Content Fetcher MCP
Fetches releases from the Block/Goose GitHub repository, allowing tracking of new releases and marking them as seen.
Fetches blog posts from any RSS feed URL, enabling content tracking and identification of new posts across RSS-enabled sites.
Fetches videos from YouTube channels, with built-in support for tracking and identifying new video content.
Click on "Deploy Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@Content Fetcher MCP fetch new YouTube videos from Goose channel"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
Content Fetcher MCP
This MCP server fetches content from various sources including YouTube, RSS feeds, and GitHub releases. It's designed to work with Goose to help track and identify new content.
Features
YouTube: Fetches videos from the Goose YouTube channel
RSS Feeds: Fetches blog posts from any RSS feed (including the Goose blog)
GitHub Releases: Fetches releases from the Block/Goose repository
Content Tracking: Tracks seen content to identify new items
Cross-machine Persistence: Stores tracking data in
~/.config/goose/content-fetcher-mcp/
Related MCP server: mcp-morning-brief
Setup
Ensure you have Node.js installed (version 14 or higher recommended).
Install dependencies:
npm installBuild the project:
npm run build
Running the MCP Server
This is an MCP server that uses stdio transport and is designed to be registered with Goose.
To start the server directly:
npm startFor development with auto-reload:
npm run devRegistering with Goose
To register this MCP server with Goose, add it to your Goose configuration. The server uses stdio transport, so it should be configured as a local MCP server in your Goose settings.
Available Tools
1. fetchYoutube
Fetches ALL videos from the Goose YouTube channel.
Parameters: None
Returns: Array of video objects with id, title, url, published_at, and type: "video"
2. fetchRss
Fetches ALL blog posts from any RSS feed.
Parameters:
url(string): RSS feed URL
Returns: Array of blog post objects with id, title, url, published_at, and type: "blog"
3. fetchGooseBlog
Fetches ALL blog posts from the official Goose blog.
Parameters: None
Returns: Array of blog post objects with id, title, url, published_at, and type: "blog"
4. fetchGithubReleases
Fetches ALL releases from the Block/Goose GitHub repository.
Parameters: None
Returns: Array of release objects with id, title, url, published_at, and type: "release"
5. isNewContent
Checks if a content item has been seen before.
Parameters:
id(string): Unique identifier for the contenttype(enum): One of"youtube","blog", or"release"
Returns: { "is_new": true/false }
6. markContentSeen
Marks a content item as seen (typically after posting).
Parameters:
id(string): Unique identifier for the contenttype(enum): One of"youtube","blog", or"release"
Returns: { "success": true }
How It Works
Fetching: The fetch tools retrieve all available content from their respective sources
Filtering: Use
isNewContentto check if an item hasn't been seen beforeTracking: After processing new content, use
markContentSeento mark it as seenPersistence: Seen content is stored in
~/.config/goose/content-fetcher-mcp/last_seen.json
Example Workflow
// 1. Fetch all YouTube videos
const videos = await fetchYoutube();
// 2. Check which ones are new
for (const video of videos) {
const result = await isNewContent({ id: video.id, type: "youtube" });
if (result.is_new) {
// Process the new video...
// 3. Mark as seen after processing
await markContentSeen({ id: video.id, type: "youtube" });
}
}Configuration
The server is pre-configured with:
YouTube Channel: Goose channel (
UCVLuT_AS687XAJ__-COCRFw)Goose Blog RSS:
https://block.github.io/goose/blog/rss.xmlGitHub Repository:
block/goose
To customize these, edit the constants in src/server.ts.
Notes
The server uses stdio transport, making it suitable for local MCP integration with Goose
Content tracking is persistent across restarts via the
last_seen.jsonfileAll fetch operations return the complete list of content; filtering for "new" items is done separately via
isNewContent
Future Improvements
Add configuration file support for customizing channels, feeds, and repositories
Implement rate limiting and caching to optimize API usage
Add more detailed logging and error handling
Support for additional content sources
Batch operations for checking multiple items at once
Available Tools
6 toolsfetchGithubReleasesB
Fetch ALL GitHub releases from the Goose repo.
Inputs: no named parameters.
fetchGooseBlogB
Fetch ALL Goose blog posts.
Inputs: no named parameters.
fetchRssC
Fetch ALL blog posts from any RSS feed.
Inputs: url (required).
fetchYoutubeB
Fetch ALL YouTube videos from the Goose channel.
Inputs: no named parameters.
isNewContentC
Return true if this content item has NOT been seen before.
Inputs: id (required), type (required).
markContentSeenC
Mark a content item as seen AFTER posting.
Inputs: id (required), type (required).
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections.
Loading tool schema changelog…
TDQS
Scored across 6 tools
The tools are mostly distinct in purpose: four fetch specific content types (GitHub releases, blog posts, RSS feeds, YouTube videos), while isNewContent and markContentSeen handle content state management. There is minor potential confusion between fetchGooseBlog and fetchRss since both fetch blog posts, but their scopes (specific blog vs. any RSS feed) help differentiate them.
The naming is inconsistent: fetchGithubReleases, fetchGooseBlog, fetchRss, and fetchYoutube use camelCase with 'fetch' prefix, while isNewContent and markContentSeen use camelCase without a consistent verb pattern. This mix of styles (fetch vs. is/mark) and lack of a uniform naming convention reduces predictability.
With 6 tools, the count is well-scoped for a content fetching server. It covers multiple content sources and basic state management, providing a focused set without being overly sparse or bloated, which aligns well with the server's purpose.
The tool set is largely complete for content fetching and tracking: it includes fetching from various sources (GitHub, blogs, RSS, YouTube) and tools to check and mark content as seen. A minor gap is the lack of a tool to list or manage seen content, but agents can work around this by using isNewContent and markContentSeen in combination.
Maintenance
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