Home

Full Stack Radio

A podcast for developers interested in building great software products. Hosted by Adam Wathan.

138: Tom Preston-Werner - Building Full-Stack JS Apps with Redwood.js

In this episode, Adam is talks to Tom Preston-Werner about Redwood.js, a new full-stack JavaScript framework for building edge-ready web applications.

Topics include:

  • What does it mean for Redwood to be a JAMStack framework?
  • What does the React layer look like? What’s new, and what’s leveraging existing community tools?
  • Why Redwood ships with it’s own routing layer
  • What “cells” are in Redwood, and how they aim to provide a declarative abstraction on top of data fetching
  • How Redwood tries to provide clear decoupling behind the front-end and back-end, even though it is providing a full-stack solution
  • What “services” are in Redwood
  • Using Prisma 2 to fetch data from your database in your services
  • What database solutions exist today that work well with Redwood in a serverless environment?

Links:

Supporting the show:


I decided to stop taking sponsors for the show because I think advertisements are annoying and no one wants to listen to them.

If you do want to support the show, the best way to do it is to purchase one of my products:

  • Tailwind UI, a collection of professionally designed, fully responsive HTML components built with Tailwind CSS
  • Refactoring UI, a book and video series I put together with Steve Schoger on designing beautiful user interfaces, without relying on a designer.
  • Advanced Vue Component Design, a course on designing simpler, more flexible Vue components that are both more powerful and easier to maintain.
  • Test-Driven Laravel, a massive video course on designing robust Laravel applications with TDD. Learn how to build a real-world application from scratch without writing a single line of untested code.
  • Refactoring to Collections, a book and video course that teaches you how to apply functional programming principles to break down ugly, complex code into simple transformations — free of loops, complex conditionals, and temporary variables.