How do I verify that a window is the topmost window using UIAutomation? - ui-automation

I've searched for solutions in many forums but they all tell me that usign the WindowPattern and checkign the topmost value should return true if the window is on top. However, this isn't the case for me. I am testing an application that is housed within a tab in outlok. A user can then click within the application and open a new window. I'd like to verify this window is in the foreground. Also.. this is a WPF application so I cant grab separate handles for new windows that open.
thanks

This might be a terminology problem: 'Topmost' has a special meaning in Win32 (See description of WS_EX_TOPMOST here), which basically means "floats above other ordinary windows" - it's typically used for things like tooltips, menu popups, notification balloons and the like, which float above all other windows on the screen. It's rarely by actual application windows.
An application can be the currently foreground window, above other windows, but not have this property.
An alternate approach to see if the window is in the foreground is to see if it is or contains the contains the current focus or active window.

Related

How to ID a control with Windows Spy?

Newby here...I have my first script running...yeah! But I'd like to read some window controls. I see in the AHK Help for GetControlPos and others:
Can be either ClassNN (the classname and instance number of the control) or the name/text of the control, both of which can be determined via Window Spy.
Duh, I can't find the info in Windows Spy. Can someone point me in the right direction...TIA.
You have to hover over the controls with you mouse. In the "Under mouse" section you will see what can be gathered from the application. In quite a few situations, you will not see more that the colour under the mouse. When the application has named controls, you will then see the ClassNN name/ID.
In short, not all programs have named controls.
You can test with e.g. Notepad and in Notepad use file save. The file save dialog has named controls.

Let a window display above a fullscreen window in GTK+

I have a full-screen window (winA) and another window (winB) which is always on top.
Now I need to let winB display above winA, while winA is still above any other windows.
How to do this in GTK+? Thanks. (Maybe this needs Xlib?)
PS1: I won't use POPUP windows because it will put all the windows under it. I just need put winB on winA but not all the others. For example, if I am watching videos in the fullscreen mode, I wouldn't like to see winB. But if winA it's here, winB is just above it.
PS2: winA & winB are in the same program. In this case, it may simplify the solution.
The main way to tell the window manager to keep winB above winA is through the "transient for" hint, set in GTK+ with gtk_window_set_transient_for().
If your window is not a dialog, the behavior may not come out quite how you'd like; you could try setting a semantic hint with gtk_window_set_type_hint() and see if that gets you anywhere.
But the behavior is basically going to vary with window manager (which is intended). So you kind of need to just live with that and assume people will use a WM that works how they want it to.

Eclipse RCP application - multi-window design for multiple monitors

Question about Eclipse RCP and whole perspective/view/editor design - what is the best way to create application which will display multiple windows on multiple monitors? Tutorials and book I've seen always pack RCP/SWT design into views inside perspective within single application window.
Should one window rule all others or they all should be equal (closing last one exits application)? How deal with the perspectives and views? Are there any other things we should know?
Environment: Eclipse Ganymede, Windows XP.
A single Eclipse workbench can create multiple windows. Each window is laid out using a perspective, so different windows could be set to different perspectives, or the same perspective, and you can switch perspectives in each window independently of the other windows.
You can also set input for each window. This is useful if each window is working on different data (for example, each window could be connected to a different server or could be showing data from different databases that all have the same schema but different data).
It may be that you are using windows only so that you can see different perspectives of the same data on different monitors. In that case you do not need to programatically create the windows but need only add the action supplied by the workbench. This can be done by modifying your ActionBarAdvisor class:
add to the field declarations:
private IWorkbenchAction newWindowAction;
add to the code where you make the actions (typically a method called makeActions):
newWindowAction = ActionFactory.OPEN_NEW_WINDOW.create(window);
register(newWindowAction);
add to the code where you create the menus:
menu.add(newWindowAction);
where menu is typically the Window menu. If you don't have a Window menu already in your application and would like to create one, the following line will work:
MenuManager menu = new MenuManager(
"&Window",
IWorkbenchActionConstants.M_WINDOW);
This will give you a menu item that will create a new window in the same way as the Window->New Window menu item in the Eclipse IDE.
If, on the other hand, you want each window to show different data then you will need to open the new windows programatically. This allows you to set different input for each window. You will need a line of code something like:
IWorkbenchPage newPage = window.openPage(inputObject);
where inputObject contains information that identifies the data shown in the window. If you want to set the initial perspective this can be done by calling setPerspective on the page.
You will want to set the title in each window:
newPage.getWorkbenchWindow().getShell().setText(windowTitle);
where windowTitle is a string describing the input to the window.
You can fetch the input for a window as follows:
window.getActivePage().getInput()
You can then cast this to whatever class you are using as your window input.

Eclipse RCP Splash Screen

I'm involved in a project that is attempting to use the Eclipse RCP splash screen to gather user credentials, language, etc. If this screen loses focus, it is not available (under Windows at least) through the ALt-Tab functionality, and can only be found by minimizing all other windows and uncovering it. Any way of having this screen allow itself to be activated in this way? They're avoiding creating an intermediate screen, for reasons unknown at this point.
I think it might be time to examine those unknown reasons. Even eclipse doesn't use the splash screen in this way. If it needs to prompt for information, it opens a new dialog to ask for it.
Good luck.
[Edit] I stand corrected. This thread seems to have a solution to this. Good luck, I'm no SWT/RCP guru.
See this page. From one of the comments:
The splash screen window is created natively with the extended window style WS_EX_TOOLWINDOW which makes it not appear in the task bar. This corresponds to the SWT constant SWT.TOOL.
I don't know if it's possible to change the window style after it is created on Windows. You can always drop down to JNI if that's necessary.
Create your own implementation of AbstractSplashHandler.
When creating the shell, don't use the SWT.TOOL style.
The shell will be accessible through the windows task bar.

What determines the monitor my app runs on?

I am using Windows, and I have two monitors.
Some applications will always start on my primary monitor, no matter where they were when I closed them.
Others will always start on the secondary monitor, no matter where they were when I closed them.
Is there a registry setting buried somewhere, which I can manipulate to control which monitor applications launch into by default?
#rp: I have Ultramon, and I agree that it is indispensable, to the point that Microsoft should buy it and incorporate it into their OS. But as you said, it doesn't let you control the default monitor a program launches into.
Here's what I've found. If you want an app to open on your secondary monitor by default do the following:
1. Open the application.
2. Re-size the window so that it is not maximized or minimized.
3. Move the window to the monitor you want it to open on by default.
4. Close the application. Do not re-size prior to closing.
5. Open the application.
It should open on the monitor you just moved it to and closed it on.
6. Maximize the window.
The application will now open on this monitor by default. If you want to change it to another monitor, just follow steps 1-6 again.
Correctly written Windows apps that want to save their location from run to run will save the results of GetWindowPlacement() before shutting down, then use SetWindowPlacement() on startup to restore their position.
Frequently, apps will store the results of GetWindowPlacement() in the registry as a REG_BINARY for easy use.
The WINDOWPLACEMENTroute has many advantages over other methods:
Handles the case where the screen resolution changed since the last run: SetWindowPlacement() will automatically ensure that the window is not entirely offscreen
Saves the state (minimized/maximized) but also saves the restored (normal) size and position
Handles desktop metrics correctly, compensating for the taskbar position, etc. (i.e. uses "workspace coordinates" instead of "screen coordinates" -- techniques that rely on saving screen coordinates may suffer from the "walking windows" problem where a window will always appear a little lower each time if the user has a toolbar at the top of the screen).
Finally, programs that handle window restoration properly will take into account the nCmdShow parameter passed in from the shell. This parameter is set in the shortcut that launches the application (Normal, Minimized, Maximize):
if(nCmdShow != SW_SHOWNORMAL)
placement.showCmd = nCmdShow; //allow shortcut to override
For non-Win32 applications, it's important to be sure that the method you're using to save/restore window position eventually uses the same underlying call, otherwise (like Java Swing's setBounds()/getBounds() problem) you'll end up writing a lot of extra code to re-implement functionality that's already there in the WINDOWPLACEMENT functions.
It's not exactly the answer to this question but I dealt with this problem with the Shift + Win + [left,right] arrow keys shortcut. You can move the currently active window to another monitor with it.
Get UltraMon. Quickly.
http://realtimesoft.com/ultramon/
It doesn't let you specify what monitor an app starts on, but it lets you move an app to the another monitor, and keep its aspect ratio intact, with one mouse click. It is a very handy utility.
Most programs will start where you last left them. So if you have two monitors at work, but only one at home, it's possible to start you laptop at home and not see the apps running on the other monitor (which now isn't there). UltrMon also lets you move those orphan apps back to the main screen quickly and easily.
I'm fairly sure the primary monitor is the default. If the app was coded decently, when it's closed, it'll remember where it was last at and will reopen there, but -- as you've noticed -- it isn't a default behavior.
EDIT: The way I usually do it is to have the location stored in the app's settings. On load, if there is no value for them, it defaults to the center of the screen. On closing of the form, it records its position. That way, whenever it opens, it's where it was last. I don't know of a simple way to tell it to launch onto the second monitor the first time automatically, however.
-- Kevin Fairchild
Important note: If you remember the position of your application and shutdown and then start up again at that position, keep in mind that the user's monitor configuration may have changed while your application was closed.
Laptop users, for example, frequently change their display configuration. When docked there may be a 2nd monitor that disappears when undocked. If the user closes an application that was running on the 2nd monitor and the re-opens the application when the monitor is disconnected, restoring the window to the previous coordinates will leave it completely off-screen.
To figure out how big the display really is, check out GetSystemMetrics.
So I had this issue with Adobe Reader 9.0. Somehow the program forgot to open on my right monitor and was consistently opening on my left monitor. Most programs allow you to drag it over, maximize the screen, and then close it out and it will remember. Well, with Adobe, I had to drag it over and then close it before maximizing it, in order for Windows to remember which screen to open it in next time. Once you set it to the correct monitor, then you can maximize it. I think this is stupid, since almost all windows programs remember it automatically without try to rig a way for XP to remember.
So I agree there are some apps that you can configured to open on one screen by maximizing or right clicking and moving/sizing screen, then close and reopen. However, there are others that will only open on the main screen.
What I've done to resolve: set the monitor you prefer stubborn apps to open on, as monitor 1 and the your other monitor as 2, then change your monitor 2 to be the primary - so your desktop settings and start bar remain. Hope this helps.
Do not hold me to this but I am pretty sure it depends on the application it self. I know many always open on the main monitor, some will reopen to the same monitor they were previously run in, and some you can set. I know for example I have shortcuts to open command windows to particular directories, and each has an option in their properties to the location to open the window in. While Outlook just remembers and opens in the last screen it was open in. Then other apps open in what ever window the current focus is in.
So I am not sure there is a way to tell every program where to open. Hope that helps some.
I've noticed that if I put a shortcut on my desktop on one screen the launched application may appear on that screen (if that app doesn't reposition itself).
This also applies to running things from Windows Explorer - if Explorer is on one screen the launched application will pick that monitor to use.
Again - I think this is when the launching application specifies the default (windows managed) position. Most applications seem to override this default behavior in some way.
A simple window created like so will do this:
hWnd = CreateWindow(windowClass, windowTitle, WS_VISIBLE | WS_OVERLAPPEDWINDOW, CW_USEDEFAULT, SW_SHOW, CW_USEDEFAULT, 0, NULL, NULL, hInst, NULL);
Right click the shortcut and select properties.
Make sure you are on the "Shortcut" Tab.
Select the RUN drop down box and change it to Maximized.
This may assist in launching the program in full screen on the primary monitor.