- Use a version of FemtoVG that uses WGPU 25
- Rename the unstable-wgpu-24 feature and wgpu_24 module
- Fetch bevy from a revision on master branch that switches to WGPU 25
- Move the bevy example out of the common workspace: That way users of the repo don't get bevy pulled from git, unless they want to build the bevy example.
On Linux, if Qt is found, the qt backend is the default. This backend doesn't support selecting graphics APIs, thus
the OpenGL and WGPU examples don't run out of the box.
This patch fixes that by preferring winit.
Similar to the wgpu access, the `unstable-winit-030` feature exposes a
`slint::winit_030` module, which in turn re-exports `winit` but also
provides access to the `WinitWindowAccessor` trait. The
`BackendSelector` is extended to provide a way to hook into window
attribute creation as well as providing a custom event loop builder,
similar to what `i_slint_backend_winit::BackendBuilder` provides.
- Create a `slint::wgpu_24` module
- Re-export `wgpu` in it
- Place the WGPU config types used by the `BackendSelector::require_wgpu_24` function in it, and remove the 24 infix.
As an upside, this also adds the feature guard to the docs at least for the `wgpu_24` module.
The `require_wgpu_24` function accepts either a fully setup WGPU, or one
can configure individual aspects such as features/limits.
The wgpu_texture example uses this to add push constants to the required
features and thus eliminates the need for uniform buffers.
This adds a `unstable-wgpu-24` feature that exposes WGPU types in the
GraphicsAPI enum, adds `require_wgpu_24()` to the backend selector,
and adds a conversion from `wgpu::Texture` to `slint::Image`.
The `require_wgpu_24()` function in the selector will be extended in the
future (before the next release) to permit specifying additional aspects
of the WGPU configuration.
Co-Authored-By: Olivier Goffart <olivier.goffart@slint.dev>
Commit cd6f2e2 reformated the .toml, but the 80 char width column is
judged too small to be practical
Add a .taplo.toml file
Also do not split feature array
... using taplo with default settings
I tried this with 4 spaces indentation, but the patch is almost as
big as this one, so I went with default settings instead as that
is just easier:-)
Based on API review, PlatformBuilder becomes BackendSelector with
a slightly smaller API surface but more options, such as selecting
Metal or Vulkan rendering.
Updated the version from 1.1 to 1.2
Renamed the header to "Slint Royalty-free Desktop, Mobile, and Web Applications License"
Added definition of "Mobile Application" and grant of right
Moved "Limitations" to 3rd section and "License Conditions - Attributions" to 2nd section
Added flexibility to choose between showing "MadeWithSlint" as a dialog/splash screen or on a public webpage
Moved the para on copyright notices to section under "Limitations"
Add a `raw-window-handle-06` feature to the Rust API crates, which adds support for version 0.6 of rwh to slint::Window, by delegation adding a `window_handle()` function that returns a struct that implements the corresponding traits from rwh.
HasDisplayHandle could also be provided on the backend, but that can be
done separately if needed.
This is only implemented for the winit backend right now.
cc #877
The trick is that the backend selector build by default with the
i-slint-backend-qt, but the "enable" feature is only enabled if the
qt-backend feature is enabled explicitly, or on linux from the slint
or slint-interpreter crate
For the backend selector, this means that when a backend is selected explicitly,
and initialization fails, don't try `create_default_backend()` but
propagate the error.
For the Rust code generator, propagate the first ensure_backend()
errors. Any subsequent onces (unlikely, since the first thing any
public new() calls is ensure_backend) will unwrap.
This moves most of the version information we need to update into one
place.
Note that the workplace dependency features are in *addition* to any
feature set when using the workspace dependency. So we have all
workspace dependencies defined with `no-default-features = true`.
When not explicitly selected, we would construct the Backend struct as-is,
without calling `new()`. Therefore we would
miss the call to ensure_initialized() and
later set the Qt::AA_PluginApplication
application attribute, which screws up rendering.
With C++, we would not forward the opengl/vulkan flags to the skia renderer, so
selecting no backend but just the SKIA_RENDERER_OPENGL would end
up merely selecting Skia, not activating the opengl feature.
The renderer features will continue to be delegated to the backend
selector crate, where they will be activated directly in the renderer.
