Co-authored-by: maiconpintoabreu <maicon@thinkpad02.exads.com>

[utils] was created long time ago, when [rcore] contained all the platforms code, the purpose of the file was exposing basic filesystem functionality across modules and also logging mechanism but many things have changed since then and there is no need to keep using this module.

 - Logging system has been move to [rcore] module and macros are exposed through `config.h` to other modules
 - File system functionality has also been centralized in [rcore] module that along the years it was already adding more and more file-system functions, now they are all in the same module
 - Android specific code has been moved to `rcore_android.c`, it had no sense to have specific platform code in `utils`, [rcore] is responsible of all platform code.

Note that issue has been reported by CodeQL static analysis system

When SDL_GameControllerNameForIndex returns null, the app crashes. This was addressed earlier in PR#4859 though the fix submitted on PR #4859 was only fixing the crashing and not addressing the root cause.

* use FLAG_* macros where possible

* rename `FLAG_CHECK()` to `FLAG_IS_SET()`

* remove unnecessary equality checks

* fix issues

---------

Co-authored-by: Ray <raysan5@gmail.com>

SDL3 uses ID when dealing with monitors, unlike SDL2 which uses Index
for the same thing. This problem was already fixed in multiple places
by use of preprocessor branches, so I did the very same thing.

Please, notice that this is a pretty bad solution to this problem,
and I only did it to keep it consistent with the rest of the code.
The more about why it's not correct is mentioned here:
https://github.com/raysan5/raylib/issues/5256#issuecomment-3429156919
Hopefully, someone will refactor it someday :)

Fixes: https://github.com/raysan5/raylib/issues/5256

* add base of rlsw.h

* implement state support
Also replace the triangle rasterization functions with macros that generate specific functions for each state of the rendering system.
Also, add the OpenGL definitions in order to add a binding for rlgl.

* branchless float saturation

* apply perspective correction to colors

* impl line clipping and rasterization
+ tweak function names

* impl face culling

* impl color blending

* fixes and tweaks

* add clear buffer bitmasks

* small optimizations / tweaks

* review ndc to screen projection

* avoid to recalculate MVP when its not needed + tweaks

* review the loading and management of textures
to be closer to the OpenGL API

* texture sampling optimization

* review get pixel functions
+ review unorm/float conversion

* add several buffer format support
Several depth and color formats have been added for the framebuffer.

8-bit, 16-bit, and 24-bit formats are now available for depth.

RGB 8-bit (332), RGB 16-bit (565), and RGB 24-bit (888) formats are now available for color.

Alpha support is no longer present for the framebuffer at the moment, but it can easily be restored by adding the formats and reinterpolating the alpha in the areas that do not perform color blending.

Additionally, this commit brings performance improvements.

* tweaks

* impl line width

* impl points + point size

* fix and improve polygon clipping functions

* impl polygone modes

* add some not planned functions
- `glDepthMask`
- `glColorMask`

* framebuffer resizing + handle init failure

* add quick notes about line clipping algorithms used

* start to impl scissor test + review line clipping
The support for the scissor test has been implemented for clearing as well as for triangle clipping.
The implementation for lines and points is still missing.

I also removed the 2D clipping of lines that used the Cohen-Sutherland algorithm, opting instead to always use the Liang-Barsky algorithm in all cases.
This simplifies the implementation, and the 2D version would have caused issues when interpolating vertices in the future if we want to implement additional features.

* review scissor clear

* review `swScissor`

* impl line scissor clipping

* round screen coordinate (line rasterization)

* impl point scissor clipping

* remove unused defs

* add getter functions

* gl binding

* add `glHint` and `glShadeModel` macros (not implmented)

* binding tweaks

* impl copy framebuffer function + glReadPixels

* review `swCopyFramebuffer`

* update rlgl.h

* update rlgl.h

* texture copy support

* fix typo..

* add get error function

* def sw alloc macros

* reimpl get color buffer func
just in case

* remove normal interpolation

* review texture wrap

* fix ndc projection (viewport/scissor)

* impl framebuffer blit function

* reduce matrix compuations and memory usage

* swBegin tweaks

* preventing a possible division by zero

* remove useless scissor related data

* review color blending system

* greatly improve float saturation

* tweak lerp vertex function

* use opitmized fract function in sw_texture_map

* tweak framebuffer functions for better readability

* optimized copy/blit functions for each dst format

* review framebuffer filling functions

* impl specific quad rendering func

* use of a single global vertex buffer

* fix 'sw_poly_point_render'

* added `SW_RESTRICT` and redesigned `sw_lerp_vertex_PNCTH`

* tweak the pipeline flow regarding the face culling
avoids misprediction, improves vectorization if possible

* new rendering path for axis aligned quads

* oops, translating some comments

* use of `restrict` for blending function parameters

* update rlgl.h

* adding `GRAPHICS_API_OPENGL_11_SOFTWARE` in `DrawMesh`

* add `RL_OPENGL_11_SOFTWARE` enum

* temp tweak

* build fixes

* fix DrawMesh for GL 1.1

* update swClose

* review texture format + fix copy

* set minimum req vertices to 3 (quads)

* check swInit

* review pixelformat

* tweaks

* fix animNormals (DrawMesh)

* fallback color/texcoord (swDrawArrays)

* review swMultMatrixf

* fix texture pool alloc..

* review triangle scanlines
increment all data

* fix `sw_quad_sort_cw`

* impl sdl platform

* rm def

* increase max clipped polygon vertices

* improve triangle rasterization along Y axis
improved robustness against numerical errors
incremental interpolation along Y
simplified function, fewer jumps

* review current vertex data
+ increase max clipped polygon vertices (for extreme cases)

* fix and improve polygon clipping
Sets the vertex count to zero when the polygon is invalid
Stops clipping when the vertex count drops below 3

* fix gradient calculation

* cache texture size minus one + comments

* tweaks

* BGRA copy support

* adding software backend option (cmake)

* update Makefile

* fix face culling

* excluse some exemple with the software backend

* review SW_CLAMP case in sw_texture_map

* review sw_saturate

* review line raster

* fix sw_quad_is_aligned

* review sw_raster_quad_axis_aligned

* tweaks

* codepoint fix (?)

* fix var name...

* rcore_drm software renderering

* cleanup and tweaks

* adding support for `GL_POINT_SIZE` and `GL_LINE_WIDTH` get

* fix sampling issue

* fix swBlendFunc

---------

Co-authored-by: Ray <raysan5@gmail.com>

Avoid using a new platform flag to address one platform version

Added CMake support for SDL3.
Now supports including SDL2 or SDL3 as a subdirectory within the project. The system will first check for SDL3, then SDL2. If neither is found, it will attempt find_package(SDL3), followed by find_package(SDL2). If all these checks fail, the process will terminate with an error.

I believe it makes sense to only do this when there are no known
touch points. I am not even sure if this should be done at all.

See https://github.com/raysan5/raylib/issues/4872 for more information.

Restore window currently says it sets the window state to:

   "not minimized/maximized"

However, if a window is maximized and then minimized, it's typical that
it would restore back to being maximized, which is what seems to happen
from my testing. I've reworded the description to better reflect
this behavior.

raylib app crashing when started and a gamepad is already connected to the PC (even if the gamepad is not used in the app). I only tested this with a gamepad that has a layout which is not recognized. Using SDL3 as backend.