javax.xml.bind.helpers.ValidationEventImpl#setLinkedException ( )源码实例Demo

private void propagateEvent( int severity, SAXParseException saxException )
    throws SAXException {

    ValidationEventImpl ve =
        new ValidationEventImpl( severity, saxException.getMessage(), getLocation() );

    Exception e = saxException.getException();
    if( e != null ) {
        ve.setLinkedException( e );
    } else {
        ve.setLinkedException( saxException );
    }

    // call the client's event handler.  If it returns false, then bail-out
    // and terminate the unmarshal operation.
    boolean result = handleEvent( ve );
    if( ! result ) {
        // bail-out of the parse with a SAX exception, but convert it into
        // an UnmarshalException back in in the AbstractUnmarshaller
        throw saxException;
    }
}
 

private void propagateEvent( int severity, SAXParseException saxException )
    throws SAXException {

    ValidationEventImpl ve =
        new ValidationEventImpl( severity, saxException.getMessage(), getLocation() );

    Exception e = saxException.getException();
    if( e != null ) {
        ve.setLinkedException( e );
    } else {
        ve.setLinkedException( saxException );
    }

    // call the client's event handler.  If it returns false, then bail-out
    // and terminate the unmarshal operation.
    boolean result = handleEvent( ve );
    if( ! result ) {
        // bail-out of the parse with a SAX exception, but convert it into
        // an UnmarshalException back in in the AbstractUnmarshaller
        throw saxException;
    }
}
 

private void propagateEvent( int severity, SAXParseException saxException )
    throws SAXException {

    ValidationEventImpl ve =
        new ValidationEventImpl( severity, saxException.getMessage(), getLocation() );

    Exception e = saxException.getException();
    if( e != null ) {
        ve.setLinkedException( e );
    } else {
        ve.setLinkedException( saxException );
    }

    // call the client's event handler.  If it returns false, then bail-out
    // and terminate the unmarshal operation.
    boolean result = handleEvent( ve );
    if( ! result ) {
        // bail-out of the parse with a SAX exception, but convert it into
        // an UnmarshalException back in in the AbstractUnmarshaller
        throw saxException;
    }
}
 

private void propagateEvent( int severity, SAXParseException saxException )
    throws SAXException {

    ValidationEventImpl ve =
        new ValidationEventImpl( severity, saxException.getMessage(), getLocation() );

    Exception e = saxException.getException();
    if( e != null ) {
        ve.setLinkedException( e );
    } else {
        ve.setLinkedException( saxException );
    }

    // call the client's event handler.  If it returns false, then bail-out
    // and terminate the unmarshal operation.
    boolean result = handleEvent( ve );
    if( ! result ) {
        // bail-out of the parse with a SAX exception, but convert it into
        // an UnmarshalException back in in the AbstractUnmarshaller
        throw saxException;
    }
}
 

private void propagateEvent( int severity, SAXParseException saxException )
    throws SAXException {

    ValidationEventImpl ve =
        new ValidationEventImpl( severity, saxException.getMessage(), getLocation() );

    Exception e = saxException.getException();
    if( e != null ) {
        ve.setLinkedException( e );
    } else {
        ve.setLinkedException( saxException );
    }

    // call the client's event handler.  If it returns false, then bail-out
    // and terminate the unmarshal operation.
    boolean result = handleEvent( ve );
    if( ! result ) {
        // bail-out of the parse with a SAX exception, but convert it into
        // an UnmarshalException back in in the AbstractUnmarshaller
        throw saxException;
    }
}
 

private void propagateEvent( int severity, SAXParseException saxException )
    throws SAXException {

    ValidationEventImpl ve =
        new ValidationEventImpl( severity, saxException.getMessage(), getLocation() );

    Exception e = saxException.getException();
    if( e != null ) {
        ve.setLinkedException( e );
    } else {
        ve.setLinkedException( saxException );
    }

    // call the client's event handler.  If it returns false, then bail-out
    // and terminate the unmarshal operation.
    boolean result = handleEvent( ve );
    if( ! result ) {
        // bail-out of the parse with a SAX exception, but convert it into
        // an UnmarshalException back in in the AbstractUnmarshaller
        throw saxException;
    }
}
 

private void propagateEvent( int severity, SAXParseException saxException )
    throws SAXException {

    ValidationEventImpl ve =
        new ValidationEventImpl( severity, saxException.getMessage(), getLocation() );

    Exception e = saxException.getException();
    if( e != null ) {
        ve.setLinkedException( e );
    } else {
        ve.setLinkedException( saxException );
    }

    // call the client's event handler.  If it returns false, then bail-out
    // and terminate the unmarshal operation.
    boolean result = handleEvent( ve );
    if( ! result ) {
        // bail-out of the parse with a SAX exception, but convert it into
        // an UnmarshalException back in in the AbstractUnmarshaller
        throw saxException;
    }
}
 

private void propagateEvent( int severity, SAXParseException saxException )
    throws SAXException {

    ValidationEventImpl ve =
        new ValidationEventImpl( severity, saxException.getMessage(), getLocation() );

    Exception e = saxException.getException();
    if( e != null ) {
        ve.setLinkedException( e );
    } else {
        ve.setLinkedException( saxException );
    }

    // call the client's event handler.  If it returns false, then bail-out
    // and terminate the unmarshal operation.
    boolean result = handleEvent( ve );
    if( ! result ) {
        // bail-out of the parse with a SAX exception, but convert it into
        // an UnmarshalException back in in the AbstractUnmarshaller
        throw saxException;
    }
}