This article introduces EnumHelper, an IntelliJ IDEA plugin that automatically generates common enum utility methods for Java developers, explains how to install and use it, and shares detailed troubleshooting tips and core source code to avoid repetitive boilerplate.
The article details how the Mooncake platform tackled outdated, manually‑maintained API docs by introducing naming conventions, a one‑click IntelliJ plugin, GitLab MR auto‑parsing, and a metadata center that supports debugging, mocking, and downstream consumption, saving developers hundreds of hours per release.
This article examines the challenges of manual API documentation, introduces Mooncake’s standardized organization, the MooncakeUpload IntelliJ plugin for one‑click doc generation, GitLab MR auto‑parsing for continuous updates, and the API metadata center that enhances debugging, mocking, and cross‑team collaboration.
This article describes how to build an IntelliJ IDEA plugin that parses Spring MVC controller code using PSI to automatically generate HTTP request definitions, handle method and parameter extraction, manage authentication cookies on macOS, and provides the complete source code and usage instructions.
This article guides readers from zero to one in creating Android Studio plugins by explaining the IntelliJ IDE plugin development workflow, required tools, project setup, core files like build.gradle and plugin.xml, implementing actions, wizards, tool windows, UI creation, data persistence, and packaging for distribution.
This article explains how to create a JetBrains IntelliJ plugin that parses MySQL DDL statements, performs lexical analysis to extract table and column information, and automatically generates corresponding Python ORM model classes, illustrating the underlying state‑machine lexer, recursive parsing logic, and sample code.
This guide walks through installing the EasyCode IntelliJ plugin, setting up a MySQL database, configuring a Spring Boot project, adding necessary Maven dependencies and application.yml settings, and using EasyCode to automatically generate CRUD code for the defined tables.
This article explains why excessive null‑checks cause a "null‑check disaster", introduces the Null Object design pattern and Java 8 Optional as clean alternatives, and showcases the NR Null Object IntelliJ plugin that can generate null‑object scaffolding automatically.
By walking through the creation of a custom Android Studio (IntelliJ) plugin that reads protobuf files and auto‑generates Service and Presenter classes, the author shows how VFS, PSI, and project‑model APIs can replace tedious manual coding, delivering roughly 5.5% time savings per requirement.
