Rebar MCP Server

What the code does

We read the source, 2 d ago · rules 995398eba69f

What this server is able to do. For an MCP server this is often the job itself — a terminal server runs commands because that is what it is for. Listed so you know what you are plugging in, not as an accusation.

этот файл ставится пользователю, но в репозитории его нет

        out = subprocess.run(

        ticket_dir = os.path.join(tracker_dir, current)

        doc = yaml.load(text, Loader=_loader_cls())

Found in continuous integration, deployment or infrastructure files, or in a neighbouring package of the same monorepo. None of this is installed when you add the server: it describes how the project is built and released. We list it because a leaked key in a build pipeline is still a real problem, but it is not something this server does on your machine.

KEY_FILE="${DOTSSH}/id_ed25519"

USER root

# AlmaLinux defaults to Python 3.9. Install 3.11 for g2p and assert
# the minimum at build time.

Is this your server and something here is wrong? Tell us — corrections are free and do not require a plan.

Connect this server

This server runs on your own machine — install it with the package manager and the client starts it for you. Package name taken from the official registry entry.

claude mcp add rebar -- uvx nava-rebar

{
  "mcpServers": {
    "rebar": {
      "command": "uvx",
      "args": [
        "nava-rebar"
      ]
    }
  }
}

[mcp_servers.rebar]
command = "uvx"
args = ["nava-rebar"]

{
  "mcpServers": {
    "rebar": {
      "command": "uvx",
      "args": [
        "nava-rebar"
      ]
    }
  }
}

{
  "servers": {
    "rebar": {
      "type": "stdio",
      "command": "uvx",
      "args": [
        "nava-rebar"
      ]
    }
  }
}

Optional settings from the registry entry, left out of the block above: REBAR_ROOT (Path to the repo root that holds the .tickets-tracker store (defaults to the git toplevel of the working dir)), REBAR_MCP_READONLY (Set to 1 to expose only the read tools (no write/mutation tools)), REBAR_MCP_ALLOW_LLM (Set to 1 to enable the billable LLM tools (review_code / scan_spec / verify_completion / review_plan); off by default), REBAR_MCP_DEDUP (In-flight de-duplication of the long-running gate tools (review_plan / verify_completion): a concurrent duplicate call for the same ticket+basis attaches to the running gate instead of launching a second billable LLM pass. On by default; set to 0 to disable (kill-switch)), REBAR_MCP_ALLOW_JIRA_SYNC (Set to 1 to allow bridge_sync to perform live (mutating) Jira sync; otherwise bridge_sync uses dry-run behavior), REBAR_MCP_TRANSPORT (Transport for the MCP server: 'stdio' (default) or 'http' (the optional Streamable-HTTP transport)), REBAR_MCP_HTTP_HOST (Bind host for the Streamable-HTTP transport (default 127.0.0.1)), REBAR_MCP_HTTP_PORT (Bind port for the Streamable-HTTP transport (1-65535; default 8000)), REBAR_MCP_HTTP_PATH (URL path the Streamable-HTTP transport serves on (default /mcp)), REBAR_MCP_HTTP_ALLOWED_HOSTS (Comma-separated allowlist of exact host:port values accepted by the Streamable-HTTP DNS-rebinding protection; empty defaults to loopback), REBAR_MCP_HTTP_ALLOWED_ORIGINS (Comma-separated allowlist of exact Origin values accepted by the Streamable-HTTP DNS-rebinding protection; empty defaults to loopback), REBAR_MCP_HTTP_TLS_AT_EDGE (Set to 1 to acknowledge TLS is terminated at the edge; required to bind the Streamable-HTTP transport to a non-loopback host), REBAR_MCP_ALLOW_UNAUTHENTICATED_HTTP (Set to 1 to acknowledge running the Streamable-HTTP transport without a token verifier; required to boot the HTTP transport while auth is off), REBAR_MCP_AUTH_ENABLED (Set to 1 to enable MCP authentication (the composite token verifier + Resource-Server wiring); off by default), REBAR_MCP_AUTH_STRATEGIES (Comma-separated, ordered list of token-verifier strategies to compose (closed set: static, jwt, introspection, proxy, custom)), REBAR_MCP_AUTH_ISSUER_URL (OAuth authorization-server issuer URL advertised in the Protected-Resource Metadata (RFC 9728) when auth is enabled), REBAR_MCP_AUTH_RESOURCE_SERVER_URL (The single resource identifier (RFC 8707 audience) for this server; the composite verifier re-checks every accepted token against it), REBAR_MCP_AUTH_REQUIRED_SCOPES (Comma-separated scopes a caller must hold; the SDK returns 403 insufficient_scope when a principal lacks one), REBAR_MCP_AUTH_STATIC_TOKENS_FILE (Path to the JSON secrets file for the static-bearer verifier (stores only SHA-256 digests of the accepted tokens)), REBAR_MCP_AUTH_JWT_JWKS_URI (HTTPS JWKS endpoint the `jwt` verifier fetches signing keys from (an OIDC provider's .well-known/jwks.json)), REBAR_MCP_AUTH_JWT_ISSUER (Expected `iss` claim for the `jwt` verifier; falls back to REBAR_MCP_AUTH_ISSUER_URL when unset), REBAR_MCP_AUTH_JWT_ALGORITHMS (Comma-separated PINNED, asymmetric-only JWS algorithms for the `jwt` verifier (default RS256,ES256); a symmetric algorithm on a JWKS source is refused), REBAR_MCP_AUTH_JWT_LEEWAY (Clock-skew leeway in seconds applied to exp/nbf validation by the `jwt` verifier (default 60)), REBAR_MCP_AUTH_JWT_JWKS_REFETCH_COOLDOWN (Minimum seconds between JWKS refetches triggered by an unknown key id (the concurrency-safe flood guard; default 30)), REBAR_MCP_AUTH_JWT_JWKS_TIMEOUT (HTTP timeout in seconds for the `jwt` verifier's JWKS fetch (default 10)), REBAR_MCP_AUTH_JWT_EXPECTED_TYP (When set, the `jwt` verifier requires the JWT header `typ` to equal this (e.g. at+JWT per RFC 9068); unset skips the check), REBAR_MCP_AUTH_JWT_ALLOW_PRIVATE_JWKS_HOST (Set to 1 to permit a private/link-local/loopback JWKS host (SSRF guard is on by default); off by default), REBAR_MCP_AUTH_INTROSPECTION_ENDPOINT (The `introspection` verifier's RFC 7662 endpoint URL (must be https://); the opaque token is POSTed here on every request (no caching)), REBAR_MCP_AUTH_INTROSPECTION_CLIENT_ID (The client id the `introspection` verifier presents to the Authorization Server via HTTP Basic (client_secret_basic)), REBAR_MCP_AUTH_INTROSPECTION_CLIENT_SECRET_ENV (The NAME of the env var holding the introspection client secret (never the secret itself); must be present + non-empty at startup or the server refuses to start (fail-closed)), REBAR_MCP_AUTH_INTROSPECTION_ALLOW_PRIVATE_HOST (Set to 1 to permit a private/link-local/loopback introspection endpoint host (SSRF guard is on by default); off by default), REBAR_MCP_AUTH_INTROSPECTION_ALLOW_MISSING_AUD (Set to 1 to accept an active introspection response that OMITS `aud` (many AS do); off by default (fail-closed reject)), REBAR_MCP_AUTH_PROXY_SECRET_ENV (The NAME of the env var holding the trusted-proxy shared secret (never the secret itself); must be present + non-empty at startup or the `proxy` verifier refuses to start (fail-closed)), REBAR_MCP_AUTH_PROXY_SECRET_HEADER (The header the fronting proxy sends its shared secret on; the identity is trusted only when this matches (constant-time; default x-proxy-auth)), REBAR_MCP_AUTH_PROXY_IDENTITY_HEADER (The header carrying the proxy-authenticated principal identity, trusted only when the secret header validates (default x-forwarded-user)), REBAR_MCP_AUTH_PROXY_SCOPES (Comma-separated fixed scope set granted to proxy-authenticated principals; empty by default (the principal holds no scopes)), REBAR_MCP_AUTH_CUSTOM_IMPORT (The `custom` strategy's `module:factory` import string, resolving to a factory that returns a TokenVerifier; a TRUSTED operator config value that loads and executes the operator-configured code at startup (fail-closed on any load error)).