WP-MCP
Enables interaction with WordPress sites through the WordPress REST API, dynamically exposing all routes as MCP tools for content management and site configuration.
README
WP-MCP
MCP server that wraps the WordPress REST JSON API. It dynamically discovers all available routes from your WordPress site and exposes each as an MCP tool.
Features
- Automatic route discovery from
/wp-json— all core and plugin endpoints are exposed - Authentication via WordPress Application Passwords
- Optional SSL certificate verification bypass for local/dev environments
- One tool per route with
methodas a parameter (GET, POST, PUT, PATCH, DELETE) - Clean tool names:
posts,posts.id,categories,media.id, etc.
Configuration
The server is configured via environment variables passed through your MCP client:
| Variable | Required | Description |
|---|---|---|
WP_URL |
Yes | WordPress site URL (e.g. https://example.com) |
WP_USERNAME |
No | WordPress username for authenticated requests |
WP_APP_PASSWORD |
No | WordPress Application Password |
WP_IGNORE_SSL |
No | Set to "true" to skip SSL certificate verification |
WP_TOOL_MODE |
No | Tool exposure strategy: all (default), compact, allowlist, or blocklist |
WP_TOOL_FILTER |
No | Comma-separated list of tool names or route patterns for allowlist/blocklist modes |
WP_DESCRIPTION_MODE |
No | verbose or minimal (default). Minimal strips property descriptions to reduce token usage |
Generating an Application Password
- In your WordPress admin, go to Users > Profile
- Scroll to Application Passwords
- Enter a name (e.g. "wp-mcp") and click Add New Application Password
- Copy the generated password
Setup
Build from source
npm install
npm run build
MCP client configuration
Add to your MCP client settings (e.g. Claude Desktop claude_desktop_config.json or VS Code settings.json):
{
"mcpServers": {
"wordpress": {
"command": "node",
"args": ["/path/to/wp-mcp/dist/index.js"],
"env": {
"WP_URL": "https://example.com",
"WP_USERNAME": "admin",
"WP_APP_PASSWORD": "xxxx xxxx xxxx xxxx",
"WP_IGNORE_SSL": "false"
}
}
}
}
How it works
On startup the server fetches the WordPress REST API index at WP_URL/wp-json, which returns all registered routes with their methods, arguments, and schemas. Each route becomes an MCP tool:
| WP Route | Tool Name |
|---|---|
/wp/v2/posts |
posts |
/wp/v2/posts/(?P<id>[\d]+) |
posts.id |
/wp/v2/categories |
categories |
/wp/v2/media/(?P<id>[\d]+) |
media.id |
/wc/v3/products |
wc.v3.products |
The wp/v2/ prefix is stripped from core routes for cleaner names. Plugin namespaces are preserved to avoid collisions.
Every tool accepts a required method parameter (enum of the HTTP methods that route supports) plus the route's own arguments as additional parameters.
Built-in parameters
These parameters are injected into every tool's schema by the MCP server.
_fields — Added to all tools. Comma-separated list of fields to include in the response (e.g. id,title,slug). This is a native WordPress query parameter that reduces response size — it is passed through to WordPress.
The following parameters are intercepted by the MCP server and not sent to WordPress:
_save_response — Added to all tools. File path to save the response to instead of returning it inline. When set, the tool returns a compact summary (file path, size, and identifying fields like id/title/type) instead of the full response body. Useful for large responses that would waste context tokens.
_save_response_field — Added to all tools. Used with _save_response. Dot-notation path to extract a specific field before saving (e.g. content.rendered). Only the extracted value is written to the file — string values are written raw (not JSON-quoted), so you get clean HTML/text.
_file_params — Added to writable tools (POST/PUT/PATCH/DELETE). An object mapping parameter names to file paths. Each file is read and its contents used as the string value for that parameter. Example: {"content": "/tmp/page.html", "excerpt": "/tmp/excerpt.txt"}.
_body_file — Added to writable tools. Path to a JSON file whose contents are parsed and merged into the request body. Precedence: _file_params > explicit inline parameters > _body_file.
File-based content workflow
When working with large content (e.g. editing a WordPress page), agents can use these parameters to keep content out of the conversation context entirely:
1. GET pages.id { "id": 42, "_save_response": "/tmp/page.json" }
→ returns: {"saved_to":"/tmp/page.json","size":"24.3KB","id":42,"title":"About Us","type":"page"}
2. Agent reads /tmp/page.json, edits it locally
3. POST pages.id { "id": 42, "method": "POST", "_body_file": "/tmp/page.json" }
→ MCP reads the file and sends its contents as the request body
Or to work with just the content field:
1. GET pages.id { "id": 42, "_save_response": "/tmp/content.html", "_save_response_field": "content.rendered" }
→ saves raw HTML to file, returns compact summary
2. Agent edits /tmp/content.html
3. POST pages.id { "id": 42, "method": "POST", "_file_params": { "content": "/tmp/content.html" } }
→ MCP reads the HTML file and sends it as the content parameter
Other features
- Media uploads: The
mediatool accepts afile_pathparameter for uploading local files. - ACF support: When Advanced Custom Fields is detected, writable tools on core routes get an
acfobject parameter for setting custom field values. refresh_tools: A built-in tool that re-discovers all WordPress REST API routes. Use after installing plugins or registering new post types.
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