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Works with

Claude CodeClaude DesktopCursorVS CodeClineCodex CLIOpenClaw+ any MCP client

Install to Claude Code

This server doesn't publish a one-line install command. Follow the setup in the source repository.

Summary

Enables interaction with NIM Labs project tracking through a standardized MCP interface, supporting project management tasks like reading, verifying, migrating, and rolling up NIM projects alongside other trackers.

README.md

nim-mcp

A standardized MCP server for NIM Labs — the 5th tracker in the tracker-MCP family. It exposes NIM through the same normalized contract as shotgrid-mcp, ftrack-mcp, kitsu-mcp and ayon-mcp, so an agent (or the hub) can read, verify, migrate and roll up NIM projects alongside the other four.

No nim_core SDK dependency — it drives the NIM HTTP API (/nimAPI.php) directly over REST.

NIM data model

Job (the project)  ──►  Shows (~sequence/episode tier)  ──►  Shots  ──►  Tasks ──► Files/Versions · Elements · Renders · Review items
                   └─►  Assets                                        └─►  Tasks

NIM is the only tracker with a fixed three-level hierarchy (Job → Show → Shot); a Job is the project container, Assets hang off the Job. It's also the strongest reference for bidding / scheduling / timecards (the job lifecycle literally starts at BIDDING). See COMPARISON.md for the full 5-way mapping.

Install

pip install -r requirements.txt     # fastmcp + requests
cp .env.example .env                 # then fill in the values

Configure (.env)

NIM_URL=http://your-nim-host          # the NIM VM/app host; the API is <NIM_URL>/nimAPI.php
NIM_API_USER=yourbot                  # a NIM username (or numeric user id)
NIM_API_KEY=...                       # per-user key (Admin ▸ Security ▸ Options); may be blank if key-optional

Auth is sent as X-NIM-API-USER / X-NIM-API-KEY headers. NIM can run key-optional (the API is open) — in that case reads work with a blank key; enabling keys is recommended for anything networked.

Register with Claude Code

claude mcp add nim -- python3 /path/to/nim-mcp/server.py

Tools (25)

| Tool | NIM function(s) | |---|---| | whoami | testAPI + getUsers — version, key validity, resolved user | | list_jobs | findJobs (all) / getUserJobs (a user's assigned) | | get | get{Job,Show,Shot,Asset,Task}Info | | list_shows · list_shots · list_assets | getShows / getShots / getAssets (parent ID=) | | list_tasks | getTaskInfo&class=shot\|asset&itemID= | | list_task_types · list_statuses · list_users | getTaskTypes / get*Statuses / getUsers | | new_job · new_show · new_shot · new_asset · new_task | addJob / addShow / addShot / addAsset / addTask | | update_task · set_task_status | updateTask (taskStatusID, validated by name) | | add_render · add_element · add_file · list_versions | addRender / addElement / addFile / getVersions | | upload_review · log_time | uploadReviewItem / addTimecards | | nim_call | escape hatch — any q= function + params | | project_summary | the normalized cross-tracker snapshot (below) |

Every new_ / update_ / set_* tool takes dry_run: "plan" (echo the call, no server contact) or "preflight" (resolve parents + validate the status against the live list, write nothing).

⚠️ Not in NIM's API (UI-only — these tools can't exist)

NIM's production-business layer has no REST API — each function below returns Invalid query, so nim-mcp deliberately does not wrap them (verified live against NIM 7.2.9):

| Domain | Status | |---|---| | Bids (+ line items, templates) | ❌ UI-only — created in the Kendo bid builder | | Expenses · Actuals · Invoices | ❌ UI-only — inline-grid / derived in the UI | | Crew rates / Financials (Rate · P&W · OT · DT) | ❌ UI-only | | User creation (addUser) | ❌ admin-UI only (getUsers etc. are read-only) | | Custom-Key definitions | ⚠️ values via updateJob&customKeys= only persist for pre-defined keys |

The API does cover the creative pipeline (jobs/shows/shots/assets/tasks/versions/renders/elements) plus timecards · schedule · contacts · resources · exchange-rates. The financial loop that is NIM's signature feature is the one part you can't automate — the design lesson behind expanding our clone to expose all of it as first-class tools.

The cross-tracker contract — project_summary

Identical shape to the other four servers (this is what the hub consumes): ``jsonc { "tracker": "nim", "project": { "name": "NIGHTJAR", "id": 1, "code": "26000" }, "counts": { "sequences": 1, "assets": 1, "shots": 1, "tasks": 1 }, "sequences": ["SEQ010"], "shots": { "SH010": { "sequence": "SEQ010", "tasks": { "ANIM": "review" } } }, "assets": { "HERO_CHAR": { "tasks": {} } } } ` NIM's per-entity statuses map to the canonical todo / wip / done / review / approved`.

NIM quirks this server normalizes

  • Inconsistent envelopes — bare array · {success,error,data} · {ID,success} (writes) · [{success:false,error}].
  • Generic list paramsgetShots&ID=<showID>, getShows&ID=<jobID>, getAssets&ID=<jobID>; there is no

getTasks (a parent's tasks come from getTaskInfo&class=…&itemID=…).

  • Field-name gotchas — Shows carry showname; task-status writes use taskStatusID (camelCase).
  • *getUserJobs lists only assigned jobs* — list_jobs uses findJobs for the full list.

All verified live against NIM 7.2.9.

--- Part of the tracker-MCP quintet — hub · shotgrid · ftrack · kitsu · ayon. MIT · John Huikku.

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