1. Project Overview

[Brief Introduction]

1.1 Project Background

This project aims to address the issue of [description of the need] by utilizing [technical solution] to design and develop a [product overview].

1.2 Project Objectives

The goal of this project is to achieve [description of project objectives] by providing the best [product/service/solution] to [target customer/user group] through [implementation methods].

1.3 Project Scope

The scope of this project includes [description of project scope] and aims to [purpose explanation].

2. User Requirements

2.1 Requirement Analysis

This project has analyzed the needs of [target customer/user group] and identified the following requirements:

• [Description of Requirement 1]
• [Description of Requirement 2]
• [Description of Requirement 3]
• ...

2.2 User Experience

This project aims to provide a user experience that [description of user experience goals], focusing on [target customer/user group], supported by [technical means].

2.3 Interface Design

The interface design of this project adopts a [description of interface style] style, combined with [technical means] to achieve a simple and easy-to-use interface.

3. Technical Architecture

3.1 Technology Selection

This project adopts [technical solution] as the core technology, combined with [other technical solutions] to achieve [product overview].

System Architecture: The system architecture diagram of this project is as follows:

[System Architecture Diagram]

The project includes the following main modules:

• [Module 1 Name]: [Module 1 Description]
• [Module 2 Name]: [Module 2 Description]
• [Module 3 Name]: [Module 3 Description]
• ...

The data flow diagram of this project is as follows:

[Data Flow Diagram]

3.2 Frontend Framework

This project uses [name of frontend framework] as the frontend tech stack, combined with [other technical solutions] to achieve [product overview].

3.3 Backend API

The backend API documentation for this project is online and can be accessed at [API documentation link] for detailed information.

• [API 1 Name]: [API 1 Documentation Link]
• [API 2 Name]: [API 2 Documentation Link]
• [API 3 Name]: [API 3 Documentation Link]
• ...

4. Development Environment

To develop this project, please ensure that your development environment meets the following requirements:

• [Requirement 1]
• [Requirement 2]
• [Requirement 3]
• ...

4.1 Development Tools

The following development tools are recommended:

• [Tool 1 Name]: [Tool 1 Description]
• [Tool 2 Name]: [Tool 2 Description]
• [Tool 3 Name]: [Tool 3 Description]
• ...

Please follow the steps below to configure your local environment:

1. [Description of Step 1]
2. [Description of Step 2]
3. [Description of Step 3]
4. ...

The project's code is hosted on [code hosting platform], and you can access the code at [code repository link].

4.2 Development Guidelines

To ensure code quality, please follow these development guidelines:

• [Description of Guideline 1]
• [Description of Guideline 2]
• [Description of Guideline 3]
• ...

To ensure that the code conforms to the development guidelines and code standards, this project uses [code inspection tool], so please ensure the code passes inspection before submission.

If you have any questions while adhering to the development guidelines and code standards, please feel free to contact the technical team for assistance.

Here are the steps to configure the development environment:

1. Install [necessary software]
2. Configure [related environment variables]
3. Clone the code repository to your local machine
4. Run [initialization command] to install project dependencies
5. Run [start command] to start the development environment

This project depends on the following software and libraries:

• [Dependency 1]
• [Dependency 2]
• [Dependency 3]
• ...

4.3 Code Standards

The coding standards for this project provide a unified development style to ensure the readability and maintainability of the code.

• [Standard 1 Name]: [Standard 1 Description]
• [Standard 2 Name]: [Standard 2 Description]
• [Standard 3 Name]: [Standard 3 Description]
• ...

Please follow these steps to submit your code:

1. [Description of Step 1]
2. [Description of Step 2]
3. [Description of Step 3]
4. ...

Please refer to the [review process link] for the code review process.

5. Module Details

[Module Name]: [Module Description]

For example:

User Management Module: Responsible for functions related to user management.

5.1 Page Layout

• User Registration Page: Uses Bootstrap layout, including forms for entering username, password, and email.
• User Login Page: Uses Bootstrap layout, including forms for entering username and password.

5.2 Component Design

• Form Component: Uses Ant Design's Form component to implement form validation.

5.3 Code Implementation

• user.js: Responsible for handling the logic for user registration and login.
• api.js: Encapsulates the requests to the backend API.

6. Testing and Debugging

6.1 Test Environment

• Operating System: [Environment requirements, such as Windows 10, macOS 11, etc.]
• Browser: [Environment requirements, such as Google Chrome, Mozilla Firefox, etc.]
• Other Software: [Environment requirements, such as Node.js, npm, etc.]

6.2 Testing Methods

Use [testing tools, such as Jest, Mocha, etc.] for unit testing.

6.3 Test Plan

• [Test Case 1]: [Test Case Description]
• [Test Case 2]: [Test Case Description]
• ...

For example:

User Registration: Test whether the user registration API is functioning correctly.
User Login: Test whether the user login API is functioning correctly.

6.4 Debugging Tools

Use [Chrome DevTools, VSCode Debugger, etc.] for debugging.

6.5 Debugging Methods

[Description of debugging methods, such as breakpoint debugging, logging, etc.]

For example:

Breakpoint debugging in DevTools.

7. Deployment and Release

This project uses Docker for deployment. The frontend code is run inside a container on the server via Docker.

7.1 Deployment Process

1. Install Docker environment on the server
2. Run the command docker build -t my-frontend-project . in the project root directory to build the image
3. Run the command docker run -p 80:80 my-frontend-project to start the container, and the frontend project can then be accessed via the server IP

7.2 Release Plan

1. Run the build command locally to generate static resource files
2. Use an FTP client to upload the static resource files to the server
3. Update the project code on the server and restart the container to complete the release

7.3 Operations and Maintenance

8. Appendix

8.1 Sample Code

Below is a sample React component code for implementing a search feature:

import React, { useState } from 'react';

const Search = () => {
  const [searchTerm, setSearchTerm] = useState('');
  const [results, setResults] = useState([]);

  const handleChange = (e) => {
    setSearchTerm(e.target.value);
  };

  const handleSubmit = (e) => {
    e.preventDefault();
    fetch(`https://api.example.com/search?q=${searchTerm}`)
      .then((res) => res.json())
      .then((data) => setResults(data.results));
  };

  return (
    

8.2 Resource Links

Below are some resource links used in this project:

• Vue Documentation (Chinese)
• Vue Router Official Documentation (Chinese)
• Axios Documentation (Chinese)

8.3 Development Documentation

Below are some documents needed during project development:

• Frontend-Backend Separation Architecture Design
• Development Process and Standards
• Code Standards Guide