Vue customization refers to the process of using the mechanisms such as custom components and instructions provided by the Vue framework to allow developers to customize and expand functions such as components, instructions, and plug-ins.
Custom components refer to assembling existing basic components into a new component with specific functions according to your own needs and design. This component can be reused, improving code reusability and maintainability. Vue provides a very convenient way to define components. You only need to write a Vue instance and register it as a new component with the components option. This component can be used in templates like the components that come with Vue. Of course, other components can also be included in the component to achieve more complex functions.
Custom instructions refer to the expansion of the instructions that come with the Vue framework, or writing new instructions based on customized requirements. Custom instructions can be used to modify the behavior and properties of DOM elements, such as changing the element's style, binding events, changing the element's text, etc. Vue's custom instructions are very powerful. In the actual development process, the required instructions can be customized according to different business scenarios to improve development efficiency and code quality.
In addition to custom components and instructions, Vue also provides other customization methods, such as filters, mixins, etc., which can help us expand and enhance Vue's capabilities and achieve more flexible and powerful functions. .
In the Vue ecosystem, there are many excellent third-party libraries and plug-ins available. These libraries and plug-ins can help us develop our applications more quickly, and the essence of these libraries and plug-ins is also It is implemented based on Vue's custom components and instructions and other mechanisms. Therefore, mastering the custom features of Vue not only allows us to independently expand and customize components, instructions and other functions, but also allows us to better understand and use related third-party libraries and plug-ins.
Overall, Vue’s custom features provide us with a lot of convenience and flexibility in project development. We can customize and expand according to actual needs, which helps us improve development efficiency and reduce costs. It can also reduce development costs and improve the maintainability and scalability of the code, making our applications more stable and reliable.
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HTML and React can be seamlessly integrated through JSX to build an efficient user interface. 1) Embed HTML elements using JSX, 2) Optimize rendering performance using virtual DOM, 3) Manage and render HTML structures through componentization. This integration method is not only intuitive, but also improves application performance.

React efficiently renders data through state and props, and handles user events through the synthesis event system. 1) Use useState to manage state, such as the counter example. 2) Event processing is implemented by adding functions in JSX, such as button clicks. 3) The key attribute is required to render the list, such as the TodoList component. 4) For form processing, useState and e.preventDefault(), such as Form components.

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Reactisafrontendlibrary,focusedonbuildinguserinterfaces.ItmanagesUIstateandupdatesefficientlyusingavirtualDOM,andinteractswithbackendservicesviaAPIsfordatahandling,butdoesnotprocessorstoredataitself.

React can be embedded in HTML to enhance or completely rewrite traditional HTML pages. 1) The basic steps to using React include adding a root div in HTML and rendering the React component via ReactDOM.render(). 2) More advanced applications include using useState to manage state and implement complex UI interactions such as counters and to-do lists. 3) Optimization and best practices include code segmentation, lazy loading and using React.memo and useMemo to improve performance. Through these methods, developers can leverage the power of React to build dynamic and responsive user interfaces.

React is a JavaScript library for building modern front-end applications. 1. It uses componentized and virtual DOM to optimize performance. 2. Components use JSX to define, state and attributes to manage data. 3. Hooks simplify life cycle management. 4. Use ContextAPI to manage global status. 5. Common errors require debugging status updates and life cycles. 6. Optimization techniques include Memoization, code splitting and virtual scrolling.

React's future will focus on the ultimate in component development, performance optimization and deep integration with other technology stacks. 1) React will further simplify the creation and management of components and promote the ultimate in component development. 2) Performance optimization will become the focus, especially in large applications. 3) React will be deeply integrated with technologies such as GraphQL and TypeScript to improve the development experience.


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