
Go Continuous Integration
FreeEfficient CI/CD setup for Golang projects using GitHub Actions.
Free · Opens the source repo
What Go Continuous Integration does
The Go Continuous Integration skill provides a comprehensive framework for setting up CI/CD pipelines specifically designed for Golang projects using GitHub Actions. This skill is ideal for developers and DevOps engineers looking to implement or enhance their CI processes, ensuring that their Go applications are tested, linted, and secured before deployment. By following the structured approach outlined in the skill, users can efficiently configure workflows that encompass testing, security scanning, and automated dependency management.
The skill is divided into two primary modes: Setup and Improve. In the Setup mode, users can initiate CI for a project from scratch, leveraging a Quick Reference table to generate workflows in a systematic manner. This includes stages for testing, linting, security analysis, and release management. For those with existing CI pipelines, the Improve mode offers a methodical approach to audit and extend current workflows, allowing developers to identify gaps and enhance their CI processes without duplicating existing steps.
Key components of the CI/CD pipeline include automated testing with race detection, comprehensive linting via golangci-lint, and security analysis using tools like govulncheck and CodeQL. Additionally, the skill facilitates dependency management through Dependabot and Renovate, ensuring that projects remain up-to-date with minimal manual intervention. The integration of GoReleaser streamlines the release process, automating binary creation and distribution. This skill is a valuable asset for any team looking to maintain high-quality standards in their Go projects while optimizing their development workflow.
When to use it
Use this skill when starting a new Go project or when seeking to enhance an existing CI/CD pipeline with best practices.
When not to use it
This skill may not be suitable for projects that do not utilize GitHub Actions or for teams that prefer a different CI/CD toolchain.
What you can build with it
Setting Up CI for a New Go Project
Use this skill to establish a robust CI/CD pipeline from the ground up, ensuring all necessary testing and security measures are in place.
Auditing an Existing CI Pipeline
Leverage the Improve mode to review and enhance your current CI processes, identifying gaps and optimizing workflows.
Automating Dependency Management
Implement Dependabot or Renovate to automate the process of keeping your project dependencies up to date with minimal manual effort.
How to install Go Continuous Integration
View source1. Install with the skills CLI
npx skills add samber/cc-skills-golang/golang-continuous-integration --agent claude-code2. Or install it manually
Download the skill folder and drop it into ~/.claude/skills/ for all projects, or .claude/skills/ to scope it to one repo. Restart Claude Code so it picks up the new skill.
Anthropic's agentic coding CLI, and the reference implementation of Agent Skills. Drop a skill folder into ~/.claude/skills and Claude Code loads it automatically whenever a task matches the skill's description. Claude Code docs
Inside SKILL.md
Written by samberPersona: You are a Go DevOps engineer. You treat CI as a quality gate — every pipeline decision is weighed against build speed, signal reliability, and security posture.
Modes:
- Setup — adding CI to a project for the first time: start with the Quick Reference table, then generate workflows in this order: test → lint → security → release. Prefer the latest stable major version for each GitHub Action.
- Improve — auditing or extending an existing pipeline: read current workflow files first, identify gaps against the Quick Reference table, then propose targeted additions without duplicating existing steps.
Dependencies:
- goreleaser:
go install github.com/goreleaser/goreleaser/v2@latest - gh:
brew install gh
Go Continuous Integration
Set up production-grade CI/CD pipelines for Go projects using GitHub Actions.
Action Versions
The versions in the examples below are reference versions that may be outdated. GitHub Actions release frequently — the current major version for each action (actions/checkout, actions/setup-go, golangci/golangci-lint-action, codecov/codecov-action, goreleaser/goreleaser-action, etc.) may differ from what is shown here.
Quick Reference
| Stage | Tool | Purpose |
|---|---|---|
| Test | go test -race | Unit + race detection |
| Coverage | codecov/codecov-action | Coverage reporting |
| Lint | golangci-lint | Comprehensive linting |
| Vet | go vet | Built-in static analysis |
| SAST | gosec, CodeQL, Bearer | Security static analysis |
| Vuln scan | govulncheck | Known vulnerability detection |
| Docker | docker/build-push-action | Multi-platform image builds |
| Deps | Dependabot / Renovate | Automated dependency updates |
| Release | GoReleaser | Automated binary releases |
| AI Review | Claude Code / Copilot | AI-powered PR review |
Testing
.github/workflows/test.yml — see test.yml
Adapt the Go version matrix to match go.mod:
go 1.23 → matrix: ["1.23", "1.24", "1.25", "1.26", "stable"]
go 1.24 → matrix: ["1.24", "1.25", "1.26", "stable"]
go 1.25 → matrix: ["1.25", "1.26", "stable"]
go 1.26 → matrix: ["1.26", "stable"]
Use fail-fast: false so a failure on one Go version doesn't cancel the others.
Test flags:
-race: CI MUST run tests with the-raceflag (catches data races — undefined behavior in Go)-shuffle=on: Randomize test order to catch inter-test dependencies-coverprofile: Generate coverage datagit diff --exit-code: Fails ifgo mod tidychanges anything
Coverage Configuration
CI SHOULD enforce code coverage thresholds. Configure thresholds in codecov.yml at the repo root — see codecov.yml
Integration Tests
.github/workflows/integration.yml — see integration.yml
Use -count=1 to disable test caching — cached results can hide flaky service interactions.
Linting
golangci-lint MUST be run in CI on every PR. .github/workflows/lint.yml — see lint.yml
golangci-lint Configuration
Create .golangci.yml at the root of the project. See the samber/cc-skills-golang@golang-lint skill for the recommended configuration.
Security & SAST
.github/workflows/security.yml — see security.yml
CI MUST run govulncheck. It only reports vulnerabilities in code paths your project actually calls — unlike generic CVE scanners. CodeQL results appear in the repository's Security tab. Bearer is good at detecting sensitive data flow issues.
CodeQL Configuration
Create .github/codeql/codeql-config.yml to use the extended security query suite — see codeql-config.yml
Available query suites:
- default: Standard security queries
- security-extended: Extra security queries with slightly lower precision
- security-and-quality: Security queries plus maintainability and reliability checks
Container Image Scanning
If the project produces Docker images, Trivy container scanning is included in the Docker workflow — see docker.yml
Dependency Management
Dependabot
.github/dependabot.yml — see dependabot.yml
Minor/patch updates are grouped into a single PR. Major updates get individual PRs since they may have breaking changes.
Auto-Merge for Dependabot
.github/workflows/dependabot-auto-merge.yml — see dependabot-auto-merge.yml
Security warning: This workflow requires
contents: writeandpull-requests: write— these are elevated permissions that allow merging PRs and modifying repository content. Theif: github.actor == 'dependabot[bot]'guard restricts execution to Dependabot only. Do not remove this guard. Note thatgithub.actorchecks are not fully spoof-proof — branch protection rules are the real safety net. Ensure branch protection is configured (see Repository Security Settings) with required status checks and required approvals so that auto-merge only succeeds after all checks pass, regardless of who triggered the workflow.
Renovate (alternative)
Renovate is a more mature and configurable alternative to Dependabot. It supports automerge natively, grouping, scheduling, regex managers, and monorepo-aware updates. If Dependabot feels too limited, Renovate is the go-to choice.
Install the Renovate GitHub App, then create renovate.json at the repo root — see renovate.json
Key advantages over Dependabot:
gomodTidy: Automatically runsgo mod tidyafter updates- Native automerge: No separate workflow needed
- Better grouping: More flexible rules for grouping PRs
- Regex managers: Can update versions in Dockerfiles, Makefiles, etc.
- Monorepo support: Handles Go workspaces and multi-module repos
Release Automation
GoReleaser automates binary builds, checksums, and GitHub Releases. The configuration varies significantly depending on the project type.
Release Workflow
.github/workflows/release.yml — see release.yml
Security warning: This workflow requires
contents: writeto create GitHub Releases. It is restricted to tag pushes (tags: ["v*"]) so it cannot be triggered by pull requests or branch pushes. Only users with push access to the repository can create tags.
GoReleaser for CLI/Programs
Programs need cross-compiled binaries, archives, and optionally Docker images.
.goreleaser.yml — see goreleaser-cli.yml
GoReleaser for Libraries
Libraries don't produce binaries — they only need a GitHub Release with a changelog. Use a minimal config that skips the build.
.goreleaser.yml — see goreleaser-lib.yml
For libraries, you may not even need GoReleaser — a simple GitHub Release created via the UI or gh release create is often sufficient.
GoReleaser for Monorepos / Multi-Binary
When a repository contains multiple commands (e.g., cmd/api/, cmd/worker/).
.goreleaser.yml — see goreleaser-monorepo.yml
Docker Build & Push
For projects that produce Docker images. This workflow builds multi-platform images, generates SBOM and provenance attestations, pushes to both GitHub Container Registry (GHCR) and Docker Hub, and includes Trivy container scanning.
.github/workflows/docker.yml — see docker.yml
Security warning: Permissions are scoped per job: the
container-scanjob only getscontents: read+security-events: write, while thedockerjob getspackages: write(to push to GHCR) andattestations: write+id-token: write(for provenance/SBOM signing). This ensures the scan job cannot push images even if compromised. Thepushflag is set tofalseon pull requests so untrusted code cannot publish images. TheDOCKERHUB_USERNAMEandDOCKERHUB_TOKENsecrets must be configured in the repository secrets settings — never hardcode credentials.
Key details:
- QEMU + Buildx: Required for multi-platform builds (
linux/amd64,linux/arm64). Remove platforms you don't need. push: falseon PRs: Images are built but never pushed on pull requests — this validates the Dockerfile without publishing untrusted code.- Metadata action: Automatically generates semver tags (
v1.2.3→1.2.3,1.2,1), branch tags (main), and SHA tags. - Provenance + SBOM:
provenance: mode=maxandsbom: truegenerate supply chain attestations. These requireattestations: writeandid-token: writepermissions. - Dual registry: Pushes to both GHCR (using
GITHUB_TOKEN, no extra secret needed) and Docker Hub (requiresDOCKERHUB_USERNAME+DOCKERHUB_TOKENsecrets). Remove the Docker Hub login and image line if not needed. - Trivy: Scans the built image for CRITICAL and HIGH vulnerabilities and uploads results to the Security tab.
- Adapt the image names and registries to your project. For GHCR-only, remove the Docker Hub login step and the
docker.io/line fromimages:.
Repository Security Settings
Repository security settings (branch protection, workflow permissions, secrets, environments) form the security foundation for the CI pipeline — these are documented in repo-security.md.
AI-Driven Code Review
Add AI agents as PR reviewers alongside traditional static analysis. When loaded with this skill plugin, the agent applies the relevant Go skills per review area — catching architectural drift, logic bugs, missing error context, and concurrency hazards that linters cannot detect.
Cost note: AI review agents run concurrently per PR. For cost control, remove jobs you don't need or raise the PR trigger filter to specific branches only.
Claude Code
.github/workflows/ai-review.yml — see claude-code-review.yml
The workflow runs parallel jobs, each scoped to a set of review areas and priority level:
| Job | Areas | Priority |
|---|---|---|
quality | Code style, Naming, Documentation, Design patterns | Suggestion-first |
correctness | Error handling, Code safety, Concurrency | Blocking-first |
security | Security, Dependencies | Blocking-first |
quality-depth | Tests, Performance, Observability, Modernize | Mixed |
Additional skills that may be relevant depending on the project: golang-cli, golang-context, golang-data-structures, golang-database, golang-dependency-injection, or any library-specific skill.
The Claude Code GitHub App integration is configured via the /install-github-app command, which sets up the required API secrets.
GitHub Copilot
Copy skills into your repo, then append copilot-review-instructions.md to .github/copilot-instructions.md:
npx skills add https://github.com/samber/cc-skills-golang --agent github-copilot --skill '*' -y --copy
ln -s .agents .copilot
Common Mistakes
| Mistake | Fix |
|---|---|
Missing -race in CI tests | Always use go test -race |
No -shuffle=on | Randomize test order to catch inter-test dependencies |
| Caching integration test results | Use -count=1 to disable caching |
go mod tidy not checked | Add go mod tidy && git diff --exit-code step |
Missing fail-fast: false | One Go version failing shouldn't cancel other jobs |
| Not pinning action versions | GitHub Actions MUST use pinned major versions (e.g. @vN, not @master) |
No permissions block | Follow least-privilege per job |
| Ignoring govulncheck findings | Fix or suppress with justification |
| No AI review in CI | Add Claude Code or Copilot review — catches logic, security, and architectural issues that static analysis misses |
Related Skills
See samber/cc-skills-golang@golang-lint, samber/cc-skills-golang@golang-security, samber/cc-skills-golang@golang-testing, samber/cc-skills-golang@golang-dependency-management, samber/cc-skills-golang@golang-modernize skills.
Frequently asked questions about Go Continuous Integration
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