springboot-verification

Overview of springboot-verification skill

The springboot-verification skill is a verification loop for Spring Boot projects that helps you confirm a change is safe before a PR or deploy. It is best for engineers who need a practical springboot-verification guide for build validation, static analysis, tests, coverage, and security checks—not a generic “run tests” prompt.

What it is good for

Use the springboot-verification skill when you want a repeatable pre-merge or pre-release check for a Java/Spring Boot service. It is especially useful after refactors, dependency upgrades, or any change that could break build integrity, test reliability, or quality gates.

What makes it different

Unlike a broad prompt, springboot-verification focuses on a narrow workflow: build first, fail fast, then analyze, test, and inspect coverage. That order matters because it reduces wasted time and makes the output easier to trust for Skill Validation and review-ready reporting.

When it is a good fit

This skill fits teams using Maven or Gradle who want a structured verification pass with concrete commands and clear reporting. It is a good install decision if you want the agent to understand what to run, in what order, and what evidence to return.

How to Use springboot-verification skill

springboot-verification install and activation

Install the springboot-verification skill with:

npx skills add affaan-m/everything-claude-code --skill springboot-verification

Activate it when you are about to open a PR, finish a major refactor, or validate a service before staging. The skill is meant to be invoked with a real repository context, not as a standalone checklist.

How to prompt it well

Give the skill a concrete target and constraints. A weak prompt is “verify this app.” A stronger springboot-verification usage prompt is:

“Run springboot-verification on this Spring Boot service. It uses Maven, has Checkstyle and SpotBugs configured, and I changed the user registration flow. Verify build, static analysis, tests, and coverage; call out any failing gate and likely root cause.”

Include:

• build tool: Maven or Gradle
• changed area: feature, module, or package
• quality gates: coverage threshold, lint rules, security scan expectations
• constraints: CI time limits, unavailable services, skipped integrations

Files to read first

Start with SKILL.md in skills/springboot-verification. Then inspect the repository tree for README.md, AGENTS.md, metadata.json, and any rules/, resources/, references/, or scripts/ folders if they exist. In this repo, the skill body is the main source, so the fastest path is to read SKILL.md closely and mirror its phase order.

Practical workflow

Use the skill in this sequence:

1. Build first and stop on failure.
2. Run static analysis suited to the project’s toolchain.
3. Run tests and capture coverage.
4. Summarize totals, failing modules, and any quality gate miss.
5. If the change is risky, repeat on the affected subsystem before merging.

For better springboot-verification usage, specify whether you want a full-project pass or a scoped check on one service/module. That reduces noise and makes the result more actionable.

springboot-verification skill FAQ

Is springboot-verification only for Spring Boot?

Yes, this skill is specifically tuned for Spring Boot services and Java build pipelines. If your project is not using Maven or Gradle, or does not have Java-style quality gates, it is probably not the right fit.

Does it replace normal prompts?

No. A normal prompt can ask for testing, but springboot-verification adds a repeatable verification order and clearer output expectations. The value is less guesswork and more consistent release readiness.

Is it beginner-friendly?

Yes, if you can identify your build tool and know what changed. You do not need deep Spring Boot expertise to use the springboot-verification skill, but you do need to provide a real repo and a specific change scope.

When should I not use it?

Do not use it for brainstorming, architecture ideation, or very early prototype work. It is strongest when you already have code and want a disciplined verification pass before commit, PR, or deploy.

How to Improve springboot-verification skill

Give stronger inputs

The biggest improvement comes from naming the exact change and the gate you care about. Say what changed, what must not break, and what “good” looks like. For example: “Payment controller changed; keep coverage above 80%, verify no SpotBugs findings, and summarize any failing tests by class.”

Watch for common failure modes

The main failure mode is vague scope. If you do not say whether to run the whole repo or one module, the output may be too broad. Another failure mode is missing build-tool context, which can cause the skill to suggest the wrong commands for Maven vs. Gradle.

Iterate after the first pass

If the first verification finds failures, rerun springboot-verification with the failing module, error excerpt, and any recent diff context. Ask for a second pass that focuses on root cause, not just rerunning commands. That is the fastest way to turn the springboot-verification guide into a useful fix loop.

Use the results to tighten CI

After a successful run, capture the command set, coverage threshold, and analysis tools that mattered most. If the repo has inconsistent gates, add those to your prompt next time so springboot-verification for Skill Validation stays aligned with the actual pipeline.