Java Code Examples for org.mozilla.javascript.Context#newArray()
The following examples show how to use
org.mozilla.javascript.Context#newArray() .
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Example 1
Source File: Main.java From JsDroidCmd with Mozilla Public License 2.0 | 5 votes |
static void processFiles(Context cx, String[] args) { // define "arguments" array in the top-level object: // need to allocate new array since newArray requires instances // of exactly Object[], not ObjectSubclass[] Object[] array = new Object[args.length]; System.arraycopy(args, 0, array, 0, args.length); Scriptable argsObj = cx.newArray(global, array); global.defineProperty("arguments", argsObj, ScriptableObject.DONTENUM); for (String file: fileList) { try { processSource(cx, file); } catch (IOException ioex) { Context.reportError(ToolErrorReporter.getMessage( "msg.couldnt.read.source", file, ioex.getMessage())); exitCode = EXITCODE_FILE_NOT_FOUND; } catch (RhinoException rex) { ToolErrorReporter.reportException( cx.getErrorReporter(), rex); exitCode = EXITCODE_RUNTIME_ERROR; } catch (VirtualMachineError ex) { // Treat StackOverflow and OutOfMemory as runtime errors ex.printStackTrace(); String msg = ToolErrorReporter.getMessage( "msg.uncaughtJSException", ex.toString()); Context.reportError(msg); exitCode = EXITCODE_RUNTIME_ERROR; } } }
Example 2
Source File: Main.java From astor with GNU General Public License v2.0 | 5 votes |
static void processFiles(Context cx, String[] args) { // define "arguments" array in the top-level object: // need to allocate new array since newArray requires instances // of exactly Object[], not ObjectSubclass[] Object[] array = new Object[args.length]; System.arraycopy(args, 0, array, 0, args.length); Scriptable argsObj = cx.newArray(global, array); global.defineProperty("arguments", argsObj, ScriptableObject.DONTENUM); for (String file: fileList) { try { processSource(cx, file); } catch (IOException ioex) { Context.reportError(ToolErrorReporter.getMessage( "msg.couldnt.read.source", file, ioex.getMessage())); exitCode = EXITCODE_FILE_NOT_FOUND; } catch (RhinoException rex) { ToolErrorReporter.reportException( cx.getErrorReporter(), rex); exitCode = EXITCODE_RUNTIME_ERROR; } catch (VirtualMachineError ex) { // Treat StackOverflow and OutOfMemory as runtime errors ex.printStackTrace(); String msg = ToolErrorReporter.getMessage( "msg.uncaughtJSException", ex.toString()); Context.reportError(msg); exitCode = EXITCODE_RUNTIME_ERROR; } } }
Example 3
Source File: Require.java From JsDroidCmd with Mozilla Public License 2.0 | 4 votes |
/** * Creates a new instance of the require() function. Upon constructing it, * you will either want to install it in the global (or some other) scope * using {@link #install(Scriptable)}, or alternatively, you can load the * program's main module using {@link #requireMain(Context, String)} and * then act on the main module's exports. * @param cx the current context * @param nativeScope a scope that provides the standard native JavaScript * objects. * @param moduleScriptProvider a provider for module scripts * @param preExec an optional script that is executed in every module's * scope before its module script is run. * @param postExec an optional script that is executed in every module's * scope after its module script is run. * @param sandboxed if set to true, the require function will be sandboxed. * This means that it doesn't have the "paths" property, and also that the * modules it loads don't export the "module.uri" property. */ public Require(Context cx, Scriptable nativeScope, ModuleScriptProvider moduleScriptProvider, Script preExec, Script postExec, boolean sandboxed) { this.moduleScriptProvider = moduleScriptProvider; this.nativeScope = nativeScope; this.sandboxed = sandboxed; this.preExec = preExec; this.postExec = postExec; setPrototype(ScriptableObject.getFunctionPrototype(nativeScope)); if(!sandboxed) { paths = cx.newArray(nativeScope, 0); defineReadOnlyProperty(this, "paths", paths); } else { paths = null; } }
Example 4
Source File: Require.java From astor with GNU General Public License v2.0 | 4 votes |
/** * Creates a new instance of the require() function. Upon constructing it, * you will either want to install it in the global (or some other) scope * using {@link #install(Scriptable)}, or alternatively, you can load the * program's main module using {@link #requireMain(Context, String)} and * then act on the main module's exports. * @param cx the current context * @param nativeScope a scope that provides the standard native JavaScript * objects. * @param moduleScriptProvider a provider for module scripts * @param preExec an optional script that is executed in every module's * scope before its module script is run. * @param postExec an optional script that is executed in every module's * scope after its module script is run. * @param sandboxed if set to true, the require function will be sandboxed. * This means that it doesn't have the "paths" property, and also that the * modules it loads don't export the "module.uri" property. */ public Require(Context cx, Scriptable nativeScope, ModuleScriptProvider moduleScriptProvider, Script preExec, Script postExec, boolean sandboxed) { this.moduleScriptProvider = moduleScriptProvider; this.nativeScope = nativeScope; this.sandboxed = sandboxed; this.preExec = preExec; this.postExec = postExec; setPrototype(ScriptableObject.getFunctionPrototype(nativeScope)); if(!sandboxed) { paths = cx.newArray(nativeScope, 0); defineReadOnlyProperty(this, "paths", paths); } else { paths = null; } }
Example 5
Source File: DataFrameAdapter.java From joinery with GNU General Public License v3.0 | 4 votes |
public static Scriptable jsFunction_toArray(final Context ctx, final Scriptable object, final Object[] args, final Function func) { return ctx.newArray(object, cast(object).df.toArray()); }
Example 6
Source File: DocLitBareClientTest.java From cxf with Apache License 2.0 | 4 votes |
private Void beanFunctionCaller(Context context) { TestBean1 b1 = new TestBean1(); b1.stringItem = "strung"; TestBean1[] beans = new TestBean1[3]; beans[0] = new TestBean1(); beans[0].stringItem = "zerobean"; beans[0].beanTwoNotRequiredItem = new TestBean2("bean2"); beans[1] = null; beans[2] = new TestBean1(); beans[2].stringItem = "twobean"; beans[2].optionalIntArrayItem = new int[2]; beans[2].optionalIntArrayItem[0] = 4; beans[2].optionalIntArrayItem[1] = 6; Object[] jsBeans = new Object[3]; jsBeans[0] = testBean1ToJS(testUtilities, context, beans[0]); jsBeans[1] = null; jsBeans[2] = testBean1ToJS(testUtilities, context, beans[2]); Scriptable jsBean1 = testBean1ToJS(testUtilities, context, b1); Scriptable jsBeanArray = context.newArray(testUtilities.getRhinoScope(), jsBeans); LOG.info("About to call beanFunctionTest " + getAddress()); Notifier notifier = testUtilities.rhinoCallConvert("beanFunctionTest", Notifier.class, testUtilities.javaToJS(getAddress()), jsBean1, jsBeanArray); boolean notified = notifier.waitForJavascript(1000 * 10); assertTrue(notified); Integer errorStatus = testUtilities.rhinoEvaluateConvert("globalErrorStatus", Integer.class); assertNull(errorStatus); String errorText = testUtilities.rhinoEvaluateConvert("globalErrorStatusText", String.class); assertNull(errorText); // this method returns void. Scriptable responseObject = (Scriptable)testUtilities.rhinoEvaluate("globalResponseObject"); // there is no response, this thing returns 'void' assertNull(responseObject); SimpleDocLitBareImpl impl = (SimpleDocLitBareImpl)rawImplementor; TestBean1 b1returned = impl.getLastBean1(); assertEquals(b1, b1returned); // commented out until //TestBean1[] beansReturned = impl.getLastBean1Array(); //assertArrayEquals(beans, beansReturned); return null; }
Example 7
Source File: DocLitWrappedClientTest.java From cxf with Apache License 2.0 | 4 votes |
private Void beanFunctionCaller(Context context, boolean useWrapper) { TestBean1 b1 = new TestBean1(); b1.stringItem = "strung"; TestBean1[] beans = new TestBean1[3]; beans[0] = new TestBean1(); beans[0].beanTwoNotRequiredItem = new TestBean2("bean2"); if (useWrapper) { beans[1] = null; } else { // without a wrapper, it can't be null, so put something in there. beans[1] = new TestBean1(); } beans[2] = new TestBean1(); beans[2].optionalIntArrayItem = new int[2]; beans[2].optionalIntArrayItem[0] = 4; beans[2].optionalIntArrayItem[1] = 6; Object[] jsBeans = new Object[3]; jsBeans[0] = testBean1ToJS(testUtilities, context, beans[0]); jsBeans[1] = testBean1ToJS(testUtilities, context, beans[1]); jsBeans[2] = testBean1ToJS(testUtilities, context, beans[2]); Scriptable jsBean1 = testBean1ToJS(testUtilities, context, b1); Scriptable jsBeanArray = context.newArray(testUtilities.getRhinoScope(), jsBeans); LOG.info("About to call test4 " + getAddress()); Notifier notifier = testUtilities.rhinoCallConvert("test4", Notifier.class, testUtilities.javaToJS(getAddress()), testUtilities.javaToJS(Boolean.valueOf(useWrapper)), jsBean1, jsBeanArray); boolean notified = notifier.waitForJavascript(1000 * 10); assertTrue(notified); Integer errorStatus = testUtilities.rhinoEvaluateConvert("globalErrorStatus", Integer.class); assertNull(errorStatus); String errorText = testUtilities.rhinoEvaluateConvert("globalErrorStatusText", String.class); assertNull(errorText); // This method returns void, which translated into a Javascript object with no properties. // really. Void. Object responseObject = testUtilities.rhinoEvaluate("globalResponseObject"); assertNotNull(responseObject); assertEquals(Context.getUndefinedValue(), responseObject); SimpleDocLitWrappedImpl impl = (SimpleDocLitWrappedImpl)rawImplementor; TestBean1 b1returned = impl.getLastBean1(); assertEquals(b1, b1returned); TestBean1[] beansReturned = impl.getLastBean1Array(); assertArrayEquals(beans, beansReturned); return null; }