State Machine Snacks (🍕)

A framework built on XState that provides bite sized snacks for developing with state machine machines. 🍕 aims to increase state machine adoption in modern day web apps by providing a suite of tools and plugins to inspire development and new ways of thinking.

🐤 @me on Twitter.

What Is XState?

XState is a library that allows us to create and interpret state machines in JavaScript. It is recommended you understand the basics of XState before using State Machine UI.

🚀 Getting Started

For basic usage, 🍕 requires only a XState state machine config as an option. SMS will utilize this config to create a machine and return an XState service.

| Options | Description | | | ----------- | ----------- | ----------- | | config | XState state machine config. | Required | createMachine | By default, the machine is created with createMachine(config). You can overwrite this behavior with a function that will be passed the config and must return a XState machine instance. | Optional | interpret | By default, the service is interpreted via interpret(machine). You can overwrite this behavior with a function that will be passed both the config and machine instance from the createMachine() step. | Optional | plugins | An array of plugins you want to add to the service. | Optional

🍕 w/Default Settings

import sms from "state-machine-snacks";

const config = { /* ...machine config */ };

// Create your service with 🍕.
const service = sms({
    config,
});

service.start();

🍕 w/Advanced Initialization

import sms from "state-machine-snacks";

const config = { /* ...machine config */ };

// Create your service with 🍕 + additional settings.
const service = sms({
    config,

    createMachine : (config) => createMachine(config, { ...actions, ...services }),

    interpret : (config, machine) => interpret(machine).onTransition((state) => {
         console.log(state.value);
    });
});

service.start();

🔌 Plugins

Plugins add additional functionality to an XState config and service. 🍕 provides a plugin runner and you can add plugins to your state machine by simply adding them to the plugins : [] option when initializing your service.

• Plugins can export helper functions to be used during plugin usage and state machine composition.
• Plugins are located in their own repositories prefixed with sms-plugin---. You can find a list of currently available plugins below.
• Plugins can be passed an object containing options for the plugin.

import sms from "state-machine-snacks";
import components from "sms-plugin---components";
import logger from "sms-plugin---logger";

const config = { /* ...machine config */ };

// Create our state machine with stateUI
const service = sms({
    // Required
    config,

    // Example plugin usage:
    plugins : [
       components(),
       logger(),
    ]
});

service.start();

📦 Plugin Components

Conditionally render components as you enter/exit states.

📦 Plugin Logger

Provide useful logging when developing with XState.

[WIP] Plugin Router

Map browser URLs to specific states.

[WIP] Ethereum Blockchain

Plugin for interacting with the Ethereum blockchain.

[WIP] Solana Blockchain

Plugin for interacting with the Ethereum blockchain.

[WIP] Video Call

Plugin for initiating peer to peer video calls via WebRTC + Firebase.

[WIP] WSIO P2P Chat

Plugin for initiating peer to peer text chats. Firebase?

💻 Examples

✨ Simple UI

Example of a simple UI utilizing State Machine Snacks and Plugin Components. See how you can use a state machine to render components.

🛠 Contribute

Resources

• Plugin Development
• Todo (Project Board)

Links to Everything

• https://github.com/qudo-lucas/state-machine-snacks
• https://github.com/qudo-lucas/sms-plugin---logger
• https://github.com/qudo-lucas/sms-plugin---components
• https://github.com/qudo-lucas/sms-template---simple-ui
• https://github.com/qudo-lucas/sms-template---plugin