A TypeScript SDK for Jellyfin.
Warning: This project is under active development, so API changes may occur.
If you want to build the SDK locally (for development, testing, or contributing), follow the steps below.
openapi.json fileObtain the correct openapi.json file from the Jellyfin server repository.
openapi.json artifact generated from that specific branch build.Once you have the correct file, replace the existing openapi.json in this repository with the new one.
You can now build the project by executing the following commands
```sh
npm run fix-schema
npm run build
```
This should then generate a compiled output in the lib folder
You can reference your local build in another repository using npm link:
npm link
Then, in the consuming project:
npm link @jellyfin/sdk
This allows you to test changes to the SDK without publishing it to npm.
npm i --save @jellyfin/sdk
or
yarn add @jellyfin/sdk
| SDK Version | Jellyfin Version |
|---|---|
| 0.13.0 | 10.11.x |
| 0.12.0 | 10.11.x |
| 0.11.0 | 10.10.x |
| 0.10.0 | 10.9.x |
| 0.9.0 | 10.9.x |
| 0.8.2 - 0.6.0 | 10.8.1 - 10.8.13 |
| 0.5.0 | 10.8.0 |
| <0.5.0 | 10.7.x |
Note: Versions prior to 0.7.0 were published as
@thornbill/jellyfin-sdk.
The generated Axios client used in this library depends on URL and URLSearchParams to be available on the global scope.
React Native only includes incomplete implementations for these classes, so a polyfill is required.
React Native URL Polyfill seems like a good solution for this.
// Create a new instance of the SDK
const jellyfin = new Jellyfin({
clientInfo: {
name: 'My Client Application',
version: '1.0.0'
},
deviceInfo: {
name: 'Device Name',
id: 'unique-device-id'
}
});
// Find a valid server by trying to connect using common protocols and ports.
// Each server receives a score based on security, speed, and other criteria.
const servers = await jellyfin.discovery.getRecommendedServerCandidates('demo.jellyfin.org/stable');
// A utility function for finding the best result is available.
// If there is no "best" server, an error message should be displayed.
const best = jellyfin.discovery.findBestServer(servers);
// Create an API instance
const api = jellyfin.createApi(best.address);
// Each API endpoint is represented by a class in the generated client.
// Helper utility functions are provided under `/lib/utils/api/` to create an
// instance of a specific Jellyfin API using the shared Configuration and Axios
// instance from the `api` object created above.
// For example, the SystemApi can be generated using the `getSystemApi`
// function in `/lib/utils/api/system-api`.
// Fetch the public system info
const info = await getSystemApi(api).getPublicSystemInfo();
console.log('Info =>', info.data);
// Fetch the list of public users
const users = await getUserApi(api).getPublicUsers();
console.log('Users =>', users.data);
// Login with a username and password.
const auth = await getUserApi(this).authenticateUserByName({ authenticateUserByName: { Username: 'demo', Pw: '' } });
console.log('Auth =>', auth.data);
// Authentication state is stored internally in the Api class, so now
// requests that require authentication can be made normally
const libraries = await getLibraryApi(api).getMediaFolders();
console.log('Libraries =>', libraries.data);
// Logout the current user.
await getSessionApi(api).reportSessionEnded();
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