Instead of a menagerie of macros for implementing `Action`, now there
are just two:
* `actions!(editor, [MoveLeft, MoveRight])`
* `#[derive(..., Action)]` with `#[action(namespace = editor)]`
In both contexts, `///` doc comments can be provided and will be used in
`JsonSchema`.
In both contexts, parameters can provided in `#[action(...)]`:
- `namespace = some_namespace` sets the namespace. In Zed this is
required.
- `name = "ActionName"` overrides the action's name. This must not
contain "::".
- `no_json` causes the `build` method to always error and
`action_json_schema` to return `None`
and allows actions not implement `serde::Serialize` and
`schemars::JsonSchema`.
- `no_register` skips registering the action. This is useful for
implementing the `Action` trait
while not supporting invocation by name or JSON deserialization.
- `deprecated_aliases = ["editor::SomeAction"]` specifies deprecated old
names for the action.
These action names should *not* correspond to any actions that are
registered. These old names
can then still be used to refer to invoke this action. In Zed, the
keymap JSON schema will
accept these old names and provide warnings.
- `deprecated = "Message about why this action is deprecation"`
specifies a deprecation message.
In Zed, the keymap JSON schema will cause this to be displayed as a
warning. This is a new feature.
Also makes the following changes since this seems like a good time to
make breaking changes:
* In `zed.rs` tests adds a test with an explicit list of namespaces. The
rationale for this is that there is otherwise no checking of `namespace
= ...` attributes.
* `Action::debug_name` renamed to `name_for_type`, since its only
difference with `name` was that it
* `Action::name` now returns `&'static str` instead of `&str` to match
the return of `name_for_type`. This makes the action trait more limited,
but the code was already assuming that `name_for_type` is the same as
`name`, and it requires `&'static`. So really this just makes the trait
harder to misuse.
* Various action reflection methods now use `&'static str` instead of
`SharedString`.
Release Notes:
- N/A
Editing JSON styles is not very helpful for bringing style changes back
to the actual code. This PR adds a buffer that pretends to be Rust,
applying any style attribute identifiers it finds. Also supports
completions with display of documentation. The effect of the currently
selected completion is previewed. Warning diagnostics appear on any
unrecognized identifier.
https://github.com/user-attachments/assets/af39ff0a-26a5-4835-a052-d8f642b2080c
Adds a `#[derive_inspector_reflection]` macro which allows these methods
to be enumerated and called by their name. The macro code changes were
95% generated by Zed Agent + Opus 4.
Release Notes:
* Added an element inspector for development. On debug builds,
`dev::ToggleInspector` will open a pane allowing inspecting of element
info and modifying styles.
Nearly all generated by Zed Agent + Claude Opus 4. I just wrote the test
`Args` struct and pointed it at the [2.0 release
notes](https://github.com/dtolnay/syn/releases/tag/2.0.0).
Release Notes:
- N/A
This PR removes the `DerivePathStr` macro, as it is no longer used.
Also removes the `PathStaticStr` macro from `gpui_macros`, which was
also unused.
Release Notes:
- N/A
This PR introduces the arguments `seed` and `seeds` to `gpui::test`,
e.g.:
- `#[gpui::test(seed = 10)]`
- `#[gpui::test(seeds(10, 20, 30, 40))]`
Which allows us to run a test against a specific seed value without
slowing
down our tests like `iterations` does with high values.
This was motivated by a diff hunk test that only fails in a 400+ seed,
but is
slow to run 400+ times for every `cargo test`.
If your test failed with a specific seed, you can now add the `seed` arg
to
increase the chances of detecting a regression.
There are now three ways of setting seeds, the `SEED` env var,
`iterations`,
and the args this PR adds. See docs in `gpui::test`.
---
I also relaxed the limitation on `retries` not working with
`iterations`, as
that seemed unnecessary.
Release Notes:
- N/A
Fix bugs caused by the window context PR, where the window could be on
the stack and is then requested from the App.
This PR also adds derive macros for `AppContext` and `VisualContext` so
that it's easy to define further contexts in API code, such as
`editor::BlockContext`.
Release Notes:
- N/A
This PR pulls non-icon assets out of `ui::components::icon` in
preparation for icon standardization.
In the future icons will have standard names and sizes, and these image
assets won't conform to those constraints.
We can also add a `ui::components::image::Image` wrapper around the
`gpui::img` element in the future for any Zed-specific image styling we
want to enforce.
Of note:
```rust
#[derive(Debug, PartialEq, Eq, Copy, Clone, EnumIter, EnumString, IntoStaticStr, Serialize, Deserialize, DerivePathStr)]
#[strum(serialize_all = "snake_case")]
#[path_str(prefix = "images", suffix = ".svg")]
pub enum VectorName {
ZedLogo,
ZedXCopilot,
}
```
You can see in the above code we no longer need to manually specify
paths for image/icon enums like we currently do in
`ui::components::icon`.
The icon component will get this same treatment in the future, once we:
- do the design work needed to standardize the icons
- remove unused icons
- update icon names
Release Notes:
- N/A
This PR begins the process of breaking up the `style_helpers!` macro
into smaller macros that can be used to generate methods for a related
subset of styles.
The style method macros also now accept an optional `visibility`
parameter to control the visibility of the generated methods. This
allows for adding these methods to a struct instead of a just a trait.
For example, to expose just the padding styles on a `Facepile` we can do
this:
```rs
impl Facepile {
fn style(&mut self) -> &mut StyleRefinement {
self.base.style()
}
gpui::padding_style_methods!({
visibility: pub
});
}
```
Release Notes:
- N/A
This PR disables the doctests in the `gpui_macros` crate, as they depend
on `gpui` to run.
Since `gpui` depends on `gpui_macros`, we don't really want to add a
dependency on `gpui` (even though it _appears_ to work as a dev
dependency).
Also did some minor stylistic cleanup of some doc comments.
Release Notes:
- N/A
To turn any struct into a composite element, you can implement a render method
with the following signature:
fn render<V: View>(&mut self, view: &mut V, cx: &mut ViewContext<V>) -> AnyElement<V>;
Then add #[derive(Element)] to the struct definition.
This will make it easier to introduce higher-level components that are expressed in
terms of other elements.
This allows us to drop the context *after* we ran all futures to
completion and that's crucial otherwise we'll never drop entities
and/or flush effects.
