mousefunc_menu_{client,cmd,group} into the respective
kbfunc_menu_{client,cmd,group} functions; simply pass a flag down from
config denoting mouse action behaviour.
* refs/heads/master:
During init, query screen for _NET_ACTIVE_WINDOW and set that client as active; while we already look at what's under the pointer, use this information first, then look under the pointer (saving that round-trip). This restores the active state to a client after restart even if the pointer is not above it (and of course the pointer is not above another client).
active; while we already look at what's under the pointer, use this
information first, then look under the pointer (saving that round-trip).
This restores the active state to a client after restart even if the
pointer is not above it (and of course the pointer is not above another
client).
* refs/heads/master:
Some clients fail to setup hints at all, so initalize for them; fallout from r1.218 switching to malloc - clearly missed this case.
Fix-up a few simple uses of client_current(): check CLIENT_ACTIVE flag instead of relying on curcc.
init label
Limit mouse resize to hints within the client; matches kbd resize behaviour.
Switch to just malloc since we need initialize most everything anyway.
change 'sticky' to 'stick' to toggle client stickiness (seems the default binding worked for everyone for a long time!); conflict with group sticky found by Ali Farzanrad - thanks!
Simplify group_holds_only_hidden(); from Vadim Vygonets.
Simplify toggling flags; from Vadim Vygonets.
Do not draw borders on ignored clients when returning from fullscreen; from Vadim Vygonets.
Remove redundant minimum client size adjustment (minw and minh are always positive since r1.214); from Vadim Vygonets.
* refs/heads/master:
add a column to previous commit for consitency.
conf_screen: report the fontname that can't be opened in case of failure. ok dcoppa@
* refs/heads/master:
Fix a typo from r1.201; fixes window_grouptoggle binding.
If a client does not set increment values, use 'moveamount' as a way to scale keyboard based resizes; extend kbfunc_amount().
Inline the only use of mousefunc_sweep_calc.
* refs/heads/master:
more client vs screen context differences
If a client sets hints, honor them for kb resize requests, just like we do for mouse based resize requests.
Move kb pointer movement out of the kbfunc_client_moveresize since it's got nothing to do with clients, thus doing flags work causes lots of waste and almost useless jumpy pointer movements; while here, split out move and resize since they share almost no code, just like mouse client move/resize; factor out amount and factor. Still wonder why this is here, but it works now.
pledge "stdio rpath proc exec" cwm before main event loop, after init/setup - mostly for menu building.
Partial revert of replacing screen_area() with region_find(); until a fix for a regression is found; this bug has been around for a long time it seems, but this change exposed it. Likely need to track clients in to and out of regions.
Use position on root to figure out region.
Start cleaning up name vs function differences; replace magic numbers.
Clean up unused defines.
Extend region to include both view and work areas; switch to region_find() which no longer needs to recalculate gap each time a client (or menu) is created or altered. If no RandR, fall back to display dimensions while building regions instead of during execution.
got nothing to do with clients, thus doing flags work causes lots of
waste and almost useless jumpy pointer movements; while here, split out
move and resize since they share almost no code, just like mouse client
move/resize; factor out amount and factor. Still wonder why this is
here, but it works now.
fix for a regression is found; this bug has been around for a long time
it seems, but this change exposed it. Likely need to track clients in to
and out of regions.
region_find() which no longer needs to recalculate gap each time
a client (or menu) is created or altered. If no RandR, fall back
to display dimensions while building regions instead of during
execution.
