
    return false;
}
 

public static boolean ignorableDuplicateComponent(XSDeclaration c) {
    if(c.getTargetNamespace().equals(Const.schemaNamespace)) {
        if(c instanceof XSSimpleType)
            // hide artificial "double definitions" on simple types
            return true;
        if(c.isGlobal() && c.getName().equals("anyType"))
            return true; // ditto for anyType
    }
    return false;
}
 

/**
 * If this reference refers to the given declaration,
 * resolve the reference now. This is used to implement redefinition.
 */
public void redefine(XSDeclaration d) {
    if( !d.getTargetNamespace().equals(name.getNamespaceURI())
    ||  !d.getName().equals(name.getName()) )
        return;

    ref = d;
    manager = null;
    name = null;
    source = null;
}
 

public static boolean ignorableDuplicateComponent(XSDeclaration c) {
    if(c.getTargetNamespace().equals(Const.schemaNamespace)) {
        if(c instanceof XSSimpleType)
            // hide artificial "double definitions" on simple types
            return true;
        if(c.isGlobal() && c.getName().equals("anyType"))
            return true; // ditto for anyType
    }
    return false;
}
 

/**
 * If this reference refers to the given declaration,
 * resolve the reference now. This is used to implement redefinition.
 */
public void redefine(XSDeclaration d) {
    if( !d.getTargetNamespace().equals(name.getNamespaceURI())
    ||  !d.getName().equals(name.getName()) )
        return;

    ref = d;
    manager = null;
    name = null;
    source = null;
}
 

public static boolean ignorableDuplicateComponent(XSDeclaration c) {
    if(c.getTargetNamespace().equals(Const.schemaNamespace)) {
        if(c instanceof XSSimpleType)
            // hide artificial "double definitions" on simple types
            return true;
        if(c.isGlobal() && c.getName().equals("anyType"))
            return true; // ditto for anyType
    }
    return false;
}
 

/**
 * If this reference refers to the given declaration,
 * resolve the reference now. This is used to implement redefinition.
 */
public void redefine(XSDeclaration d) {
    if( !d.getTargetNamespace().equals(name.getNamespaceURI())
    ||  !d.getName().equals(name.getName()) )
        return;

    ref = d;
    manager = null;
    name = null;
    source = null;
}
 

/**
 * If this reference refers to the given declaration,
 * resolve the reference now. This is used to implement redefinition.
 */
public void redefine(XSDeclaration d) {
    if( !d.getTargetNamespace().equals(name.getNamespaceURI())
    ||  !d.getName().equals(name.getName()) )
        return;

    ref = d;
    manager = null;
    name = null;
    source = null;
}
 

public static boolean ignorableDuplicateComponent(XSDeclaration c) {
    if(c.getTargetNamespace().equals(Const.schemaNamespace)) {
        if(c instanceof XSSimpleType)
            // hide artificial "double definitions" on simple types
            return true;
        if(c.isGlobal() && c.getName().equals("anyType"))
            return true; // ditto for anyType
    }
    return false;
}
 

public static boolean ignorableDuplicateComponent(XSDeclaration c) {
    if(c.getTargetNamespace().equals(Const.schemaNamespace)) {
        if(c instanceof XSSimpleType)
            // hide artificial "double definitions" on simple types
            return true;
        if(c.isGlobal() && c.getName().equals("anyType"))
            return true; // ditto for anyType
    }
    return false;
}
 

/**
 * If this reference refers to the given declaration,
 * resolve the reference now. This is used to implement redefinition.
 */
public void redefine(XSDeclaration d) {
    if( !d.getTargetNamespace().equals(name.getNamespaceURI())
    ||  !d.getName().equals(name.getName()) )
        return;

    ref = d;
    manager = null;
    name = null;
    source = null;
}
 

public static boolean ignorableDuplicateComponent(XSDeclaration c) {
    if(c.getTargetNamespace().equals(Const.schemaNamespace)) {
        if(c instanceof XSSimpleType)
            // hide artificial "double definitions" on simple types
            return true;
        if(c.isGlobal() && c.getName().equals("anyType"))
            return true; // ditto for anyType
    }
    return false;
}
 

/**
 * If this reference refers to the given declaration,
 * resolve the reference now. This is used to implement redefinition.
 */
public void redefine(XSDeclaration d) {
    if( !d.getTargetNamespace().equals(name.getNamespaceURI())
    ||  !d.getName().equals(name.getName()) )
        return;

    ref = d;
    manager = null;
    name = null;
    source = null;
}
 

/**
 * Returns the QName of the declaration.
 * @return null
 *      if the declaration is anonymous.
 */
public static QName getName(XSDeclaration decl) {
    String local = decl.getName();
    if(local==null) return null;
    return new QName(decl.getTargetNamespace(),local);
}
 

public UName(XSDeclaration decl) {
    this(decl.getTargetNamespace(),decl.getName());
}
 

public void checkDoubleDefError( XSDeclaration c ) throws SAXException {
    if(c==null || ignorableDuplicateComponent(c)) return;

    reportError( Messages.format(Messages.ERR_DOUBLE_DEFINITION,c.getName()) );
    reportError( Messages.format(Messages.ERR_DOUBLE_DEFINITION_ORIGINAL), c.getLocator() );
}
 

/**
 * Returns the QName of the declaration.
 * @return null
 *      if the declaration is anonymous.
 */
public static QName getName(XSDeclaration decl) {
    String local = decl.getName();
    if(local==null) return null;
    return new QName(decl.getTargetNamespace(),local);
}
 

public UName(XSDeclaration decl) {
    this(decl.getTargetNamespace(),decl.getName());
}
 

protected boolean match(XSDeclaration d) {
    return d.getName().equals(localName) && d.getTargetNamespace().equals(nsUri);
}
 

public Named(Axis<? extends XSDeclaration> axis, String nsUri, String localName) {
    super(axis);
    this.nsUri = nsUri;
    this.localName = localName;
}
 

public Named(Axis<? extends XSDeclaration> axis, UName n) {
    this(axis,n.getNamespaceURI(),n.getName());
}
 

public UName(XSDeclaration decl) {
    this(decl.getTargetNamespace(),decl.getName());
}
 

public Named(Axis<? extends XSDeclaration> axis, String nsUri, String localName) {
    super(axis);
    this.nsUri = nsUri;
    this.localName = localName;
}
 

/**
 * Gets a {@link SimpleNameClass} from the name of a {@link XSDeclaration}.
 */
private NameClass getNameClass(XSDeclaration decl) {
    return new SimpleNameClass(new QName(decl.getTargetNamespace(), decl.getName()));
}
 

/**
 * The real meat of the "bindToType" code.
 *
 * @param cannotBeDelayed
 *      if the binding of the body of the class cannot be defered
 *      and needs to be done immediately. If the flag is false,
 *      the binding of the body will be done later, to avoid
 *      cyclic binding problem.
 * @param referer
 *      The component that refers to <tt>sc</tt>. This can be null,
 *      if figuring out the referer is too hard, in which case
 *      the error message might be less user friendly.
 */
// TODO: consider getting rid of "cannotBeDelayed"
CTypeInfo _bindToClass( @NotNull XSComponent sc, XSComponent referer, boolean cannotBeDelayed ) {
    // check if this class is already built.
    if(!bindMap.containsKey(sc)) {
        // craete a bind task

        // if this is a global declaration, make sure they will be generated
        // under a package.
        boolean isGlobal = false;
        if( sc instanceof XSDeclaration ) {
            isGlobal = ((XSDeclaration)sc).isGlobal();
            if( isGlobal )
                pushClassScope( new CClassInfoParent.Package(
                    getPackage(((XSDeclaration)sc).getTargetNamespace())) );
        }

        // otherwise check if this component should become a class.
        CElement bean = sc.apply(classBinder);

        if( isGlobal )
            popClassScope();

        if(bean==null)
            return null;

        // can this namespace generate a class?
        if (bean instanceof CClassInfo) {
            XSSchema os = sc.getOwnerSchema();
            BISchemaBinding sb = builder.getBindInfo(os).get(BISchemaBinding.class);
            if(sb!=null && !sb.map) {
                // nope
                getErrorReporter().error(sc.getLocator(),
                    Messages.ERR_REFERENCE_TO_NONEXPORTED_CLASS, sc.apply( new ComponentNameFunction() ) );
                getErrorReporter().error(sb.getLocation(),
                    Messages.ERR_REFERENCE_TO_NONEXPORTED_CLASS_MAP_FALSE, os.getTargetNamespace() );
                if(referer!=null)
                    getErrorReporter().error(referer.getLocator(),
                        Messages.ERR_REFERENCE_TO_NONEXPORTED_CLASS_REFERER, referer.apply( new ComponentNameFunction() ) );
            }
        }


        queueBuild( sc, bean );
    }

    Binding bind = bindMap.get(sc);
    if( cannotBeDelayed )
        bind.build();

    return bind.bean;
}
 

/**
 * Returns the QName of the declaration.
 * @return null
 *      if the declaration is anonymous.
 */
public static QName getName(XSDeclaration decl) {
    String local = decl.getName();
    if(local==null) return null;
    return new QName(decl.getTargetNamespace(),local);
}
 

/**
 * Returns the QName of the declaration.
 * @return null
 *      if the declaration is anonymous.
 */
public static QName getName(XSDeclaration decl) {
    String local = decl.getName();
    if(local==null) return null;
    return new QName(decl.getTargetNamespace(),local);
}
 

/**
 * Returns the QName of the declaration.
 * @return null
 *      if the declaration is anonymous.
 */
public static QName getName(XSDeclaration decl) {
    String local = decl.getName();
    if(local==null) return null;
    return new QName(decl.getTargetNamespace(),local);
}
 

public UName(XSDeclaration decl) {
    this(decl.getTargetNamespace(),decl.getName());
}
 

/**
 * The real meat of the "bindToType" code.
 *
 * @param cannotBeDelayed
 *      if the binding of the body of the class cannot be defered
 *      and needs to be done immediately. If the flag is false,
 *      the binding of the body will be done later, to avoid
 *      cyclic binding problem.
 * @param referer
 *      The component that refers to {@code sc}. This can be null,
 *      if figuring out the referer is too hard, in which case
 *      the error message might be less user friendly.
 */
// TODO: consider getting rid of "cannotBeDelayed"
CTypeInfo _bindToClass( @NotNull XSComponent sc, XSComponent referer, boolean cannotBeDelayed ) {
    // check if this class is already built.
    if(!bindMap.containsKey(sc)) {
        // craete a bind task

        // if this is a global declaration, make sure they will be generated
        // under a package.
        boolean isGlobal = false;
        if( sc instanceof XSDeclaration ) {
            isGlobal = ((XSDeclaration)sc).isGlobal();
            if( isGlobal )
                pushClassScope( new CClassInfoParent.Package(
                    getPackage(((XSDeclaration)sc).getTargetNamespace())) );
        }

        // otherwise check if this component should become a class.
        CElement bean = sc.apply(classBinder);

        if( isGlobal )
            popClassScope();

        if(bean==null)
            return null;

        // can this namespace generate a class?
        if (bean instanceof CClassInfo) {
            XSSchema os = sc.getOwnerSchema();
            BISchemaBinding sb = builder.getBindInfo(os).get(BISchemaBinding.class);
            if(sb!=null && !sb.map) {
                // nope
                getErrorReporter().error(sc.getLocator(),
                    Messages.ERR_REFERENCE_TO_NONEXPORTED_CLASS, sc.apply( new ComponentNameFunction() ) );
                getErrorReporter().error(sb.getLocation(),
                    Messages.ERR_REFERENCE_TO_NONEXPORTED_CLASS_MAP_FALSE, os.getTargetNamespace() );
                if(referer!=null)
                    getErrorReporter().error(referer.getLocator(),
                        Messages.ERR_REFERENCE_TO_NONEXPORTED_CLASS_REFERER, referer.apply( new ComponentNameFunction() ) );
            }
        }


        queueBuild( sc, bean );
    }

    Binding bind = bindMap.get(sc);
    if( cannotBeDelayed )
        bind.build();

    return bind.bean;
}