#advanced

Planby is a React based component for a quick implementation of Schedules, Timelines, Electronic Program Guide, Music/Sport events, Calendar Planner  and many more ideas.  It uses a custom virtual view which allows you to operate on a really big number of data. The component has a simple API that you can easily integrate with other third party UI libraries. The component theme is customised to the needs of the application design.

This talk will explore more advanced ways to write static analysis rules in ESLint using ESLint's control flow APIs. I will quickly explain what a control flow graph is and how you can use it to find issues in your code. I will show you how to detect when a value is assigned to variable uselessly and other logical problems you can detect using this technique.

GraphQL is a powerful and useful tool, especially popular among frontend developers. It can significantly speed up app development and improve application speed, API discoverability, and documentation. GraphQL is not an excellent fit for simple APIs only - it can power more advanced architectures. The separation between queries and mutations makes GraphQL perfect for event sourcing and Command Query Responsibility Segregation (CQRS). By making your advanced GraphQL app serverless, you get a fully managed, cheap, and extremely powerful architecture.

How do you start your app on your simulator in the morning? Do you always run react-native run-ios? If so, you might be wasting a lot of time. Let’s check out together what a React Native app looks like under the hood. It will help us to be more efficient on a daily basis. We’ll identify the shortest steps to execute daily actions, like starting our apps as fast as possible (no more unnecessary compilations of native modules!), or dealing with pesky red errors that metro throws at us.

In this talk, you will discover how to manage async operations and request cancellation implementing a maintainable and scalable API layer and enhancing it with de-coupled cancellation logic. You will also learn how to handle different API states in a clean and flexible manner.

We use them all the time, and we think we know state hooks work (useState, useReducer). But under the hood, as expected, things are not what you imagine. This talk is about update queues, batching, eager and lazy updates, and some other cool things learned from looking at Hooks source code. It also contains practical takeaways that will help you better understand and debug your code.

With React 16.0, Facebook has released an update to the React core reconciliation algorithm which was named ""Fiber"". Fiber allows React to break the limits of the call stack and pause/start rendering work at will.
In this talk, we will explore why Fiber was necessary, cover some of the internal implementation details of Fiber, and see Fiber in action with React's experimental Concurrent Mode.

We use them all the time, and we think we know state hooks work (useState, useReducer). But under the hood, as expected, things are not what you imagine. This talk is about update queues, batching, eager and lazy updates, and some other cool things learned from looking at Hooks source code. It also contains practical takeaways that will help you better understand and debug your code.

Put up your thinking caps with Suspense and Concurrent mode! In this talk, I would discuss how to improve the existing user experience with the magic of React’s Suspense and Concurrent mode for non-blocked rendering. The talk would highlight the best practices and guidelines for the same.