Power your agent
Yayıncıdan kurulum. PlugMCP uç noktası değildir.
Host a copy with our keys and logs.
Registry'de henüz paketlenmiş bir sürüm yok. Deponun README dosyasını izleyin.
Uzak URL mi, yoksa makinenizde bir komut mu? İki kurulum arasındaki fark
PlugMCP’de çalıştır
A new server you create. It is not this listing's official endpoint. Use the publisher install when you want their URL and their credentials.
BaşlatYayıncıdan
An HTTP MCP server that exposes a GitLab instance to Claude Code: read code, CI pipelines/jobs/logs, artifacts, and merge requests; perform guarded write operations.
Install the latest release with Go:
go install github.com/imunhatep/gitlab-mcp-go/cmd/gitlab-mcp@latest
MCP server for private gitlab
Or download a prebuilt binary from the Releases
page — archives are published for darwin and linux on amd64 and arm64.
Each release also ships a checksums.txt for verification.
Every release publishes a multi-arch (linux/amd64, linux/arm64) image built
from the repo's Containerfile to GitHub Container Registry, tagged with the
release version (plus latest for non-prerelease tags):
export GITLAB_URL=https://gitlab.example.com
export GITLAB_TOKEN=glpat-xxxxxxxx
podman run --rm -d \
--name gitlab-mcp \
-e GITLAB_URL \
-e GITLAB_TOKEN \
-p 127.0.0.1:3030:3030 \
ghcr.io/imunhatep/gitlab-mcp-go:latest
-e GITLAB_URL / -e GITLAB_TOKEN pass the values through from the host
environment, so the token never appears in the command line or shell history.
The image listens on 0.0.0.0:3030 inside the container; publishing it as
127.0.0.1:3030 keeps it reachable from the host (and from Claude Code) while
staying off any external interface. Add -e GITLAB_MCP_READ_ONLY=true to drop
the write tools.
Set GITLAB_URL and GITLAB_TOKEN in the environment, then run the server:
export GITLAB_URL=https://gitlab.example.com
export GITLAB_TOKEN=glpat-xxxxxxxx
make run # listens on 127.0.0.1:3030, MCP at /mcp
See gitlab-mcp serve --help for all flags.
The server speaks MCP over two transports on the same port:
Both share the same tool registry, so read-only gating and tool behavior are
identical regardless of which transport a client connects with. A /healthz
endpoint returns 200 ok for liveness checks.
Run the server, then add it as an MCP server. Streamable HTTP (recommended):
claude mcp add --transport http gitlab http://127.0.0.1:3030/mcp
Or, for a client using the legacy SSE transport:
claude mcp add --transport sse gitlab http://127.0.0.1:3030/sse
Project-scoped tools take a project argument — pass the repo's git remote
(git remote get-url origin) or a group/repo path. The server rejects any
project whose host differs from GITLAB_URL.
Every HTTP call, MCP request/response and GitLab API call is logged to stderr,
split by verbosity (--verbose/-v) so you can dial in only what you need.
Logging spans three layers:
[mcp] http …) — the incoming client connection, tagged
with the transport that served it (streamable-http or sse): client IP
(honouring X-Forwarded-For/X-Real-IP), method, path, status, size, latency.[mcp] request/[mcp] response) — the decoded call, with
the tool name and resp_bytes the model receives.[gitlab] …) — each upstream call with status, size, latency.Credentials (Authorization, Private-Token, Cookie, …) are redacted in
header logs, and GitLab/response sizes are measured as the body is streamed, so
large job traces and artifacts are counted without being buffered in memory.
Every line is tagged with a service field (--log-name, default
gitlab-mcp). When several MCP servers share a pod and their stderr is merged,
give each a distinct --log-name (or GITLAB_MCP_LOG_NAME) and filter by
service=… to isolate one server's logs. The [mcp]/[gitlab] message
prefixes identify the subsystem within a server; service identifies which
server.
Discovery: list_groups, list_projects, list_group_projects, search.
Users: list_users, get_current_user, get_user, get_user_activity
(contribution events by user id or username).
Code: get_file_contents, list_repository_tree.
Pipelines/Jobs: list_pipelines, get_pipeline, list_pipeline_jobs,
list_pipeline_bridges (trigger jobs → downstream/child pipelines), get_job,
get_job_log, get_job_log_compacted, retry_pipeline, retry_job,
cancel_pipeline.
Artifacts: list_job_artifacts, get_artifact_file.
Merge requests: list_merge_requests, get_merge_request,
get_merge_request_changes, get_merge_request_discussions,
get_merge_request_approvals, create_merge_request_note,
approve_merge_request, unapprove_merge_request, create_merge_request,
update_merge_request.
Settings: get_project_settings, get_repository_settings,
get_merge_request_settings, list_project_runners, get_runner_details.
* write tool — omitted when --read-only is set.
searchRuns a query against the GitLab Search API.
With neither group nor project set, the search runs globally across the
whole instance; with group set it is scoped to that group (and its
subgroups); with project set it is scoped to that project. Not every scope
supports every level: projects supports global/group only, snippet_titles
supports global only, and notes supports project only.
Examples:
search(scope="blobs", query="TODO", group="my-group/my-subgroup")
search(scope="merge_requests", query="fix login", project="my-group/my-subgroup/api")
list_group_projectsEnumerates a group's projects via GET /groups/:id/projects — use this to
list everything in a group rather than filtering by a search term.
get_job_log_compactedCompacts a job's trace into frequency-ranked log-line templates using
drain3 template mining — a much smaller,
more legible alternative to get_job_log for large logs (thousands of
near-identical dependency/test/progress lines). Each cluster is a template with
<*> wildcards where tokens varied, a count of matching lines, and a concrete
sample line. ANSI colour codes, \r progress redraws, and GitLab
section_start/section_end markers are stripped before mining.
The trace is mined up to --max-log-scan-bytes (tail kept when larger);
total_lines, bytes, and a truncated flag accompany the clusters.
File, job-log, and artifact reads are bounded on output by
--max-artifact-file-size, but the underlying GitLab SDK buffers the full
HTTP response in memory before that truncation is applied. Fetching a very
large file, job log, or artifact can therefore spike server memory even
though the returned content is capped — set a sensible limit and avoid
requesting enormous artifacts.
MCP server for private gitlab
Araçlar
Henüz araç listesi yok. Uzak sunucular ilk sağlık kontrolünden sonra bir liste alır.
SSS
Bu sayfadan Cursor, Claude Desktop, Claude Code veya VS Code için stdio yapılandırmasını kopyalayın. PlugMCP proxy'sini değil, yayıncının kurulumunu kullanır.
Bu kayıtta gerekli bir ortam değişkeni listelenmiyor.
Gitlab MCP Go yerel olarak stdio üzerinden çalışır.
Son kontrol: 2026-10-28. MCP server for private gitlab
