skill-spring-boot

Generate Spring Boot 3.2+ microservices with Maven or Gradle builds.

1|Updated Apr 9, 2026
One-click install
npx skills add https://github.com/limit5/OmniSight-Productizer --skill skill-spring-boot
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: skill-spring-boot
Source: https://github.com/limit5/OmniSight-Productizer/tree/main/configs/skills/skill-spring-boot
Command: npx skills add https://github.com/limit5/OmniSight-Productizer --skill skill-spring-boot

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Manually setting up a Spring Boot microservice that meets enterprise Java quality bars, compliance requirements, and deployment standards is time-consuming and error-prone, especially for teams needing to align with JVM backend role guidelines and cross-framework validation gates.

Core Features & Use Cases

  • Full-Stack Scaffolding: Generates complete Spring Boot 3.2+ project trees with Maven or Gradle (Kotlin DSL) build, Spring Data JPA persistence, Flyway 9 SQL migrations, and JUnit 5 + Mockito test suites.
  • Built-In Compliance & Deployment: Includes multi-stage Docker images, Helm charts, and maven ecosystem SPDX/CVE/SBOM compliance gates out of the box, with configurable knobs for database, build tool, and deployment targets.
  • Use Case: Backend Java teams can use this skill to instantly spin up compliant microservices that pass 70% JaCoCo coverage checks, align with backend-java role anti-patterns, and integrate directly with existing CI/CD pipelines.

Quick Start

Use the skill-spring-boot skill to render a production-ready Spring Boot microservice with your preferred build tool, database, and deployment configuration to your specified output directory.

Frequently Asked Questions about skill-spring-boot

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I scaffold a production-ready Spring Boot 3.2+ microservice on JVM 21?

Scaffolding a production-ready Spring Boot 3.2+ microservice on JVM 21 involves generating a complete project tree with Maven or Gradle, Flyway migrations, JUnit 5 tests, and Docker images. This skill automates that setup to output compliant executable fat jars.

Can I use Gradle instead of Maven for Spring Boot microservices with Flyway and JUnit 5?

Yes, you can use Gradle with Kotlin DSL instead of Maven for Spring Boot microservices. The scaffolding supports both build tools while generating Flyway database migrations, JUnit 5 test suites, and Helm charts for deployment.

What is the best way to generate Spring Boot microservices that pass JaCoCo coverage and SBOM compliance gates?

The best way to generate Spring Boot microservices passing JaCoCo and SBOM gates is using automated scaffolding that builds in 70% line coverage checks and maven ecosystem SPDX/CVE compliance. This ensures quality bars are met out of the box.

Does this Spring Boot scaffolding tool support Flyway SQL migrations and Helm charts out of the box?

Yes, this Spring Boot scaffolding supports Flyway 9 SQL migrations and Helm charts out of the box. It generates complete project trees including multi-stage Docker images and configurable deployment targets for direct CI/CD integration.

Why do my manually scaffolded Spring Boot microservices fail enterprise compliance and quality checks?

Manually scaffolded Spring Boot microservices fail enterprise compliance due to missing SPDX/CVE/SBOM gates, insufficient JaCoCo coverage, and lack of deployment standards. Automated scaffolding eliminates these manual errors by enforcing strict quality bars.

What are the limitations of using automated scaffolding for Java microservices on JVM 21?

Limitations of automated scaffolding for JVM 21 Java microservices include strict alignment with specific backend-java role anti-patterns and a hard requirement for 70% JaCoCo line coverage. Projects needing different frameworks or lower coverage thresholds may not fit.