I've got my testing framework done now. It's based on
recording events at the GHOST level. This has issues;
a test created on one computer might not pass on
another, due to floating point inaccuracies (though
I tried to blunt this a bit).
This isn't appropriate for general use. I
wrote it for personal use, and other devs might
find it useful for their personal use as well.
However, it lacks the reliability you'd need for
a real unit testing framework.
This isn't meant to replace lief's work, by any means, which
is a real unit testing framework.
Displays a global progress indicator in the application icon reflecting the total progress of all running jobs.
Currently fully implemented on OSX (Cocoa).
On other OSes that do not allow to redraw the app icon, this can be implemented as a [x%] display in the app title, so to appear in the taskbar.
Thanks to Matt for the windowmanager wrapper.
Cocoa can still send events (tagged with the correct NSWindow handle) after having sent the window deactivate event.
This caused these events being discarded as there was no active window for GHOST_WindowManager.
Fix is to use this NSWindow handle to retrieve the target window and correctly push the event.
E.g. of effects of this bug: OSKey modifier stuck after having invoked Spotlight through its shortcut (Cmd + Space). This gave the impression the Blender window has not got focus back for the keyboard.
Ton, can you confirm if this fixes the "Cocoa window loses focus permanently on using Spotlight" issue you found ?
- Use an enum for grab modes rather then boolean options.
-- GHOST_kGrabNormal: continuous grab userpref disabled
-- GHOST_kGrabWrap: wrap the mouse at the screen bounds *
-- GHOST_kGrabHide: hide the mouse while grabbing and restore the mouse where it was initially pressed *
GrabWrap is nice for transform and tools where you want some idea where the cursor is, previously I found both restoring the mouse at its original location and restoring at a clamped location was confusing with operators like transform, wrapping is not ideal but IMHO the best of a bad bunch of options.
GrabHide is for numbuts, where restoring the mouse at the initial location isnt so confusing.
- Useful for dragging buttons to the far right when theyd otherwise hit the screen edge.
- Useful for transform though probably NOT what you want when using the transform manipulator (should make an option).
- When enabled, number buttons use this as well as a different conversion of mouse movement
float numbuts: mouse 1px == 1-clickstep
int numbuts: 2px == 1 (tried 1:1 but its too jitter prone)
details...
- access as an option to GHOST_SetCursorGrab(grab, warp)
- Currently all operators that grab use this, could be made an operator flag
- only Ghost/X11 supported currently
- Window creation at preferred size
Implement in Ghost the use of Cocoa functions to get the maximum visible rect (size and position) for the window contents (all screen excluding dock, top menu, and window title bar)
Thus Apple specific code in window creation (wm_window.c & wm_apple.c) is no more needed => removed in case of Cocoa build
- Alert on exiting despite unsaved changes
Add to GHOST method to maintain an all platforms (not apple specific anymore) status on unsaved changes
Update GHOST_SystemCocoa to use this for asking or not user to confirm exit without saving changes
* Pass on mouse location on window leave/enter too, fixing some
issues with button highlights and tooltips.
* When a modal operator runs, grab the mouse cursor so that for
example transform still works when you move your mouse outside
of the window, previously it would just stop then. This is
automatic now for all modal ops, perhaps not always needed?
* Fix for a trailing button highlight issue.
This is 'ported' from Nicholas Bishop's sculpting GSoC tree. I'm bringing it
over now so a) it can be there for when lukep does his GHOST refactor b) it's
something that GHOST should have anyway, particularly now there's interest in
painting tools and c) it's missing support in Windows, so hopefully now some
enterprising Windows coder can add that more easily in the main bf tree.
Right now X11 and Mac OS X are supported. I added and can maintain the Mac OS X
part, but I'm not familiar with the Xinput stuff, which Nicholas wrote. Both
X11 and Mac are collecting active device and pressure, and Mac is also
collecting x and y tilt data. Up to coders how they want to use this info! :)
Although the data's coming in, I haven't actually made this do anything. I
thought it best to leave it to brecht to figure out what he wants to do with the
painting stuff, and I wonder what other interesting uses there could be for it
(proportional edit?). I'll write implementation details in a separate mail to
the committers list.
I took out the following from the includes in the intern dir that still had
it:
-#ifdef HAVE_CONFIG_H
-#include <config.h>
-#endif
Kent
--
mein@cs.umn.edu
