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preparatory commit for generalized contexts replacing the shelf
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Preparations for adding support for reversing {window,desktop}
list traversal directions. A subsequent commit will introduce a
direction flag of this type to the relevant functions.
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vmon exposes the monitoring overlays of vwm through a standalone
commandline utility by creating dedicated window for presenting the
overlay.
At this time a single preexisting PID may be specified, forming the root of
a recursively monitored heirarchy. Alternatively, a command may specified
which vmon will then fork and execute on your behalf, automatically
monitoring the child and its descendants for you, in a style similar to
strace.
Examples:
Monitor a linux kernel build in fullscreen mode, note the --:
`vmon --fullscreen -- make -C /usr/src/linux -j8`
Monitor the entire system:
`vmon --fullscreen --pid 1`
For convenience, omitting --pid and a command to run assumes PID 1:
`vmon --fullscreen` is analogous to `vmon --fullscreen --pid 1`
Monitor a linux kernel build fullscreen at 50Hz:
`vmon --fullscreen --hertz 50 -- make -C /usr/src/linux -j8`
Do the same thing but don't exit when the make completes:
`vmon --linger --fullscreen --hertz 50 -- make -C /usr/src/linux -j8`
Help is provided via `vmon --help`, where you'll find all flags described
with their short and long forms.
Some important TODO items include:
- Support for specifying multiple top-level processes
- Support for mixing --pid and running a command
(useful for watching specific system processes while you're running
something specific)
- Support for scrolling within the window. The overlays in general need
to evolve a bit to better support the vmon use case. In vwm there
wasn't any intention of accomodating the entire space if it exceeded
what was naturally available in the existing window's dimensions.
That makes sense for vwm, but vmon not so much.
You can achieve the same thing more or less by resizing the window to be
larger than the screen (easy to do in vwm using a combination of
Mod1-Right-Click to resize, then Mod1-Left-Click to drag the window,
repeatedly. Then just Mod1-Left-Click to grab the window and "scroll"
it by moving the desired part on-screen, repeatedly. Cumbersome, but
works fine in a pinch. Not all window managers can do this though...
Of course it would be less costly to only render what's visible, like a
scrollable window would achieve. This is probably the top priority
TODO.
- Support for monitoring of memory use, files, per-process IO activity.
libvmon supports substantially more than is being visualized currently.
- Support for changing the font.
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In preparation for vwm_overlays_* encapsulation of overlay global state
and general cleanup therein.
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In preparation for monitoring overlays being shared across vwm and vmon,
adding a common xserver abstraction for both to use and overlay to depend
on.
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In preparation for separating out the monitoring overlay code
from being vwm-coupled, moving these into an independent header
since they'll be used throughout.
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Trying this out now that there's a pile of files... sigh.
Note this spuriously duplicates list.h @ src/libvmon/list.h, the old Makefile
shared list.h between vwm and libvmon, but I'm letting them have their own
instances with autotools. Libvmon was always an independent project I just
pulled in for vwm's use, and will likely continue to be developed independent
of vwm with occasional syncs.
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