Examples of org.apache.xalan.xsltc.compiler.util.ClassGenerator

Package org.apache.xalan.xsltc.compiler.util

Examples of org.apache.xalan.xsltc.compiler.util.ClassGenerator

org.apache.xalan.xsltc.compiler.util.ClassGenerator
The class that implements any class that inherits from AbstractTranslet, i.e. any translet. Methods in this class may be of the following kinds: 1. Main method: applyTemplates, implemented by intances of MethodGenerator. 2. Named methods: for named templates, implemented by instances of NamedMethodGenerator. 3. Rt methods: for result tree fragments, implemented by instances of RtMethodGenerator. @author Jacek Ambroziak @author Santiago Pericas-Geertsen

     */
    public void translate() {
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             Constants.EMPTYSTRING,
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    // Separate templates by modes
    final Template template = (Template)element;
    //_templates.addElement(template);
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    Output output = (Output)element;
    if (output.enabled()) _lastOutputElement = output;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  checkOutputMethod();
  processModes();
  compileModes(classGen);
        compileStaticInitializer(classGen);
  compileConstructor(classGen, _lastOutputElement);


  if (!getParser().errorsFound()) {
      getXSLTC().dumpClass(classGen.getJavaClass());
  }
    }

View Full Code Here

    public void translate() {
  Output lastOutputElement = null;
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             Constants.EMPTYSTRING,
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    // Separate templates by modes
    final Template template = (Template)element;
    _templates.addElement(template);
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    Output output = (Output)element;
    if (output.enabled()) lastOutputElement = output;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  processModes();
  compileModes(classGen);
  compileConstructor(classGen, lastOutputElement);


  if (!getParser().errorsFound()) {
      getXSLTC().dumpClass(classGen.getJavaClass());
  }
    }

View Full Code Here

     */
    public void translate() {
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             Constants.EMPTYSTRING,
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    // Separate templates by modes
    final Template template = (Template)element;
    //_templates.addElement(template);
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    Output output = (Output)element;
    if (output.enabled()) _lastOutputElement = output;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  checkOutputMethod();
  processModes();
  compileModes(classGen);
        compileStaticInitializer(classGen);
  compileConstructor(classGen, _lastOutputElement);


  if (!getParser().errorsFound()) {
      getXSLTC().dumpClass(classGen.getJavaClass());
  }
    }

View Full Code Here

     */
    public void translate() {
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             Constants.EMPTYSTRING,
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    // Separate templates by modes
    final Template template = (Template)element;
    //_templates.addElement(template);
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    Output output = (Output)element;
    if (output.enabled()) _lastOutputElement = output;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  checkOutputMethod();
  processModes();
  compileModes(classGen);
        compileStaticInitializer(classGen);
  compileConstructor(classGen, _lastOutputElement);


  if (!getParser().errorsFound()) {
      getXSLTC().dumpClass(classGen.getJavaClass());
  }
    }

View Full Code Here

    public void translate() {
  Output lastOutputElement = null;
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             Constants.EMPTYSTRING,
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    // Separate templates by modes
    final Template template = (Template)element;
    _templates.addElement(template);
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    Output output = (Output)element;
    if (output.enabled()) lastOutputElement = output;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  processModes();
  compileModes(classGen);
  compileConstructor(classGen, lastOutputElement);


  if (!getParser().errorsFound()) {
      getXSLTC().dumpClass(classGen.getJavaClass());
  }
    }

View Full Code Here

     */
    public void translate() {
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             Constants.EMPTYSTRING,
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    // Separate templates by modes
    final Template template = (Template)element;
    //_templates.addElement(template);
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    Output output = (Output)element;
    if (output.enabled()) _lastOutputElement = output;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  checkOutputMethod();
  processModes();
  compileModes(classGen);
        compileStaticInitializer(classGen);
  compileConstructor(classGen, _lastOutputElement);


  if (!getParser().errorsFound()) {
      getXSLTC().dumpClass(classGen.getJavaClass());
  }
    }

View Full Code Here

    public void translate() {
  Output lastOutputElement = null;
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             Constants.EMPTYSTRING,
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    // Separate templates by modes
    final Template template = (Template)element;
    _templates.addElement(template);
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    Output output = (Output)element;
    if (output.enabled()) lastOutputElement = output;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  processModes();
  compileModes(classGen);
  compileConstructor(classGen, lastOutputElement);


  if (!getParser().errorsFound()) {
      getXSLTC().dumpClass(classGen.getJavaClass());
  }
    }

View Full Code Here

     */
    public void translate() {
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             Constants.EMPTYSTRING,
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    // Separate templates by modes
    final Template template = (Template)element;
    //_templates.addElement(template);
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    Output output = (Output)element;
    if (output.enabled()) _lastOutputElement = output;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  checkOutputMethod();
  processModes();
  compileModes(classGen);
        compileStaticInitializer(classGen);
  compileConstructor(classGen, _lastOutputElement);


  if (!getParser().errorsFound()) {
      getXSLTC().dumpClass(classGen.getJavaClass());
  }
    }

View Full Code Here

    public void translate() {
  Output lastOutputElement = null;
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             Constants.EMPTYSTRING,
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    // Separate templates by modes
    final Template template = (Template)element;
    _templates.addElement(template);
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    Output output = (Output)element;
    if (output.enabled()) lastOutputElement = output;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  processModes();
  compileModes(classGen);
  compileConstructor(classGen, lastOutputElement);


  if (!getParser().errorsFound()) {
      getXSLTC().dumpClass(classGen.getJavaClass());
  }
    }

View Full Code Here

    public void translate() {
  Output lastOutputElement = null;
  _className = getXSLTC().getClassName();


  // Define a new class by extending TRANSLET_CLASS
  final ClassGenerator classGen =
      new ClassGenerator(_className,
             TRANSLET_CLASS,
             //getXSLTC().getFileName(), 
             "",
             ACC_PUBLIC | ACC_SUPER,
             null, this);
  
  addDOMField(classGen);


  // Compile a default constructor to init the namesIndex table
  //compileConstructor(classGen);


  // Compile transform() to initialize parameters, globals & output
  // and run the transformation
  compileTransform(classGen);


  // Translate all non-template elements and filter out all templates
  final Enumeration elements = elements();
  while (elements.hasMoreElements()) {
      Object element = elements.nextElement();
      // xsl:template
      if (element instanceof Template) {
    _templates.addElement(element);
    
    // Separate templates by modes
    final Template template = (Template)element;
    getMode(template.getModeName()).addTemplate(template);
      }
      // xsl:attribute-set
      else if (element instanceof AttributeSet) {
    ((AttributeSet)element).translate(classGen, null);
      }
      else if (element instanceof Output) {
    // save the element for later to pass to compileConstructor 
    lastOutputElement = (Output)element;
      }
      else {
    // Global variables and parameters are handled elsewhere.
    // Other top-level non-template elements are ignored. Literal
    // elements outside of templates will never be output.
      }
  }


  processModes();
  compileModes(classGen);


  compileConstructor(classGen, lastOutputElement);


  getXSLTC().dumpClass(classGen.getJavaClass());
    }

View Full Code Here

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