All the warnings are factored out of the platform-specific files and moved to
SConstruct. Will have to check that it does not introduce regressions on some
platforms/compilers.
(cherry picked from commit 31107daa1a)
The ID property for InputEvents is set by `SceneTree` when sending the event down the tree.
So there's no need for the platform specific code to set this value when it will later be overriden anyway...
On KDE (and possibly others) the "default" cursor theme is actually some system default, not the one you've set in the desktop setting.
This was especially annoying when using a white cursor, as Godot would then reset back to a dark one.
In my case it was also keeping the cursor from changing its shape.
I can show you the code
Pretty, with proper whitespace
Tell me, coder, now when did
You last write readable code?
I can open your eyes
Make you see your bad indent
Force you to respect the style
The core devs agreed upon
A whole new world
A new fantastic code format
A de facto standard
With some sugar
Enforced with clang-format
A whole new world
A dazzling style we all dreamed of
And when we read it through
It's crystal clear
That now we're in a whole new world of code
The other subfolders of tools/ had already been moved to either
editor/, misc/ or thirdparty/, so the hiding the editor code that
deep was no longer meaningful.
Done:
- X11, server (tested)
- Windows (developed, would be nice to retest)
- OSX (not tested)
Prepared (not developed):
- Android (code is here, but may not compile)
- iphone
- winrt
- bb10
- haiku
- javascript
Now InputDefault is responsible for giving out joypad device IDs to the platform, instead of each platform handling this itself.
This makes it possible for c++ modules to add their own "custom" gamepad devices, without the risk of messing up events in case the user also has regular gamepads attached (using the OS code).
For now, it's implemented for the main desktop platforms.
Possible targets for future work: android, uwp, javascript
During runtime godot calls chdir() several times. This doesn't really
matter normally but when using tools such as gprof the location of the
profiling data is kind of hard to intuit.
With this PR we simply store the current working directory at start and
restore it once we're almost done exiting.
This doesn't use the OS abstractions as when we need to get the current
workdir we haven't yet initialized it (by necessity). This would break
if we tried to build X11 for windows, but since the X11 target is
hardcoded to use the UNIX abstractions I don't think it matters.
The audio driver cleanup needs to happen at the start of finish
otherwise a race still seems to exist with the destruction of the
audioserver. I think that destroying the X resoures before has something
to do with it.
The audiodrivers loaded by OS_X11 are not destroyed before the
audioserver is. This causes a segfault on exit.
The code is taken from os_windows.cpp which did have the cleanup code.
debug_release doesn't turn off optimizations for release target now. Ensure that sanitizer options apply to both C and C++ files.
Built-in optimization/debug flags are prepended such that user-specified flags can override them.
Based on and around the discussion in PR #5194.
That year should bring the long-awaited OpenGL ES 3.0 compatible renderer
with state-of-the-art rendering techniques tuned to work as low as middle
end handheld devices - without compromising with the possibilities given
for higher end desktop games of course. Great times ahead for the Godot
community and the gamers that will play our games!
This was the behaviour when building Godot 2.1, which allows to build against
Ubuntu 12.04 and its freetype that links old libpng12, while still bundling
libpng16.
This reverts commits 5fa1bb331a
and ec4be71fad.
Looks like Debian/Ubuntu are not even shipping libpng16 nowadays in their
stable releases, we'll have to go back to statically linking our own
libpng16 to wait for them to stop being 5 years behind everybody.
When instructing the window manager to (un)maximize a window, the resulting resolution
is recieved via an XEvent of type "ConfigureNotify".
The problem here was that these events were only handled in the `OS_X11::process_xevents()` method,
which is initially called on the first iteration of the main loop.
Because of this, the VideoMode still hadn't been updated yet when doing the boot splash setup.
