GlazeWM-js ·   

JS library for inter-process communication (IPC) with GlazeWM. Programmatically query GlazeWM's state, subscribe to events, and run WM commands with a simple and type-safe API.

The library is packaged for CommonJS and ESM. Can be used from both NodeJS and the browser (e.g. in an Electron or Tauri application).

Installation

ws needs to be additionally installed on NodeJS. The built-in Websocket API is used on browsers.

Using npm:

``shell
npm i ws
npm i glazewm
`

Using yarn:

`shell
yarn add ws
yarn add glazewm
`

Example usage

`typescript
import { WmClient } from 'glazewm';

const client = new WmClient();

// Listen for connection events to the IPC server.
client.onConnect(() => console.log('Connected!'));
client.onDisconnect(() => console.log('Disconnected!'));
client.onError(() => console.log('Connection error!'));

// Get monitors, workspaces, windows, and the currently focused container.
const { monitors } = await client.queryMonitors();
const { workspaces } = await client.queryWorkspaces();
const { windows } = await client.queryWindows();
const { focused } = await client.queryFocused();

// Run a WM command.
await client.runCommand('focus --workspace 1');

// Run a WM command with a given subject container. This way we can target
// the container to operate on. If no subject container is specified, it
// defaults to the currently focused container.
await client.runCommand('move --direction left', windows[0].id);

// Listen to a WM event (e.g. whenever the focused container changes).
await client.subscribe(
WmEventType.FOCUS_CHANGED,
(event: FocusChangedEvent) => console.log(event),
);

// Listen to multiple WM events.
await client.subscribeMany(
[WmEventType.WORKSPACE_ACTIVATED, WmEventType.WORKSPACE_DEACTIVATED],
(event: WorkspaceActivatedEvent | WorkspaceDeactivatedEvent) =>
console.log(event),
);
``