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TaskFrame MCP Server

by DozZzeR

TaskFrame MCP Server

HTTP MCP server for TaskFrame — lets AI agents work with projects, tasks, comments and docs via the TaskFrame external API.

Each request is stateless. The Bearer token from the client is forwarded directly to TaskFrame — no credentials are stored on the server.


For humans

Requirements

  • Node.js 22+

  • TaskFrame API key (tf_live_...) — create one in TaskFrame → Settings → API Keys

  • TASKFRAME_BASE_URL — your TaskFrame instance URL

Run locally

cp .env.example .env
# edit .env: set TASKFRAME_BASE_URL
npm install
npm run dev

Run with Docker (HTTP only — for local testing)

docker build -t taskframe-mcp .
docker run -e TASKFRAME_BASE_URL=https://your-taskframe-domain.com -p 3000:3000 taskframe-mcp

This runs the MCP server behind Caddy, which obtains and auto-renews a free Let's Encrypt TLS certificate for you. The Node server is never exposed directly — only Caddy's 443 faces the internet.

  1. Point a hostname at your server's IP. Options:

    • a real domain: mcp.example.com → your IP via an A record

    • no domain? use a free sslip.io name that encodes your IP, e.g. IP 203.0.113.10203-0-113-10.sslip.io (resolves automatically)

  2. Open ports 80 and 443 to the internet (80 is needed for certificate issuance).

  3. Configure and launch:

cp .env.example .env
# edit .env: set TASKFRAME_BASE_URL and SITE_ADDRESS (your hostname)
docker compose up -d

Caddy fetches the certificate on the first request. Your endpoint is then https://<SITE_ADDRESS>/mcp — give that URL to clients.

Environment variables

Variable

Required

Description

TASKFRAME_BASE_URL

yes

Base URL of your TaskFrame instance

SITE_ADDRESS

compose

Public hostname Caddy serves HTTPS on (e.g. mcp.example.com)

PORT

no

Internal HTTP port, default 3000

ALLOWED_HOSTS

no

Comma-separated Host header allowlist; enables DNS-rebinding protection. In compose it is set to SITE_ADDRESS automatically.

Health check

curl http://localhost:3000/health
# → {"ok":true}

Related MCP server: plane-mcp-server

Security & deployment

IMPORTANT

Always deploy behind TLS. The API key is sent as a plaintext Authorization: Bearer header on every request. Terminate HTTPS at a reverse proxy (nginx, Caddy, Traefik, cloud LB) and point clients at the https:// URL. Never expose the raw http:// port to a network you don't fully control.

Built-in protections:

  • Stateless — no token, workspace id, or session is stored between requests. Each call is authenticated solely by its own Bearer header.

  • ID validation — all UUID/key arguments are schema-validated and URL-encoded, so a tool argument can never alter the upstream request path (no path traversal / SSRF into other TaskFrame endpoints).

  • Upstream timeout — requests to TaskFrame abort after 15s, returning 504 instead of hanging.

  • Body limit — JSON bodies over 1 MB are rejected with 413.

  • Scoped by the key — the server never grants more than the API key's own permissions; it cannot escalate access.

Recommended for production: run the reverse proxy with rate limiting, set ALLOWED_HOSTS to your public hostname, and keep the container non-root (the node base image already runs as a non-root node user when configured).


Connect to Claude Code

Add to your ~/.claude/settings.json (global) or .claude/settings.json (project):

{
  "mcpServers": {
    "taskframe": {
      "type": "http",
      "url": "https://mcp.example.com/mcp",
      "headers": {
        "Authorization": "Bearer tf_live_..."
      }
    }
  }
}

Each user sets their own API key in the Authorization header. The server is shared — the key is not.


For agents

The server exposes a resource taskframe://guide that Claude Code loads automatically into context. If your client does not load resources automatically, call get_guide first.

How auth works

Pass your TaskFrame API key as Authorization: Bearer <key> in the HTTP request to this MCP server. The server resolves your workspaceId automatically via /menever pass workspaceId as a tool argument.

list_projects
  → pick projectId

get_project_meta(projectId)
  → columns[].id  → use as statusId
  → sprints[].id  → use as sprintId
  → members[].id  → use as assigneeId

list_tasks(projectId)      — read existing tasks
create_task(projectId, …)  — create new task
update_task(taskId, …)     — update fields

Key shortcuts

  • Use get_task_by_key with keys like APP-43 when you have them — it's faster than get_task by UUID

  • description (tasks) and content (docs/comments) accept plain text — the server wraps it in TipTap JSON automatically

  • sprintId: omit → active sprint, null → backlog, UUID → specific sprint

Tools

Context

Tool

Description

get_guide

Get usage instructions (fallback if resource not loaded)

get_me

Get workspace id, user, and effective permissions

Projects

Tool

Arguments

Description

list_projects

status?, clientId?

List projects

get_project_meta

projectId

Columns, sprints, labels, members

Tasks

Tool

Arguments

Description

list_tasks

projectId

All tasks in a project

get_task

taskId

Get task by UUID

get_task_by_key

taskKey

Get task by key, e.g. APP-43

create_task

projectId, name, ...fields

Create task

update_task

taskId, ...fields

Update task (partial)

delete_task

taskId

Delete task permanently

create_task and update_task accept: description, type, priority, statusId, assigneeId, parentTaskId, estimateMinutes, storyPoints, dueDate, startDate, sprintId, labelIds.

Comments

Tool

Arguments

Description

list_comments

taskId

List comments on a task

create_comment

taskId, content, parentCommentId?

Add comment

update_comment

commentId, content

Edit own comment

delete_comment

commentId

Delete comment

Docs

Tool

Arguments

Description

list_docs

projectId

Flat list of pages; use parentPageId to build tree

get_doc

projectId, pageId

Get page with full content

create_doc

projectId, title, ...fields

Create page

update_doc

projectId, pageId, ...fields

Update page; use isArchived: true to archive

delete_doc

projectId, pageId

Delete page and all children permanently

Permissions

The server uses whatever permissions your API key has. If a tool returns a 403 error, the key needs the corresponding permission added in TaskFrame settings.

Operation

Required permission

Read projects

projects:read

Read tasks and comments

tasks:read

Create / update / delete tasks

tasks:create, tasks:update, tasks:delete

Create / edit / delete comments

comments:create, comments:update_own, comments:delete_own

Read docs

wiki:read

Create / update / delete docs

wiki:create, wiki:update, wiki:delete

Columns in project meta

board:read

Sprints in project meta

sprints:read

Labels in project meta

tags:read

Members in project meta

members:read

Error format

All tools return errors as text content with isError: true. The message includes the HTTP status and TaskFrame error description:

Error: 403: API key does not allow this operation
Error: 404: Task not found

Development

npm run dev    # watch mode with tsx
npm run build  # compile to dist/
npm start      # run compiled output
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