rtm-mcp

An open-source MCP (Model Context Protocol) server for the Requirements and Test Management for Jira REST API v2. Exposes Requirements, Test Cases, Test Plans, Test Executions, Test Case Executions, Defects, Tree Structure and Automation as MCP tools so any MCP-compatible client (Claude Desktop, IDE extensions, custom agents) can drive RTM directly.

Run it with NPX — no install, no clone:

npx rtm-mcp

Links

• 📦 npm package: https://www.npmjs.com/package/rtm-mcp

• 🐙 GitHub repo: https://github.com/ngocdd/rtm-mcp

• 🐛 Issue tracker: https://github.com/ngocdd/rtm-mcp/issues

• 📚 RTM API docs: https://deviniti.com/support/addon/cloud/requirements-test-management/latest/rest-api/

Features

• 32 MCP tools covering CRUD, link management, attachments, and CI result import for every RTM resource.

• Bearer-token auth via RTM_API_TOKEN. Generate a token in Jira: Apps → Requirements and Test Management → ⋯ → Rest API authentication → Generate Token.

• US + EU regions — switch via RTM_BASE_URL.

• Retries + timeouts + jitter baked into the HTTP client (handles 429/5xx/network).

• Typed errors mapped to friendly MCP error messages — never leaks stack traces.

• Attachment upload accepts base64 payloads (safe for sandboxed MCP clients).

• Stderr-only logging — stdout stays clean for JSON-RPC.

Related MCP server: Jira QMetry MCP Server

Quick start

1. Generate an RTM API token

1. Open Jira.

2. Go to Apps → Requirements and Test Management.

3. Click the three-dot menu (⋯) → Rest API authentication.

4. Click Generate Token, pick a user, add a label, click Generate.

5. Copy the token immediately — RTM never shows it again.

2. Run the server

RTM_API_TOKEN=your-token-here npx rtm-mcp

The server speaks MCP over stdio — point your MCP client at it.

Claude Desktop setup

Add to claude_desktop_config.json:

US / Global (default URL):

{
  "mcpServers": {
    "rtm": {
      "command": "npx",
      "args": ["-y", "rtm-mcp"],
      "env": {
        "RTM_API_TOKEN": "<your-token-here>",
        "RTM_BASE_URL": "https://rtm-us.deviniti.com/api"
      }
    }
  }
}

EU region:

{
  "mcpServers": {
    "rtm": {
      "command": "npx",
      "args": ["-y", "rtm-mcp"],
      "env": {
        "RTM_API_TOKEN": "<your-token-here>",
        "RTM_BASE_URL": "https://rtm-eu-api.hexygen.com/api"
      }
    }
  }
}

Claude Code CLI setup

Use the claude mcp add command to register the server with Claude Code.

User scope (recommended — available across all your projects)

claude mcp add --scope user --transport stdio rtm \
  -e RTM_API_TOKEN=<your-token-here> \
  -e RTM_BASE_URL=https://rtm-us.deviniti.com/api \
  -- npx -y rtm-mcp

EU region:

claude mcp add --scope user --transport stdio rtm \
  -e RTM_API_TOKEN=<your-token-here> \
  -e RTM_BASE_URL=https://rtm-eu-api.hexygen.com/api \
  -- npx -y rtm-mcp

--scope user writes the entry to ~/.claude.json so every Claude Code project on this machine can see the rtm server.

Project scope (only this project)

claude mcp add --scope project --transport stdio rtm \
  -e RTM_API_TOKEN=<your-token-here> \
  -e RTM_BASE_URL=https://rtm-us.deviniti.com/api \
  -- npx -y rtm-mcp

Writes to .mcp.json in the current directory (committed to git).

Verify the registration

claude mcp list           # see all configured servers
claude mcp get rtm        # inspect the rtm entry

Remove the server

claude mcp remove rtm

Configuration

A missing or empty RTM_API_TOKEN aborts startup with a friendly hint.

Available tools

All tools return MCP text content with pretty-printed JSON. 32 tools total, organised by RTM resource below. Use the MCP host's tool-list command to enumerate them at runtime.

Requirements (REQUIREMENTS)

• rtm_get_requirement — fetch by requirementKey

• rtm_create_requirement — create

• rtm_update_requirement — partial update

• rtm_delete_requirement — permanently delete

RTM has no list endpoint for requirements — use rtm_get_tree_structure to enumerate them per project.

Test Cases (TEST_CASES)

• rtm_get_test_case — fetch by testCaseKey

• rtm_create_test_case — create (pass stepGroups to define steps)

• rtm_update_test_case — partial update

• rtm_update_test_case_covered_requirements — manage covered-requirement links. Pass exactly one of set / add / remove. Wire call: PUT /api/v2/test-case/{key}/covered-requirements with body { coveredRequirements: { <op>: [...] } }.

rtm_delete_test_case is intentionally not exposed — perform deletes via the Jira UI. RTM has no list endpoint — use rtm_get_tree_structure.

Test Plans (TEST_PLANS)

Mirrors the 8 endpoints documented in the public RTM REST API:

• rtm_get_test_plan — GET /api/test-plan/{testKey}

• rtm_create_test_plan — POST /api/test-plan

• rtm_update_test_plan — PUT /api/test-plan/{testKey}

• rtm_delete_test_plan — DELETE /api/test-plan/{testKey}

• rtm_update_test_plan_tc_order — PUT /api/test-plan/{testKey}/tc-order with body { order: [...] }

• rtm_create_test_plan_folder — POST /api/test-plan/{testKey}/tree/folders

• rtm_add_test_case_to_test_plan — POST /api/test-plan/{testKey}/testcases with body { testKey: "..." }

• rtm_remove_test_case_from_test_plan — DELETE /api/test-plan/{testKey}/testcases/{tcKey}

RTM has no list endpoint — use rtm_get_tree_structure.

Test Executions (TEST_EXECUTIONS)

• rtm_get_test_execution — fetch by testExecutionKey

• rtm_create_test_execution — create by executing a Test Plan (pass testPlanTestKey)

• rtm_update_test_execution — partial update (accepts status, summary, description, priority, owner, customFields)

• rtm_delete_test_execution — permanently delete

RTM has no list endpoint — use rtm_get_tree_structure.

Test Case Executions (TCE)

TCE = one row in a Test Execution that records the result of running one Test Case.

• rtm_get_test_case_execution — fetch one TCE (result, executor, comment, defects, steps)

• rtm_update_test_case_execution — partial update. Pass result: "Fail" (or "Pass", "Blocked", …) to change pass/fail status. Wire call: PUT /api/v2/test-case-execution/{key} with body { result: { name: "Fail" } }.

• rtm_link_defect_to_test_case_execution — link a defect to the whole TCE

• rtm_link_defect_to_test_case_execution_step — link a defect to a specific step

• rtm_list_test_case_execution_attachments — list attachments on the TCE

• rtm_upload_test_case_execution_attachment (base64 input) — upload a file to the TCE

• rtm_get_test_case_execution_attachment — fetch one attachment's metadata (returns download URL)

• rtm_list_test_case_execution_step_attachments — list attachments on a single step

• rtm_upload_test_case_execution_step_attachment (base64 input) — upload a file to a specific step

DELETE endpoints on TCE (unlink defect, delete attachment) are intentionally not exposed — perform those via the Jira UI or call the underlying REST API directly. The endpoints exist; only the MCP one-shot wrappers were removed because destructive operations belong behind a confirmation flow.

Defects

• rtm_get_defect — fetch by defectKey

• rtm_create_defect — create (pass identifyingTestCases to link to test cases)

• rtm_update_defect — partial update

• rtm_delete_defect — permanently delete

RTM has no list endpoint — use rtm_get_tree_structure or jira_search via the Atlassian MCP.

Tree

• rtm_get_tree_structure — fetch the folder tree for a project. Requires numeric projectId (resolve from projectKey via the Jira REST API) and treeType ∈ REQUIREMENTS / TEST_CASES / TEST_PLANS / TEST_EXECUTIONS.

Automation

• rtm_import_test_results — upload a ZIP/TAR.GZ archive of JUnit / NUnit / Cucumber JSON reports; returns a taskId

• rtm_get_import_status — poll a previous taskId until status leaves IMPORTING

Conventions used across every resource

Examples

"Enumerate the requirements in project ACME."

> // No list endpoint — fetch the tree and walk it.
> rtm_get_tree_structure { projectId: 10000, treeType: "REQUIREMENTS" }

"Create a Test Case called 'Login with valid credentials' under folder /Smoke and link it to requirement ACME-42."

> rtm_create_test_case { projectKey: "ACME", summary: "Login with valid credentials", folder: "/Smoke", stepGroups: [...] }
> rtm_update_test_case_covered_requirements { testCaseKey: "<new>", set: ["ACME-42"] }

"Add 3 test cases to plan KAN-52 without replacing the existing set."

> rtm_update_test_plan_included_test_cases {
    testPlanKey: "KAN-52",
    add: ["KAN-30", "KAN-31", "KAN-32"]
  }

"Link defect KAN-100 to test-case execution KAN-53-KAN-46 at step 8517443."

> rtm_link_defect_to_test_case_execution_step {
    testCaseExecutionKey: "KAN-53-KAN-46",
    stepId: "8517443",
    defectTestKey: "KAN-100"
  }

"Mark TCE KAN-53-KAN-46 as Failed and add a comment."

> rtm_update_test_case_execution {
    testCaseExecutionKey: "KAN-53-KAN-46",
    result: "Fail",
    comment: "Login button did not respond after 3 retries"
  }

"Attach a screenshot to step 2 of TCE KAN-53-KAN-46."

> rtm_upload_test_case_execution_step_attachment {
    testCaseExecutionKey: "KAN-53-KAN-46",
    stepId: "8517444",
    filename: "evidence.png",
    contentBase64: "<base64 bytes>",
    mimeType: "image/png"
  }

"Import last night's JUnit XML."

> rtm_import_test_results {
    projectKey: "ACME",
    filename: "junit.zip",
    contentBase64: "<base64>",
    reportType: "JUNIT",
    jobUrl: "https://ci/job/123"
  }
> rtm_get_import_status { taskId: "<returned>" }

Troubleshooting

Development

git clone <repo>
cd rtm-mcp
npm install
npm run build         # compile to dist/
npm test              # unit tests
npm run dev           # run from src/ via tsx
npm run typecheck     # tsc --noEmit

Project layout

src/
├── index.ts                  # entry point (shebang)
├── server.ts                 # McpServer wiring
├── config/                   # env validation + constants
├── client/
│   ├── http.ts               # fetch wrapper w/ retry + timeout
│   ├── errors.ts             # RTMError hierarchy
│   └── rtm-client.ts         # facade composing all resources
├── resources/                # one file per RTM resource
├── tools/                    # MCP tool registrations
├── schemas/                  # zod input schemas per tool group
└── utils/                    # logger, MCP response helpers
tests/
├── unit/                     # mocked fetch tests
└── integration/              # opt-in live tests (gated by RTM_LIVE=1)

Live integration tests

RTM_API_TOKEN=xxx \
RTM_BASE_URL=https://rtm-us.deviniti.com/api \
RTM_LIVE=1 \
RTM_TEST_PROJECT=ACME \
npm run test:integration

Use a sandbox Jira project. The smoke test creates a Requirement, fetches it, lists nearby, and cleans up.

Publishing

npm login
npm version patch   # or minor / major
npm publish --access public

prepublishOnly runs typecheck, test, build automatically.

Contributing

This is an open-source project — issues and PRs are welcome!

1. Fork the repo: https://github.com/ngocdd/rtm-mcp

2. Create a feature branch: git checkout -b feat/my-tool

3. Install + run tests locally:

   npm install
   npm run typecheck
   npm test

4. Add tests for any new resource method or tool.

5. Open a Pull Request against main: https://github.com/ngocdd/rtm-mcp/compare

Adding a new RTM endpoint

1. Add a typed method to the matching src/resources/<resource>.ts module.

2. Add a zod input schema to src/schemas/<resource>.schema.ts.

3. Register an MCP tool in src/tools/<resource>.ts.

4. Add a unit test in tests/unit/.

5. Run npm run typecheck && npm test.

Reporting bugs

Use https://github.com/ngocdd/rtm-mcp/issues — include RTM resource type, endpoint path, expected vs actual response and (redacted) request body.

License

MIT — see LICENSE.

Copyright (c) 2026 rtm-mcp contributors. Released under the MIT License; you are free to use, modify and distribute this project in both open-source and proprietary software, provided the copyright notice is preserved.