MCP server for the GitHub CLI (gh). Read-only by default; single Go binary.
A single static Go binary that speaks the Model Context Protocol
and lets an agent run GitHub CLI commands: any gh <command> <subcommand>
invocation β repo, issue, pr, release, gist, workflow, run,
secret, variable, project, ruleset, codespace, extension, api,
and more β with a read-only-by-default safety gate on anything that
changes state on GitHub.
No Python, no uv, no runtime dependency to install β just a binary and
an .mcp.json. It shells out to the gh binary already installed and
authenticated on the host (gh auth login, stored in the OS keychain, or
GH_TOKEN/GITHUB_TOKEN) instead of reimplementing a GitHub API client,
so it gets the full breadth of the CLI for free rather than a hand-curated
subset of endpoints.
Note: this is a sibling of github-mcp-connector, not a replacement. That one talks to the GitHub REST API directly via
google/go-githubwith a curated set of 18 tools. This one shells out to theghCLI itself β same trade-off asaws-mcp-connectorvs. a hand-written AWS SDK client: broader coverage (gh extensions, gh's own filters/formatting, workflow/run/codespace/project/ruleset management) through a singleghcli_execescape hatch, instead of a curated surface.
An agent that only has a narrow, hand-picked set of GitHub tools hits a wall the moment you need something outside that set. This connector instead wraps the
ghCLI itself, so an agent can rungh pr list,gh issue create,gh workflow run,gh api repos/owner/repo/issuesβ anything the CLI can do β without waiting on a new tool to be written for it. State-changing commands are blocked by default and require both a server-level opt-in and a per-callconfirm=true, so exploring/ reading is safe out of the box.
| Tool | What it does | Write? |
|---|---|---|
ghcli_exec | Run any gh <command> <subcommand> ... command. Read-only by default β commands that change GitHub state need GHCLI_MCP_ALLOW_WRITE=true on the server and confirm=true on the call. | β (gated) |
ghcli_help | Show gh <command> [subcommand] --help text β always safe, use it to check exact syntax before calling ghcli_exec. | |
ghcli_whoami | Show the GitHub identity (login, name, profile URL) the configured auth resolves to. |
Every tool accepts an optional response_format: markdown (default,
readable for a chat UI) or json (for programmatic use).
This server has no working-directory git repo, so repo-scoped commands
need an explicit -R/--repo owner/repo rather than relying on gh's
cwd-based repo detection.
Fastest path: grab a prebuilt bundle from the latest release β
download ghcli-mcp-connector-plugin-<version>-<os>-<arch>.zip, unzip it,
and point Cowork/Claude at the plugin/ folder inside (see step 4 of
SETUP.md). No Go toolchain required.
From source:
# 1. Build
cd go-server
go mod tidy
go build -o ghcli-connector-server .
cp ghcli-connector-server ../plugin/servers/go/
# 2. Set up auth β needs the gh CLI itself installed and logged in
# (gh auth login) β see SETUP.md
gh auth status # should succeed before running the server
# 3. Run
./go-server/ghcli-connector-server # serves MCP over stdio
Or make build β see the Makefile for every shortcut
(test, vet, fmt, lint, tidy).
Full walkthrough β including wiring this up as a Claude/Cowork plugin β is in SETUP.md.
Everything is environment variables, passed through by the plugin's
.mcp.json:
| Variable | Purpose | Default |
|---|---|---|
GH_TOKEN / GITHUB_TOKEN | gh CLI's own token env vars. Leave unset to use whatever gh auth login already configured. | unset (keychain auth) |
GH_HOST | Target a GitHub Enterprise hostname instead of github.com. | unset (github.com) |
GHCLI_MCP_ALLOW_WRITE | "true" to permit state-changing commands at all (still needs confirm=true per call). | false (read-only) |
GHCLI_MCP_ALLOWED_REPOS | Comma-separated allowlist of owner/repo values, e.g. "me/proj,me/other". Only enforced when a call passes an explicit -R/--repo flag. | unset (unrestricted) |
GHCLI_MCP_CLI_PATH | Path to the gh binary. | gh resolved via PATH |
This isn't a toy script β it's got the same checks you'd expect from a production Go service:
go test ./...)go vet + gofmt cleanAll of it runs in CI on every push and PR.
Versions follow semver and are cut automatically by
release-please from
Conventional Commits on main:
fix: ... β patch (v0.1.0 β v0.1.1)feat: ... β minor (v0.1.1 β v0.2.0)feat!: ... / BREAKING CHANGE: footer β major (v0.2.0 β v1.0.0)Every merged PR updates a standing "chore(main): release vX.Y.Z" PR with an auto-generated CHANGELOG.md. Merging that PR:
server.json from those exact assets (fresh version +
SHA-256 hashes) and publishes it to the
official MCP Registry via
mcp-publisher, authenticated with GitHub OIDC β no stored secretsSee .github/workflows/release-please.yml
and .github/workflows/publish-mcp-registry.yml
(also runnable by hand for an existing tag via workflow_dispatch).
ghcli-mcp-connector/
βββ README.md β you are here
βββ SETUP.md β step-by-step setup guide
βββ CONTRIBUTING.md β how to contribute
βββ CODE_OF_CONDUCT.md
βββ SECURITY.md β vulnerability reporting
βββ CODEOWNERS
βββ LICENSE β MIT
βββ Makefile β build / test / lint shortcuts
βββ .golangci.yml β lint rules
βββ release-please-config.json β semver/changelog automation config
βββ .release-please-manifest.json
βββ server.json β MCP Registry manifest (regenerated fresh per release by CI)
βββ scripts/
β βββ render-server-json.sh β rebuilds server.json from a release's zip assets
βββ .github/
β βββ workflows/
β β βββ ci.yml β build, vet, test, lint, govulncheck
β β βββ codeql.yml β security scanning
β β βββ pr-title.yml β Conventional Commits PR title check
β β βββ release-please.yml β version PRs, tagging, GitHub releases
β β βββ publish-mcp-registry.yml β publishes server.json to the MCP Registry
β β βββ rebuild-release-assets.yml β manual re-attach fallback
β βββ ISSUE_TEMPLATE/
β βββ PULL_REQUEST_TEMPLATE.md
β βββ dependabot.yml
βββ go-server/ β the MCP server source
β βββ main.go
β βββ main_test.go
β βββ go.mod / go.sum
β βββ README.md
βββ plugin/ β installable Cowork/Claude plugin
βββ .claude-plugin/plugin.json
βββ .mcp.json β holds credentials locally β never commit real ones
βββ skills/ghcli-mcp/SKILL.md β teaches Claude when/how to use the tools
βββ servers/go/ β compiled binary goes here
PRs and issues are very welcome β see CONTRIBUTING.md for the full guide (setup, coding conventions, how to add a new tool) and the Code of Conduct.
main is protected: every change, including the maintainer's, lands via
pull request with CI green. PR titles must follow
Conventional Commits β that's what
drives the automatic versioning above.
Found a security issue? Please follow SECURITY.md instead of opening a public issue.
MIT Β© FerhatDundar
This listing does not have a supported local package template. Use the maintainerβs documentation for its hosted endpoint, authentication, and client-specific setup. No install command has been inferred.
https://github.com/FerhatDundar/ghcli-mcp-connector/releases/download/v0.1.1/ghcli-mcp-connector-plugin-v0.1.1-darwin-arm64.zipotherio.github.FerhatDundar/ghcli-mcp-connector works with any MCP-compatible client. Copy the config snippet from the Configuration section above and add it to the file shown for your client, then restart the application.
~/Library/Application Support/Claude/claude_desktop_config.jsonRestart Claude Desktop completely for changes to take effect.~/.cursor/mcp.jsonRestart Cursor for changes to take effect..vscode/mcp.jsonReload VS Code window for changes to take effect.~/.codeium/windsurf/mcp_config.jsonRestart Windsurf for changes to take effect..mcp.jsonSave at the project root, then start Claude Code in that project and review the MCP server approval prompt. Keep real credentials out of shared files.