Examples of Interpreter

Analyzer.Syntax.Interpreter
abstrasy.Interpreter
sor.eu/eupl Sauf obligation légale ou contractuelle écrite, le logiciel distribué sous la Licence est distribué "en l’état", SANS GARANTIES OU CONDITIONS QUELLES QU’ELLES SOIENT, expresses ou implicites. Consultez la Licence pour les autorisations et les restrictions linguistiques spécifiques relevant de la Licence. @author Luc Bruninx @version 1.0
bsh.Interpreter
uate statements and expressions bsh.eval("foo=Math.sin(0.5)"); bsh.eval("bar=foo*5; bar=Math.cos(bar);"); bsh.eval("for(i=0; i<10; i++) { print(\"hello\"); }"); // same as above using java syntax and apis only bsh.eval("for(int i=0; i<10; i++) { System.out.println(\"hello\"); }"); // Source from files or streams bsh.source("myscript.bsh"); // or bsh.eval("source(\"myscript.bsh\")"); // Use set() and get() to pass objects in and out of variables bsh.set( "date", new Date() ); Date date = (Date)bsh.get( "date" ); // This would also work: Date date = (Date)bsh.eval( "date" ); bsh.eval("year = date.getYear()"); Integer year = (Integer)bsh.get("year"); // primitives use wrappers // With Java1.3+ scripts can implement arbitrary interfaces... // Script an awt event handler (or source it from a file, more likely) bsh.eval( "actionPerformed( e ) { print( e ); }"); // Get a reference to the script object (implementing the interface) ActionListener scriptedHandler = (ActionListener)bsh.eval("return (ActionListener)this"); // Use the scripted event handler normally... new JButton.addActionListener( script );
In the above examples we showed a single interpreter instance, however you may wish to use many instances, depending on the application and how you structure your scripts. Interpreter instances are very light weight to create, however if you are going to execute the same script repeatedly and require maximum performance you should consider scripting the code as a method and invoking the scripted method each time on the same interpreter instance (using eval()).
See the BeanShell User's Manual for more information.
ch.qos.logback.core.joran.spi.Interpreter
Interpreter is Joran's main driving class. It extends SAX {@link org.xml.sax.helpers.DefaultHandler DefaultHandler} which invokesvarious {@link Action actions} according to predefined patterns.
Patterns are kept in a {@link RuleStore} which is programmed to store andthen later produce the applicable actions for a given pattern.
The pattern corresponding to a top level <a> element is the string "a".
The pattern corresponding to an element embedded within a top level <a> element is the string "a/b".
The pattern corresponding to an and any level of nesting is "*/b. Thus, the * character placed at the beginning of a pattern serves as a wildcard for the level of nesting. Conceptually, this is very similar to the API of commons-digester. Joran offers several small advantages. First and foremost, it offers support for implicit actions which result in a significant leap in flexibility. Second, in our opinion better error reporting capability. Third, it is self-reliant. It does not depend on other APIs, in particular commons-logging which is too unreliable. Last but not least, Joran is quite tiny and is expected to remain so. @author Ceki Gülcuü
com.clarkparsia.pellet.rules.rete.Interpreter
larkparsia.com>
com.elega9t.commons.shell.intrprtr.Interpreter
com.stuffwithstuff.magpie.interpreter.Interpreter
de.tuhrig.thofu.Interpreter
The interpreter class itself. This class... - ...adds all build-in operations and variables - ...holds the root environment - ...can take a command and evaluate it @author Thomas Uhrig (tuhrig.de)
galoot.interpret.Interpreter
ij.macro.Interpreter
This is the recursive descent parser/interpreter for the ImageJ macro language.
net.eldiosantos.command.core.Interpreter
The class responsible to call and execute the commands with the params. @author Eldius
net.fortytwo.ripple.cli.Interpreter
two.net)
org.antlr.tool.Interpreter
The recognition interpreter/engine for grammars. Separated out of Grammar as it's related, but technically not a Grammar function. You create an interpreter for a grammar and an input stream. This object can act as a TokenSource so that you can hook up two grammars (via a CommonTokenStream) to lex/parse. Being a token source only makes sense for a lexer grammar of course.
org.apache.batik.script.Interpreter
An hight level interface that represents an interpreter engine of a particular scripting language. @author Christophe Jolif @version $Id: Interpreter.java,v 1.5 2002/04/30 15:05:18 vhardy Exp $
org.apache.cocoon.components.flow.Interpreter
The interface to the flow scripting languages. This interface is for a component, which implements the appropriate language to be used for describing the flow. A system could have multiple components that implement this interface, each of them for a different scripting language.
A flow script defines what is the page flow in an interactive Web application. Usually the flow is defined in a high level programming language which provides the notion of continuations, which allows for the flow of the application to be described as a simple procedural program, without having to think about the application as a finite state machine which changes its internal state on each HTTP request from the client browser.
However an implementation may choose to use its own representation of an application, which may include XML representations of finite state machines. Note: this API has no provision for such implementations.
The component represented by this interface is called in three situations:
- From the sitemap, to invoke a top level function defined in a * given implementation language of the flow. This is done from the * sitemap using the construction:
```
 <map:call function="..." language="..."/> 
```
 The language attribute can be ignored if the default language is used.
- From the sitemap, to continue a previously started computation. A previously started computation is saved in the form of a continuation inside the flow implementation language.
 This case is similar with the above one, but the function invoked has a special name, specific to each language implementation. See the language implementation for more information on the function name and the arguments it receives.
- From a program in the flow layer. This is done to invoke a pipeline defined in the sitemap, to generate the response of the request.
@author Ovidiu Predescu @since March 11, 2002 @see InterpreterSelector @version CVS $Id: Interpreter.java,v 1.2 2003/03/16 17:49:11 vgritsenko Exp $
org.apache.flex.forks.batik.script.Interpreter
An hight level interface that represents an interpreter engine of a particular scripting language. @author Christophe Jolif @version $Id: Interpreter.java,v 1.9 2004/08/18 07:14:53 vhardy Exp $
org.apache.joran.Interpreter
Interpreter is Joran's main driving class. It extends SAX {@link org.xml.sax.helpers.DefaultHandler DefaultHandler} which invokes various {@link Action actions} according to predefined patterns.
Patterns are kept in a {@link RuleStore} which is programmed to store andthen later produce the applicable actions for a given pattern.
The pattern corresponding to a top level <a> element is the string "a".
The pattern corresponding to an element embeded within a top level <a> element is the string "a/b".
The pattern corresponding to an and any level of nesting is "*/b. Thus, the * character placed at the beginning of a pattern serves as a wildcard for the level of nesting. Conceptually, this is very similar to the API of commons-digester. Joran offers several small advantages. First and foremost, it offers support for implicit actions which result in a significant leap in flexibility. Second, in our opinion better error reporting capability. Third, it is self-reliant. It does not depend on other APIs, in particular commons-logging which is a big no-no for log4j. Last but not least, joran is quite tiny and is expected to remain so. @author Ceki Gülcuü
org.apache.log4j.joran.spi.Interpreter
Interpreter is Joran's main driving class. It extends SAX {@link org.xml.sax.helpers.DefaultHandler DefaultHandler} which invokes various {@link Action actions} according to predefined patterns.
Patterns are kept in a {@link RuleStore} which is programmed to store andthen later produce the applicable actions for a given pattern.
The pattern corresponding to a top level <a> element is the string "a".
The pattern corresponding to an element embeded within a top level <a> element is the string "a/b".
The pattern corresponding to an and any level of nesting is "*/b. Thus, the * character placed at the beginning of a pattern serves as a wildcard for the level of nesting. Conceptually, this is very similar to the API of commons-digester. Joran offers several small advantages. First and foremost, it offers support for implicit actions which result in a significant leap in flexibility. Second, in our opinion better error reporting capability. Third, it is self-reliant. It does not depend on other APIs, in particular commons-logging which is a big no-no for log4j. Last but not least, joran is quite tiny and is expected to remain so. @author Ceki Gülcuü
org.infinispan.cli.interpreter.Interpreter
org.mozilla.javascript.Interpreter
org.terasology.logic.behavior.tree.Interpreter
An interpreter evaluates a behavior tree. This is done by creating tasks for an actor for the nodes of the BT. If a task returns RUNNING, the task is placed to the active list and asked next tick again. Finished nodes may create new tasks, which are placed to the active list.
@author synopia
org.uscxml.Interpreter
org.zkoss.web.servlet.dsp.Interpreter
The interpreter of the DSP file.
Note: we recognize only <%, <\%, %>, %\>, ${ and $\{. Unlike JSP, we don't recognize \${ or \$\{. @author tomyeh
org.zkoss.zk.scripting.Interpreter
Represents an interpter that can interpret the scripting codes.
It is easier to implement by extending from {@link org.zkoss.zk.scripting.util.GenericInterpreter}. @author tomyeh
scriptingLanguage.Interpreter
sisc.Interpreter
wyvern.targets.Common.wyvernIL.interpreter.core.Interpreter
an intermediate level interpreter @author Tal Man

Examples of Analyzer.Syntax.Interpreter

    public void paint(Graphics g) {
        super.paint(g);
        g.setColor(Color.black);
        Turtle t = new Turtle(g);
        if (instrucciones.size() > 0) {
            Interpreter interprete = new Interpreter(t);
            try {
                interprete.interpretar(instrucciones);
                Window.ponerAnalizarAceptado();
            }
            catch (RuntimeException ei) {
                Window.ponerAnalizarFallido(ei.getLocalizedMessage());
                //Si encuentra fallo, borra todo lo ejecutado

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Examples of abstrasy.Interpreter


            });


            this.lockCaretPos();
            while (caretpos >= 0) {
                Interpreter myself = Interpreter.mySelf();
                Interpreter.getSemaphore().sleep(100);
                if (myself.isThreadRaising()) {
                    this.unlockCaretPos();
                    SwingUtilities.invokeLater(new Runnable() {


                        public void run() {
                            fout.setCaretColor(getBackground());

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Examples of bsh.Interpreter

    /**
     * @param bshFile
     */
    private void loadScript(File bshFile) {
        try {
            mScript = (BeanShellScriptIf) new Interpreter().source(bshFile.getAbsolutePath());
        } catch (Exception e) {
            e.printStackTrace();
            mScript = null;
        }
    }

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Examples of bsh.Interpreter

        + "return (BeanShellProgramFilterIf) this;";
  }


  private void compileSource() throws EvalError {
    if (mScriptSource != null && mScript == null) {
      mScript = (BeanShellProgramFilterIf) new Interpreter()
          .eval(mScriptSource);
    }
  }

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Examples of bsh.Interpreter


  protected void testScript() {
    boolean error = false;
    try {
      BeanShellProgramFilterIf filter;
      filter = (BeanShellProgramFilterIf) new Interpreter().eval(mScriptEditor
          .getText());
      filter.accept(Plugin.getPluginManager().getExampleProgram());
    } catch (Exception e) {
      ErrorHandler.handle(mLocalizer.msg("errorParsing",
          "Error while parsing Script"), e);

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Examples of bsh.Interpreter




    synchronized void createInterpreter() {
        // create interpreter just-in-time
        if(interpreter == null) {
            interpreter=new Interpreter();
            try {
                interpreter.set("bsh_prot", this);
            }
            catch(EvalError evalError) {
            }

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Examples of bsh.Interpreter

   */
  protected Interpreter createInterpreter()
  {
    try
    {
      final Interpreter interpreter = new Interpreter();
      initializeInterpreter(interpreter);
      return interpreter;
    }
    catch (Throwable e)
    {

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Examples of bsh.Interpreter

  {
    super();
    
    this.bshScript = bshScript;


    interpreter = new Interpreter();
    
    interpreter.setClassLoader(Thread.currentThread().getContextClassLoader());


    try
    {

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Examples of bsh.Interpreter

     */
    private final Interpreter initialize(
        Object stub,
        String scriptPath)
    {
        final Interpreter interpreter = new Interpreter();
        interpreter.setClassLoader(stub.getClass().getClassLoader());
        return interpreter;
    }

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Examples of bsh.Interpreter

    if (DebugFile.trace) {
      DebugFile.writeln("Begin ModelManager.dropDomain(" + sDomainNm + ")");
      DebugFile.incIdent();
    }


    Interpreter oInterpreter = new Interpreter();


    oInterpreter.set ("DomainNm", sDomainNm);
    oInterpreter.set ("DefaultConnection", oConn);


    oInterpreter.eval(getResourceAsString("scripts/domain_drop.js", sEncoding));


    Object obj = oInterpreter.get("ErrorCode");


    Integer oCodError = (Integer) oInterpreter.get("ErrorCode");


    if (oCodError.compareTo(new Integer (0))!=0) {
      iErrors++;
      if (null!=oStrLog) oStrLog.append("EvalError: " + oInterpreter.get("ErrorMessage") + "\n");


      throw new SQLException((String) oInterpreter.get("ErrorMessage"));
    }


    if (DebugFile.trace) {
      DebugFile.decIdent();
      DebugFile.writeln("End ModelManager.dropDomain()");
    }


    if  (oInterpreter.get("ReturnValue")!=null)
      return ( (Integer) oInterpreter.get("ReturnValue")).intValue();
    else
      return 0;
  } // dropDomain

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