Search results for "state management":

Global state management and the challenges of placing server state in global state are discussed. React Query is introduced as a solution for handling asynchronous server state. The Talk demonstrates the process of extracting logic into custom hooks and fixing issues with state and fetching logic. Optimistic updates with mutation are showcased, along with the benefits of using React Query for data fetching and mutations. The future of global state management is discussed, along with user feedback on React Query. The Talk concludes with an invitation to explore React Query for server state management.

React has improved state management with built-in hooks like useState, useReducer, and useRef. Redux can still be used but it's recommended to avoid global state. Zustand is an alternative state manager that allows for easy creation of hooks. Proper architecture is important for accessing the global store. State managers can add extra bytes to the client's JavaScript bundle, so it's important to be selective in choosing libraries. Next.js and React routers are recommended for server-side rendering and personalized experiences can be achieved with spas.

This Talk discusses various aspects of state management in software development. It covers different types of state, such as bootstrap data, lazily loaded data, and reactive data. The Talk also explores the concept of locality in state management, including local, global, and regional state. It introduces libraries like Recoil and Jotai that challenge the single global store concept and provide better locality. The Talk emphasizes the importance of setting up state management systems for success and creating reliable systems to focus on user satisfaction.

Tathagath discusses the misconception of React's role in app slowness and emphasizes architecture over React performance. Context impact on app rendering is explored, along with React compiler enhancements. Global state misuse and state management in React are addressed. Performance pitfalls, optimizing app performance, and the impact of third-party scripts on React are discussed. Strategic management of third-party scripts and common mistakes in SSR applications are highlighted. Recognizing hydration costs and architectural impacts in React, as well as shifting mindset for performance optimization, are key points.

The talk emphasizes component-based thinking in JavaScript development, highlighting the importance of components in non-React projects and the flexibility of JSX usage. It explores state management in React and tools like Redux, showcasing the significance of mastering web fundamentals before delving into frameworks. The discussion touches on balancing framework selection, understanding error messages in native approaches, and the importance of maintaining simplicity in design while adopting concepts in app development.

This Talk introduces hook state as a flexible and simple state management solution for React. It demonstrates how hook state can be used for global state management, as well as for managing state within individual components. The speaker highlights the ease of using hook state for tasks such as adding, updating, and removing tasks. The conclusion encourages further exploration of hook state for efficient state management in React applications.

Today's Talk explores the adoption of micro frontends without actually implementing them. The main benefits of micro frontends are business scalability and the ability to independently deploy and compose frontend applications. The process of breaking up a monolith into smaller parts can be done using LEAN principles and composable apps. State management and data sharing in micro frontends are complex topics that require careful consideration to avoid coupling and maintain loose coupling.

Hello, React Summit and goodbye, you states. Introduction of the speaker, David K. P., creator of Xstate library. Discussion on challenges with useEffect, managing multiple useEffects, implications of state overuse, optimizing state management in React, enhancing form data handling, effective state management strategies, innovative state management approaches, state management best practices, exploring state management options, promoting best practices, and exploring state management tools.

Real-Time Multiplayer Game with React Native case study of Quickflex game creation, gameplay overview, personal introduction, problems faced, and solutions implemented. Game flow overview, routing challenges with Expo Router, transition to React Navigation for stack-based routing. Challenges with tab-based routing, transition to stack-based routing with Expo Router, importance of file structure in Expo projects. Challenges with game state management, handling UI states, and transitioning to improved code structure. Lessons on state management, using routes, hooks, WebSockets, and deployment challenges. Introduction to Durable Objects for stateful serverless applications, using PartyServer for WebSocket servers, and optimization tips for game development.

This Talk introduces the visual future of state management and how XState is bringing it to reality. It explains the role of reducers in containing application logic and how state machines and state charts provide a visual and mathematically rigorous way to represent behaviors. XState is easily integrable with React and other frameworks, allowing for the management of local, global, and semi-local state. The Talk also highlights new features in XState, such as the use of TypeScript for stronger typing and the introduction of the useSelector hook for improved performance. The future vision includes the combination of diagrams and code, with tools like Stately.ai, and the importance of explicit modeling of application logic using state machines.

This Talk discusses the challenges faced when implementing or migrating a legacy stack to Next.js and Contentful in large-scale projects. It emphasizes the need for careful analysis and estimation of time and resources. The Talk also highlights the benefits of Next.js in facilitating collaboration with isolated teams and integrating with other frameworks. It addresses the challenges of using a headless CMS in large-scale projects and suggests strategies for handling unavailability and crashes. The importance of using global state wisely and promoting code reusability is also emphasized, along with techniques for overcoming challenges in large-scale projects.

Today's Talk explores intelligent state management in React, highlighting the limitations of traditional state management and the need for innovation. Xdate's store simplifies state management by providing an easy way to update and retrieve data. The integration of AI and state machines enables the creation of intelligent apps that enhance user experience. The combination of state management and AI is achieved through packages like StatelyAI-Agent and the Vercel AI SDK. State machines, reinforcement learning, and large language models play a key role in creating intelligent agents. Graph algorithms can be used to traverse state machines and improve user experience. State agents store knowledge in short-term and long-term memory, while state machines provide guardrails and automation in multi-step processes. The impact of Language Models (LLMs) on UI performance and the future experimentation of building AI models to identify state machines are also discussed.

Welcome to React Summit 2026. Discussing architecting reliable React systems in unreliable environments. Real-world challenges with async complexity, state management, and app flow impact. Addressing issues with unreliable connections, API failures, and lack of UI-system sync. Managing OTA updates, Boolean soup problem, and useEffect dependency chaos in state management. Dealing with UI state discrepancies, hidden updates, and inconsistencies. Ensuring deterministic system architecture for accurate UI feedback and optimizing state management with clear boundaries and a state machine.

This Talk introduces state management in Vue, focusing on the Xstate library for managing state machines in UI components. The bottom-up approach in component development can lead to complexity and challenges over time. Xstate is a JavaScript and TypeScript library designed specifically for managing state machines and state charts for UI components. The Talk provides examples of creating a toggle component using Xstate and emphasizes the advantages of using Xstate, such as code reuse, precise testing, and easy maintenance. The speaker encourages developers to plan ahead and consider state, component, and feature design to write better code.

This talk discusses the visual future of state management and the use of state machines and state charts. XState is introduced as a state machine and state chart library for JavaScript, providing a clean and visualizable way to represent state machines. The talk highlights the features of XState, such as its state-first approach and utilities for interpreting the machine as a service. It also mentions the future goals of XState, including visualization, testing, analytics, and the development of a visual software modeling suite called Stately.

This Talk explores the concept of form wizards and their role in creating intuitive, multi-step workflows. It discusses the use of state machines and various implementation options, including Formic and the Dream API. The process of building a form wizard using React context, reducers, and custom hooks is explained. Integrating state machines and the introduction of the Robo Wizard library are also covered, highlighting its flexibility and compatibility with different UI frameworks.

In this Talk, the speaker discusses the importance of planning and maintaining UIs in React using state machines. They highlight the need to consider user experience and plan for performance and maintainability. The challenges of handling multiple UI states are addressed, and the benefits of using finite state machines are explained. The speaker demonstrates how to implement transitions and update the UI using a React state machine. They emphasize the benefits of state machines in handling errors, avoiding state explosions, and improving collaboration between designers and developers.