com.sun.istack.internal.SAXParseException2 Java Examples

/**
 * Reports an error to the user, and asks if s/he wants
 * to recover. If the canRecover flag is false, regardless
 * of the client instruction, an exception will be thrown.
 *
 * Only if the flag is true and the user wants to recover from an error,
 * the method returns normally.
 *
 * The thrown exception will be catched by the unmarshaller.
 */
public void handleEvent(ValidationEvent event, boolean canRecover ) throws SAXException {
    ValidationEventHandler eventHandler = parent.getEventHandler();

    boolean recover = eventHandler.handleEvent(event);

    // if the handler says "abort", we will not return the object
    // from the unmarshaller.getResult()
    if(!recover)    aborted = true;

    if( !canRecover || !recover )
        throw new SAXParseException2( event.getMessage(), locator,
            new UnmarshalException(
                event.getMessage(),
                event.getLinkedException() ) );
}
 

public void parseSchema( String systemId, Element element ) {
    checkAbsoluteness(systemId);
    try {
        DOMScanner scanner = new DOMScanner();

        // use a locator that sets the system ID correctly
        // so that we can resolve relative URLs in most of the case.
        // it still doesn't handle xml:base and XInclude and all those things
        // correctly. There's just no way to make all those things work with DOM!
        LocatorImpl loc = new LocatorImpl();
        loc.setSystemId(systemId);
        scanner.setLocator(loc);

        scanner.setContentHandler(getParserHandler(systemId));
        scanner.scan(element);
    } catch (SAXException e) {
        // since parsing DOM shouldn't cause a SAX exception
        // and our handler will never throw it, it's not clear
        // if this will ever happen.
        fatalError(new SAXParseException2(
            e.getMessage(), null, systemId,-1,-1, e));
    }
}
 

/**
 * Reports an error to the user, and asks if s/he wants
 * to recover. If the canRecover flag is false, regardless
 * of the client instruction, an exception will be thrown.
 *
 * Only if the flag is true and the user wants to recover from an error,
 * the method returns normally.
 *
 * The thrown exception will be catched by the unmarshaller.
 */
public void handleEvent(ValidationEvent event, boolean canRecover ) throws SAXException {
    ValidationEventHandler eventHandler = parent.getEventHandler();

    boolean recover = eventHandler.handleEvent(event);

    // if the handler says "abort", we will not return the object
    // from the unmarshaller.getResult()
    if(!recover)    aborted = true;

    if( !canRecover || !recover )
        throw new SAXParseException2( event.getMessage(), locator,
            new UnmarshalException(
                event.getMessage(),
                event.getLinkedException() ) );
}
 

/**
 * Reports an error to the user, and asks if s/he wants
 * to recover. If the canRecover flag is false, regardless
 * of the client instruction, an exception will be thrown.
 *
 * Only if the flag is true and the user wants to recover from an error,
 * the method returns normally.
 *
 * The thrown exception will be catched by the unmarshaller.
 */
public void handleEvent(ValidationEvent event, boolean canRecover ) throws SAXException {
    ValidationEventHandler eventHandler = parent.getEventHandler();

    boolean recover = eventHandler.handleEvent(event);

    // if the handler says "abort", we will not return the object
    // from the unmarshaller.getResult()
    if(!recover)    aborted = true;

    if( !canRecover || !recover )
        throw new SAXParseException2( event.getMessage(), locator,
            new UnmarshalException(
                event.getMessage(),
                event.getLinkedException() ) );
}
 

/**
 * Reports an error to the user, and asks if s/he wants
 * to recover. If the canRecover flag is false, regardless
 * of the client instruction, an exception will be thrown.
 *
 * Only if the flag is true and the user wants to recover from an error,
 * the method returns normally.
 *
 * The thrown exception will be catched by the unmarshaller.
 */
public void handleEvent(ValidationEvent event, boolean canRecover ) throws SAXException {
    ValidationEventHandler eventHandler = parent.getEventHandler();

    boolean recover = eventHandler.handleEvent(event);

    // if the handler says "abort", we will not return the object
    // from the unmarshaller.getResult()
    if(!recover)    aborted = true;

    if( !canRecover || !recover )
        throw new SAXParseException2( event.getMessage(), locator,
            new UnmarshalException(
                event.getMessage(),
                event.getLinkedException() ) );
}
 

public void parseSchema( String systemId, Element element ) {
    checkAbsoluteness(systemId);
    try {
        DOMScanner scanner = new DOMScanner();

        // use a locator that sets the system ID correctly
        // so that we can resolve relative URLs in most of the case.
        // it still doesn't handle xml:base and XInclude and all those things
        // correctly. There's just no way to make all those things work with DOM!
        LocatorImpl loc = new LocatorImpl();
        loc.setSystemId(systemId);
        scanner.setLocator(loc);

        scanner.setContentHandler(getParserHandler(systemId));
        scanner.scan(element);
    } catch (SAXException e) {
        // since parsing DOM shouldn't cause a SAX exception
        // and our handler will never throw it, it's not clear
        // if this will ever happen.
        fatalError(new SAXParseException2(
            e.getMessage(), null, systemId,-1,-1, e));
    }
}
 

/**
 * Reports an error to the user, and asks if s/he wants
 * to recover. If the canRecover flag is false, regardless
 * of the client instruction, an exception will be thrown.
 *
 * Only if the flag is true and the user wants to recover from an error,
 * the method returns normally.
 *
 * The thrown exception will be catched by the unmarshaller.
 */
public void handleEvent(ValidationEvent event, boolean canRecover ) throws SAXException {
    ValidationEventHandler eventHandler = parent.getEventHandler();

    boolean recover = eventHandler.handleEvent(event);

    // if the handler says "abort", we will not return the object
    // from the unmarshaller.getResult()
    if(!recover)    aborted = true;

    if( !canRecover || !recover )
        throw new SAXParseException2( event.getMessage(), locator,
            new UnmarshalException(
                event.getMessage(),
                event.getLinkedException() ) );
}
 

public void parseSchema( String systemId, Element element ) {
    checkAbsoluteness(systemId);
    try {
        DOMScanner scanner = new DOMScanner();

        // use a locator that sets the system ID correctly
        // so that we can resolve relative URLs in most of the case.
        // it still doesn't handle xml:base and XInclude and all those things
        // correctly. There's just no way to make all those things work with DOM!
        LocatorImpl loc = new LocatorImpl();
        loc.setSystemId(systemId);
        scanner.setLocator(loc);

        scanner.setContentHandler(getParserHandler(systemId));
        scanner.scan(element);
    } catch (SAXException e) {
        // since parsing DOM shouldn't cause a SAX exception
        // and our handler will never throw it, it's not clear
        // if this will ever happen.
        fatalError(new SAXParseException2(
            e.getMessage(), null, systemId,-1,-1, e));
    }
}
 

public void parseSchema( String systemId, Element element ) {
    checkAbsoluteness(systemId);
    try {
        DOMScanner scanner = new DOMScanner();

        // use a locator that sets the system ID correctly
        // so that we can resolve relative URLs in most of the case.
        // it still doesn't handle xml:base and XInclude and all those things
        // correctly. There's just no way to make all those things work with DOM!
        LocatorImpl loc = new LocatorImpl();
        loc.setSystemId(systemId);
        scanner.setLocator(loc);

        scanner.setContentHandler(getParserHandler(systemId));
        scanner.scan(element);
    } catch (SAXException e) {
        // since parsing DOM shouldn't cause a SAX exception
        // and our handler will never throw it, it's not clear
        // if this will ever happen.
        fatalError(new SAXParseException2(
            e.getMessage(), null, systemId,-1,-1, e));
    }
}
 

public void parseSchema( String systemId, Element element ) {
    checkAbsoluteness(systemId);
    try {
        DOMScanner scanner = new DOMScanner();

        // use a locator that sets the system ID correctly
        // so that we can resolve relative URLs in most of the case.
        // it still doesn't handle xml:base and XInclude and all those things
        // correctly. There's just no way to make all those things work with DOM!
        LocatorImpl loc = new LocatorImpl();
        loc.setSystemId(systemId);
        scanner.setLocator(loc);

        scanner.setContentHandler(getParserHandler(systemId));
        scanner.scan(element);
    } catch (SAXException e) {
        // since parsing DOM shouldn't cause a SAX exception
        // and our handler will never throw it, it's not clear
        // if this will ever happen.
        fatalError(new SAXParseException2(
            e.getMessage(), null, systemId,-1,-1, e));
    }
}
 

/**
 * Reports an error to the user, and asks if s/he wants
 * to recover. If the canRecover flag is false, regardless
 * of the client instruction, an exception will be thrown.
 *
 * Only if the flag is true and the user wants to recover from an error,
 * the method returns normally.
 *
 * The thrown exception will be catched by the unmarshaller.
 */
public void handleEvent(ValidationEvent event, boolean canRecover ) throws SAXException {
    ValidationEventHandler eventHandler = parent.getEventHandler();

    boolean recover = eventHandler.handleEvent(event);

    // if the handler says "abort", we will not return the object
    // from the unmarshaller.getResult()
    if(!recover)    aborted = true;

    if( !canRecover || !recover )
        throw new SAXParseException2( event.getMessage(), locator,
            new UnmarshalException(
                event.getMessage(),
                event.getLinkedException() ) );
}
 

/**
 * Reports an error to the user, and asks if s/he wants
 * to recover. If the canRecover flag is false, regardless
 * of the client instruction, an exception will be thrown.
 *
 * Only if the flag is true and the user wants to recover from an error,
 * the method returns normally.
 *
 * The thrown exception will be catched by the unmarshaller.
 */
public void handleEvent(ValidationEvent event, boolean canRecover ) throws SAXException {
    ValidationEventHandler eventHandler = parent.getEventHandler();

    boolean recover = eventHandler.handleEvent(event);

    // if the handler says "abort", we will not return the object
    // from the unmarshaller.getResult()
    if(!recover)    aborted = true;

    if( !canRecover || !recover )
        throw new SAXParseException2( event.getMessage(), locator,
            new UnmarshalException(
                event.getMessage(),
                event.getLinkedException() ) );
}
 

/**
 * Reports an error to the user, and asks if s/he wants
 * to recover. If the canRecover flag is false, regardless
 * of the client instruction, an exception will be thrown.
 *
 * Only if the flag is true and the user wants to recover from an error,
 * the method returns normally.
 *
 * The thrown exception will be catched by the unmarshaller.
 */
public void handleEvent(ValidationEvent event, boolean canRecover ) throws SAXException {
    ValidationEventHandler eventHandler = parent.getEventHandler();

    boolean recover = eventHandler.handleEvent(event);

    // if the handler says "abort", we will not return the object
    // from the unmarshaller.getResult()
    if(!recover)    aborted = true;

    if( !canRecover || !recover )
        throw new SAXParseException2( event.getMessage(), locator,
            new UnmarshalException(
                event.getMessage(),
                event.getLinkedException() ) );
}
 

public void parseSchema( String systemId, Element element ) {
    checkAbsoluteness(systemId);
    try {
        DOMScanner scanner = new DOMScanner();

        // use a locator that sets the system ID correctly
        // so that we can resolve relative URLs in most of the case.
        // it still doesn't handle xml:base and XInclude and all those things
        // correctly. There's just no way to make all those things work with DOM!
        LocatorImpl loc = new LocatorImpl();
        loc.setSystemId(systemId);
        scanner.setLocator(loc);

        scanner.setContentHandler(getParserHandler(systemId));
        scanner.scan(element);
    } catch (SAXException e) {
        // since parsing DOM shouldn't cause a SAX exception
        // and our handler will never throw it, it's not clear
        // if this will ever happen.
        fatalError(new SAXParseException2(
            e.getMessage(), null, systemId,-1,-1, e));
    }
}
 

public void parseSchema( String systemId, Element element ) {
    checkAbsoluteness(systemId);
    try {
        DOMScanner scanner = new DOMScanner();

        // use a locator that sets the system ID correctly
        // so that we can resolve relative URLs in most of the case.
        // it still doesn't handle xml:base and XInclude and all those things
        // correctly. There's just no way to make all those things work with DOM!
        LocatorImpl loc = new LocatorImpl();
        loc.setSystemId(systemId);
        scanner.setLocator(loc);

        scanner.setContentHandler(getParserHandler(systemId));
        scanner.scan(element);
    } catch (SAXException e) {
        // since parsing DOM shouldn't cause a SAX exception
        // and our handler will never throw it, it's not clear
        // if this will ever happen.
        fatalError(new SAXParseException2(
            e.getMessage(), null, systemId,-1,-1, e));
    }
}
 

private void reportError(Element errorSource,
                         String formattedMsg, Exception nestedException) {

    SAXParseException e = new SAXParseException2(formattedMsg,
            forest.locatorTable.getStartLocation(errorSource),
            nestedException);
    errorReceiver.error(e);
}
 

public void parse() throws SAXException {
    // parses from a StAX reader and generates SAX events which
    // go through the repeater and are forwarded to the appropriate
    // component
    try {
        reader.bridge();
    } catch( XMLStreamException e ) {
        // wrap it in a SAXException
        SAXParseException se =
            new SAXParseException2(
                e.getMessage(),
                null,
                null,
                e.getLocation() == null ? -1 : e.getLocation().getLineNumber(),
                e.getLocation() == null ? -1 : e.getLocation().getColumnNumber(),
                e);

        // if the consumer sets an error handler, it is our responsibility
        // to notify it.
        if(errorHandler!=null)
            errorHandler.fatalError(se);

        // this is a fatal error. Even if the error handler
        // returns, we will abort anyway.
        throw se;

    } finally {
        try {
            staxReader.close();
        } catch(XMLStreamException xe) {
            //falls through. Not much can be done.
        }
    }
}
 

private void reportError( Element errorSource,
    String formattedMsg, Exception nestedException ) {

    SAXParseException e = new SAXParseException2( formattedMsg,
        forest.locatorTable.getStartLocation(errorSource),
        nestedException );
    errorHandler.error(e);
}
 

private void reportError( Element errorSource,
    String formattedMsg, Exception nestedException ) {

    SAXParseException e = new SAXParseException2( formattedMsg,
        forest.locatorTable.getStartLocation(errorSource),
        nestedException );
    errorHandler.error(e);
}
 

private void reportError( Element errorSource,
                          String formattedMsg, Exception nestedException ) {

    SAXParseException e = new SAXParseException2( formattedMsg,
        forest.locatorTable.getStartLocation(errorSource),
        nestedException );
    errorReceiver.error(e);
}
 

private void reportError( Element errorSource,
                          String formattedMsg, Exception nestedException ) {

    SAXParseException e = new SAXParseException2( formattedMsg,
        forest.locatorTable.getStartLocation(errorSource),
        nestedException );
    errorReceiver.error(e);
}
 

private void reportError(Entity entity,
    String formattedMsg, Exception nestedException ) {
    Locator locator = (entity == null)?null:entity.getLocator();

    SAXParseException e = new SAXParseException2( formattedMsg,
        locator,
        nestedException );
    errReceiver.error(e);
}
 

public void parse() throws SAXException {
    // parses from a StAX reader and generates SAX events which
    // go through the repeater and are forwarded to the appropriate
    // component
    try {
        reader.bridge();
    } catch( XMLStreamException e ) {
        // wrap it in a SAXException
        SAXParseException se =
            new SAXParseException2(
                e.getMessage(),
                null,
                null,
                e.getLocation() == null ? -1 : e.getLocation().getLineNumber(),
                e.getLocation() == null ? -1 : e.getLocation().getColumnNumber(),
                e);

        // if the consumer sets an error handler, it is our responsibility
        // to notify it.
        if(errorHandler!=null)
            errorHandler.fatalError(se);

        // this is a fatal error. Even if the error handler
        // returns, we will abort anyway.
        throw se;

    } finally {
        try {
            staxReader.close();
        } catch(XMLStreamException xe) {
            //falls through. Not much can be done.
        }
    }
}
 

public void parse() throws SAXException {
    // parses from a StAX reader and generates SAX events which
    // go through the repeater and are forwarded to the appropriate
    // component
    try {
        reader.bridge();
    } catch( XMLStreamException e ) {
        // wrap it in a SAXException
        SAXParseException se =
            new SAXParseException2(
                e.getMessage(),
                null,
                null,
                e.getLocation() == null ? -1 : e.getLocation().getLineNumber(),
                e.getLocation() == null ? -1 : e.getLocation().getColumnNumber(),
                e);

        // if the consumer sets an error handler, it is our responsibility
        // to notify it.
        if(errorHandler!=null)
            errorHandler.fatalError(se);

        // this is a fatal error. Even if the error handler
        // returns, we will abort anyway.
        throw se;

    } finally {
        try {
            staxReader.close();
        } catch(XMLStreamException xe) {
            //falls through. Not much can be done.
        }
    }
}
 

private void reportError(Element errorSource,
                         String formattedMsg, Exception nestedException) {

    SAXParseException e = new SAXParseException2(formattedMsg,
            forest.locatorTable.getStartLocation(errorSource),
            nestedException);
    errorReceiver.error(e);
}
 

private void reportError(Element errorSource,
                         String formattedMsg, Exception nestedException) {

    SAXParseException e = new SAXParseException2(formattedMsg,
            forest.locatorTable.getStartLocation(errorSource),
            nestedException);
    errorReceiver.error(e);
}
 

private void reportError(Element errorSource,
                         String formattedMsg, Exception nestedException) {

    SAXParseException e = new SAXParseException2(formattedMsg,
            forest.locatorTable.getStartLocation(errorSource),
            nestedException);
    errorReceiver.error(e);
}
 

public void parse() throws SAXException {
    // parses from a StAX reader and generates SAX events which
    // go through the repeater and are forwarded to the appropriate
    // component
    try {
        reader.bridge();
    } catch( XMLStreamException e ) {
        // wrap it in a SAXException
        SAXParseException se =
            new SAXParseException2(
                e.getMessage(),
                null,
                null,
                e.getLocation() == null ? -1 : e.getLocation().getLineNumber(),
                e.getLocation() == null ? -1 : e.getLocation().getColumnNumber(),
                e);

        // if the consumer sets an error handler, it is our responsibility
        // to notify it.
        if(errorHandler!=null)
            errorHandler.fatalError(se);

        // this is a fatal error. Even if the error handler
        // returns, we will abort anyway.
        throw se;

    } finally {
        try {
            staxReader.close();
        } catch(XMLStreamException xe) {
            //falls through. Not much can be done.
        }
    }
}
 

private void reportError( Element errorSource,
    String formattedMsg, Exception nestedException ) {

    SAXParseException e = new SAXParseException2( formattedMsg,
        forest.locatorTable.getStartLocation(errorSource),
        nestedException );
    errorHandler.error(e);
}
 

public void parse() throws SAXException {
    // parses from a StAX reader and generates SAX events which
    // go through the repeater and are forwarded to the appropriate
    // component
    try {
        reader.bridge();
    } catch( XMLStreamException e ) {
        // wrap it in a SAXException
        SAXParseException se =
            new SAXParseException2(
                e.getMessage(),
                null,
                null,
                e.getLocation() == null ? -1 : e.getLocation().getLineNumber(),
                e.getLocation() == null ? -1 : e.getLocation().getColumnNumber(),
                e);

        // if the consumer sets an error handler, it is our responsibility
        // to notify it.
        if(errorHandler!=null)
            errorHandler.fatalError(se);

        // this is a fatal error. Even if the error handler
        // returns, we will abort anyway.
        throw se;

    } finally {
        try {
            staxReader.close();
        } catch(XMLStreamException xe) {
            //falls through. Not much can be done.
        }
    }
}