anysite-mcp-migration

anysite MCP Migration Assistant

Migrate your anysite MCP skills, prompts, and agent instructions from v1 (individual tools) to v2 (universal meta-tools).

Overview

Anysite MCP v2 replaces 70+ individual tools with 5 universal meta-tools. This skill helps you:

• Rewrite tool references from old format (search_linkedin_users, get_linkedin_profile) to new execute() calls
• Add new v2 capabilities like pagination, server-side filtering, aggregation, and file export
• Validate migrated output to ensure nothing was missed
• Preserve workflow logic while updating only the tool interface layer

When to Use

• User says "migrate my skill to v2", "update for new anysite API", "convert to execute format"
• User pastes a skill or prompt that contains old-style tool names (search_*, get_*, find_*)
• User asks how to use new anysite MCP features (pagination, cache queries, export)

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Migration Workflow

Step 1: Receive Input

Ask the user for one of:

1. A skill file path — read the SKILL.md and any files in references/
2. Pasted prompt text — the raw text of their prompt or instruction
3. A description of what the skill does — you'll help build it from scratch using v2 format

Step 2: Identify Old Tool References

Scan the input for any of these v1 tool name patterns:

Pattern	Example
search_linkedin_*	search_linkedin_users, search_linkedin_companies, search_linkedin_jobs, search_linkedin_posts
get_linkedin_*	get_linkedin_profile, get_linkedin_company, get_linkedin_user_posts
find_linkedin_*	find_linkedin_email, find_linkedin_user_email
google_linkedin_*	google_linkedin_search
search_twitter_* / get_twitter_*	search_twitter_users, get_twitter_user, get_twitter_user_tweets
search_instagram_* / get_instagram_*	search_instagram_users, get_instagram_user, get_instagram_post
search_youtube_* / get_youtube_*	search_youtube, get_youtube_channel, get_youtube_video
search_reddit_* / get_reddit_*	search_reddit, get_reddit_user, get_reddit_posts
search_yc_* / get_yc_*	search_yc_companies, get_yc_company
search_sec_* / get_sec_*	search_sec_filings, get_sec_document
scrape_webpage	scrape_webpage
mcp__anysite__*	Any tool with the MCP prefix — strip prefix and match above

Also look for references to Crunchbase — this source is disabled in v2 and must be removed.

Step 3: Apply Tool Mapping

Replace each old tool call using this mapping:

LinkedIn

Old tool	New execute() call
search_linkedin_users(keywords, location, count, ...)	execute("linkedin", "search", "search_users", {"keywords": ..., "location": ..., "count": ...})
get_linkedin_profile(user)	execute("linkedin", "user", "get", {"user": ...})
get_linkedin_company(company)	execute("linkedin", "company", "get", {"company": ...})
search_linkedin_companies(keywords, count)	execute("linkedin", "search", "search_companies", {"keywords": ..., "count": ...})
search_linkedin_jobs(keywords, location, count)	execute("linkedin", "job_search", "search_jobs", {"keywords": ..., "count": ...})
search_linkedin_posts(keywords, count)	execute("linkedin", "post", "search_posts", {"keywords": ..., "count": ...})
get_linkedin_user_posts(user)	execute("linkedin", "post", "get_user_posts", {"user": ...})
find_linkedin_email(user)	execute("linkedin", "email", "find", {"user": ...})
google_linkedin_search(query, count)	execute("linkedin", "google", "search", {"query": ..., "count": ...})

Twitter/X

Old tool	New execute() call
search_twitter_users(query)	execute("twitter", "search", "search_users", {"query": ...})
get_twitter_user(username)	execute("twitter", "user", "get", {"username": ...})
get_twitter_user_tweets(username)	execute("twitter", "user_tweets", "get", {"username": ...})

Instagram

Old tool	New execute() call
search_instagram_users(query)	execute("instagram", "search", "search_users", {"query": ...})
get_instagram_user(username)	execute("instagram", "user", "get", {"username": ...})
get_instagram_post(url)	execute("instagram", "post", "get", {"url": ...})

YouTube

Old tool	New execute() call
search_youtube(query, count)	execute("youtube", "search", "search_videos", {"query": ..., "count": ...})
get_youtube_channel(channel_id)	execute("youtube", "channel", "get", {"channel_id": ...})
get_youtube_video(video_id)	execute("youtube", "video", "get", {"video_id": ...})

Reddit

Old tool	New execute() call
search_reddit(query)	execute("reddit", "search", "search", {"query": ...})
get_reddit_user(username)	execute("reddit", "user", "get", {"username": ...})
get_reddit_posts(subreddit)	execute("reddit", "posts", "get", {"subreddit": ...})

YC / SEC / Web

Old tool	New execute() call
search_yc_companies(query)	execute("yc", "search", "search", {"query": ...})
get_yc_company(slug)	execute("yc", "company", "get", {"slug": ...})
search_sec_filings(query)	execute("sec", "search", "search", {"query": ...})
get_sec_document(url)	execute("sec", "document", "get", {"url": ...})
scrape_webpage(url)	execute("webparser", "parse", "parse", {"url": ...})

Step 4: Handle Unknown Endpoints

If the input references a tool name not in the mapping above:

1. Try to infer the source and category from the tool name (e.g., get_instagram_user_friendships → source "instagram", category "user" or "friendship")
2. IMPORTANT: Actually call discover() yourself right now — do NOT leave placeholder {endpoint} in the migrated output. Run discover("{source}", "{category}") via the MCP tool to get the real endpoint names and parameter schemas.
3. If the first category guess returns "Category not found", try alternative categories (e.g., if "friendship" fails, try "user" — the endpoint may be nested under a different category)
4. Once you get the real endpoint list from discover(), use the exact endpoint name and params in the migrated execute() call

Example — resolving an unknown tool:

Old tool: get_instagram_user_friendships(user, type, count)
→ Not in mapping table
→ You call: discover("instagram", "friendship") → error "Category not found"
→ You call: discover("instagram", "user") → returns endpoints including "user_friendships"
→ Migrated: execute("instagram", "user", "user_friendships", {"user": "...", "count": 100, "type": "followers"})

Rules:

• NEVER leave discover() as a placeholder instruction in the final migrated skill. The migrated output must contain exact execute() calls with real endpoint names and params.
• Only include discover() in the migrated skill text if the skill's workflow genuinely needs runtime discovery (e.g., the skill works with user-specified sources where the endpoint can't be known at migration time).
• If the mapping above covers the tool, use execute() directly — no discover needed.
• Run discover for ALL sources and categories used by the skill to verify that endpoint names and params in the mapping table are still accurate.

Step 5: Add v2 Capabilities

Review the migrated skill for opportunities to add new v2 features:

Pagination

When the workflow processes large result sets or needs "more results":

Results from execute() include cache_key. If more data exists, use:
get_page(cache_key="{cache_key}", offset=10, limit=10)

Server-side Filtering

When the workflow filters results after fetching (e.g., "only show people in SF"):

After execute(), filter without consuming context tokens:
query_cache(cache_key="{cache_key}", conditions=[{"field": "location", "op": "contains", "value": "San Francisco"}])

Aggregation

When the workflow computes statistics or groups data:

query_cache(cache_key="{cache_key}", aggregate={"field": "followers", "op": "avg"}, group_by="industry")

Export to File

When the workflow outputs structured data (CSV, JSON) or the user needs downloadable results:

export_data(cache_key="{cache_key}", output_format="csv")
→ returns download URL

Step 6: Update Error Handling

Replace old-style error handling:

Before:

If search_linkedin_users returns an error, try with different keywords.

After:

If execute() returns an error with "llm_hint", follow the hint.
If execute() returns {"error": "Source not found", "available_sources": [...]}, check source name.
If execute() returns {"error": "Endpoint not found", "available_endpoints": [...]}, call discover() to find correct endpoint names.

Step 7: Remove Disabled Sources

Remove any references to Crunchbase — this source is disabled in v2. If the skill relies on Crunchbase data, suggest alternatives:

• Company data → LinkedIn company profiles or Y Combinator
• Funding data → SEC filings or web scraping of funding databases
• Startup research → Y Combinator database

Step 8: Validate

Run through this checklist on the migrated output:

• No remaining search_linkedin_*, get_linkedin_*, find_linkedin_* references
• No remaining search_twitter_*, get_twitter_* references
• No remaining search_instagram_*, get_instagram_* references
• No remaining search_youtube_*, get_youtube_* references
• No remaining search_reddit_*, get_reddit_* references
• No remaining search_yc_*, get_yc_* references
• No remaining search_sec_*, get_sec_* references
• No remaining scrape_webpage references
• No remaining mcp__anysite__ prefixed tool names (old MCP format)
• No Crunchbase references
• discover() added only where endpoint/params are genuinely unknown
• get_page / query_cache / export_data added where beneficial
• Error handling updated to v2 format
• Original workflow logic preserved — same steps, same data flow

Step 9: Output

Present the migrated skill in the same format as the input:

• If the input was a SKILL.md file → output the full migrated SKILL.md
• If the input was a prompt → output the migrated prompt text
• If the input was pasted text → output the migrated version

Always show a migration summary after the output:

## Migration Summary
- Tool calls replaced: N
- discover() calls added: N
- New v2 features added: [list]
- Crunchbase references removed: N
- Warnings: [any issues found]

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Examples

Example 1: Simple Tool Replacement

Input:

Use search_linkedin_users to find CTOs in Berlin, then get_linkedin_profile for each result.

Output:

Use execute("linkedin", "search", "search_users", {"title": "CTO", "location": "Berlin", "count": 10}) to find CTOs in Berlin, then execute("linkedin", "user", "get", {"user": "{alias}"}) for each result.

Example 2: Multi-Step Workflow

Input:

1. Use search_linkedin_users to find the person
2. Use get_linkedin_profile to get their full profile
3. Use find_linkedin_email to get their email
4. Use get_twitter_user to check their Twitter

Output:

1. Use execute("linkedin", "search", "search_users", {"first_name": ..., "last_name": ..., "count": 5}) to find the person
2. Use execute("linkedin", "user", "get", {"user": "{alias from step 1}"}) to get their full profile
3. Use execute("linkedin", "email", "find", {"user": "{alias from step 1}"}) to get their email
4. Use execute("twitter", "user", "get", {"username": "..."}) to check their Twitter

Example 3: Adding v2 Features

Input:

Search for 50 marketing managers and filter by location.

Output:

1. Use execute("linkedin", "search", "search_users", {"title": "Marketing Manager", "count": 50}) to search
2. If more results exist, use get_page(cache_key="{cache_key}", offset=10, limit=10) to load additional pages
3. Use query_cache(cache_key="{cache_key}", conditions=[{"field": "location", "op": "contains", "value": "..."}]) to filter by location server-side
4. Use export_data(cache_key="{cache_key}", output_format="csv") to download the filtered list

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Quick Reference: v2 Meta-Tools

Tool	Purpose	When to use
discover(source, category)	Learn available endpoints and params	Before execute() when endpoint name or params are unknown
execute(source, category, endpoint, params)	Fetch data from any source	Every data retrieval — replaces all v1 tools
get_page(cache_key, offset, limit)	Load more items from previous execute()	When execute() returned next_offset
query_cache(cache_key, conditions, sort_by, aggregate, group_by)	Filter/sort/aggregate cached data	When you need to slice results without re-fetching
export_data(cache_key, format)	Save dataset as downloadable file	When user needs CSV/JSON/JSONL export