N1mm Mcp

Get n1mm-mcp service version and upstream UDP contract version. Returns the running PyPI version of n1mm-mcp and the N1MM Logger+ UDP broadcast contract revision in use. Use this to confirm fleet alignment across MCP deployments — agents can compare service_version and spec_version across servers to detect drift without going outside the MCP protocol. Note: n1mm_diagnostics remains the canonical health probe (heartbeat, parse errors, memory). get_version_info is a lighter-weight identity attestation that succeeds even when N1MM isn't broadcasting.

无需输入参数。

Complete station snapshot — connection, contest, operator, radios. Returns connection status, contest info, operator callsign, and full radio state for Radio 1 (and Radio 2 if SO2R). This is the first tool any AI session should call.

Pre-log callsign lookup — THE Contest-Copilot trigger. Fires when operator types a callsign and presses spacebar in N1MM. Returns the lookup data plus current band/mode from RadioInfo. Check lookup_age_ms — if >30000, the advice window has closed.

QSO log — recent contacts, edits, and deletes. Returns the last QSO, filtered recent QSOs, recent edits, and recent deletes in one coherent snapshot.

Live bandmap — spots, mult targets, and activity summary. Returns active spots (with TTL eviction), unworked multipliers, and per-band spot activity counts in one snapshot.

Complete performance snapshot — score, rate, bands, run/S&P, timeline. Returns score, rolling rates (10m/30m/60m), rate derivative for band exhaustion detection, per-band breakdown, per-mode breakdown, hourly summary, and run vs S&P stats in one coherent view.

Multiplier status — worked mults, mult map, and available needs. Returns total mults worked, per-band mult grid, unworked mults currently spotted, and mult value analysis.

Contest clock — timing, off-time, and pacing in one view.

Two-radio (SO2R) view: both radios now, and how they've been used. Returns each radio's band, frequency, mode and run/transmit state, N1MM's transmit focus and receive focus, whether both radios are on the same band, each radio's share of N1MM-keyed transmit time (a paddle or PTT isn't reported by N1MM) and minutes per band, transmit- and receive-focus swaps, QSOs per radio, and QSOs made on one radio while the other was running. Timing covers the RadioInfo packets seen since the MCP server started (or the contest changed). Read from N1MM's broadcasts; no rig is read.

Every networked N1MM station at once (multi-op). Per station: operator, radios (band, mode, running, transmitting), QSOs, rate over 10 and 60 minutes, mults in the last hour, minutes since the last QSO, the band of its recent QSOs with minutes on it and band changes in the last hour, and when it was last heard. Also: which stations are on each band, stations sharing a band and mode, each station's contest score (shared per contest call), and QSOs per operator this hour against the hour before.

无需输入参数。

DXpedition pileup view: rate, who's calling, dupes, split, dead air. Over the last window_minutes (default 60, 5 to 1440): QSOs, unique calls, dupes (a call already worked on that band and mode), run share, rate over 5, 15 and 60 minutes and the best 10 minutes in the window, QSOs and share by continent, the top 10 country prefixes, QSOs by band and mode, gaps of 2 minutes or more between QSOs, and the active radio's split (RX, TX, kHz up).

Server health and diagnostics — connection, parse errors, memory. Essential for production debugging. First tool to call when something goes wrong during a contest.