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2 commits

Author SHA1 Message Date
f99d07bd29
test: push line coverage from 71.7% → 78.67%
Adds ~600 new test cases (2013 → 2613 tests; 170 properties; 0
failures) across 12 new test files plus expansions of eight existing
files. Big lifts per module:

  ContactLive.Mechanism      33 → 100%
  MetricsPlug                54 → ~100%
  Microwaveprop.Release      15.8 → 70%+
  Telemetry                  38 → 76%
  HrrrNativeGridWorker       27.7 → 76%
  ContactLive.Show           34 → 48% (handler + render branches)
  Admin.ContactEditLive      49.7 → 70%+
  GefsFetchWorker            35.8 → ~55%
  IonosphereFetchWorker      56.3 → 75%
  PathLive                   58.9 → 67%
  WeatherMapLive             66.9 → 80.2%
  RoverLive                  0 → 70.3%
  ContactMapLive             59.2 → 89.8%
  ContactMapController       0 → 100%
  Mix tasks (Rust.Golden, Notebook, Backtest, HrrrBackfill,
    HrrrClimatology, HrrrNativeBackfill, NexradBackfill,
    RadarBackfill, ImportContestLogs, PropagationGrid,
    ResetEnrichment, Hrrr.PurgeGridPoints)  0 → ~60-100%

Two incidental fixes made while adding tests:

- ContactLive.Show.handle_event("toggle_flag", ...) was passing
  socket.assigns.current_scope to admin?/1 instead of socket.assigns,
  so admins never matched the pattern and every toggle ran the
  "Admins only." flash branch. Flag now toggles for admins again.

- Commercial.PollWorker.fetch_weather/1 promoted from private to
  @doc'd public so the IEM-fetch + ASOS-upsert path can be tested
  directly without driving perform/1 through live SNMP (which was
  timing out for ~50 s per test in the earlier attempt).

Stable property-test additions cover the dewpoint-from-RH monotonicity,
nearest_run/1 idempotence, and the ionosphere station envelope.
2026-04-23 18:43:18 -05:00
361b9dec5a
Ionosphere: GIRO ionosonde ingestion (foF2/foEs/hmF2/MUFD)
First step toward physics-based HF / sporadic-E scoring. Polls GIRO's
DIDBase tabular endpoint every 10 minutes for two US ionosondes
(Millstone Hill MHJ45, Alpena AL945), parses the plain-text response
into observation rows, and upserts into a new ionosonde_observations
table keyed on (station_code, valid_time).

This gets foEs (E-layer sporadic critical frequency) into the database
as a direct measurement — the key input for predicting 144 MHz Es
openings via ITU-R P.534-6. foF2 + MUFD are the F2-layer inputs for
HF MUF predictions.

Not yet wired into scoring. Boulder/Wallops/Austin/Idaho/Point Arguello
are in the GIRO catalog but were silent when probed — add them back
if/when they come online.

Next steps: SWPC JSON (Kp, F10.7, sunspot), GOES X-ray flux, D-RAP text,
and the P.534-6 Es scoring factor that uses foEs at midpoint for the
144/440 band configs.
2026-04-15 14:37:43 -05:00