The 7610-only FreqA gate broke CAT on the 7610 when FreqA was momentarily 0.
Match DXHunter/WSJT-X: read FreqA first for all rigs, fall back to the generic
Freq (IC-9100 etc.), then FreqB. OmniRig's generic Freq maps to VFO B on the
7610, which is why keying off FreqA is correct.
GetQSORate now returns both the active operator's rate (their own performance)
and the whole station's rate (all operators combined). RecentRateBreakdown
computes both in one scan of the recent rows (per-operator + all-operators),
replacing RecentRate.
The targeted extras write used SET extras, but the column is extras_json, so
sending an OpsLog QSL card (and the recording stamps) failed with an unknown-
column error. Use the real column name.
The multi-op live status heartbeated every 15 s, so an operator who left the
log open but stopped working still showed on air. Now it publishes an explicit
online flag: online when a new contact was logged within the last 5 minutes,
offline otherwise. live_status gains `online` + `last_qso_at` columns (added to
existing tables via ALTER). Logging a QSO (manual, UDP, ADIF monitor) stamps the
time and republishes at once, so they flip back online instantly.
At launch the last-QSO time is seeded from the DB (Repo.LastQSOTime), so an
operator who worked someone just before starting OpsLog is shown online right
away rather than offline until their next contact. LiveLastQSOAgeSec exposes it
to the UI badge.
Status clobber: sending an OpsLog QSL card (or stamping a recording) read the
QSO, did slow work (e-mail send), then wrote the WHOLE row back from that now-
stale copy — silently reverting clublog/qrz_qso_upload_status from Y to R that a
concurrent auto-upload had just set. That's why QSOs "showed R again, but only
with QSL sending on", intermittently. New Repo.SetExtra does a targeted
`UPDATE qso SET extras = ?` that touches only the extras column, so an app-field
stamp can never clobber another column. Used by SendEQSL, markRecordingSent and
the recording-path stamp.
Logging speed: the log path no longer runs a callsign lookup at all — the e-mail
already arrives on the QSO from the entry lookup, so the second one was
redundant and stalled logging on a slow/not-found QRZ. And the entry lookup
(LookupCallsign) is now bounded to ~2 s: providers get 2 s, then it falls
through to cty.dat instead of spinning 10 s+ on a call that isn't in QRZ.
The single-worker upload queue introduced head-of-line blocking: one slow
upload (LoTW signing via TQSL, or a service on a 30 s timeout) stalled the
whole queue, so every following QSO's Club Log upload waited and the rows sat
at "R". Operators on the older, concurrent build had no such problem — the
tell that this was a fresh regression.
Back to one goroutine per upload (never serialised), so a slow upload never
holds up the rest, while keeping the transient-failure retry with back-off
(concurrent, so it can't block anything).
OmniRig: on the IC-7610 the generic Freq property reports the wrong VFO (its
Main/Sub model confuses the stock ini), so OpsLog showed VFO B. Detect the rig
by RigType and, in simplex, read VFO A explicitly — matching Log4OM. Only the
7610 is affected; other rigs keep using the generic Freq.
Icom network: when the rig tears the session down (control/CI-V 0x05) OpsLog
only logged it and kept the half-dead link until the 6 s liveness timeout
expired. Mark the link dead on 0x05 so Alive() fails on the next poll and the
manager reconnects cleanly right away.
A QSO logged via UDP / ADIF-import fired `go m.upload` per QSO, so a pileup or
an ADIF-import burst hit a service with dozens of concurrent requests at once.
Club Log's nginx answers that burst with 403; the upload counts as failed and
the QSO stays at "R" while a lucky few go through — the real cause behind the
"it's uploaded but shows R" report (not the earlier display race).
Route all immediate/delayed auto-uploads through a single serialised worker
(one at a time, 250ms apart) so no burst ever trips a per-IP rate limiter.
upload() now reports whether a failure is transient (HTTP/rate-limit) vs
permanent (not eligible, wrong station callsign, no record); transient ones
are retried with exponential back-off (up to 4 attempts, 1s/2s/4s), so a QSO
that hit a momentary 403 ends up marked instead of stuck at R. A full queue
falls back to a goroutine rather than dropping an upload.
Club Log: on a failed batch, log the callsign#id of every QSO in it so a
per-record rejection (e.g. a field value nginx's WAF blocks with a 403) can
actually be located instead of hiding behind "batch FAILED".
FCC ULS: catch the maintenance bounce before following it. data.fcc.gov
redirects to www.fcc.gov/system-maintenance during maintenance windows, and
that page then HTTP/2-stream-errors — which surfaced as a cryptic
INTERNAL_ERROR. Detect the redirect and return "try again later".
Opt-in via Settings→General (portable pref opslog.showQsoRate). Shows the
contest-style QSO rate in QSOs/hour, projected from the trailing 10-minute
(count ×6) and 60-minute windows, between the widget icons and propagation.
Backend: qso.RecentRate counts QSOs whose start time falls in each trailing
window, scanning only the last 400 rows (cheap on a large log); App.GetQSORate
exposes the 10/60-min counts. Frontend refreshes on qso:logged and a 30s tick.
The meter shares the propagation grid cell — the header is a fixed 6-column
grid, so adding it as its own child pushed profile/band-map/compact onto a
second row. i18n EN + FR.
New Operator picker next to the contest picker, populated with the operators
actually present in the log. Selecting one recomputes every statistic for that
operator — QSO/DXCC totals, top countries, continent split, by band/mode, and
the rate/best-60. "— Station owner —" buckets QSOs logged with no OPERATOR set.
Shown only when the log has more than one operator.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
rouggy
