Go CLI Distribution
Treat compilation as the start of release verification, not the finish. Declare
the matrix, record every build input, and execute the final artifacts.
Core Workflow
- Derive supported
GOOS/GOARCH targets from the pinned toolchain and dependencies.
- Verify platform files and modern
//go:build capability constraints.
- Pin toolchain, modules, tags, CGO mode, linker flags, and source revision.
- Build deterministic target-specific artifacts with deliberate version metadata.
- Execute each artifact and test help, version, commands, streams, status, and signals.
- Package immutable archives, then generate and verify integrity metadata.
- Verify container and versioned
go install paths when those are supported.
Read Next
| Task |
Load |
| Prepare a complete multi-platform release |
guidelines.md, workflows/prepare-cross-platform-release.md |
| Apply build, verification, container, and install rules |
references/distribution/rules.md |
| Implement constraints or build commands |
references/distribution/examples.md |
| Use cross-build, CGO, metadata, or container patterns |
references/distribution/patterns.md |
| Review release readiness |
references/distribution/checklist.md |
| Understand portability and artifact tradeoffs |
references/distribution/knowledge.md |
Guardrails
- Use
//go:build; do not introduce legacy-only // +build constraints.
- Do not assume
CGO_ENABLED=0 proves a self-contained artifact.
- Cross-compilation alone does not establish runtime support.
- Generate checksums only after final packaging and verify them after upload.
- Use platform config and cache directory APIs; do not assume Unix home layouts.
- Treat build tags as capability selection, never authentication or authorization.
- Define and snapshot-test the artifact contract before release. The protected
tagged release job builds final bytes once; downstream channels must not rebuild them.
- Recommend
go install module/cmd/tool@version, not go get, for executable installation.
Source Notes
Guidance is transformed and paraphrased from Ricardo Gerardi,
Powerful Command-Line Applications in Go (Pragmatic Bookshelf, 2021),
especially Chapter 11. Examples are original adaptations.
Book: https://pragprog.com/titles/rggo/powerful-command-line-applications-in-go/
The source's Go 1.15-era build and install details are historical. Verify
current behavior against https://go.dev/doc/go-get-install-deprecation and the
current Go build documentation.
Portable directory, profile-matrix, and artifact-handoff guidance also
incorporates transformed material from Marian Montagnino, Building Modern CLI
Applications in Go (Packt, 2023), especially Chapters 7 and 12-14.
Embedded-schema and SQL-driver packaging guidance also incorporates transformed
material from Inanc Gumus, Go by Example: Programmer's Guide to Idiomatic and
Testable Programs (Manning, 2025), Chapter 10.
1---2name: go-cli-distribution3description: Prepare reproducible Go CLI artifacts across operating systems and architectures with toolchain-derived target matrices, capability profiles, portable config and cache discovery, CGO decisions, version metadata, artifact handoff, smoke tests, archives, checksums, containers, and versioned source installation. Use when cross-compiling, packaging binaries, defining the distribution contract, or reviewing portability before release automation.4license: MIT5compatibility: Codex, Claude Code, and other Agent Skills-compatible clients.6metadata:7 version: "0.4.0"8 displayName: Go CLI Distribution9 category: Go10 tags: go,golang,cli,distribution,cross-compilation,release,cgo11---1213# Go CLI Distribution1415Treat compilation as the start of release verification, not the finish. Declare16the matrix, record every build input, and execute the final artifacts.1718## Core Workflow19201. Derive supported `GOOS/GOARCH` targets from the pinned toolchain and dependencies.212. Verify platform files and modern `//go:build` capability constraints.223. Pin toolchain, modules, tags, CGO mode, linker flags, and source revision.234. Build deterministic target-specific artifacts with deliberate version metadata.245. Execute each artifact and test help, version, commands, streams, status, and signals.256. Package immutable archives, then generate and verify integrity metadata.267. Verify container and versioned `go install` paths when those are supported.2728## Read Next2930| Task | Load |31|---|---|32| Prepare a complete multi-platform release | `guidelines.md`, `workflows/prepare-cross-platform-release.md` |33| Apply build, verification, container, and install rules | `references/distribution/rules.md` |34| Implement constraints or build commands | `references/distribution/examples.md` |35| Use cross-build, CGO, metadata, or container patterns | `references/distribution/patterns.md` |36| Review release readiness | `references/distribution/checklist.md` |37| Understand portability and artifact tradeoffs | `references/distribution/knowledge.md` |3839## Guardrails4041- Use `//go:build`; do not introduce legacy-only `// +build` constraints.42- Do not assume `CGO_ENABLED=0` proves a self-contained artifact.43- Cross-compilation alone does not establish runtime support.44- Generate checksums only after final packaging and verify them after upload.45- Use platform config and cache directory APIs; do not assume Unix home layouts.46- Treat build tags as capability selection, never authentication or authorization.47- Define and snapshot-test the artifact contract before release. The protected48 tagged release job builds final bytes once; downstream channels must not rebuild them.49- Recommend `go install module/cmd/tool@version`, not `go get`, for executable installation.5051## Source Notes5253Guidance is transformed and paraphrased from Ricardo Gerardi,54*Powerful Command-Line Applications in Go* (Pragmatic Bookshelf, 2021),55especially Chapter 11. Examples are original adaptations.5657Book: https://pragprog.com/titles/rggo/powerful-command-line-applications-in-go/5859The source's Go 1.15-era build and install details are historical. Verify60current behavior against https://go.dev/doc/go-get-install-deprecation and the61current Go build documentation.6263Portable directory, profile-matrix, and artifact-handoff guidance also64incorporates transformed material from Marian Montagnino, *Building Modern CLI65Applications in Go* (Packt, 2023), especially Chapters 7 and 12-14.6667Embedded-schema and SQL-driver packaging guidance also incorporates transformed68material from Inanc Gumus, *Go by Example: Programmer's Guide to Idiomatic and69Testable Programs* (Manning, 2025), Chapter 10.
LVTD-LLC