React JS 100 Key Concepts Part 1 – Concepts 1 to 15 Part 1, First Part of React JS 15 Key Concepts – Video number 1 / 10.
Description
You will be able to learn following topics
React:
Understand the fundamentals of React.js and its key concepts.
Learn how to set up a development environment for React projects.
Build a solid foundation in React syntax, components, and JSX.
Props:
Understand the concept of props and how to pass data from a parent component to a child component.
Learn how to use props to customize and configure reusable components.
Explore different ways of passing props, including default values and destructuring.
State:
Understand the concept of state and its role in managing dynamic data in React components.
Learn how to initialize and update state using setState.
Explore the use of state to build interactive and dynamic user interfaces.
Lifecycle Methods:
Gain a comprehensive understanding of React’s component lifecycle and the different phases it goes through.
Learn how to leverage lifecycle methods to perform specific actions at various stages of a component’s lifecycle.
Understand the deprecation of certain lifecycle methods in newer versions of React.
Virtual DOM:
Understand the concept of the Virtual DOM and its role in optimizing React’s rendering process.
Learn how React’s reconciliation algorithm works to efficiently update the DOM.
Explore the benefits of using the Virtual DOM in terms of performance and user experience.
React Router:
Learn how to set up routing in a React application using React Router.
Understand how to define routes, handle navigation, and create nested routes.
Explore advanced features of React Router, such as route parameters and route guards.
Hooks:
Understand the motivation behind React Hooks and their benefits.
Learn how to use built-in hooks like useState, useEffect, and useContext.
Explore custom hook creation and how to leverage hooks to write more concise and reusable code.
Context API:
Understand the Context API and how it enables global state management in React applications.
Learn how to create and consume context using the createContext and useContext hooks.
Explore advanced usage patterns of the Context API, such as nested contexts and context composition.
Redux:
Gain a thorough understanding of Redux and its core principles.
Learn how to set up Redux in a React application and manage global state.
Explore concepts such as actions, reducers, and the Redux store, and understand how they work together.
Higher-Order Components (HOCs):
Understand the concept of Higher-Order Components and their role in code reuse and composition.
Learn how to create and use HOCs to add additional functionality to React components.
Explore common use cases for HOCs, such as authentication and authorization.
Render:
Understand the rendering process in React and how components are rendered to the DOM.
Learn about conditional rendering techniques based on state and props.
Explore performance optimizations related to rendering, such as shouldComponentUpdate and React.memo.
Reconciliation:
Gain a deep understanding of React’s reconciliation process and how it determines what needs to be updated in the DOM.
Learn about the diffing algorithm and how React efficiently updates the UI by comparing the previous and current Virtual DOM trees.
Understand strategies for optimizing reconciliation, such as using unique keys and minimizing component updates.
Unidirectional Data Flow:
Understand the concept of unidirectional data flow in React and its advantages.
Learn how to design React applications using a single source of truth for data.
Explore patterns such as state lifting and data sharing between components.
Synthetic Events:
Understand the concept of synthetic events in React and how they differ from native browser events.
Learn how to handle and respond to events in React components.
Explore common event handling patterns and techniques.
Event Handling:
Learn how to handle different types of events in React components, such as onClick, onChange, and onSubmit.
Understand how to write event handlers and update state or trigger actions based on user interactions.
Explore advanced event handling techniques, such as event delegation and event bubbling.
