twilio-run

CLI tool to locally develop and deploy to the Twilio Runtime. Part of the Serverless Toolkit

---

• About
• Installation
• Usage
• Commands
  • twilio-run start [dir]
    • Examples
  • twilio-run deploy
    • Examples
  • twilio-run list-templates
    • Examples
  • twilio-run new [namespace]
    • Examples
  • twilio-run list [types]
    • Examples
  • twilio-run activate
    • Examples
• API
  • runDevServer(port: number, baseDir: string): Promise<Express.Application>
  • handleToExpressRoute(handler: TwilioHandlerFunction): Express.RequestHandler
• Contributing
  • Code of Conduct
• Contributors
• License

About

This project is part of the Serverless Toolkit. For a more extended documentation, check out the Twilio Docs.

Installation

You can install the CLI tool via npm or another package manager. Ideally install it as a dev dependency instead of global:

# Install it as a dev dependency
npm install twilio-run --save-dev

# Afterwards you can use by using:
node_modules/.bin/twilio-run

npx twilio-run

# Or inside your package.json scripts section as "twilio-run"

Usage

# Create a valid project, for example:
npx create-twilio-function my-project

# Navigate into project
cd my-project

# Start local development server
twilio-run start

# Deploy to Twilio
twilio-run deploy

Commands

The CLI exposes a variety of commands. The best way to find out about the flags and commands available is to run twilio-run --help or twilio-run [command] --help

twilio-run start [dir]

• Aliases: twilio-run dev, twilio-run

Starts a local development server for testing and debugging of your environment. By default only variables in the .env file will be available via process.env or through the context argument inside Twilio Functions.

Examples

# Serves all functions in current functions sub directory
twilio-run

# Serves all functions in demo/functions
twilio-run demo

# Serves functions on port 9000
PORT=9000 twilio-run

# Serves functions on port 4200
twilio-run --port=4200

# Starts up the inspector mode for the node process
twilio-run --inspect

# Exposes the Twilio functions via ngrok to share them
twilio-run --ngrok

twilio-run deploy

Deploys your project to Twilio. It will read dependencies automatically from your package.json's dependencies field and install them. It will also upload and set the variables that are specified in your .env file. You can point it against a different .env file via command-line flags.

Examples

# Deploys all functions and assets in the current working directory
twilio-run deploy

# Creates an environment with the domain suffix "prod"
twilio-run deploy --environment=prod

twilio-run list-templates

Lists the templates available to that you can use to generate new functions and/or assets inside your current project with the twilio-run new command below.

Examples

# List available templates
twilio-run list-templates

twilio-run new [namespace]

Creates a new set of functions and/or assets inside your current project based on a template.

Examples

# Create a new function using the blank template
# in a subfolder (namespace) demo
twilio-run new demo --template=blank

twilio-run list [types]

Lists a set of available resources for different types related to your Account. Available resources that can be listed:

• Services
• Environments or Builds (requires to pass a Service)
• Functions, Assets or Variables (requires to pass a Service and Environment)

Examples

# Lists all existing services/projects associated with your Twilio Account
twilio-run list services
# Lists all existing functions & assets associated with the `dev` environment of this service/project
twilio-run ls functions,assets --environment=dev --service-name=demo
# Outputs all environments for a specific service with extended output for better parsing
twilio-run ls environments --service-sid=ZSxxxxx --extended-output
# Only lists the SIDs and date of last update for assets, variables and function
twilio-run ls assets,variables,functions --properties=sid,date_updated

twilio-run activate

• Aliases: twilio-run promote

Promotes an existing deployment to a new environment. It can also create a new environment if it doesn't exist.

Examples

# Promotes the same build that is on the "dev" environment to the "prod" environment
twilio-run activate --environment=prod --source-environment=dev
# Duplicates an existing build to a new environment called `demo`
twilio-run activate --environment=demo --create-environment --build-sid=ZB1234xxxxxxxxxx

API

The module also exposes two functions that you can use outside of the CLI tool to spin up local development.

If you want to interact with the Runtime API instead, check out the @twilio-labs/serverless-api package.

runDevServer(port: number, baseDir: string): Promise<Express.Application>

This allows you to trigger running an express server that will expose all functions and assets. Example:

const { runDevServer } = require('twilio-run');

runDevServer(9000)
  .then(app => {
    console.log(`Server is running on port ${app.get('port')})`);
  })
  .catch(err => {
    console.error('Something failed');
  });

handleToExpressRoute(handler: TwilioHandlerFunction): Express.RequestHandler

You can take the handler function of a Twilio Function file and expose it in an existing Express server. Example:

const express = require('express');
const bodyParser = require('body-parser');
const { handlerToExpressRoute } = require('twilio-run');

const { handler } = require('./path/to/function.js');

const app = express();
app.use(bodyParser.urlencoded({ extended: false }));

app.all(handlerToExpressRoute(handler));

app.listen(3000, () => console.log('Server running on port 3000'));

Contributing

This project welcomes contributions from the community. Please see the CONTRIBUTING.md file for more details.

Code of Conduct

Please be aware that this project has a Code of Conduct. The tldr; is to just be excellent to each other ❤️

Contributors

Thanks goes to these wonderful people (emoji key):

Dominik Kundel 💻	dbbidclips 💻 🐛	Shelby Hagman 🐛 💻	JavaScript Joe 🐛	Stefan Judis 🐛 💻	Phil Nash 🐛 💻 👀

This project follows the all-contributors specification. Contributions of any kind welcome!

License

MIT