This enable the possibility to block the main loop until a
specific thread is done. It may trigger still process ending
of other thread during that function call, but not any other
type of event (timer, animator, idler, ... are all ignored).
Previous beizer cubic finds t value approximately.
In this sequence, there were 2 problems.
1. Previous guess_t value should be passed to differential equation to get the more accurate t value.
2. Guessing time count is not enough. I found 6 is enough time to get the t value experimentally. Previously it just tried 4 times on the other hand.
@fix
0.99.0 removed the OnLowBattery property and added the per-device WarningLevel property. this requires what will effectively be a full rewrite of the module to track all the power levels of all the attached batteries and set the ecore power level somehow based on a combination of their levels
since I have no desire to spend any more hours working on and debugging this module which is based on a known-unstable api, I'm making it disable itself if it detects a version >= 0.99.0. hopefully someone will decide to maintain both this and eldbus in the future so that we can more accurately track upstream when they make changes to these things
ref T1908
ref T1909
The previous compuation is totally wrong.
Even it doesn't work correctly.
(I have no idea what the orignal author was thinking?)
Here we just need a simple and clear fomular to get the current progress frame.
If i'm wrong, please ping me.
@fix
Summary: This commit adds the actual code to the function, which
returns the 'in_main_loop' variable so that we can detect if the
ecore_main_loop is actually running.
NB: Will be needed for new eldbus API function (yet to add).
@feature
Signed-off-by: Chris Michael <cp.michael@samsung.com>
Summary: This commit adds a new function 'ecore_main_loop_nested_get'
so that we can detect if the ecore_main_loop is running.
NB: This is going to be needed for a new eldbus function that we have
to add in order to handle a use-case on the Wayland side. Spoke with
cedric for a while wrt to all this, and he gave it his 'ok' ;)
@feature
Signed-off-by: Chris Michael <cp.michael@samsung.com>
These APIs were not meant to be exposed so it is not recommended to
use them out side of EFL. We had to expose them to use them between
EFL libraries. (Talked with Raster)
CreateProcess() has a flags parameter which is being passed
"run_pri | CREATE_SUSPENDED".
The issue lies in the value of run_pri. It is best explained by the
following code somewhere else in the file:
switch (run_pri)
{
case IDLE_PRIORITY_CLASS:
return ECORE_EXE_WIN32_PRIORITY_IDLE;
The run_pri variable is supposed to store a value from the win32 API while
it was used to store one from the ecore API.
If I recall correctly, the windows one is equal to 32 and the ecore one to
9999. Meaning 9999 ended up used as flags so let's have a look at what that
actually enabled; the reference is "Process Creation Flags" from MSDN
http://msdn.microsoft.com/en-us/library/ms684863%28v=vs.85%29.aspx .
9999 gives 0x0000270F and this matches
DEBUG_PROCESS | DETACHED_PROCESS | DEBUG_ONLY_THIS_PROCESS
| CREATE_SUSPENDED | CREATE_NEW_PROCESS_GROUP | CREATE_SEPARATE_WOW_VDM
| CREATE_UNICODE_ENVIRONMENT | <0x00002000 matches nothing>
Matches nothing? Weird. Well, maybe. Except that I stumbled upon this define
in the mingw-w64 headers:
#define CREATE_FORCEDOS 0x2000
Mingw-w64 only has a #define, Wine has nothing (they don't do DOS anyway),
but ReactOS has some code about it:
https://git.reactos.org/?p=reactos.git;a=blob;f=reactos/dll/win32/kernel32/client/proc.c;hb=f60941f8dc775427af04eb0a3c3e4d38160c7641#l3007
Overall the actual set of flags probably made very little sense and wasn't
working very well. :)
I also noticed the following in the mingw-w64 headers:
#define INHERIT_CALLER_PRIORITY 0x20000
This should be a better match for what seemed to be the original intent of
inheriting the priority. I haven't tested it and it's only documented on
MSDN for Windows CE and similar so I'm really not sure about what it does.
MSDN however mentions that the child processes will have at most the
"normal" priority by default (same as its parent if the parent has less
than the default one) but I'm under the impression a process can raise its
own priority level... Anyway, "NORMAL_PRIORITY_CLASS" will do for now.
With this change and a couple others, elementary's theme builds properly
on Windows (_on_ Windows). I'll assess the usefulness of the other changes
in my tree over the next few days.
Signed-off-by: Cedric BAIL <cedric@osg.samsung.com>
Some parts of the API documentation where not compiled at all by doxygen
because of missing '@{' and '@}' tags. This commit adds the missing tags
in Ecore_Getopt.h, Ecore_Con_Eet.h, and Ecore_IMF.h headers.
Before this change eo_add() used to create an object with 1 ref, and if
the object had a parent, a second ref.
Now, eo_add() always returns an object with 1 ref, and eo_add_ref()
preserves the old behaviour (for bindings).
eo_unref now un-parents if refcount is 0, and eo_del() is an alias for
eo_unref (will change to be a way to ensure an object is dead and goes
to zombie-land even if still refed).
While some docs have been added for these nobody added them to the
main ecore page. Which in turn makes them invisible for people reading
our docs.
I found three ecore family members to not even having a brief group
description: cocoa, pslight and sdl.
Would be good to get some basic docs in for them.
before trying to use it
eo_data_scope_get Could return NULL if it does not find valid
ecore_timer_data on this object. We should check that return before
just Assuming that timer data is valid.
@fix
Signed-off-by: Chris Michael <cp.michael@samsung.com>
This is the first step towards splitting it nicely. This fixes
compilation on windows (or so it seems from my testing) and takes out
all the platform specific code (posix included) out of the main source
file.
This should fix the dumb way it was split until now (everything was redundant).
Now we just reimplement the parts we need to reimplement and the rest is shared.
The win32 code is called from within the normal code.
Stefan Schmidt
Chris Michael
Vincent Torri
Vasyl Vavrychuk
Jérémy Zurcher
Cedric BAIL
Carsten Haitzler
ChunEon Park
Mike Blumenkrantz
Daniel Juyung Seo
Jaehwan Kim
Adrien Nader
Pierre Le Magourou
Nicolas Aguirre
Tom Hacohen
Jean Guyomarc'h
Daniel Kolesa