"    foo.do_add_squared(x)\n" +

        "\n";

    PythonInterpreter interpreter = new PythonInterpreter();

    PyObject fooClass = interpreter.get("Foo");

    assertTrue(fooClass instanceof PyClass);

    PyObject foo = fooClass.__call__();

            "         else:\n" +

            "             raise Throwable()\n" +

            "r = Raiser()";

        PythonInterpreter interp = new PythonInterpreter();

        t = Py.tojava(interp.get("r"), Thrower.class);

    }

    public void testRaisingCheckedException() {

        try {

            interp.set("hook", hook);

            interp.set("info", description);

           

            // Decorator Enhancements

            interp.exec("__builtin__.hook = hook");

            interp.exec("__builtin__.info = info");

           

            // Hardcoded for now, may be worth thinking about generalizing it as sort of "addons" for the PythonPluginLoader

            // Could be used to extend the capabilities of python plugins the same way the metaclass decorators do, without requiring any changes to the PythonPluginLoader itself

            interp.set("info", description);

           

            // Decorator Enhancements

            interp.exec("import __builtin__");

            interp.exec("__builtin__.info = info");

           

            // Hardcoded for now, may be worth thinking about generalizing it as sort of "addons" for the PythonPluginLoader

            // Could be used to extend the capabilities of python plugins the same way the metaclass decorators do, without requiring any changes to the PythonPluginLoader itself

            String[] pre_plugin_scripts = {"imports.py", "meta_decorators.py"};

           

            // Decorator Enhancements

            interp.exec("import __builtin__");

            interp.exec("__builtin__.hook = hook");

           

            // Hardcoded for now, may be worth thinking about generalizing it as sort of "addons" for the PythonPluginLoader

            // Could be used to extend the capabilities of python plugins the same way the metaclass decorators do, without requiring any changes to the PythonPluginLoader itself

            String[] pre_plugin_scripts = {"imports.py", "meta_decorators.py"};

            String[] post_plugin_scripts = {"meta_loader.py"};

        String expr = "x+5";

        // Evaluate some arbitrary strings

        System.out.println(expr+" = "+interp.eval(expr));    

        // Get a string back from the namespace

        Object y = Py.tojava(interp.get("y"), Object.class);

        System.out.println("y = "+y);

      {

        interpreter.set(binding.getKey(), binding.getValue());

      }

      returnValue = interpreter.get("result");

    }

    catch (final Exception e)

    {

      exception = e;

   

    try {

      ArrayList<String> source = script.getSource();

      for (String pycode : source) {

      } 

      script.setStatus(ScriptStatus.PASS);

    } catch (Exception ex) {

      script.setStatus(ScriptStatus.FAIL);

      String rootCauseMsg = StringEscapeUtils.escapeXml(ExceptionUtils.getRootCauseStackTrace(ex)[0]);

                PythonInterpreter pi = (PythonInterpreter) model.getObject();

                ByteArrayOutputStream out = new ByteArrayOutputStream();

                pi.setOut(out);

                try {

               }

                catch( PyException pe ) {

                    pe.printStackTrace(new PrintWriter(out, true));

                }

                output += "\n";

        DeleteDbFiles.execute("target", "foobar", true);

       

        GeoServerResourceLoader loader = new GeoServerResourceLoader(new File("target"));

        PythonInterpreter pi = new Python(loader).interpreter();

        pi.exec("from geoscript.geom import Point");

        pi.exec("h2 = H2('foobar', 'target')");

        pi.exec("l = h2.create('bar', [('geom', Point, 'epsg:4326'), ('baz', str)])");

        pi.exec("l.add([Point(10,10), 'ten'])");

        pi.exec("l.add([Point(20,20), 'twenty'])");