Add a popup for battery. It will update if left visible. The popup
avoids polling by using a slightly delayed copy of the battery
state stored in config struct.
It happens that some devices are considered as batteries, even if they
cannot be charged or used as a power supply for the laptop.
The ELAN device deals with the touchpad and is a "battery". When looking
at the udev info, it appears that there is no technology present as
well as the basic battery info (energy levels).
P: /devices/pci0000:00/0000:00:15.0/i2c_designware.0/i2c-0/i2c-ELAN24CC:00/0018:04F3:24CC.0003/power_supply/hid-0018:04F3:24CC.0003-battery
E: DEVPATH=/devices/pci0000:00/0000:00:15.0/i2c_designware.0/i2c-0/i2c-ELAN24CC:00/0018:04F3:24CC.0003/power_supply/hid-0018:04F3:24CC.0003-battery
E: POWER_SUPPLY_CAPACITY=1
E: POWER_SUPPLY_MODEL_NAME=ELAN24CC:00 04F3:24CC
E: POWER_SUPPLY_NAME=hid-0018:04F3:24CC.0003-battery
E: POWER_SUPPLY_ONLINE=1
E: POWER_SUPPLY_PRESENT=1
E: POWER_SUPPLY_SCOPE=Device
E: POWER_SUPPLY_STATUS=Discharging
E: SUBSYSTEM=power_supply
The issue with that kind of devices is that it confuses the battery
gadget. Since two batteries are present, the total capacity is divided
by 2, resulting in the gadget displaying only 50% when the battery is
fully charged.
To avoid this, we check that the battery technology is known.
@fix
this makes modules with a binary helper simpler to build using the
parent module build harness as much as possible. i probably could
simplify this down to a single binary only and it is either setuid or
not... define the deps and flags ... it could be a bit simpler. not
much. i also removed the if's in the build for battery and ifdefs in
src handle it instead (imho simpler to maintain in src). sysinfo still
uses the if's there.
So yeah, I've literally used sed to replace every occurrence of
ecore_time_add() with ecore_timer_loop_add() because I'm reasonably
confident that no part of E has a legitimate need for timer based on the
exact current time.
It would be really nice if I'm not wrong. :)
The reason for this is the incredible spew of clock_gettime() calls I'm
seeing on an ARM system (that should have a vdso for gettime, but...)
This can amount to thousands of system calls per second.
#YOLO
huge fustercluck commit because there wasn't really a way to separate out the changes. better to just rip it all out at once.
* compositor and window management completely rewritten. this was the goal for E19, but it pretty much required everything existing to be scrapped since it wasn't optimized, streamlined, or sensible. now instead of having the compositor strapped to the window manager like an outboard motor, it's housed more like an automobile engine.
** various comp structs have been merged into other places (eg. E_Comp_Zone is now just part of E_Zone where applicable), leading to a large deduplication of attributes
** awful E_Comp_Win is totally dead, having been replaced with e_comp_object smart objects which work just like normal canvas objects
** protocol-specific window management and compositor functionality is now kept exclusively in backend files
** e_pixmap api provides generic client finding and rendering api
** screen/xinerama screens are now provided directly by compositor on startup and re-set on change
** e_comp_render_update finally replaced with eina_tiler
** wayland compositor no longer creates X windows
** compositor e_layout removed entirely
* e_container is gone. this was made unnecessary in E18, but I kept it to avoid having too much code churn in one release. its sole purpose was to catch some events and handle window stacking, both of which are now just done by the compositor infra
* e_manager is just for screensaver and keybind stuff now, possibly remove later?
* e_border is gone along with a lot of its api. e_client has replaced it, and e_client has been rewritten completely; some parts may be similar, but the design now relies upon having a functional compositor
** window configuration/focus functions are all removed. all windows are now managed solely with evas_object_X functions on the "frame" member of a client, just as any other canvas object can be managed.
*** do NOT set interceptors on a client's comp_object. seriously.
* startup order rewritten: compositor now starts much earlier, other things just use attrs and members of the compositor
* ecore_x_pointer_xy_get usage replaced with ecore_evas_pointer_xy_get
* e_popup is totally gone, existing usage replaced by e_comp_object_util_add where applicable, otherwise just placed normally on the canvas
* deskmirror is (more) broken for now
* illume is totally fucked
* Ecore_X_Window replaced with Ecore_Window in most cases
* edge binding XWindows replaced with regular canvas objects
* some E_Win functionality has changed such that delete callbacks are now correctly called in ALL cases. various dialogs have been updated to not crash as a result
comp files and descriptions:
e_comp.c - overall compositor functions, rendering/update loop, shape cutting
e_comp_x.c - X window management and compositor functionality
e_comp_wl.c - Wayland surface management and compositor functionality
e_comp_canvas.c - general compositor canvas functions and utilities
e_comp_object.c - E_Client->frame member for managing clients as Evas_Objects, utility functions for adding objects to the compositor rendering systems
additional authors: ivan.briano@intel.com
feature: new compositor
removal: e_border, e_container, e_popup
Carsten Haitzler
Alastair Poole
Daniel Zaoui
Mike Blumenkrantz
Derek Foreman
Cedric BAIL
Chris Michael
Mike Blumenkrantz
discomfitor
Chidambar Zinnoury
José Roberto de Souza
Mike Blumenkrantz
