The color selection should only be shown for normal envelope points but not for bezier control points, because it always changes the previously selected normal envelope point. This caused the client to crash when right-clicking a bezier control point when no normal envelope point was previously selected.
Closes#8020.
When image blitting is supported by the Vulkan backend, the color picker was reading incorrect pixel values, because the offset positions for the blitting region are the positions of the top-left and bottom-right corners, but instead the top-left offset and size (width, height) were passed as arguments.
Closes#8040.
Only building the switch entities layer when the current map has a switch layer (#8011) also does not work, because the entities textures are cached for each type and not reloaded unless the entities are changed manually. First joining a server with a map that does not have a switch layer will cause the textures for the type of that server to be built without the switch entities layer, so the switch entities texture will be missing when joining a server of that type with a map that does have a switch layer.
Instead, the switch entities layer textures are always built now, so the cached entities textures are can be used on all maps of the respective server type. This is expected to slightly increase the total memory usage after joining multiple servers of different types. As before, tiles which are unused are masked unless `m_DontMaskEntities` is set.
Instead of defining the macro `WIN32_LEAN_AND_MEAN` and sometimes also the macro `_WIN32_WINNT` in each file that directly or indirectly includes `<windows.h>`, only define these macros once consistently in `CMakeLists.txt`.
Also define `NTDDI_VERSION`, which is the new macro to specify the minimum Windows version starting with Windows Vista. This macro needs to be defined in addition to old `_WIN32_WINNT` macro, according to the documentation.
See https://learn.microsoft.com/en-us/windows/win32/winprog/using-the-windows-headers
Assert on failures in all `thread_*` and `sphore_*` functions on all operating systems instead of only printing log messages on Unix, as these functions are only expected to fail when used with incorrect arguments or in some cases when a dead-lock is detected.
On macOS, `sphore_wait` was not correctly calling `sem_wait` in a loop to repeat the wait operation if it is interrupted by a signal.
On Windows, the AIO tests were failing with the additional assertions. The maximum count that semaphores on Windows could be incremented to was previously, arbitrarily limited to 10000, which was causing the `ReleaseSemaphore` call to fail as the AIO semaphore is signaled 65536 times (for each write operation) in multiple of the AIO tests.
