easy-volume-next

fork easy-volume，Modify volume.exe to be compatible with win7, win10, and win11, and determine whether to use ia32 or x64 based on arch

Controlling system volume level in Node.js has never been easier!

This cross-platform, dependency-free library lets you control and get the status of volume in your system. No matter what OS or what framework (it works everywhere - as well as on regular Node.js and Electron - where they were tested), you don't have to worry about the compatibility and potential errors - this library will handle it all.

Note that this library solves the Electron production-build specific problem with asar-packed files - other libraries similar to this, which have to call executable file or native module, don't work on Electron - easy-volume, on the other hand, was designed (and tested) to work with Electron like a charm!

Usage

import { setVolume, getVolume, setMute, getMute } from "easy-volume";

// Set volume - value from 0 to 100%
await setVolume(20);

// Get volume - value from 0 to 100%
const volume: number = await getVolume();
console.log(volume); // 20

// Set mute - true is muted and false is unmuted
await setMute(true);

// Get current mute status - true if system audio is muted, otherwise false
const isMuted: boolean = await getMute();
console.log(isMuted); // true

API

getVolume(): Promise<number>

• Get current system volume
• Returns: System volume, from 0 to 100 [%]

setVolume(targetValue: number) => Promise<void>

• Change system volume to target value
• Param targetValue: Target volume, from 0 to 100

getMute(): Promise<boolean>

• Get current mute status (whether the system audio is muted or not)
• Returns: Whether the system audio is muted, i.e. true == muted, false == unmuted

setMute(isMuted: boolean) => Promise<void>

• Either mute or unmute system audio
• Param isMuted: Whether to mute or unmute the system audio

toggleMute() => Promise<void>

• Toggle mute state
• Returns: Current (new) mute state (true == muted, false == unmuted)

Compatibility

This library should be compatible with every of the most popular OS:

• Windows (uses native C++ CLI tool I wrote by myself (see src/platforms/windows/main.cpp))
• macOS (uses AppleScript (osascript))
• Linux (uses Advanced Linux Sound Architecture (ALSA, amixer) - installed by default on most Linux distros)

Tested on:

• Windows 11 22H2
• macOS Ventura 13.4
• Ubuntu 22.04.2 LTS

Test

You can test the library on your setup by running this command:

npm test

If any of the test fails or you're using another setup which isn't implemented here, feel free to create an issue or a pull request.

Feel free to give some ideas for future features by creating issues on the GitHub repository.

Building

To build the library, just run simple

npm run build

IMPORTANT: After building, be sure to copy src/platforms/windows/volume.exe into dist/platforms/windows/volume.exe

Creating own implementations

If you're using a different setup and/or want to create your own implementation of the library, feel free to make a pull request.

1. In src/platforms, create a new directory with the name of your target platform.
2. In your newly created directory, create index.ts file which exports an object of type PlatformImplementation (see its declaration in src/types.ts).
3. Create your custom implementation. Note: if you're calling some native modules or any files, make sure to surround your path with the toElectronPath function from src/utils/toElectronPath.ts.
4. In the src/index.ts file, add a special case to the switch statement with your platform, following the patterns in the file.
5. Before creating the pull request, please test the library (see above for running tests).

Made with ❤️ by Artur Nowak