This guide explains how to view the Maven dependency tree using IntelliJ IDEA, the command line, or the Maven Helper plugin, identify conflicting JARs, and resolve them with exclusion rules or dependencyManagement, providing clear examples and step‑by‑step commands for Java backend developers.
This guide shows how to inspect Maven's dependency tree using IntelliJ IDEA's built‑in tool, the command line, or the Maven Helper plugin, identify version conflicts, and resolve them with exclusions or dependencyManagement entries.
This article explains how to analyse the impact range of code changes in large frontend projects, describes the architecture and core techniques—including project dependency‑tree building, AST parsing, GitLab diff extraction, and change propagation—provides concrete JavaScript/TypeScript examples, and discusses visualization of the results.
This article describes a four‑step approach to precise frontend testing that uses static analysis of routing and import dependencies to identify impacted pages and functions, automatically selects corresponding test cases, runs them, and compares incremental coverage to ensure code changes are fully verified.
This article walks through using NetEase's NEJ framework to decompose a complex single‑page web application into hierarchical modules, create and format dependency trees, register external and layout modules, define module directories, implement module logic and messaging, and finally integrate and package the system for scalable deployment.
