0 views collected around this technical thread.
The article explains how IntelliJ creates a debug session via XDebuggerManager.startSessionAndShowTab, the role of XDebugSession and XDebugProcess, and details the sequence of events and listeners involved when the session is stopped, including process termination and listener cleanup.
This article provides a comprehensive guide to IntelliJ IDEA, covering basic operations, advanced shortcuts, Maven integration, debugging, hot‑reload settings, and various UI customizations, offering developers practical tips and code snippets to boost Java development efficiency.
This article explains why the "class file has wrong version" error occurs when Java compilation and runtime versions differ, shows the mapping between Java releases and class file versions, demonstrates the error with sample code, and provides step‑by‑step solutions including version checks, Maven configuration, IDE settings, and best‑practice recommendations.
This guide explains why Maven dependency analysis is essential, shows how to run mvn dependency:analyze, interprets warnings about used undeclared and unused declared dependencies, and offers practical tips for when and how to clean up your project's pom.xml safely.
This guide presents a curated list of 30 essential IntelliJ IDEA plugins, covering code assistance, UI enhancements, project management, and productivity tools, with installation tips and screenshots, helping Java developers transform their IDE into a powerful one‑stop development environment.
This article presents a curated list of 31 IntelliJ IDEA plugins—including translation tools, language packs, UI themes, code navigation, version control, code quality, and productivity enhancers—that together streamline Java backend development and improve developer efficiency.
This article presents a curated list of thirty free IntelliJ IDEA plugins, ranging from code assistance and formatting to UI enhancements and productivity tools, each accompanied by brief usage instructions and screenshots to help Java developers streamline their development workflow.
The article reviews the Android Studio 2024.2 (Ladybug) release, detailing versioning changes, IntelliJ 2024.2 improvements such as K2 mode, the new default UI, enhanced Git options, AI‑driven terminal, updated emulator support, Feature Drop deprecations, and practical migration tips for developers.
This guide presents thirty essential IntelliJ IDEA plugins, ranging from code completion and formatting tools to UI enhancements and project utilities, complete with installation tips, shortcut keys, and visual examples, helping Java developers streamline their workflow and boost productivity.
The SQLE 2.2308.0 release introduces intelligent SQL file scanning, per‑instance work‑order approvers, multi‑file MyBatis review in IntelliJ, zero‑cost Java probe integration, new OceanBase‑Oracle support, expanded TDSQL distributed rules, and numerous bug fixes and optimizations across both community and enterprise versions.
This article explains why the built‑in REST Client in IntelliJ IDEA can replace Postman by offering equivalent request features, environment handling, shared scripts, response assertions, and token management, all within a single development environment.
The author examines why heavyweight IDEs like IntelliJ IDEA strain low‑end laptops, compares performance, battery usage, and ergonomics with lighter editors such as Emacs, and discusses alternatives like Fleet, Eclipse, and VS Code, ultimately concluding that Emacs offers a more lightweight yet capable development experience.
This article provides a comprehensive guide to mastering debugging in IntelliJ IDEA, covering basic breakpoint usage, conditional and one‑time breakpoints, log‑only breakpoints, breakpoint grouping, remote debugging setup, and advanced features like run‑to‑cursor, frame rollback, stream inspection, and expression evaluation to significantly improve development efficiency.
This article explains what IntelliJ Live Templates are, how they work, and provides a step‑by‑step guide with common built‑in templates, custom template creation, surrounding templates, and variable usage to dramatically speed up repetitive Java coding tasks.
The IntelliJ platform has moved its source code to Java 17, requiring IDE 2022.3 to run on Java 17 while still supporting some modules for older Java versions, and this shift impacts plugin development, version compatibility, and build processes for developers.
This article introduces twenty essential IntelliJ IDEA plugins covering shortcuts, code generation, API testing, UML diagramming, JSON handling, cloud deployment, Docker integration, Maven assistance, log analysis, translation, and more, helping developers boost productivity across backend and frontend tasks.
This article explains how to start breakpoint debugging in IntelliJ IDEA, walks through the many toolbar buttons and their functions, introduces various breakpoint types such as method, property, exception, and demonstrates practical code examples for stream and multithreaded debugging.
This guide walks you through installing, using, and deploying a Netty‑based instant messaging and game plugin for IntelliJ IDEA, covering setup steps, chat commands, game play, server deployment with Maven, and how to explore its source code for learning.
This tutorial explains how to install and use the GsonFormat IntelliJ plugin to automatically generate JavaBean classes from JSON strings, dramatically reducing repetitive getter/setter code and improving backend development efficiency.
Discover ten carefully selected IntelliJ IDEA plugins—from theme tweaks and icon packs to Maven helpers, Git tools, and JVM diagnostics—that can dramatically improve code readability, streamline workflows, and enhance overall developer productivity.