This article details a logistics‑focused prepaid deduction platform built with a Spring Boot backend and Vue 3 frontend, covering precise cent‑to‑yuan handling, role‑based view isolation, VO‑based pagination, automatic deduction workflow, and an Apple‑style responsive UI using Tailwind CSS.
The article walks through creating a full‑stack university student archive management system—using Java 17, Spring Boot 4, MySQL 8 on the back end and Vue 3, Vite, Element Plus on the front end—generated in about 20 minutes with Cursor AI, and explains the architecture, role‑based access, JWT security, and data flow in detail.
In just 20 minutes, the author uses Cursor AI with Opus 4.7 to create a complete pet‑adoption solution that includes a WeChat mini‑program front‑end, a Vue‑based admin portal, and a Spring Boot backend with JWT security, demonstrating rapid AI‑assisted development and detailed architecture.
The author demonstrates how Cursor AI and Opus 4.7 can generate a complete campus dormitory management solution—including a Spring Boot backend, Vue 3 admin portal, and a WeChat mini‑program front‑end—within twenty minutes, and provides the source code, video tutorial, and deployment details.
This article explains why the .cursorrules file is limited, introduces the cross‑tool CLAUDE.md specification, shows its hierarchical structure, provides a complete Vue 3 + TypeScript example, and lists common pitfalls and best‑practice tips for keeping AI assistants aligned with project standards.
This article walks through creating a lightweight material‑management ERP system—including login, dashboard, inventory, inbound and outbound modules—using Vue 3 for the front end and Spring Boot 3, Java 17, MySQL, and MyBatis‑Plus for the back end, highlighting the architecture and development efficiency tricks employed.
Learn how to implement efficient large‑file uploads by splitting files into chunks, uploading them via a Vue 3 front‑end, and handling the chunked data with Spring Boot 3 back‑end APIs, including code examples for both client‑side upload logic and server‑side chunk storage and merging.
This article introduces Spring's SseEmitter for server‑sent events, outlines its key features and use cases, and provides a complete end‑to‑end example—including Vue 3 front‑end setup, JavaScript client, and Spring Boot controller code—to enable real‑time message pushing between server and browser.
This guide walks you through organizing a Vue 3 application, starting with the default Vue CLI layout and progressively adding optimized folders such as assets, components, views, router, store, composables, services, and types, while offering practical tips for naming, lazy loading, and modularization to keep projects scalable and maintainable.
WeBlog is a Spring Boot and Vue 3.2 based full‑stack blog that combines a MySQL‑backed backend with JWT authentication, MinIO storage, and a hand‑crafted Element Plus admin UI, offering markdown publishing, analytics dashboards, and open‑source repository links for developers to explore.
This article introduces WeBlog, a Spring Boot + Vue 3.2 based front‑and‑back end blog, details its core features, module structure, technology stack, provides repository links and demo credentials, and showcases screenshots of the admin dashboard and user interface.
WeBlog is a front‑end/back‑end separated blogging platform built with Spring Boot, MyBatis‑Plus, MySQL, Spring Security, JWT, Minio, and Vue 3.2 + Element Plus, offering Markdown editing, category/tag management, dashboard statistics, and a complete set of admin and front‑end features.
This guide details a music website project featuring admin and user roles, outlines the Spring Boot and Vue 3 technology stack, provides environment setup, installation steps, configuration tweaks, and commands to launch both backend services and frontend interfaces.
This article details a frontend team's decision to migrate from Vue 2/3 to Svelte, covering the motivations, performance benchmarks, type‑checking improvements, code‑size analysis, migration workflow, and the practical benefits and trade‑offs observed after the transition.
This article introduces the freshly released Chinese Vue 3 documentation, outlines its ten major updates—including dark mode, responsive design, API style switching, and VitePress integration—provides a comprehensive study notebook with 50 mind‑maps, and offers download links for the original xmind files.
This technical digest explores the official transition of Vue 3 to the default framework version, reviews emerging frontend tools and ecosystem trends, analyzes browser rendering pipelines for animation optimization, and provides practical guidance on CSS techniques, React Hooks, and modern development workflows.
The article thoroughly examines Vue 3’s Composition API, explaining its motivation over the Options API, detailing its function‑based design and TypeScript advantages, addressing concerns about complexity, and offering practical guidance on when and how to adopt it for cleaner, more maintainable component logic.
This article provides a comprehensive overview of Vue 3, covering its evolution from Vue 2, key new features such as TypeScript support, the Composition API, performance optimizations, the modular monorepo structure, the reactivity system built on Proxy, and the Vite development server that powers its ecosystem.
Vant 3.0 delivers a full Vue 3 migration, refactoring all components with the Composition API, adding emits options and Teleport support, shrinking bundle size, introducing Badge, Popover and Cascader components, a new Vant Use 1.0 logic library, and upgraded CLI tooling while maintaining Vue 2 compatibility.
The article reviews Vue 3's official release, explains the Teleport feature for rendering content outside component trees, introduces the lightweight vue‑lit library for building Web Components with Vue's reactivity, and highlights related graphics experiments, legacy version comparisons, and Taro integration for mini‑program development.
The Vue team explains why they are rebuilding Vue 3—leveraging new JavaScript features like Proxy, fixing architectural limitations, adopting TypeScript, improving performance and bundle size, and introducing a flexible Composition API—while using an RFC process to involve the community.
