Differences: 1. Bootstrap is a front-end UI framework, while AngularJs is a JavaScript framework; 2. Bootstrap is response-oriented, while AngularJs is not response-oriented; 3. Bootstrap does not have a routing function, while AngularJs has routing settings wait.
The operating environment of this tutorial: Windows7 system, bootsrap3.3.7&&angular6 version, DELL G3 computer
Angularjs
AngularJS is an excellent front-end JS framework designed to overcome the shortcomings of HTML in building applications. It is a JavaScript MVC framework and a library written in JavaScript. AngularJS has many features, the most core of which are: MVC, modularization, automated two-way data binding, semantic tags, dependency injection, etc.
Bootstrap
Bootstrap is a simple, intuitive, and powerful front-end development framework based on HTML, CSS, and JavaScript, making Web development faster. Bootstrap provides elegant HTML and CSS specifications, which are written in the dynamic CSS language Less.
The difference between angularjs and bootstrap
1. Bootstrap is not a javascript framework, it is a front-end UI framework, and then there are some attached js plug-ins. AngularJs is a JavaScript framework that is designed to develop CRUD applications with complex business logic.
2. Bootstrap is used for mobile application development; AngularJs is not used for mobile application development.
3. Bootstrap is response-oriented; AngularJs is not response-oriented.
4. Bootstrap does not have many powerful template engines; compared with Bootstrap, AngularJs has a better template engine.
5. Bootstrap does not have routing function; AngularJs has routing settings.
6. Bootstrap does not provide dependency injection; AngularJs provides dependency injection.
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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.

React interacts with the server through HTTP requests to obtain, send, update and delete data. 1) User operation triggers events, 2) Initiate HTTP requests, 3) Process server responses, 4) Update component status and re-render.

React is a JavaScript library for building user interfaces that improves efficiency through component development and virtual DOM. 1. Components and JSX: Use JSX syntax to define components to enhance code intuitiveness and quality. 2. Virtual DOM and Rendering: Optimize rendering performance through virtual DOM and diff algorithms. 3. State management and Hooks: Hooks such as useState and useEffect simplify state management and side effects handling. 4. Example of usage: From basic forms to advanced global state management, use the ContextAPI. 5. Common errors and debugging: Avoid improper state management and component update problems, and use ReactDevTools to debug. 6. Performance optimization and optimality

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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DVWA
Damn Vulnerable Web App (DVWA) is a PHP/MySQL web application that is very vulnerable. Its main goals are to be an aid for security professionals to test their skills and tools in a legal environment, to help web developers better understand the process of securing web applications, and to help teachers/students teach/learn in a classroom environment Web application security. The goal of DVWA is to practice some of the most common web vulnerabilities through a simple and straightforward interface, with varying degrees of difficulty. Please note that this software