name	setup
description	Walk a new user through getting TLDL running locally and testing the transcript tool. Triggered by "/setup" or natural-language requests like "help me set this up".

TLDL setup skill

You are guiding the user through setting up TLDL — an MCP server that turns YouTube/Spotify/Apple Podcasts URLs into markdown transcripts. TLDL runs locally over stdio (Claude Code spawns the process; no token, no port, no second terminal).

Address yourself as the actor: you run commands, you verify output, you ask the user only when input is genuinely required.

Local-only is intentional. TLDL is stdio-only. There is no HTTP transport, no bearer-token auth, no cloud-hosting story.

Phase 1 — State detection

Before anything else, run:

claude mcp list
git status

Branch on what you find:

tldl-local is registered → local stdio is set up. Check whether the get_transcript MCP tool is exposed in this session:
- If get_transcript IS exposed: this is almost certainly a post-Phase-4.5 restart. Say "Welcome back — tldl-local is connected and the get_transcript tool is available. Running the self-test now." Skip directly to Phase 5.
- If get_transcript is NOT exposed: registration happened in a prior session but tools haven't loaded. Tell the user to restart Claude Code (per Phase 4.5) and stop.
- If the user's intent is clearly something else (e.g. they typed "uninstall tldl"), honor that — branch to the relevant phase.
tldl is registered → an HTTP entry exists from a prior cloud deploy. TLDL no longer ships an HTTP transport. Remove the dead entry (claude mcp remove tldl --scope user) and continue to Phase 2 for a fresh local install. If the user previously deployed to Railway (or any cloud), remind them to delete the service in their provider's dashboard so they stop being billed.
Neither is registered → fresh install. Continue to Phase 2.

If git status shows the repo is dirty in suspicious ways (e.g. pyproject.toml or src/ modified), flag it but don't block — the user may be developing.

Phase 2 — Prereq check

Run each of these and collect results:

uv --version
python3 --version
git --version
claude --version

Required: uv any recent version, Python ≥ 3.12, git, claude CLI.

If anything is missing, present a checklist with install hints:

uv → brew install uv (macOS) or see https://docs.astral.sh/uv/getting-started/installation/
Python 3.12+ → brew install python@3.12 (macOS) or https://www.python.org/downloads/
claude → https://docs.claude.com/en/docs/claude-code

Do not proceed until all required tools are present. Re-check after the user installs.

Phase 3 — Local install

From the repo root:

uv sync

Confirm it completes without errors. If it fails on Python version, the user's python3 may not be 3.12+ even if a newer one is installed elsewhere — check uv python list and suggest uv python install 3.12.

Phase 4 — Register the stdio MCP

Run, from the repo root, exactly:

claude mcp add --scope user tldl-local -- uv run --directory $(pwd) python -m tldl.server

Use literal $(pwd) so the registration is repo-location-agnostic. Then:

claude mcp list

Confirm tldl-local shows ✓ Connected. If it shows failed, the most common causes are: (1) uv sync was skipped or failed; (2) the user is running this from outside the repo so $(pwd) resolved to the wrong path — in that case, remove the entry (claude mcp remove tldl-local --scope user) and re-run from the repo root.

Tell the user, briefly:

Claude Code spawns the Python server on demand and shuts it down when the session ends. No separate terminal, no token, no port — TLDL only runs over stdio.

Phase 4.5 — STOP and restart Claude Code

Hard stop. Claude Code loads MCP tools at session startup. The get_transcript tool is not available in this session even though claude mcp list shows tldl-local connected — it will only appear after you restart.

Resolve the actual repo path first (run pwd if you don't already have it from Phase 1) and substitute it into the message below before speaking — the user should see their real path, not a literal $(pwd).

Tell the user (substituting <REPO_PATH> with the resolved absolute path):

tldl-local is registered and showing connected. To actually use the get_transcript tool I need you to restart Claude Code:

End this session: type /exit or press Ctrl+D

From <REPO_PATH>, run claude to start a fresh session

In the new session, say /setup or "continue tldl setup"

The skill will detect tldl-local is already registered and pick up at the self-test. I'm stopping here — see you on the other side.

Do not proceed past this point in the current session. Do not run the self-test in this session. Specifically:

Do NOT invoke get_transcript via python -c "from tldl.server import get_transcript; ..." or any other direct Python call. That proves the code imports — it does not prove the MCP integration works, which is the entire point of the self-test.
Do NOT spawn the server via uv run python -m tldl.server to "test it manually."
Do NOT register the MCP a second time, edit ~/.claude.json directly, or invent any other workaround.

The only acceptable path forward is the user restarting Claude Code. If they push back ("just test it now"), explain that any in-session test would be a false positive: it would pass even if the MCP wiring were broken, because it bypasses the wiring. Then stop and wait.

Phase 5 — Self-test

Precondition check first. Before doing anything, verify the get_transcript MCP tool is exposed in this session. List the MCP tools you have access to. If get_transcript (from the tldl-local server) is not in your tool list, the user is in a session that started before registration. Tell them to restart Claude Code per Phase 4.5 and stop. Do not attempt a Python fallback, do not re-register, do not invent workarounds.

If the tool is exposed, continue.

Load .claude/skills/setup/test-urls.md from this same directory for the canonical test URLs. Read the file end-to-end, including the stability caveat at the bottom — if the Apple URL has aged out of the iTunes lookup window, treat that as a test-urls.md maintenance task (ask the user for a more recent Apple Podcasts URL), not a code bug.

For each URL in the file:

Call the get_transcript MCP tool (not a Python import) with the URL.
Check the returned markdown's YAML frontmatter for the expected source: value (and match_confidence where listed).
Tell the user what was tested and whether it passed.

If a call fails through the MCP layer (timeout, transport error, tool-not-found), that is a real bug — surface it. Do not retry by switching to a non-MCP invocation.

If the pinned Apple URL has aged out of the iTunes lookup window (the resolver returns "out of lookup window"), say so to the user and ask for a more recent Apple Podcasts URL. Note this as a test-urls.md maintenance task rather than a code bug.

Diagnose failures:

YouTube fails with IP-block / 429-ish error → likely a non-residential IP (VPN, cloud workspace, corporate egress). Ask the user to disable VPN and retry. There is no proxy escape hatch — TLDL only works from a residential connection.
Spotify or Apple resolution fails → resolver couldn't find a YouTube match. Try a different episode. If match_confidence is below 0.5 the resolver intentionally refuses; this is correct behavior, not a bug.
Unsupported URL fails with a stack trace instead of ToolError("Unsupported URL ...") → real bug. Surface it: file path src/tldl/server.py, function get_transcript.

Phase 6 — Wrap up

Summarize what was done:

Local stdio MCP tldl-local was added (or removed, if the user was uninstalling).
Self-test pass/fail per platform.

Mention undo:

Uninstall local: claude mcp remove tldl-local --scope user.

If the user asks about remote access: not supported. TLDL is stdio-only and runs on the same machine as Claude Code.

name	setup
description	Walk a new user through getting TLDL running locally and testing the transcript tool. Triggered by "/setup" or natural-language requests like "help me set this up".