Tap Drag Lock Timeout

[p2rkw]

Tap Drag Lock Timeout

[p2rkw]

Please test this branch: https://github.com/p2rkw/xf86-input-mtrack/tree/tap_drag_tiemout

I hardcoded drag lock time to 500 ms, but it could potentially be infinite, which means additional tap will be needed to break drag mode.

[CapSel]

Works excellent!
libinput uses hardcoded 500ms.
Is there a way to disable keyboard cursor arrows based window movement?

[p2rkw]

New commits, please test, and let me know about issues before I push to master.

[CapSel]

Now: Cursor movement is disabled but the cross arrows are visible and window (in KDE) is semi-transparent = waiting for drag finish.

Now and previous version of this branch:
There is also a problem with clicking before drag - no matter how fast I try to tap to drag there is always double click and drag. Is it possible to wait with "release" of the button for some time (maybe 150ms) to see if user decides to tap again or drag?

[p2rkw]

Now: Cursor movement is disabled but the cross arrows are visible and window (in KDE) is semi-transparent = waiting for drag finish.

I don't fully understand: does it mean my latest changes disable your cursor movement?

Now and previous version of this branch:
There is also a problem with clicking before drag - no matter how fast I try to tap to drag there is always double click and drag. Is it possible to wait with "release" of the button for some time (maybe 150ms) to see if user decides to tap again or drag?

I think I can tweak code to support that, but it will require some delay for tap clicks. See #50

[CapSel]

When I start drag mouse cursor is as a 4-way-arrows, window is semi-transparent.

If I finish drag by waiting 500ms:

• with previous version: mouse cursor stays 4-way-arrows, window is still semi-transparent, I can use arrow keys from keyboard to move window. Tapping or enter finishes drag.
• with current version: mouse cursor stays 4-way-arrows, window is still semi-transparent, I can't use arrow keys from keyboard to move window. Tapping finishes drag.