Lithe Audio Command Server (In Development)

Server for discovering and controlling media play back on Lithe Audio Wifi speakers written in Deno

NOTE: This is an unofficial project.

Prerequisites

Lithe Audio Wifi Speakers Deno

Getting Started

Following the instructions for installing Deno. To run the Lithe Audio Command Server run deno run --allow-net --unstable index.ts --port 3333 This will start the server on port 3333. Port 6811 will also need to be open for uPnP.

Permissions Flags

• --allow-net TCP connection to the lithe audio speaker and uPnP.
• --unstable Deno.listenDatagram for upd connections is an unstable api at time on of writing (Deno 1.1.0)

API

Get all speakers

You get: A list of speakers with the uuid as key, name and host address of the speaker

Request:

GET /

Successful Response:

HTTP/1.1 200 OK
  {
    count: number
    speakers: [uuid: string]: {
      name: string;
      host: string;
    },
  }

Get speakers status

You get: Status of the speaker with track name

Request:

GET /{uuid}

Successful Response:

HTTP/1.1 200 OK
  {
      name: string;
      host: string;
      uuid: string;
      status: {
        ...
      }
    
  }

Get volume

You get: volume number on success

Request:

GET /{uuid}/volume

Successful Response:

HTTP/1.1 200 OK
  {
      name: string;
      host: string;
      uuid: string;
      volume: number
    
  }

Set volume

You get: volume number on success You send: path with volume number 0-100 error if validation fails

Request:

POST /{uuid}/volume/{number}

Successful Response:

HTTP/1.1 200 OK
  {
      name: string;
      host: string;
      uuid: string;
      volume: number
    
  }

Set play state

You get: success message

Request:

POST /{uuid}/play

Successful Response:

HTTP/1.1 200 OK
 { response: 'success' }

Set pause state

You get: success message

Request:

POST /{uuid}/pause

Successful Response:

HTTP/1.1 200 OK
 { response: 'success' }

Set stop state

You get: success message

Request:

POST /{uuid}/stop

Successful Response:

HTTP/1.1 200 OK
 { response: 'success' }

Previous track

You get: success message

Request:

POST /{uuid}/previous

Successful Response:

HTTP/1.1 200 OK
 { response: 'success' }

Next track

You get: success message

Request:

POST /{uuid}/next

Successful Response:

HTTP/1.1 200 OK
 { response: 'success' }

Reboot

You get: success message

Request:

POST /{uuid}/reboot

Successful Response:

HTTP/1.1 200 OK
 { response: 'success' }