This is a template for using any external editor for Bitburner. This Template supports JS, JSX, TS and TSX out of the box.
git clone https://github.com/shyguy1412/bb-external-editor
cd bb-external-editor
npm install
in your console to install all dependenciesnpm start
in your console to start the RemoteAPI serverdocker pull shyguy1412/bb-external-editor:latest
mkdir scripts
docker create --name bb-external-editor -p 12525:12525 -v ./scripts:/bb-external-editor/servers shyguy1412/bb-external-editor:latest
docker start bb-external-editor
The destination server of your scripts is determined by their file hierarchy. The file hierarchy consists of a basepath (default /servers
), a server name and the script path.
This means a file with the path servers/home/lib/utils.ts
will be placed on the home server, in the lib folder as utils.js while a file with the path servers/pserv-1/hack.ts
would be placed on pserv-1 as hack.js
.
If a server does not exist a warning will be printed to the console.
Now any changes made to scripts inside the server folders will automatically be uploaded to Bitburner.
For more in-depth details and a full list of options have a look at the plugin powering this template!
This template uses esbuild to bundle your scripts.
This template allows you to use the ingame instances of React
and ReactDOM
simply by importing them as ESModule as you usually would.
import React, {useState} from 'react';
export function MyComponent(){
const [count, setCount] = useState(0);
return <div>Count {count} <button onClick={() => setCount(count + 1)}>Add to count</button></div>;
}
Simply create a new folder with the name of the server you want to develop on in the 'servers' directory to start developing on that server!
You can enable mirroring like this
const createContext = async () => await context({
entryPoints: [
'servers/**/*.js',
'servers/**/*.jsx',
'servers/**/*.ts',
'servers/**/*.tsx',
],
outbase: "./servers",
outdir: "./build",
plugins: [BitburnerPlugin({
port: 12525,
types: 'NetscriptDefinitions.d.ts',
mirror: {
'local/path': ['home', 'and/or other servers']
}
})],
bundle: true,
format: 'esm',
platform: 'browser',
logLevel: 'info'
});
let ctx = await createContext();
ctx.watch();
This will mirror all listed servers for a path to a specified location. While mirroring, all changes in the game will be synced with your editor and vice versa.
You can specify folders with a list of servers to automatically distribute your files to these servers like this:
const createContext = async () => await context({
entryPoints: [
'servers/**/*.js',
'servers/**/*.jsx',
'servers/**/*.ts',
'servers/**/*.tsx',
],
outbase: "./servers",
outdir: "./build",
plugins: [BitburnerPlugin({
port: 12525,
types: 'NetscriptDefinitions.d.ts',
distribute: {
'build/home/dist': ['server-1', 'server-2', 'server-3']
}
})],
bundle: true,
format: 'esm',
platform: 'browser',
logLevel: 'info'
});
let ctx = await createContext();
ctx.watch();
In this example all files that are developed in 'servers/home/dist' will not only be uploaded to 'home' but also 'server-1', 'server-2' and 'server-3'.
You can provide plugin extensions with hooks that trigger before and after certain events. Within hooks that gurantee that the plugin is connected to the game, you also get full access to the remote file API. Using extensions would look something like this:
import { context } from 'esbuild';
import { BitburnerPlugin } from 'esbuild-bitburner-plugin';
/** @type import('esbuild-bitburner-plugin').PluginExtension*/
const customExtension = {
setup() { console.log('setup'); }, //Run once on plugin startup
beforeConnect() { console.log('beforeConnect'); }, //Run once before the game connects
afterConnect(remoteAPI) { console.log('afterConnect'); }, //Run every time after the game (re)connects
beforeBuild() { console.log('beforeBuild'); }, //Run before every build process
afterBuild(remoteAPI) { console.log('afterBuild'); }, //Run after build results have been uploaded into the game
};
const createContext = async () => await context({
entryPoints: [
'servers/**/*.js',
'servers/**/*.jsx',
'servers/**/*.ts',
'servers/**/*.tsx',
],
outbase: "./servers",
outdir: "./build",
plugins: [
BitburnerPlugin({
port: 12525,
types: 'NetscriptDefinitions.d.ts',
extensions: [customExtension]
})
],
bundle: true,
format: 'esm',
platform: 'browser',
logLevel: 'info'
});
let ctx = await createContext();
ctx.watch();
This tool supports remote debugging for both the Steam version and the web version running in a Chrome/Chromium browser.
const createContext = async () => await context({
entryPoints: [
'servers/**/*.js',
'servers/**/*.jsx',
'servers/**/*.ts',
'servers/**/*.tsx',
],
outbase: "./servers",
outdir: "./build",
plugins: [
BitburnerPlugin({
port: 12525,
types: 'NetscriptDefinitions.d.ts',
remoteDebugging: true
})
],
bundle: true,
format: 'esm',
platform: 'browser',
logLevel: 'info'
});
const ctx = await createContext();
ctx.watch();
To enable remote debugging for the Steam version go into the properties for Bitburner (little cogwheel to the right when viewing Bitburner in your library) and add the following launch option --remote-debugging-port=9222
.
To enable remote debugging for your browser you need to launch it over the commandline like so:
<path-to-chrome> --remote-debugging-port=9222