93225e5ddf
* Create error type enum * Replace magic string slices with LemmyErrorTypes * Remove unused enum * Add rename snake case to error enum * Rename functions * clippy * Fix merge errors * Serialize in PascalCase instead of snake_case * Revert src/lib * Add serialization tests * Update translations * Fix compilation error in test * Fix another compilation error * Add code for generating typescript types * Various fixes to avoid breaking api * impl From<LemmyErrorType> for LemmyError * with_lemmy_type * trigger ci --------- Co-authored-by: SleeplessOne1917 <abias1122@gmail.com> |
||
---|---|---|
.. | ||
src | ||
Cargo.toml | ||
README.md |
README.md
lemmy_api_common
This crate provides all the data types which are necessary to build a client for Lemmy. You can use them with the HTTP client of your choice.
Here is an example using reqwest:
let params = GetPosts {
community_name: Some("asklemmy".to_string()),
..Default::default()
};
let client = Client::new();
let response = client
.get("https://lemmy.ml/api/v3/post/list")
.query(¶ms)
.send()
.await?;
let json = response.json::<GetPostsResponse>().await.unwrap();
print!("{:?}", &json);
As you can see, each API endpoint needs a parameter type ( GetPosts), path (/post/list) and response type (GetPostsResponse). You can find the paths and parameter types from this file. For the response types you need to look through the crates lemmy_api and lemmy_api_crud for the place where Perform/PerformCrud is implemented for the parameter type. The response type is specified as a type parameter on the trait.
For a real example of a Lemmy API client, look at lemmyBB.
Lemmy also provides a websocket API. You can find the full websocket code in this file.
Generate TypeScript bindings
TypeScript bindings (API types) can be generated by running cargo test --features full
.
The ts files be generated into a bindings
folder.
This crate uses ts_rs
macros derive(TS)
and ts(export)
to attribute types for binding generating.