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mine-h5-ui Component Library

website·Indexed 31 days ago

https://wordpress.biaov.cn/

A Vue-based UI component library for H5 development featuring components such as Popup, Collapse, TabBar, IndexBar, MessageBox, CountDown, NavBar, ProgressBar, Pagination, and more. Includes specialized tools like MeCaptcha image validator, Screenshot long-image capture, and a set of composable APIs (v2.4.0) for validation.

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What's inside mine-h5-ui

  1. Overview of mine-h5-ui component library

    mine-h5-ui is a lightweight, modular H5 frontend UI component library built for Vue 3.x. It utilizes an npm + Vite workflow and supports ES6+ syntax, providing a flexible API for component integration.

  2. Overview of the Vite + React + TypeScript + uni-app + Node ecosystem

    This ecosystem provides a full-stack reference implementation consisting of a management console (admin), a multi-platform mobile application (App, H5, and WeChat Mini Program), and a backend server. The project is designed to demonstrate how to integrate these technologies into a cohesive system.

  3. Understand the automated deployment workflow

    The automated deployment process is triggered by a Git Webhook. When code is submitted, the Git repository sends a POST request to the server. The server-side program then performs the following logic:

    1. Check if the project already exists on the server.
    2. If it exists, pull the latest changes in the specified directory; otherwise, clone the project to the specified directory.
    3. Install project dependencies.
    4. Execute the build/packaging command.
    5. Complete the deployment.

  5. Core Features of the E-commerce System

    The system implements the following core business modules:

    • Shopping workflow
    • User registration and login
    • User management
    • Gift management
    • Product management
    • Order management
    • Promotion management
    • Account and Permission management
    • Basic system settings

  6. Architecture and Tech Stack for Simple E-commerce System

    The e-commerce system is designed as a multi-platform ecosystem consisting of a PC website, mobile applications (APP, H5, WeChat Mini-program), an administrative console, and a backend server.

    Technical Stack by Component:

    • PC Website: NuxtJs, Vue 3.x, TypeScript, Less, Tailwind CSS
    • APP/H5/WeChat Mini-program: Vite, Uni-App, Vue 3.x, TypeScript, Less, Tailwind CSS, UView-plus
    • Admin Console: Vite, Vue 3.x, TypeScript, Less, Ant Design Vue, Tailwind CSS
    • Backend Server: Vite, NodeJs, NestJs, MySQL, TypeScript

  7. MINEAPP Project Tech Stack and Architecture

    MINEAPP is an open-source project designed for cross-platform compatibility across H5, Mini-Programs, and Mobile Apps. It utilizes a full-stack JavaScript/TypeScript ecosystem for both frontend and backend development.

    Tech Stack

    • Frontend: uni-app, Vue.js, Vuex, 5+Api (for mobile hardware interaction)
    • Backend: Node.js, Express
    • Database: MySQL

  8. Use mine-h5-ui for Vue-based H5 Projects

    mine-h5-ui is a lightweight, modular H5 frontend UI component library based on Vue. It is suitable for Single Page Application (SPA) H5 projects. In version 1.x, the component source code is simple enough that developers can copy specific component folders directly into their project's components directory to customize them.

  9. Use iView Weapp for WeChat Mini Program UI

    iView Weapp is a high-quality UI component library specifically designed for WeChat Mini Program projects. It features a rich set of components with a minimalist style and detailed documentation for easy onboarding.

  10. Understand mine-h5-ui versioning and release cadence

    mine-h5-ui follows the Semantic Versioning (Semver) specification. The release cadence is as follows:

    • Patch versions: Released irregularly; include new features and bug fixes.
    • Minor versions: Released irregularly; include new features and larger functional updates while maintaining backward compatibility.
    • Major versions: Released irregularly; include breaking changes, typically occurring during significant technical upgrades or major refactors.

  11. MeCaptcha verification workflow

    The MeCaptcha verification process follows these steps:

    1. The frontend requests initialization display information from the API.
    2. The user drags the slider element to the target position.
    3. The frontend sends the coordinates to the API verification interface.
    4. The backend validates the position:
      • If successful: The UI displays a success message and stores a key field for subsequent form submission.
      • If failed: The UI displays an error (e.g., expired, incorrect position, or already used).