MCP Server for WordPress

What is MCP Server for WordPress about?

MCP Server for WordPress supplies a set of MCP‑compatible tools that let large language models read, create, update, and delete WordPress resources using plain language commands. It works with core posts, pages, custom post types, all taxonomies, media, users, comments, plugins, and even custom SQL queries.

How to use MCP Server for WordPress?

1. Install – run the server with npx (no global install required):

   npx -y @instawp/mcp-wp
   

2. Configure – create a .env file in the working directory containing your WordPress connection details. For a single site:

   WORDPRESS_API_URL=https://your-site.com
   WORDPRESS_USERNAME=wp_user
   WORDPRESS_PASSWORD=app_password
   

   For multiple sites, use the numbered WORDPRESS_1_URL, WORDPRESS_2_URL, … variables as documented.
3. Start the server – the command above launches the MCP server on the default port. Logs are written to logs/wordpress-api.log.
4. Connect a client – add the server path (build/server.js) to Claude Desktop’s Developer settings (or any MCP‑compatible client). Restart the client; the tools become available.
5. Issue natural‑language requests – ask the client to “Create a new blog post titled Summer Release with the featured image ID 123” or “List all categories on the staging site”. The server translates the request into the appropriate WordPress REST calls and returns a concise result.

Key Features

• Multi‑Site Management – list_sites, get_site, test_site let you control up to 10 WordPress installations from a single server instance.
• Unified Content Management – a single toolbox (list_content, get_content, create_content, update_content, delete_content, discover_content_types, find_content_by_url, get_content_by_slug, get_content_summary) works with posts, pages, WooCommerce products, custom post types, and even WP Recipe Maker recipes.
• Unified Taxonomy Management – discover, list, create, update, delete, and assign terms across any taxonomy (discover_taxonomies, list_terms, get_term, create_term, update_term, delete_term, assign_terms_to_content, get_content_terms).
• Specialized Tools – media handling, user administration, comment moderation, plugin activation/deactivation, plugin repository search, and a read‑only execute_sql_query tool.
• Smart URL Resolution – find_content_by_url automatically detects the content type from any WordPress URL and can optionally edit the found item in a single call.
• Content Summary Tool – get_content_summary returns a fixed‑shape, low‑token payload useful for audits and lookup workflows.
• Targeted Edits – patch specific fragments of content without sending the whole post, supporting append, replace, and block conversion operations.
• Response Trimming – top‑level Yoast SEO schema fields are stripped by default to save LLM tokens; configurable via MCP_WP_STRIP_FIELDS.
• SEO Meta Visibility – the server warns when WordPress silently drops unsupported meta keys, and a companion plugin can expose them.

Use Cases

• Content creation via chat – marketing teams ask the LLM to draft and publish blog posts, product pages, or documentation without touching the WordPress admin.
• Bulk taxonomy updates – synchronize categories, tags, or custom taxonomies across multiple sites with a single natural‑language command.
• Media ingestion pipeline – upload screenshots or design assets from the server machine using create_media with local file paths or remote URLs.
• SEO audit – retrieve concise summaries of thousands of posts (get_content_summary) to analyze word counts, focus keywords, and meta titles.
• Custom reporting – run safe SELECT statements against the WP database (execute_sql_query) for analytics that the REST API does not expose.
• Multi‑site governance – developers manage production, staging, and development environments from one MCP instance, reducing context‑switching.

FAQ

Q: Do I need to install the package globally? A: No. Use the provided npx command (npx -y @instawp/mcp-wp) which downloads and runs the server on demand.

Q: How do I authenticate to WordPress? A: The server uses WordPress Application Passwords. Generate one in the user profile and place it in the .env file.

Q: Can I manage more than one site? A: Yes. Define numbered environment variables (WORDPRESS_1_URL, WORDPRESS_2_URL, …). Each site gets a unique site_id that you can pass to any tool.

Q: Why do some SEO meta fields not persist after an update? A: WordPress only stores meta keys that are registered with show_in_rest: true. The server reports dropped keys as warnings. Install a small companion plugin that registers the desired keys to make them writable.

Q: Is the SQL query tool safe? A: It only accepts read‑only SELECT‑type statements, rejects modifying queries, and requires the WordPress user to have manage_options capability. The endpoint is customizable via WORDPRESS_SQL_ENDPOINT.

Q: How can I stop the server from stripping Yoast fields? A: Set MCP_WP_STRIP_FIELDS= (empty) in your .env file to disable trimming.

Q: What runtime does the server need? A: Node.js version 18+ and npm. No additional build steps are required when using npx.

WordPress MCP Server

This is a Model Context Protocol (MCP) server for WordPress, allowing you to interact with your WordPress site using natural language via an MCP-compatible client like Claude for Desktop. This server exposes various WordPress data and functionality as MCP tools.

Usage

Claude Desktop

1. Download and install Claude Desktop.
2. Open Claude Desktop settings and navigate to the "Developer" tab.
3. Copy the contents of the claude_desktop_config.json.example file.
4. Click "Edit Config" to open the claude_desktop_config.json file.
5. Copy paste the contents of the example file into the config file. Make sure to replace the placeholder values with your actual values for the WordPress site. To generate the application keys, follow this guide - Application Passwords.
6. Save the configuration.
7. Restart Claude Desktop.

Features

This server provides tools to interact with core WordPress data and supports multi-site management - manage multiple WordPress sites from a single MCP server instance.

Multi-Site Management (3 tools)

Manage multiple WordPress sites from a single MCP server:

• list_sites: List all configured WordPress sites
• get_site: Get details about a specific site configuration
• test_site: Test connection to a specific WordPress site

All content and taxonomy tools support an optional site_id parameter to target specific sites.

Unified Content Management (9 tools)

Handles ALL content types (posts, pages, custom post types) with a single set of intelligent tools:

• list_content: List any content type with filtering and pagination
• get_content: Get specific content by ID and type
• create_content: Create new content of any type
• update_content: Update existing content of any type, including targeted partial edits
• delete_content: Delete content of any type
• discover_content_types: Find all available content types on your site
• find_content_by_url: Smart URL resolver that can find and optionally update content from any WordPress URL, including targeted partial edits
• get_content_by_slug: Search by slug across all content types
• get_content_summary: Return a minimal summary (id, title, slug, status, excerpt, taxonomies, word count, Yoast SEO fields) for audit and lookup workflows. Look up by id or url.

Unified Taxonomy Management (8 tools)

Handles ALL taxonomies (categories, tags, custom taxonomies) with a single set of tools:

• discover_taxonomies: Find all available taxonomies on your site
• list_terms: List terms in any taxonomy
• get_term: Get specific term by ID
• create_term: Create new term in any taxonomy
• update_term: Update existing term
• delete_term: Delete term from any taxonomy
• assign_terms_to_content: Assign terms to any content type
• get_content_terms: Get all terms for any content

Specialized Tools

• Media:
  • list_media: List all media items (supports pagination and searching).
  • get_media: Retrieve a specific media item by ID.
  • create_media: Create a new media item from a URL or local file path.
  • update_media: Update an existing media item.
  • delete_media: Delete a media item.
  • edit_media: Legacy alias for update_media kept for backward compatibility.
• Users:
  • list_users: List all users with filtering, sorting, and pagination options.
  • get_user: Retrieve a specific user by ID.
  • create_user: Create a new user.
  • update_user: Update an existing user.
  • delete_user: Delete a user.
• Comments:
  • list_comments: List all comments with filtering, sorting, and pagination options.
  • get_comment: Retrieve a specific comment by ID.
  • create_comment: Create a new comment.
  • update_comment: Update an existing comment.
  • delete_comment: Delete a comment.
• Plugins:
  • list_plugins: List all plugins installed on the site.
  • get_plugin: Retrieve details about a specific plugin.
  • activate_plugin: Activate a plugin.
  • deactivate_plugin: Deactivate a plugin.
  • create_plugin: Create a new plugin.
• Plugin Repository:
• search_plugins: Search for plugins in the WordPress.org repository.
• get_plugin_info: Get detailed information about a plugin from the repository.
• Database Queries:
• execute_sql_query: Execute read-only SQL queries against the WordPress database (requires custom endpoint setup).

Key Advantages

Media Upload Workflows

Upload a local screenshot from the same machine running the MCP server:

{
  "file_path": "./screenshots/homepage.png",
  "title": "Homepage Screenshot",
  "alt_text": "Homepage screenshot showing the hero section"
}

Upload media from a remote URL:

{
  "source_url": "https://example.com/assets/hero-image.png",
  "title": "Hero Image",
  "caption": "Imported from the design system"
}

Use the returned media ID as featured media on new content:

{
  "content_type": "post",
  "title": "Release Notes",
  "content": "<p>Launch summary...</p>",
  "featured_media": 123
}

Smart URL Resolution

The find_content_by_url tool can:

• Take any WordPress URL and automatically find the corresponding content
• Detect content types from URL patterns (e.g., /documentation/ → documentation custom post type)
• Optionally update the content in a single operation
• Works with posts, pages, and any custom post types

Audit & Lookup Summaries

The get_content_summary tool returns a minimal, fixed-shape representation of a single piece of content. Designed for audit and lookup workflows where the full WP REST response — which can exceed 50KB on recipe posts because of the rendered Recipe Maker card HTML — is overkill.

Look up by ID (with optional content_type, defaulting to post):

{
  "id": 4274,
  "content_type": "post"
}

Look up by URL (content type is detected from the URL):

{
  "url": "https://example.com/blog/easy-smoked-asparagus/"
}

id and url are mutually exclusive — provide exactly one.

The response shape is fixed:

{
  "id": 4274,
  "title": "Easy Smoked Asparagus & Hot Honey",
  "slug": "easy-smoked-asparagus",
  "status": "publish",
  "link": "https://example.com/blog/easy-smoked-asparagus/",
  "excerpt": "Smoky asparagus with hot honey.",
  "date_modified": "2026-04-30T10:14:00",
  "categories": [12, 7],
  "tags": [33],
  "featured_media": 9012,
  "word_count": 875,
  "yoast_focus_keyword": "smoked asparagus",
  "yoast_meta_title": "Easy Smoked Asparagus | Example",
  "yoast_meta_description": "Smoky charred asparagus finished with chili-lime hot honey."
}

Field notes:

• title and excerpt are stripped to plain text (HTML tags removed, basic entities decoded).
• word_count prefers yoast_head_json.schema.@graph[].wordCount when Yoast SEO is active; otherwise it is computed from the rendered post content with HTML stripped.
• yoast_meta_title and yoast_meta_description are read from yoast_head_json on the post. They are null when Yoast SEO is not active.
• yoast_focus_keyword is read from meta._yoast_wpseo_focuskw. WordPress core only exposes meta keys that are registered with show_in_rest, and Yoast SEO does not register this key by default — so this field will typically be null unless a companion plugin registers it (see PR #17 for context on the broader meta-key REST exposure issue).
• This tool internally bypasses the response trimming added in PR #16 so it can read yoast_head_json. The trim still applies to all other tools.

Universal Content Operations

All content operations use a single content_type parameter:

{
  "content_type": "post", // for blog posts
  "content_type": "page", // for static pages
  "content_type": "product", // for WooCommerce products
  "content_type": "documentation" // for custom post types
}

Targeted Content Edits

update_content and find_content_by_url.update_fields can patch the existing raw WordPress content without resending the full document.

To make exact matching easier, get_content and find_content_by_url both accept include_raw_content: true. When enabled, the response is fetched with WordPress edit context and includes a top-level content_raw field that matches what content_edit.target_text needs.

{
  "content_type": "page",
  "id": 7,
  "include_raw_content": true
}

Append a short release note to the end of a post:

{
  "content_type": "post",
  "id": 42,
  "content_edit": {
    "operation": "append",
    "value": "\n<p>Update: Early access is now open.</p>",
    "content_format": "html"
  }
}

Replace a unique HTML fragment or marker comment in place:

{
  "content_type": "page",
  "id": 7,
  "content_edit": {
    "operation": "replace",
    "target_text": "<!-- pricing-card -->\n<p>Old price</p>\n<!-- /pricing-card -->",
    "value": "<!-- pricing-card -->\n<p>New price</p>\n<!-- /pricing-card -->",
    "content_format": "html"
  }
}

Notes:

• Rendered WordPress HTML can differ from content.raw because entities may be escaped and markup may be expanded, so use include_raw_content when you need an exact target_text.
• target_text matches the stored raw WordPress content exactly.
• If the same target_text appears multiple times, pass occurrence to choose the 1-based match.
• For posts stored as Gutenberg blocks, set content_edit.convert_to_blocks when inserting Markdown or HTML that should become blocks.

Universal Taxonomy Operations

All taxonomy operations use a single taxonomy parameter:

{
  "taxonomy": "category", // for categories
  "taxonomy": "post_tag", // for tags
  "taxonomy": "product_category", // for WooCommerce
  "taxonomy": "skill" // for custom taxonomies
}

The taxonomy parameter accepts either the taxonomy slug or its rest_base (they can differ for custom taxonomies, e.g. slug documentation_category with rest_base documentation-categories). Tools resolve the identifier via /wp/v2/taxonomies and error on unknown taxonomies instead of guessing. assign_terms_to_content verifies the write against the WordPress response and reports an error if the terms were not actually saved.

Recipe Cards (WP Recipe Maker)

Sites running WP Recipe Maker (WPRM) store recipe cards in a separate wprm_recipe custom post type referenced by shortcode from the surrounding blog post. The unified content tools handle these recipes directly — no recipe-specific tool family is needed.

Reading recipes — get_content, list_content, find_content_by_url, and get_content_by_slug all work with content_type: "wprm_recipe". WPRM exposes the full structured recipe payload as a recipe field on the REST response, including ingredients, instructions, times, equipment, nutrition, notes, and rating.

Writing recipes — pass the recipe payload via custom_fields.recipe on create_content or update_content. WPRM hooks into the WordPress REST insert action (rest_insert_wprm_recipe) and reads recipe from the request body root, so any field documented by WPRM's data model is accepted.

The recipe payload must be passed via custom_fields (which spreads at the request body root). The meta parameter nests its values under a meta key, which never reaches WPRM's REST hook.

Example update:

{
  "content_type": "wprm_recipe",
  "id": 4274,
  "custom_fields": {
    "recipe": {
      "name": "Easy Smoked Asparagus",
      "summary": "Smoky asparagus with hot honey.",
      "servings": "4",
      "servings_unit": "people",
      "prep_time": "5",
      "cook_time": "60",
      "total_time": "65",
      "ingredients": [
        {
          "name": "",
          "ingredients": [
            { "uid": 0, "amount": "1", "unit": "Bunch", "name": "Asparagus Spears", "notes": "" },
            { "uid": 1, "amount": "1", "unit": "tbsp", "name": "Olive Oil", "notes": "" }
          ]
        }
      ],
      "instructions": [
        {
          "name": "",
          "instructions": [
            { "uid": 0, "name": "", "text": "Preheat smoker to 225°F.", "ingredients": [] },
            { "uid": 1, "name": "", "text": "Drizzle with oil, season, smoke 1 hour.", "ingredients": [] }
          ]
        }
      ],
      "notes": "Thicker spears need more time."
    }
  }
}

Grouped ingredients and instructions — recipes can split items into named groups like "For the sauce" / "For the chicken". Each entry in the outer ingredients (or instructions) array is one group with its own name and inner array:

{
  "ingredients": [
    { "name": "For the sauce",   "ingredients": [ /* items */ ] },
    { "name": "For the chicken", "ingredients": [ /* items */ ] }
  ]
}

Commonly used recipe fields:

Field	Type	Notes
name	string	Recipe card title
summary	string	Short blurb (HTML allowed)
servings	string	e.g. "4"
servings_unit	string	e.g. "people", "servings"
prep_time	string	minutes, e.g. "15"
cook_time	string	minutes
total_time	string	minutes
ingredients	array of groups	nested structure shown above
instructions	array of groups	nested structure shown above
notes	string	HTML allowed
equipment	array	items shaped { id, name, notes, amount, uid }
image_url	string	upload-by-URL when no image_id is supplied

Course, cuisine, and keyword are stored as WPRM taxonomies (wprm_course, wprm_cuisine, wprm_keyword). Manage them with the unified taxonomy tools (list_terms, create_term, …) and link them to a recipe with assign_terms_to_content.

WPRM auto-syncs recipe.summary back to the WordPress post_content field on save. If you want the post body and the recipe summary to differ, pass content explicitly alongside custom_fields.recipe.

Configuration

Single Site Configuration

For managing a single WordPress site, use the following environment variables:

WORDPRESS_API_URL=https://your-wordpress-site.com
WORDPRESS_USERNAME=wp_username
WORDPRESS_PASSWORD=wp_app_password

Multi-Site Configuration

To manage multiple WordPress sites from a single MCP server, use numbered environment variables:

# Site 1 (Production)
WORDPRESS_1_URL=https://production-site.com
WORDPRESS_1_USERNAME=admin
WORDPRESS_1_PASSWORD=app_password_1
WORDPRESS_1_ID=production
WORDPRESS_1_DEFAULT=true
WORDPRESS_1_ALIASES=prod,main

# Site 2 (Staging)
WORDPRESS_2_URL=https://staging-site.com
WORDPRESS_2_USERNAME=admin
WORDPRESS_2_PASSWORD=app_password_2
WORDPRESS_2_ID=staging
WORDPRESS_2_ALIASES=stage,dev

# Site 3 (Development)
WORDPRESS_3_URL=https://dev-site.com
WORDPRESS_3_USERNAME=admin
WORDPRESS_3_PASSWORD=app_password_3
WORDPRESS_3_ID=development

Multi-Site Configuration Options:

• WORDPRESS_N_URL: WordPress site URL (required)
• WORDPRESS_N_USERNAME: WordPress username (required)
• WORDPRESS_N_PASSWORD: WordPress application password (required)
• WORDPRESS_N_ID: Site identifier (optional, defaults to siteN)
• WORDPRESS_N_DEFAULT: Set to true to make this the default site (optional, first site is default)
• WORDPRESS_N_ALIASES: Comma-separated aliases for site detection (optional)

The server supports up to 10 sites. When using multi-site configuration, all tools accept an optional site_id parameter to target specific sites.

Using with npx and .env file

You can run this MCP server directly using npx without installing it globally:

npx -y @instawp/mcp-wp

Make sure you have a .env file in your current directory with the following variables:

WORDPRESS_API_URL=https://your-wordpress-site.com
WORDPRESS_USERNAME=wp_username
WORDPRESS_PASSWORD=wp_app_password

# Optional: Custom SQL query endpoint (default: /mcp/v1/query)
WORDPRESS_SQL_ENDPOINT=/mcp/v1/query

# Optional: Comma-separated list of top-level fields to strip from
# WordPress REST API responses before they are returned to the MCP
# client. Defaults to "yoast_head,yoast_head_json" — read-only schema
# markup that adds ~10KB to every response but is rarely useful to the
# LLM. Set to an empty string to disable trimming.
MCP_WP_STRIP_FIELDS=yoast_head,yoast_head_json

Response Trimming

By default the server strips the top-level yoast_head and yoast_head_json fields from every WordPress REST API response before returning it to the MCP client. These fields contain Yoast SEO's pre-rendered schema markup, which the LLM almost never needs but pays tokens for on every request.

• The trim applies to both single-object responses and arrays of objects.
• Only top-level fields are stripped; nested objects are left untouched.
• Override the list with the MCP_WP_STRIP_FIELDS environment variable (comma-separated). Set it to an empty string to disable trimming entirely.

Meta field limitations

The meta parameter on create_content, update_content, and find_content_by_url (with update_fields.meta) forwards directly to the WordPress /wp/v2/{type}/{id} endpoint. WordPress core silently drops any meta key that has not been registered via register_post_meta(..., ['show_in_rest' => true]). The MCP server has no allowlist of its own — it relies on WordPress to enforce which keys persist.

This means SEO plugin keys are not writable through this MCP server by default, including:

• Yoast SEO: _yoast_wpseo_* (focuskw, metadesc, title, opengraph-, twitter-, canonical, meta-robots-*, primary_category, …)
• Rank Math: rank_math_* (title, description, focus_keyword, robots, facebook_, twitter_, primary_category, …)
• All in One SEO (v4+): stores SEO data in a custom table (wp_aioseo_posts), not wp_postmeta — not addressable via the meta field by any means.

The server detects when WordPress dropped any keys you sent and prepends a Warning: block to the tool result listing them. This makes the silent drop visible to the LLM caller, but it cannot make WordPress accept the keys.

To enable SEO meta writes, install a small WordPress companion plugin that calls register_post_meta for each desired key with show_in_rest => true and an appropriate auth_callback. A separate mcp-wp-seo-bridge plugin is being scoped to do exactly this.

Which keys DO work today

Plugin keys that the plugin author already registered for REST — for example Genesis layout meta (_genesis_layout), WP Recipe Maker fields (wprm-*), or ConvertKit's _wp_convertkit_post_meta. To check which keys round-trip on your site, write a test value via update_content and inspect the meta block in the response — if the key appears, it persisted.

The same limitation applies to term meta on unified-taxonomies tools (create_term, update_term).

Enabling SQL Query Tool (Optional)

The execute_sql_query tool allows you to run read-only SQL queries against your WordPress database. This is an optional feature that requires adding a custom REST API endpoint to your WordPress site.

Security Notes:

• This tool only accepts read-only queries (SELECT, WITH...SELECT, EXPLAIN) for safety
• Queries containing INSERT, UPDATE, DELETE, DROP, or other modifying statements will be rejected
• Multi-statement queries are blocked to prevent SQL injection
• Queries and results are logged to logs/wordpress-api.log - avoid including sensitive data in queries
• This tool requires admin-level permissions (manage_options capability)

Configuration: By default, the tool expects the endpoint at /mcp/v1/query. You can customize this by setting the WORDPRESS_SQL_ENDPOINT environment variable (e.g., WORDPRESS_SQL_ENDPOINT=/custom/v1/query).

To enable this feature, add the following code to your WordPress site (via a custom plugin or your theme's functions.php):

add_action('rest_api_init', function() {
    register_rest_route('mcp/v1', '/query', array(
        'methods' => 'POST',
        'callback' => function($request) {
            global $wpdb;

            $query = $request->get_param('query');

            // Additional security check
            if (!current_user_can('manage_options')) {
                return new WP_Error('unauthorized', 'Unauthorized', array('status' => 401));
            }

            // Only allow SELECT queries
            if (stripos(trim($query), 'SELECT') !== 0) {
                return new WP_Error('invalid_query', 'Only SELECT queries allowed', array('status' => 400));
            }

            $results = $wpdb->get_results($query, ARRAY_A);

            if ($wpdb->last_error) {
                return new WP_Error('query_error', $wpdb->last_error, array('status' => 400));
            }

            return array(
                'results' => $results,
                'num_rows' => count($results)
            );
        },
        'permission_callback' => function() {
            return current_user_can('manage_options');
        }
    ));
});

After adding this code, you can use the execute_sql_query tool to run queries like:

SELECT * FROM wp_posts WHERE post_type = 'post' AND post_status = 'publish' LIMIT 10

Development

Prerequisites

• Node.js and npm: Ensure you have Node.js (version 18 or higher) and npm installed.
• WordPress Site: You need an active WordPress site with the REST API enabled.
• WordPress API Authentication: Set up authentication for the WordPress REST API. This typically requires an authentication plugin or method (like Application Passwords).
• MCP Client: You need an application that can communicate with the MCP Server. Currently, Claude Desktop is recommended.

Installation and Setup

1. Clone the Repository:

   git clone <repository_url>
   cd wordpress-mcp-server
   

2. Install Dependencies:

   npm install
   

3. Create a .env file:

   Create a .env file in the root of your project directory and add your WordPress API credentials.

   For a single site:

   WORDPRESS_API_URL=https://your-wordpress-site.com
   WORDPRESS_USERNAME=wp_username
   WORDPRESS_PASSWORD=wp_app_password
   

   For multiple sites:

   WORDPRESS_1_URL=https://site1.com
   WORDPRESS_1_USERNAME=admin
   WORDPRESS_1_PASSWORD=app_password_1
   WORDPRESS_1_ID=site1
   WORDPRESS_1_DEFAULT=true
   
   WORDPRESS_2_URL=https://site2.com
   WORDPRESS_2_USERNAME=admin
   WORDPRESS_2_PASSWORD=app_password_2
   WORDPRESS_2_ID=site2
   

   Replace the placeholders with your actual values.

4. Build the Server:

   npm run build
   

5. Configure Claude Desktop:

   • Open Claude Desktop settings and navigate to the "Developer" tab.
   • Click "Edit Config" to open the claude_desktop_config.json file.
   • Add a new server configuration under the mcpServers section. You will need to provide the absolute path to the build/server.js file and your WordPress environment variables.
   • Save the configuration.

Running the Server

Once you've configured Claude Desktop, the server should start automatically whenever Claude Desktop starts.

You can also run the server directly from the command line for testing:

npm start

or in development mode:

npm run dev

Running Tests

The repo uses Vitest for unit tests. Tests live under tests/ and cover the multi-site SiteManager and the MCP tool registry wiring.

npm test          # one-shot run
npm run test:watch  # watch mode

Tests run on pull_request and on pushes to main via .github/workflows/test.yml.

Security

• Never commit your API keys or secrets to version control.
• Use HTTPS for communication between the client and server.
• Validate all inputs received from the client to prevent injection attacks.
• Implement proper error handling and rate limiting.

Project Overview

Architecture

The server uses a unified tool architecture to reduce complexity:

src/
├── server.ts                    # MCP server entry point
├── wordpress.ts                 # WordPress REST API client
├── cli.ts                      # CLI interface
├── config/
│   └── site-manager.ts         # Multi-site management
├── types/
│   └── wordpress-types.ts      # TypeScript definitions
└── tools/
    ├── index.ts                # Tool aggregation
    ├── site-management.ts      # Site management (3 tools)
    ├── unified-content.ts      # Universal content management (8 tools)
    ├── unified-taxonomies.ts   # Universal taxonomy management (8 tools)
    ├── media.ts               # Media management (5 canonical tools + edit_media alias)
    ├── users.ts               # User management (~5 tools)
    ├── comments.ts            # Comment management (~5 tools)
    ├── plugins.ts             # Plugin management (~5 tools)
    ├── plugin-repository.ts   # WordPress.org plugin search (~2 tools)
    └── sql-query.ts           # Database queries (1 tool)

Key Features

• Multi-Site Support: Manage multiple WordPress sites from a single MCP server instance
• Smart URL Resolution: Automatically detect content types from URLs and find corresponding content
• Universal Content Management: Single set of tools handles posts, pages, and custom post types
• Universal Taxonomy Management: Single set of tools handles categories, tags, and custom taxonomies
• Type Safety: Full TypeScript support with Zod schema validation
• Comprehensive Logging: Detailed API request/response logging for debugging
• Error Handling: Graceful error handling with informative messages

Getting Started

1. Clone the repository and install dependencies with npm install
2. Create a .env file with your WordPress credentials
3. Build the project with npm run build
4. Configure Claude Desktop with the server
5. Start using natural language to manage your WordPress site!

Contribution

Feel free to open issues or make pull requests to improve this project. Check out CLAUDE.md for detailed development guidelines.