How to use

switchSource

method

in

com.sun.msv.reader.xmlschema.XMLSchemaReader

public void switchSource(Source source, State newState) {
  String url = source.getSystemId();
  if (url != null && sysIds.contains(url)) {
    return;
  }
  super.switchSource(source, newState);
}

public void switchSource(Source source, State newState) {
  String url = source.getSystemId();
  if (url != null && sysIds.contains(url)) {
    return;
  }
  super.switchSource(source, newState);
}

public void switchSource(Source source, State newState) {
  String url = source.getSystemId();
  if (url != null && sysIds.contains(url)) {
    return;
  }
  super.switchSource(source, newState);
}

/**
 * Parse a schema supplied by a javax.xml.transform Source.
 * @param source
 */
public void parse(Source source) {
  reader.switchSource(source,
      new RootIncludedSchemaState(
        reader.sfactory.schemaHead(null)) );
}

/**
 * Parse a schema supplied by a javax.xml.transform Source.
 * @param source
 */
public void parse(Source source) {
  reader.switchSource(source,
      new RootIncludedSchemaState(
        reader.sfactory.schemaHead(null)) );
}

/**
 * Parses an additional schema.
 * 
 * The caller can call this method many times to parse
 * multiple schemas.
 * 
 * If possible, the caller should set the system Id to the InputSource.
 */
public void parse( InputSource is ) {
  reader.switchSource( is,
    new RootIncludedSchemaState(
      reader.sfactory.schemaHead(null)) );
}

/**
 * Parses an additional schema.
 * 
 * The caller can call this method many times to parse
 * multiple schemas.
 * 
 * If possible, the caller should set the system Id to the InputSource.
 */
public void parse( InputSource is ) {
  
  reader.switchSource( is,
    new RootIncludedSchemaState(
      reader.sfactory.schemaHead(null)) );
}

/**
 * Parses an additional schema.
 * 
 * The caller can call this method many times to parse
 * multiple schemas.
 * 
 * If possible, the caller should set the system Id to the InputSource.
 */
public void parse( InputSource is ) {
  
  reader.switchSource( is,
    new RootIncludedSchemaState(
      reader.sfactory.schemaHead(null)) );
}

/**
 * Parses an additional schema.
 * 
 * The caller can call this method many times to parse
 * multiple schemas.
 * 
 * If possible, the caller should set the system Id to the InputSource.
 */
public void parse( InputSource is ) {
  reader.switchSource( is,
    new RootIncludedSchemaState(
      reader.sfactory.schemaHead(null)) );
}

  protected void startSelf() {
    final XMLSchemaReader reader = (XMLSchemaReader)this.reader;
    super.startSelf();
    try {
      reader.switchSource( this,
        new RootIncludedSchemaState(
          reader.sfactory.schemaIncluded(this,reader.currentSchema.targetNamespace) ) );
    } catch( AbortException e ) {
      // recover by ignoring the error
    }
  }
}

  protected void startSelf() {
    final XMLSchemaReader reader = (XMLSchemaReader)this.reader;
    super.startSelf();
    try {
      reader.switchSource( this,
        new RootIncludedSchemaState(
          reader.sfactory.schemaIncluded(this,reader.currentSchema.targetNamespace) ) );
    } catch( AbortException e ) {
      // recover by ignoring the error
    }
  }
}

  protected void startSelf() {
    final XMLSchemaReader reader = (XMLSchemaReader)this.reader;
    super.startSelf();
    try {
      reader.switchSource( this,
        new RootIncludedSchemaState(
          reader.sfactory.schemaIncluded(this,reader.currentSchema.targetNamespace) ) );
    } catch( AbortException e ) {
      // recover by ignoring the error
    }
  }
}

protected void startSelf() {
  final XMLSchemaReader reader = (XMLSchemaReader)this.reader;
  super.startSelf();

  try {// parse included grammar first.
    reader.switchSource( this,
      new RootIncludedSchemaState(
        reader.sfactory.schemaIncluded(this,reader.currentSchema.targetNamespace) ) );
  } catch( AbortException e ) {
    // recover by ignoring the error
  }
  
  // disable duplicate definition check.
  prevDuplicateCheck = reader.doDuplicateDefinitionCheck;
}

  protected void startSelf() {
    final XMLSchemaReader reader = (XMLSchemaReader)this.reader;
    super.startSelf();
    try {
      reader.switchSource( this,
        new RootIncludedSchemaState(
          reader.sfactory.schemaIncluded(this,reader.currentSchema.targetNamespace) ) );
    } catch( AbortException e ) {
      // recover by ignoring the error
    }
  }
}

protected void startSelf() {
  final XMLSchemaReader reader = (XMLSchemaReader)this.reader;
  super.startSelf();

  try {// parse included grammar first.
    reader.switchSource( this,
      new RootIncludedSchemaState(
        reader.sfactory.schemaIncluded(this,reader.currentSchema.targetNamespace) ) );
  } catch( AbortException e ) {
    // recover by ignoring the error
  }
  
  // disable duplicate definition check.
  prevDuplicateCheck = reader.doDuplicateDefinitionCheck;
}

protected void startSelf() {
  final XMLSchemaReader reader = (XMLSchemaReader)this.reader;
  super.startSelf();

  try {// parse included grammar first.
    reader.switchSource( this,
      new RootIncludedSchemaState(
        reader.sfactory.schemaIncluded(this,reader.currentSchema.targetNamespace) ) );
  } catch( AbortException e ) {
    // recover by ignoring the error
  }
  
  // disable duplicate definition check.
  prevDuplicateCheck = reader.doDuplicateDefinitionCheck;
}

protected void startSelf() {
  final XMLSchemaReader reader = (XMLSchemaReader)this.reader;
  super.startSelf();

  try {// parse included grammar first.
    reader.switchSource( this,
      new RootIncludedSchemaState(
        reader.sfactory.schemaIncluded(this,reader.currentSchema.targetNamespace) ) );
  } catch( AbortException e ) {
    // recover by ignoring the error
  }
  
  // disable duplicate definition check.
  prevDuplicateCheck = reader.doDuplicateDefinitionCheck;
}

protected void switchSource( State sourceState, State newRootState ) throws AbortException {
  final String schemaLocation = sourceState.getStartTag().getAttribute("schemaLocation");
  if(schemaLocation==null) {
    // schemaLocation attribute is required.
    reportError( ERR_MISSING_ATTRIBUTE, sourceState.getStartTag().qName, "schemaLocation" );
    // recover by ignoring this element
  }
  else
    // parse specified file
    switchSource( sourceState, schemaLocation, newRootState );
}

protected void switchSource( State sourceState, State newRootState ) throws AbortException {
  final String schemaLocation = sourceState.getStartTag().getAttribute("schemaLocation");
  if(schemaLocation==null) {
    // schemaLocation attribute is required.
    reportError( ERR_MISSING_ATTRIBUTE, sourceState.getStartTag().qName, "schemaLocation" );
    // recover by ignoring this element
  }
  else
    // parse specified file
    switchSource( sourceState, schemaLocation, newRootState );
}

  protected void startSelf() {
    super.startSelf();
    final XMLSchemaReader reader = (XMLSchemaReader)this.reader;
    
    // TODO: @schemaLocation is optional.
    String namespace = startTag.getAttribute("namespace");
    if( namespace==null )   namespace="";
    
    if( namespace.equals(reader.currentSchema.targetNamespace) ) {
      reader.reportError( XMLSchemaReader.ERR_IMPORTING_SAME_NAMESPACE );
      return;
    }
    
    if( reader.isSchemaDefined( reader.getOrCreateSchema(namespace) ) )
      // this grammar is already defined.
      // so ignore it.
      return;
        
    try {
      reader.switchSource( this,
        new RootIncludedSchemaState(reader.sfactory.schemaHead(namespace)) );
    } catch( AbortException e ) {
      // recover by ignoring the error
    }
  }
}