This article introduces a Maven aggregation Quickstart plugin for IntelliJ IDEA that automates the creation of multi‑module Java projects, explains its core features, provides step‑by‑step installation and usage instructions, shows how to customize templates, and offers troubleshooting tips along with the source repository.
This article explains how a custom IntelliJ IDEA plugin can automate the creation of Maven multi‑module projects, turning a tedious half‑hour manual process into a 30‑second one‑click operation, and provides step‑by‑step installation, usage, customization, and troubleshooting guidance.
This article introduces a lightweight IntelliJ IDEA plugin that automates the creation of Maven multi‑module projects, detailing its core features, installation methods, step‑by‑step usage, customization options, dependency handling, troubleshooting tips, and how to build and extend the plugin from source.
This guide explains how to split a large Java project into Maven modules, use parent‑project inheritance and aggregation to share configurations, manage dependency versions with dependencyManagement, and configure a private repository for releasing SNAPSHOT and RELEASE artifacts, complete with practical code snippets and step‑by‑step instructions.
This article introduces a custom IntelliJ IDEA plugin that automates the creation of Maven multi‑module Java projects, turning a tedious half‑hour setup into a 30‑second one‑click process, while offering smart dependency wiring, customizable templates, and detailed installation and usage instructions.
This guide walks you through creating a SpringBoot parent project, adding common, business, and API‑gateway submodules, configuring dependency management, structuring the repository, isolating logs, and building or running individual modules, while highlighting common pitfalls and best‑practice layouts.
This article introduces a Maven aggregation plugin for IntelliJ IDEA that automates the creation of multi‑module Java projects, detailing its core features, installation methods, step‑by‑step usage, customization options, and troubleshooting tips to dramatically reduce setup time.
This article introduces a custom IntelliJ IDEA plugin that automates the creation of Maven multi‑module projects, allowing developers to generate full directory structures, pom dependencies, and configuration files with a single command, dramatically reducing setup time from minutes to seconds.
This article demonstrates a Spring Boot 3 multi‑module architecture where each module runs its own DispatcherServlet and ApplicationContext while sharing a common parent container, providing complete code examples, configuration steps, and testing insights for building loosely‑coupled backend services.
Learn step‑by‑step how to create a Spring Boot multi‑module Maven project, from designing the parent and child module structure, configuring pom.xml files, writing simple application and controller code, to building and running the modules with Maven commands.
This article explains how to use Go 1.18+ workspace (go.work) to manage multiple modules in a single directory, shows project layout, commands, dependency handling, and details IDE support for VS Code, GoLand, and Vim/Neovim, plus troubleshooting tips.
This article explains how Maven’s reactor determines build order in a parent‑child multi‑module project and demonstrates how to use command‑line options such as -pl, -rf, -am, and -amd to build only required modules or their dependents, greatly speeding up the build process.
This article details the creation of a Japanese language analysis tool using Java, Kotlin, Spring Boot, and Gradle, explaining the multi‑module project structure, parent and child Gradle configurations, integration of Swing UI with an embedded Chromium engine, and practical tips for mixing Java and Kotlin code.
This article provides a detailed tutorial on using Maven for Java projects, covering basic repository setup, dependency declaration, scope options, indirect dependencies, exclusions, variable properties, multi‑module configuration, dependencyManagement, and essential plugins such as jar, assembly, and shade, with practical code examples and best‑practice recommendations.
Go 1.18 introduces Workspaces, a feature that lets developers manage multiple modules within a single repository by using a go.work file, simplifying dependency handling, module synchronization, and streamlining the development workflow for large or complex Go projects.
This article explains why and how to split a Spring Boot project into Maven modules, defines a common framework with clearly separated modules such as api, base, rpc, service, interaction, and start, and provides practical steps and code snippets for managing dependencies in complex backend applications.
This article explains how Java developers can use Maven’s dependency‑management features to create a centralized version‑control system that unifies third‑party library versions across multiple modules and services, reducing upgrade pain, avoiding version conflicts, and establishing a solid foundation for scalable backend architecture.
The article walks through Go 1.18’s new multi‑module workspaces, detailing prerequisites and essential commands, then demonstrates creating a simple “hello” module and a shared library, initializing a workspace with go work, and developing both modules concurrently without committing changes.
This guide compiles the most useful Maven commands and IDE tips for creating, building, packaging, and deploying multi‑module Java projects, covering project structure, command syntax, advanced combinations, and IntelliJ IDEA integrations.
This tutorial walks through setting up a Spring Boot and MyBatis multi‑module project in IntelliJ IDEA, covering environment preparation, directory layout, parent and child module creation, Maven dependency configuration, bean scanning, MyBatis integration, and verification of the running application.
This guide walks through creating a SpringBoot and MyBatis multi‑module project in IntelliJ IDEA, covering environment setup, parent and child module creation, dependency configuration, bean scanning, MyBatis integration, and troubleshooting common startup errors, culminating in a runnable demo endpoint.
This tutorial walks through setting up a SpringBoot‑based multi‑module Maven project with MyBatis integration in IntelliJ IDEA, covering environment preparation, parent and child module creation, dependency configuration, package scanning, and verification of a simple REST endpoint, while highlighting common pitfalls and solutions.
This guide walks through creating a SpringBoot multi‑module project integrated with MyBatis and Shiro, covering Maven module setup, dependency versions, bean scanning nuances, unit‑test annotations, custom Realm configuration, common pitfalls, and provides a demo repository for reference.
This article explains how to efficiently package Maven multi‑module projects by leveraging the -pl and -am command‑line options, showing dependency relationships, pom.xml configurations, and practical examples that reduce build time compared to packaging each module separately.
This tutorial walks through setting up a Spring Boot and MyBatis multi‑module backend project in IntelliJ IDEA, covering environment preparation, directory layout, parent and sub‑module creation, code examples, dependency configuration, MyBatis integration, and final verification of the running service.
This article demonstrates how to create a Spring Boot multi‑module Maven project, covering the setup of an aggregate parent pom, creation of sub‑modules, implementation of controller, service, repository, and entity layers, configuration files, packaging, and deployment steps.
This guide shows how to configure a Spring Boot multi‑module project using Gradle 3.3 to run SonarQube 5.6.6 analysis by adding the SonarQube plugin, setting repository and classpath, defining sonar properties, and executing the analysis with a simple Gradle command.
