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Part of the reason for adding headless support in vmon is to
facilitate embedded use cases. These are often incompatible with
anti-tivoization aspects of gplv3.
I am the copyright holder of all this stuff so it's entirely fine
to switch to gplv2. Phil Freeman contributed one trivial patch
(4183fbd), regardless I checked if he had any objections to the
gplv2 switch and he had none.
So here we go, gplv2 all the things.
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Now vwm ignores override_redirect for fullscreen windows.
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Previously only windows fitting the screen dimensions @ assimilate
would become automagically "allscreened". Newer mplayer seems to
break this heuristic, so expand the application of the heuristic
to include configure requests as well.
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Some programs call XSetInputFocus(), so we should select
FocusChangeEvent and handle FocusIn events, calling vwm_win_set_focus()
when appropriate.
It's rare, but SDL2 programs in particular seem to do this and vwm gets
in a pretty annoying state when it does occur. This change should
improve the situation.
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vmon introduces a non-overlay usage, monitors is correct but ambiguous,
graphs is also amiguous, charts is short and distinctive.
renaming of the files comes in a separate, future commit.
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This member reflects if the window is mapped from the client's perspective,
not necessarily if the window is currently mapped (since vwm maps and unmaps
windows the client has mapped in the course of providing virtual desktops)
Changing the name for better clarity, since it's a bit ambiguous as-is.
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In vwm_xevent_handle_map_request() XMapWindow was always directly being called.
When we have a vwin, we really shouldn't be calling XMapWindow() since
we can't detect the generated MapNotify like we can with vwm_win_map().
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Long overdue tidying of the map request handling.
This moves all the window classifying and placement stuff into a separate
helper, adding a call to that in vwm_win_manage_xwin(), where this always
belonged.
The map request handling now just manages windows that aren't already
managed, then lets the usual "is this window mapped?" logic filter the
map request.
This should fix a lingering bug where a window on the unfocused desktop
would become spuriously visible if the client mapped it. Firefox started
doing this recently when a page finished loading.
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I'm no longer fond of combining one-line conditional statements on
the same line as their conditional expression.
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- Move vmon_proc_t under vwm_overlay_t.
- Privatize vwm_overlay_t.
- Update xwindow.c to dynamically create and destroy overlays.
- Cease supplying vwm_t to vwm_overlays_create(), now just
pass in the bare vwm_xserver_t.
- Update all vwm_overlay_* functions to operate on vwm_overlays_t and
vwm_overlay_t. Only vwm_overlays_create() receives the xserver,
which it then embeds within the returned vwm_overlay_t.
- Eliminate _xwin_ flavors of overlay functions, largely mechanical
rename eliminating the _xwin_ from the names during the previous
pass of switching from vwm_t & vwm_xwindow_t to vwm_overlays_t &
vwm_overlay_t parameters.
- Change vwm_overlay_compose() to store damage in supplied pointer,
the caller is expected to make use of the damage information now
because the overlay code doesn't know about the window its coordinate
space.
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Sometimes `mplayer -fs` would result in an unmanaged window. It seems to be
due to an unexpected ordering of events on the window:
create notify 0x1000001
creating 0x1000001
map request 0x1000001
managing 0x1000001
configure request 0x1000001
unmap notify 0x1000001 from configure 0
unmanaging 0x1000001
configure notify 0x1000001
map notify 0x1000001 <----- this happens after the window has been unmanaged!
configure notify 0x1000001
configure request 0x1000001
configure request 0x1000001
configure request 0x1000001
configure request 0x1000001
configure notify 0x1000001
So in handling MapNotify, if the window is !managed && !override_redirect,
manage it.
This is confirmed to fix the occasionally unmanaged `mplayer -fs` window.
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Long overdue house cleaning.
The addition of compositing/monitoring overlays in vwm3 pushed vwm well past
what is a reasonable size for a simple thousand line file. This is a first
step towards restoring sanity in the code, but no behavioral differences are
intended, this is mostly just shuffling around and organizing code.
I expect some performance regressions initially, follow-on commits will make
more improvements to that end as the dust settles.
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