#remix

My name is Mark Dalglish and I'm here to discuss how ReactRouter became a framework. Remix is built on ReactRouter and heavily relies on it. Remix feels like a framework because it has a CLI, manages the dev and build lifecycle, and has strong opinions about the file system structure. Remix embraced Vite as a plugin, allowing developers to integrate it seamlessly into their existing Vite setup. The shift to Vite led to a change in the philosophy of Remix Vite, enabling frameworks to orchestrate all the environment builds and make the framework as a plugin pattern first class. React Router is merging with Remix to make all the build time framework features available to React Router consumers. React Router is now officially a framework as well as a library. The move to integrate Remix into React Router is driven by the exploration of the next generation of Remix. React Router V7 simplifies by dropping the React Native layer and allows flexibility for consumers to use it as a library or as a framework with additional architectural features provided by plugins. The focus is on betting on Vite in the long term, and React Router plans to support React Server components. Thank you to Mark for answering the questions.

This talk discusses the usage of Microfrontends in Remix and introduces the Tiny Frontend library. Kazoo, a used car buying platform, follows a domain-driven design approach and encountered issues with granular slicing. Tiny Frontend aims to solve the slicing problem and promotes type safety and compatibility of shared dependencies. The speaker demonstrates how Tiny Frontend works with server-side rendering and how Remix can consume and update components without redeploying the app. The talk also explores the usage of micro frontends and the future support for Webpack Module Federation in Remix.

Remix Flat Routes is a new convention that aims to make it easier to see and organize the routes in your app. It allows for the co-location of support files with routes, decreases refactor and redesign friction, and helps apps migrate to Remix. Flat Folders convention supports co-location and allows importing assets as relative imports. To migrate existing apps to Flat Routes, use the Remix Flat Routes package's migration tool.

Remix is a web framework built on React Router that focuses on web fundamentals, accessibility, performance, and flexibility. It delivers real HTML and SEO benefits, and allows for automatic updating of meta tags and styles. It provides features like login functionality, session management, and error handling. Remix is a server-rendered framework that can enhance sites with JavaScript but doesn't require it for basic functionality. It aims to create quality HTML-driven documents and is flexible for use with different web technologies and stacks.

The Talk discusses the transition from Create React App to Vite as a more sustainable and popular alternative. Vite is praised for its simplicity, minimal dependencies, and exit strategy. The speaker emphasizes the importance of frameworks like Remix and React Router in providing solutions for common development challenges. The focus is on merging Remix into React Router to create a unified framework, with an emphasis on code splitting, routing, data fetching, and generating HTML. The future direction includes completing React Router 7 and reserving Remix for a different framework build.

In this Talk, the speaker discusses the concept of building JavaScript optional applications, focusing on the use of tools like React server components, Next.js, remix, React Router, Astro, SolidStarts, and Weld. They explore various aspects such as building eCommerce apps, pagination, adding items to cart without JavaScript, and implementing features like card previews using HTML and CSS. The speaker also highlights the trade-offs and considerations when disabling JavaScript, maintaining cart items, and combining old and new ways of building applications.

Remix is a web development framework that combines the scalability of server-rendered frameworks with the flexibility of React. It prioritizes web standards and best practices for security. Remix streamlines development with web standards like URLs, fetch API, HTML, and HTTP caching. It simplifies data handling through HTML forms and HTTP, improving user experience. Httpication in Remix reduces server load and speeds up response time, while global search and Storyblock make building complex websites easier.

The Talk discusses performance optimization in software development and engineering. It covers topics such as optimizing requests, anticipating future needs, and comparing single-page apps to multiple-page apps. It also explores the advantages of single-page apps and the use of Remix for building pages. The Talk emphasizes code splitting, optimizing data fetching, and solving client-side state. It concludes with a discussion on pre-rendering, Remix adoption, and prerendering with React.

This Talk explores Remix and internationalization, discussing the impact and logic of internationalization and the challenges developers face. It highlights the global usage of the internet and the importance of localizing content. The fundamental logic of internationalization is explained, including location-based, header-based, and URL-based approaches. The implementation of internationalization in Remix is demonstrated using Remix IAT Next package and a Content Management System. The Talk also covers client-side and server-side configuration, importing and wrapping translation files, and implementing dynamic routes with Remix.

DynamoDB is a next-generation key-value database that is low-latency, scalable, and easy to use. It offers advantages such as local development options, a generous free tier, and fast performance. Common misconceptions about DynamoDB being expensive or hard to learn are debunked. The Talk covers topics like basic modeling, separating concerns, working with DynamoDB in Remix, and building a DynamoDB client. Overall, DynamoDB is a powerful database that integrates well with Remix and provides efficient data access patterns.

Remix is a full stack web framework that focuses on the user interface and works back to web standards. It eliminates render and fetch waterfalls in web applications, resulting in improved performance. Remix leverages the foundations of the web and combines them with features like HTTP caching and dynamic server rendering. It allows for progressive enhancement and speeds up the user experience. Remix is a powerful tool for web development with great potential for the future.

Daphne uses Remix for their web application, benefiting from its resilience, error boundaries, cache boundaries, and progressive enhancement. Remix simplifies form submission, authorization, and validation, and allows for easier refactoring and code duplication avoidance. Next and Remix are used together, with Remix serving as the backend for the frontend and handling data aggregation. Remix provides query functions for fetching data, mutations for form data validation and API calls, and custom conventions using the handle export. Migrating to Remix resulted in smaller JavaScript files, faster navigation, and the ability to preload data and assets. The migration process took around nine months and involved mixing Next.js and Remix using Express. Hiring someone to work on Remix is easier than hiring for other frameworks.

Today's Talk discusses Remix and Personalization, highlighting the benefits of personalized experiences in websites and web applications. Different types of personalization are explained, along with the steps to implement a personalization strategy. The use of Remix and Storyblock to implement personalized experiences on a website is demonstrated. The structure of a page with personalized content for different user types is shown, along with the use of cookies to identify user interests. The implementation of a personalization strategy using React components and the Storyblock API is explained.

Today's Talk discusses the new frontier of e-commerce at the edge, focusing on headless commerce and the benefits it offers. The edge, an intermediate server, can improve website loading by rendering HTML on the server and reducing latency. Venger, an open-source headless e-commerce framework, is introduced as a solution to cache API responses at the edge and improve performance. The Venger online shop demonstrates excellent performance, highlighting the benefits of headless and edge computing in e-commerce.

Web accessibility ensures that people with disabilities can use and participate equally on the web. Over 15% of the global population has some form of disability. Improving web accessibility can be done using tools like ex-DEV tools and the web disability simulator. Color contrast plays a crucial role in readability, and semantic HTML and tab order help with functionality and user flow. There are additional tools and extensions available for further exploration.

This Talk discusses Harvey's performance journey and how it led to the adoption of Remix. The engineering team addressed scaling and performance issues through backend fixes and frontend improvements. The redesign focused on loading products by category and prioritizing performance. The implementation of Remix resulted in improved performance and a reduction in API requests. The focus on long-term scalability is essential for handling a growing product list and customer base.

Remix is an open-source project with a modular design and excellent mutation story. It benefits from being part of Shopify and has an open RFC process for feature requests. Remix is influenced by the Hydrogen team and plans to work closely with them. Exciting features include the ability to send promises in responses and support for styling solutions. Remix version 2 will have a roadmap and be framework agnostic. Collaboration with React on server components is important. Livestreams and community discussions are encouraged. The design philosophy focuses on web standards and simplifying code. Remix prioritizes server-side first but also considers static generation. Overall, Remix simplifies code and removes complexity.

Remix and Prisma enable front-end developers to become full-stack developers by working across different parts of the stack without diving into complexities. They provide a great framework for writing code and interacting with databases, making it easier to be a full-stack developer. Prisma's ORM allows mapping database models to JavaScript or JSON models. Developing a full stack app with Remix requires structuring components and loaders differently, but simplifies development by focusing on one place.

This Talk introduces the Remix architecture patterns for web applications, with over 50% of participants using Remix professionally. The migration from single page applications to Remix involves step-by-step refactoring and offers flexibility in deployment options. Scalability can be achieved by distributing the database layer and implementing application caching. The backend for frontend pattern simplifies data fetching, and Remix provides real-time capabilities for collaborative features through WebSocket servers and Server-SendEvents.

In this Talk, the concept of headless WordPress and its benefits for developers are discussed. The use of front-end frameworks like Remix, Nuxt, Next, or SvelteKit to interact with WordPress through REST or GraphQL APIs is highlighted. The process of creating content models, adding data, and querying the GraphQL schema is explained. The setup of a basic Remix app with Apollo Client and the loading of data into route components using Remix are covered. The handling of dynamic routing with Remix and WordPress is also explored.

I'm going to talk about localisation in the real world and how Sanity, a platform for structured content, focuses on content as data and flexible internationalization. Sanity allows for multiple languages in different markets, providing customization options for content visibility based on location. The platform offers a flexible approach to content creation and customization, allowing organizations to internationalize their content based on their specific needs. With Sanity's query language and the brand new version of Sanity Studio, developers have more flexibility than ever before.

Welcome to my session on avoiding CSRF with Remix. Remix helps protect against CSRF by thinking about actions in terms of HTML form elements. To avoid CSRF with Remix, set the same site attribute on cookies and consider using a token in addition to the attribute. The token-based approach involves generating a unique token per session and form, transmitting it with the form, sending it back when the user submits the form, and securely validating it on the server side.