org.mozilla.javascript.JavaScriptException Java Examples

private void runWithExpectedStackTrace(final String _source, final String _expectedStackTrace)
{
       final ContextAction action = new ContextAction() {
       	public Object run(Context cx) {
       		final Scriptable scope = cx.initStandardObjects();
       		try {
       			cx.evaluateString(scope, _source, "test.js", 0, null);
       		}
       		catch (final JavaScriptException e)
       		{
       			assertEquals(_expectedStackTrace, e.getScriptStackTrace());
       			return null;
       		}
       		throw new RuntimeException("Exception expected!");
       	}
       };
       Utils.runWithOptimizationLevel(action, -1);
}
 

@Test(expected = JavaScriptException.class)
public void testAddTestCaseNoSampleTimeEnd() throws IOException {

    String configJS = "ci.addTestCase({\n" +
            "    name: \"wordcount test case 1\",\n" +
            "    sampleTimeStart: \"2013-11-20T18:00Z\",\n" +
            "    inputs: [\n" +
            "        ci.hdfsInput(ci.fixDirFromResource(\"src/test/celos-ci/test-1/input/plain/input/wordcount1\"), \"input/wordcount1\"),\n" +
            "        ci.hdfsInput(ci.fixDirFromResource(\"src/test/celos-ci/test-1/input/plain/input/wordcount11\"), \"input/wordcount11\")\n" +
            "    ],\n" +
            "    outputs: [\n" +
            "        ci.plainCompare(ci.fixDirFromResource(\"src/test/celos-ci/test-1/output/plain/output/wordcount1\"), \"output/wordcount1\")\n" +
            "    ]\n" +
            "})\n";

    TestConfigurationParser parser = new TestConfigurationParser();

    parser.evaluateTestConfig(new StringReader(configJS), "string");
}
 

@Test(expected = JavaScriptException.class)
public void testAddTestCaseNoSampleTimeStart() throws IOException {

    String configJS = "ci.addTestCase({\n" +
            "    name: \"wordcount test case 1\",\n" +
            "    sampleTimeEnd: \"2013-11-20T18:00Z\",\n" +
            "    inputs: [\n" +
            "        ci.hdfsInput(ci.fixDirFromResource(\"src/test/celos-ci/test-1/input/plain/input/wordcount1\"), \"input/wordcount1\"),\n" +
            "        ci.hdfsInput(ci.fixDirFromResource(\"src/test/celos-ci/test-1/input/plain/input/wordcount11\"), \"input/wordcount11\")\n" +
            "    ],\n" +
            "    outputs: [\n" +
            "        ci.plainCompare(ci.fixDirFromResource(\"src/test/celos-ci/test-1/output/plain/output/wordcount1\"), \"output/wordcount1\")\n" +
            "    ]\n" +
            "})\n";

    TestConfigurationParser parser = new TestConfigurationParser();

    parser.evaluateTestConfig(new StringReader(configJS), "string");
}
 

@Test(expected = JavaScriptException.class)
public void testAddTestCaseNoInput() throws IOException {

    String configJS = "ci.addTestCase({\n" +
            "    name: \"wordcount test case 1\",\n" +
            "    sampleTimeStart: \"2013-11-20T11:00Z\",\n" +
            "    sampleTimeEnd: \"2013-11-20T18:00Z\",\n" +
            "    outputs: [\n" +
            "        ci.plainCompare(ci.fixDirFromResource(\"src/test/celos-ci/test-1/output/plain/output/wordcount1\"), \"output/wordcount1\")\n" +
            "    ]\n" +
            "})\n";

    TestConfigurationParser parser = new TestConfigurationParser();

    parser.evaluateTestConfig(new StringReader(configJS), "string");

}
 

@Test(expected = JavaScriptException.class)
public void testAddTestCaseNoOutput() throws IOException {

    String configJS = "ci.addTestCase({\n" +
            "    name: \"wordcount test case 1\",\n" +
            "    sampleTimeStart: \"2013-11-20T11:00Z\",\n" +
            "    sampleTimeEnd: \"2013-11-20T18:00Z\",\n" +
            "    inputs: [\n" +
            "        ci.hdfsInput(ci.fixDirFromResource(\"src/test/celos-ci/test-1/input/plain/input/wordcount1\"), \"input/wordcount1\"),\n" +
            "        ci.hdfsInput(ci.fixDirFromResource(\"src/test/celos-ci/test-1/input/plain/input/wordcount11\"), \"input/wordcount11\")\n" +
            "    ]\n" +
            "})\n";

    TestConfigurationParser parser = new TestConfigurationParser();

    parser.evaluateTestConfig(new StringReader(configJS), "string");

}
 

/**
 * Call a Javascript function, identified by name, on a set of arguments. Optionally, expect it to throw
 * an exception.
 *
 * @param expectingException
 * @param functionName
 * @param args
 * @return
 */
public Object rhinoCallExpectingException(final Object expectingException, final String functionName,
                                          final Object... args) {
    Object fObj = rhinoScope.get(functionName, rhinoScope);
    if (!(fObj instanceof Function)) {
        throw new RuntimeException("Missing test function " + functionName);
    }
    Function function = (Function)fObj;
    try {
        return function.call(rhinoContext, rhinoScope, rhinoScope, args);
    } catch (RhinoException angryRhino) {
        if (expectingException != null && angryRhino instanceof JavaScriptException) {
            JavaScriptException jse = (JavaScriptException)angryRhino;
            Assert.assertEquals(jse.getValue(), expectingException);
            return null;
        }
        String trace = angryRhino.getScriptStackTrace();
        Assert.fail("JavaScript error: " + angryRhino.toString() + " " + trace);
    } catch (JavaScriptAssertionFailed assertion) {
        Assert.fail(assertion.getMessage());
    }
    return null;
}
 

/**
 * Support setting parameter value by following methods:
 */
public void put( String name, Scriptable start, Object value )
{
	PageVariable variable = variables.get( name );
	if ( variable != null )
	{
		if ( value instanceof Wrapper )
		{
			value = ( (Wrapper) value ).unwrap( );
		}
		variable.setValue( value );
		return;
	}
	String errorMessage = "Report variable\"" + name + "\" does not exist";
	throw new JavaScriptException( errorMessage, "<unknown>", -1 );
}
 

private void runWithExpectedStackTrace(final String _source, final String _expectedStackTrace)
{
       final ContextAction action = new ContextAction() {
       	public Object run(Context cx) {
       		final Scriptable scope = cx.initStandardObjects();
       		try {
       			cx.evaluateString(scope, _source, "test.js", 0, null);
       		}
       		catch (final JavaScriptException e)
       		{
       			assertEquals(_expectedStackTrace, e.getScriptStackTrace());
       			return null;
       		}
       		throw new RuntimeException("Exception expected!");
       	}
       };
       Utils.runWithOptimizationLevel(action, -1);
}
 

/**
 * load
 * @param response
 */
public void load( WebResponse response ) {
		Function onLoadEvent=null;
    try {
        Context context = Context.enter();
        context.initStandardObjects( null );

        HTMLDocument htmlDocument = ((DomWindow) response.getScriptingHandler()).getDocument();
        if (!(htmlDocument instanceof HTMLDocumentImpl)) return;

        HTMLBodyElementImpl body = (HTMLBodyElementImpl) htmlDocument.getBody();
        if (body == null) return;
        onLoadEvent = body.getOnloadEvent();
        if (onLoadEvent == null) return;
        onLoadEvent.call( context, body, body, new Object[0] );
    } catch (JavaScriptException e) {
    	ScriptingEngineImpl.handleScriptException(e, onLoadEvent.toString());
    	// HttpUnitUtils.handleException(e);
    } catch (EcmaError ee) {
    	//throw ee;
    	ScriptingEngineImpl.handleScriptException(ee, onLoadEvent.toString());        	
    } finally {
        Context.exit();
    }
}
 

public Object get( int index, Scriptable start )
{
	String key = Integer.valueOf( index ).toString( );
	if ( has( key, start ) )
	{
		return ( (Map) javaObject ).get( key );
	}
	String errorMessage = CoreMessages.getFormattedString( ResourceConstants.JAVASCRIPT_NATIVE_NOT_FOUND,
			index );
	throw new JavaScriptException( errorMessage, "<unknown>", -1 ); //$NON-NLS-1$
}
 

@Test(expected = JavaScriptException.class)
public void testHdfsCheckWrongType() throws Exception {
    String js = "var CELOS_DEFAULT_HDFS = ''; " +
            "var schTime = new Packages.com.collective.celos.ScheduledTime('2014-05-12T19:33:01Z');" +
            "var workflowId = new Packages.com.collective.celos.WorkflowID('id');" +
            "var slotId = 'slot';" +
            "celos.hdfsCheck('file:///tmp', slotId)";

    Boolean s = (Boolean) runJS(js);
    Assert.assertEquals(s, true);

}
 

@Test (expected = JavaScriptException.class)
public void testFixTableComparerFails2() throws IOException {
    String js = "ci.fixTableCompare();";

    TestConfigurationParser parser = new TestConfigurationParser();
    parser.evaluateTestConfig(new StringReader(js), "string");
}
 

@Test (expected = JavaScriptException.class)
public void testFixTableComparerFails1() throws IOException {
    String js =
            "var table1 = ci.fixTable([\"col1\", \"col2\"], [[\"row1\", \"row2\"],[\"row11\", \"row22\"]]);" +
            "ci.fixTableCompare(table1);";

    TestConfigurationParser parser = new TestConfigurationParser();
    parser.evaluateTestConfig(new StringReader(js), "string");
}
 

@Test (expected = JavaScriptException.class)
public void testExpandJsonNoParams() throws IOException {
    String js = "ci.expandJson()";

    TestConfigurationParser parser = new TestConfigurationParser();
    parser.evaluateTestConfig(new StringReader(js), "string");
}
 

@Test (expected = JavaScriptException.class)
public void testTableToTSVNoCreator() throws IOException {
    String js = "ci.tableToTSV()";

    TestConfigurationParser parser = new TestConfigurationParser();
    parser.evaluateTestConfig(new StringReader(js), "string");
}
 

@Test (expected = JavaScriptException.class)
public void testTableToJsonNoCreator() throws IOException {
    String js = "ci.tableToJson()";

    TestConfigurationParser parser = new TestConfigurationParser();
    parser.evaluateTestConfig(new StringReader(js), "string");
}
 

@Test (expected = JavaScriptException.class)
public void testHiveTableNoDb() throws IOException {
    String js = "ci.hiveTable()";

    TestConfigurationParser parser = new TestConfigurationParser();
    parser.evaluateTestConfig(new StringReader(js), "string");
}
 

@Test (expected = JavaScriptException.class)
public void testHiveTableNoTable() throws IOException {
    String js = "ci.hiveTable(\"dbname\")";

    TestConfigurationParser parser = new TestConfigurationParser();
    parser.evaluateTestConfig(new StringReader(js), "string");
}
 

@Test(expected = JavaScriptException.class)
public void testHiveInputFails() throws IOException {

    String js = "ci.hiveInput(\"tablename\", [[\"1\",\"2\",\"3\"],[\"11\",\"22\",\"33\"]])";

    TestConfigurationParser parser = new TestConfigurationParser();
    parser.evaluateTestConfig(new StringReader(js), "string");
}
 

@Test(expected = JavaScriptException.class)
public void testJsonCompareFails() throws IOException {
    TestConfigurationParser parser = new TestConfigurationParser();

    NativeJavaObject creatorObj = (NativeJavaObject) parser.evaluateTestConfig(new StringReader("ci.jsonCompare(ci.fixDirFromResource(\"stuff\"))"), "string");

    JsonContentsComparer comparer = (JsonContentsComparer) creatorObj.unwrap();
    Assert.assertEquals(comparer.getIgnorePaths(), new HashSet(Lists.newArrayList("path1", "path2")));
}
 

public Object get( String name, Scriptable start )
{
	PageVariable variable = variables.get( name );
	if ( variable != null )
	{
		return variable.getValue( );
	}
	String errorMessage = "Report variable\"" + name + "\" does not exist";
	throw new JavaScriptException( errorMessage, "<unknown>", -1 );
}
 

@Test(expected = JavaScriptException.class)
public void testRecursiveFsObjectComparer3() throws IOException {
    TestConfigurationParser parser = new TestConfigurationParser();

    NativeJavaObject creatorObj = (NativeJavaObject) parser.evaluateTestConfig(new StringReader("ci.plainCompare(ci.fixFileFromResource(\"stuff\"))"), "string");
    RecursiveFsObjectComparer creator = (RecursiveFsObjectComparer) creatorObj.unwrap();
}
 

@Test(expected = JavaScriptException.class)
public void testRecursiveFsObjectComparer1() throws IOException {
    TestConfigurationParser parser = new TestConfigurationParser();

    NativeJavaObject creatorObj = (NativeJavaObject) parser.evaluateTestConfig(new StringReader("ci.plainCompare()"), "string");
    RecursiveFsObjectComparer creator = (RecursiveFsObjectComparer) creatorObj.unwrap();
}
 

@Test(expected = JavaScriptException.class)
public void testHdfsInputDeployerCall1() throws IOException {
    TestConfigurationParser parser = new TestConfigurationParser();

    NativeJavaObject creatorObj = (NativeJavaObject) parser.evaluateTestConfig(new StringReader("ci.hdfsInput()"), "string");
    HdfsInputDeployer creator = (HdfsInputDeployer) creatorObj.unwrap();
    Assert.assertEquals(new File("stuff"), creator.getPath());
}
 

@Test(expected = JavaScriptException.class)
public void fixFileFromResourceFails() throws IOException {
    TestConfigurationParser parser = new TestConfigurationParser();

    NativeJavaObject creatorObj = (NativeJavaObject) parser.evaluateTestConfig(new StringReader("ci.fixFileFromResource()"), "string");
    FixFileFromResourceCreator creator = (FixFileFromResourceCreator) creatorObj.unwrap();
    Assert.assertEquals(new File("stuff"), creator.getPath(testRun));
}
 

@Test(expected = JavaScriptException.class)
public void fixDirFromResourceFails() throws IOException {
    TestConfigurationParser parser = new TestConfigurationParser();

    NativeJavaObject creatorObj = (NativeJavaObject) parser.evaluateTestConfig(new StringReader("ci.fixDirFromResource()"), "string");
    FixDirFromResourceCreator creator = (FixDirFromResourceCreator) creatorObj.unwrap();
    Assert.assertEquals(new File("/stuff"), creator.getPath(testRun));
}
 

/**
 * Compiles the LESS input <code>String</code> to CSS.
 * 
 * @param input The LESS input <code>String</code> to compile.
 * @return The CSS.
 */
public String compile(final String input) throws LessException {
  synchronized(this){
    if (scope == null) {
      init();
    }
  }

  final long start = System.currentTimeMillis();

  try {
    final Context cx = Context.enter();
    final Object result = doIt.call(cx, scope, null, new Object[]{input, compress});

    if (log.isDebugEnabled()) {
      log.debug("Finished compilation of LESS source in " + (System.currentTimeMillis() - start) + " ms.");
    }

    return result.toString();
  }
  catch (final Exception e) {
    if (e instanceof JavaScriptException) {
      final Scriptable value = (Scriptable)((JavaScriptException)e).getValue();
      if (value != null && ScriptableObject.hasProperty(value, "message")) {
        final String message = ScriptableObject.getProperty(value, "message").toString();
        throw new LessException(message, e);
      }
    }
    throw new LessException(e);
  }finally{
    Context.exit();
  }
}
 

public Object get( String name, Scriptable start )
{
	Object result = getScriptableParameter( name );
	if ( result == null )
	{
		String errorMessage = CoreMessages.getFormattedString( ResourceConstants.JAVASCRIPT_PARAMETER_NOT_EXIST,
				name );
		throw new JavaScriptException( errorMessage, "<unknown>", -1 );
	}
	return result;
}
 

public Object get( String name, Scriptable start )
{
	if ( "length".equals( name ) )
	{
		return Integer.valueOf( ( (Map) javaObject ).size( ) );
	}
	if ( has( name, start ) )
	{
		return ( (Map) javaObject ).get( name );
	}
	String errorMessage = CoreMessages.getFormattedString( ResourceConstants.JAVASCRIPT_NATIVE_NOT_FOUND,
			name );
	throw new JavaScriptException( errorMessage, "<unknown>", -1 ); //$NON-NLS-1$
}
 

@Test(expected = JavaScriptException.class)
public void testAvroToJsonFails() throws IOException {
    TestConfigurationParser parser = new TestConfigurationParser();

    parser.evaluateTestConfig(new StringReader("ci.avroToJson()"), "string");
}