DME MCP Server
Exposes DME storage O&M actions as MCP V1 tools, enabling management of storage modules such as SAN, NAS, and storage via natural language. It provides per-module MCP endpoints and a root server to enumerate available tools.
README
DME MCP Server
MCP Server for DME storage O&M
Exposes 16 action modules (427 actions) from dme-python-sdk as MCP V1 tools
- MCP V1 (
mcp>=1.28,<2, FastMCP) - Endpoints: one shared endpoint, one path per module, format
<endpoint>/mcp/v1/<module>(e.g.http://127.0.0.1:8000/mcp/v1/san) - Root MCP Server:
/mcp/v1exposes alist_toolstool that enumerates every module endpoint and its tools (see Root MCP Server) - Tool naming: dot-separated
<topic>.<action_key>(e.g.san.lun.list) - Annotation: every tool carries
meta = {"topic", "subtopic", "action"} - Docstring parsing: action function docstrings are parsed into the tool's
description/inputSchema(parameter descriptions) /outputSchema(Returns fields); supports both the Chinese (default branch) and English (main-enbranch) docstrings ofdme-python-sdk - Blacklist: modeled after
cli.py;~/.config/pydme/blacklist.jsontakes precedence. Every blacklisted tool gets an extra optionalaccept_riskparameter (default from--accept-risk/DME_ACCEPT_RISK); calling it withoutaccept_risk=trueis rejected with aRISK_BLOCKEDresponse telling the caller to set it explicitly
Installation
# Install dependency (Chinese)
pip install git+https://github.com/agentic-data-ops/dme-python-sdk.git
# Or install dependency (English)
pip install git+https://github.com/agentic-data-ops/dme-python-sdk.git@main-en
# Install the MCP Server
pip install git+https://github.com/agentic-data-ops/dme-mcp-server.git
Usage
# streamable-http (default); DME connection params match the pydme CLI.
# Listens on 127.0.0.1:8000 unless --mcp-server or DME_MCP_SERVER is set.
dme-mcp-server --mcp-server 0.0.0.0:8000 \
--endpoint https://192.168.1.100:26335 --user admin --password xxx
# Or use environment variables (omitting --mcp-server uses the 127.0.0.1:8000 default)
export DME_API_ENDPOINT=https://192.168.1.100:26335
export DME_API_USERNAME=admin
export DME_API_PASSWORD=xxx
dme-mcp-server
# stdio mode (--mcp-server is just a startup switch)
dme-mcp-server --mcp-server x --mcp-transport stdio \
--endpoint ... --user ... --password ...
Connecting
Each module is an independent MCP server. Point your MCP client at one of these URLs:
- Per module:
http://<host>:<port>/mcp/v1/<module>— e.g.http://127.0.0.1:8000/mcp/v1/san,/mcp/v1/nas,/mcp/v1/storage - Root:
http://<host>:<port>/mcp/v1— root server, exposes only thelist_toolstool
Root MCP Server
Call the list_tools tool on the root server to enumerate every module endpoint and its tools:
tools/call {"name": "list_tools", "arguments": {}}
Response (JSON text):
[{"mcp_server_path": "http://<host>:<port>/mcp/v1/<module>",
"tools": [{"name": "<tool_name>", "description": "<tool_description>"}]}]
Use the returned mcp_server_path values as the client URL to connect to the corresponding module server.
Options
| Option | Environment variable | Description |
|---|---|---|
--endpoint/-e |
DME_API_ENDPOINT |
DME API address |
--user/-u |
DME_API_USERNAME |
Username |
--password/-p |
DME_API_PASSWORD |
Password |
--token |
DME_API_AUTH_TOKEN |
Auth token (optional; skips login when provided) |
--timeout |
— | Request timeout (default 90) |
--no-cache-auth-token |
— | Disable token caching |
--accept-risk |
DME_ACCEPT_RISK |
Default accept_risk=true for blacklisted high-risk tools (clients can still override per call) |
--mcp-server |
DME_MCP_SERVER |
Listen address host:port (default: 127.0.0.1:8000) |
--mcp-transport |
— | streamable-http (default) / stdio |
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