- ADDED: `GetCodepointPrevious()`
- RENAMED: `GetCodepoint()` -> `GetCodepointNext()`, actually, reimplemented
- `GetCodepoint()` has been kept for the moment, for compatibility and also because implementation is different
- RENAMED: `TextCodepointsToUTF8()` to `LoadUTF8()`, simpler name and more aligned with raylib conventions (functions loading memory start with Load*()), parameters should be descriptive of functionailty.
- ADDED: `UnloadUTF8()`, aligned with `LoadUTF8()` to avoid allocators issues.
This adds `ImageDrawCircleLines()` and `ImageDrawCircleLinesV()` to draw outlines of circles, and updates `ImageDrawCircle()` draw a filled circle to match the effect of `DrawCircle()` and `DrawCircleLines()`.
Fixes#2683
Remove elements from touch point related arrays when touch up and
similar events are processed. This makes GetTouchPointCount() always
report the actual count of touch points, and all positions returned by
GetTouchPosition() correspond to positions of currently happening
touches.
* [rlgl] Check for extensions before enabling them
* Shift to glad on macOS
* #undef CORE_OPENGL_33
* Remove version hack and fix ASTC compression assumption
* Remove loader from glad
* Use GLAD_MALLOC/FREE instead of malloc/free
* More explicit extension checking
Currently assumes a single gamepad, has no code specific to gamepad
detection (gamepad is "detected" when an event related to gamepad
arrives). Also assumes that all gamepads look roughly like an xbox/ps
controller. Both assumptions are not strictly true, but an
implementation like that probably covers 85% of usecases.
Also it doesn't update previousButtonState so functions
IsGamepadButtonPressed() and IsGamepadButtonReleased() don't work, but
they didn't work previously on Android anyway, and they are flaky on
desktop as they are now, so the mechanism for these two functions
probably should be reworked anyway.
It's certainly an improvement compared to the previous android gamepad
handling code, which put gamepad events into touch related structs.
On android after rebinding context (which happens when you minimize and
navigate back to an app, or when you turn a screen off and back on)
there's a bug that viewport has a wrong scale and part of it is off
screen.
The change fixes it on devices I tried, but the solution feels hacky to
me. However when I attempted instead to call SetupViewport() again which
feels like a more proper solution, it didn't fix it.
