toReturn = new StringWrapper(lib, wrapper).toString();

          break;

        case IeReturnTypes.LONG: // Long

          result = lib.wdGetNumberScriptResult(scriptResult, value);

          errors.verifyErrorCode(result, "Cannot extract number result");

          break;

        case IeReturnTypes.BOOLEAN: // Boolean

          IntByReference boolVal = new IntByReference();

          result = lib.wdGetBooleanScriptResult(scriptResult, boolVal);

  }

  public void hover() {

    HWNDByReference hwnd = new HWNDByReference();

    int result = lib.wdeGetDetailsOnceScrolledOnToScreen(element, hwnd, x, y, width, height);

    errors.verifyErrorCode(result, "hover");

    long midX = x.getValue().longValue() + (width.getValue().longValue() / 2);

    result = lib.wdeMouseMoveTo(hwnd.getValue(), new NativeLong(100),

                                new NativeLong(0), new NativeLong(0),

                                new NativeLong(midX), new NativeLong(midY));

  }

  public Point getLocationOnScreenOnceScrolledIntoView() {

    HWNDByReference hwnd = new HWNDByReference();

    if (lib.wdeGetDetailsOnceScrolledOnToScreen(element, hwnd, x, y, width, height) != 0) {

      return null;

    }

    return new Point(x.getValue().intValue(), y.getValue().intValue());

    return new Point(x.getValue().intValue(), y.getValue().intValue());

  }

  public Point getLocation() {

    int result = lib.wdeGetLocation(element, x, y);

    errors.verifyErrorCode(result, "Unable to get location of element");

  }

    return new Point(x.getValue().intValue(), y.getValue().intValue());

  }

  public Dimension getSize() {

    int result = lib.wdeGetSize(element, width, height);

    errors.verifyErrorCode(result, "Unable to get element size");

  }

  }

  public void dragAndDropBy(int moveRightBy, int moveDownBy) {

    HWNDByReference hwnd = new HWNDByReference();

    int result = lib.wdeGetDetailsOnceScrolledOnToScreen(element, hwnd, x, y, width, height);

    errors.verifyErrorCode(result, "Unable to determine location once scrolled on to screen");

    lib.wdeMouseDownAt(hwnd.getValue(), x.getValue(), y.getValue());

  }

  public void dragAndDropOn(RenderedWebElement toElement) {

    HWNDByReference hwnd = new HWNDByReference();

    int result = lib.wdeGetDetailsOnceScrolledOnToScreen(element, hwnd, x, y, width, height);

    errors.verifyErrorCode(result, "Unable to determine location once scrolled on to screen");

    NativeLong

        startX =

        new NativeLong(x.getValue().longValue() + (width.getValue().longValue() / 2));

    NativeLong

        startY =

    lib.wdeMouseDownAt(hwnd.getValue(), startX, startY);

    Pointer other = ((InternetExplorerElement) toElement).element;

    result = lib.wdeGetDetailsOnceScrolledOnToScreen(other, hwnd, x, y, width, height);

    errors.verifyErrorCode(result,

                           "Unable to determine location of target once scrolled on to screen");

    NativeLong endX = new NativeLong(x.getValue().longValue() + (width.getValue().longValue() / 2));

    NativeLong

        endY =

    int duration = parent.manage().getSpeed().getTimeOut();

    lib.wdeMouseMoveTo(hwnd.getValue(), new NativeLong(duration), startX, startY, endX, endY);

    lib.wdeMouseUpAt(hwnd.getValue(), endX, endY);

  }

                // Determine the process ID of this window

                NSString kCGWindowOwnerPID = CoreGraphicsLibrary.kCGWindowOwnerPID;

                Pointer pidPointer = CoreFoundationLibrary.INSTANCE.CFDictionaryGetValue(dictionaryRef, kCGWindowOwnerPID.id());

                if (pidLong == pid) {

                    // This window is a Hearthstone window

                    // When running in full-screen mode, Hearthstone has two windows: one for the game and one that appears to be a temporary desktop or space for the game to run in.

    @Test

    public void testDifftime() throws Exception {

        // Pointer to hold the times

        // time() returns -1 on error.

        NativeLong err = new NativeLong(-1L);

        LibC.time(ref);

        Assert.assertNotSame(time0, err, "Time 0 returned an error (-1).");

        Thread.sleep(5000L);

        LibC.time(ref);

        Assert.assertNotSame(time1, err, "Time 1 returned an error (-1).");

        Assert.assertNotSame(time1, time0, "Time 1 returned same time as Time 0.");

        double diff = LibC.difftime(time1, time0);

    if(agent.start(null, false))

    {

      for(int i = 0; i < sockets; i++)

      {

        if(agent.connect(serverAddr, port, pdwConnID))

        {

          if(i == sockets - 1)

            isOK = true;

        }

        else

        {