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The status window is the PC's surface for workout data, but it said nothing about the sync layer that data now arrives through -- so a machine that had silently fallen back to the GitHub mirror, or was configured but had never completed a push, looked identical to a healthy one. That is exactly how todo's desktop app sat on GitHub unnoticed while every other surface moved to Firebase. Adds a "Sync backend" section and a --sync CLI flag (for i3blocks, alongside --summary/--state), both rendering one line: which backend this machine is configured for, when it last pushed, and how many peers it has merged. Deliberately on-disk only -- no RTDB read, no Firebase sign-in -- because gather_status() runs on every i3blocks tick and every window open; a network round-trip there would be rate-limited nonsense. Everything shown is knowable from the revision cache plus which credential files exist. Coloured by `healthy` (configured AND has pushed) rather than by backend, because "configured but never pushed" is the failure that looks fine in every settings screen and produces no data. Named _section_sync_backend, not _section_sync: another session is adding a _section_sync that reports the outcome of a background sync *tick*. The two are complementary -- did the tick run, versus what is this machine wired to -- so they coexist rather than one overwriting the other. Verified by running it, not just the suite: the real window shows "firebase · pushed 2026-08-09 21:06 · 2 peer(s)" against this machine's live state, and `--sync` prints the same line. 924 tests, 100% branch coverage. Every except logs at warning per the repo's no-silent-failures hook; no suppressions added. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_0177xwzcpfpWG2qca8Mr39q9 |
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| .github/workflows | ||
| docs | ||
| screen_locker | ||
| scripts | ||
| stronglift_replacement | ||
| .gitignore | ||
| .mcp.json | ||
| .pre-commit-config.yaml | ||
| CLAUDE.md | ||
| DESIGN_AUDIT_TODO.md | ||
| early-bird-workout-check.timer | ||
| install_autostart.sh | ||
| install_systemd.sh | ||
| install.sh | ||
| pyproject.toml | ||
| README.md | ||
| remove_autostart.sh | ||
| remove_systemd.sh | ||
| requirements.txt | ||
| run.sh | ||
| workout-locker.service | ||
screen-locker
Tkinter/systemd screen locker with workout tracking, sick-day management, and wake-alarm integration. It enforces a workout cadence by locking the screen until a RunnerUp-verified (or explicitly justified) workout is logged.
MCP server (Claude Code integration)
screen-locker exposes a read-only MCP server (screen_locker._mcp) so
Claude Code and its subagents can query workout compliance and the
lock-decision state through typed tools — without shelling out to the
screen-locker-status CLI or opening the Tk window.
- Read-only tools:
get_status(full status snapshot),get_summary(one-line i3blocks summary +ok/warn/lockstate word),explain_lock(why the screen is / isn't locked right now),get_flags(the individual boolean lock-decision predicates for today). - There are no write/action tools, by design. Nothing here logs a workout or mutates state — workouts are logged only from RunnerUp-verified TCX data, never from a caller's claim. No tool exposes the sync token or any HMAC key.
The mcp SDK is an optional dependency (pip install -e '.[mcp]'), kept out of
the CLI/systemd system-python path. One-time setup of the dedicated venv that
Claude Code spawns:
./scripts/setup_mcp.sh
Registration lives in the checked-in .mcp.json (project scope).
Restart Claude Code in this repo and approve the project MCP-server prompt for it
to load. Verify with claude mcp list.