It's actually just the NAMES that got changed as part of the EDDN rework, so
this would have made no difference to the tests. But now a grep won't find
any instance of the old names.
* In theory we would always see `Fileheader` and clear `pending[]`, but let's
be extra paranoid and also clear it if there's a gameversion/build difference
between the prior event and the current one.
1. Due to the _TIMEOUT on the actual `post()` of a message it would be
possible for new entries to get queued in the meantime. These queued
entries could be 'in session' and end up going through pending and thus
sent before one of the 'new session' events is detected so as to clear
pending. The `this.gameversion/build` could have changed in the meantime,
so are no longer correct if game client changed.
2. So, pass in the current gameversion/build when a message is pushed into
the queue, and parse those back out when they're pulled out of the queue.
3. Use those versions in the message, not `this.` versions.
* Record the 'state' version of these in `this`.
* Use those when constructing the message.
* NB: Need to check if messages can be retained in the queue across client
changes. Coming up ....
* I'd missed 'Plugin ' off 'Plugin Developers'.
* Clarification added that EDDN messages will still go through quickly if
not delayed by user settings or an EDDN Gateway issue.
* Adds `monitor.is_live_galaxy()` for general use.
* Assumes Update 14 starts after 2022-11-29T09:00:00+00:00. That's the
currently schedule day, and recently the servers have been down by the time.
Likelihood of them coming back *up* quickly seems slim to none.
* If we couldn't parse the `gameversion` from Journal using
`semantic_version.Version.coerce()` this will fail, and assume we're on
the Legacy galaxy.
Whilst setting it to the same "CAPI-<endpoint>" string as `gameversion` in
these cases would probably be OK, that's not the intent of the EDDN
documentation, which has now been clarified.
* In case of apparent issues, have a `--trace-on` to better see what's (not)
happening.
All the old DBEUG logging, even if commented out, is now under this.
* Also added some INFO level logging for the legacy replay.jsonl conversion,
as it should be one-time per user.
* Some additional DEBUG logging for closing down.
* An aborted attempt was made to use a thread worker, but:
1. sqlite3 doesn't allow cross-thread use of the same sqlite3 connection.
2. Having an on-going query on one cursor, e.g. gathering all the
outstanding message `id`, whilst trying to DELETE a row hits a
"database is locked" error.
* So, back to tk `after()`. `send_message_by_id()` has been audited to ensure
its boolean return is accurate. So there shouldn't be any way in which to
get hung up on a single message *other than if the EDDN Gateway is having
issues, and thus it should be retried anyway*. Any reason for a 'bad
message' will cause `True` return and thus deletion of the message in
*this* call to `queue_check_and_send()`.
* There is a new `reschedule` parameter to `queue_check_and_send()`. If
`True` then at the end it should re-schedule.
There is a check in `journal_entry()` for the `Docked` event, and if this
occurs it will schedule `queue_check_and_send()` with `reschedule` set to
`False` so that we don't end up with multiple parallel schedulings.
It's still possible for a docking to have coincided with a scheduled run
and thus cause double-rate sending to EDDN, but we can live with that.
* The same scheduling mechanism is used, with a much smaller delay, to
process more than one queued message per run.
Hence the `have_rescheduled` bool *in* the function to indicate if a 'fast'
reschedule has already been set. This prevents the slow one *also* being
set in this scenario. The latter will be scheduled when the fast one
found no more rows to process.
* Erroneously used 'CAPI-commoodity' when it's 'CAPI-market' (name of the
CAPI endpoint, not anything to do with EDDN schema names, and '-commodity'
would also be wrong for that).
* Set `header` for (CAPI) `export_commodities()`.
* The eddn parts of the OUT_EDDN_DO_NOT_DELAY -> OUT_EDDN_DELAY change. This
includes the 'sense' of it being inverted from what it was.
* EDDN.REPLAY_DELAY is now a float, as it's used with `time.sleep()`. *This*
is the 400ms value for inter-message cooldown.
* EDDN.REPLAY_PERIOD is still an int, used with tk `after()`. This is how
often we attempt the queue.
* EDDN.session is no longer a thing, move that part of EDDN.close() to
EDDNSender.close().
* EDDN queue DB has `id`, not `message_id`.
* Now *looping* in the queue sender, not only sending the oldest message.
* This is cleaner than starting to track it in `plugins/eddn.py` specifically.
* This is literally only about if we're piloting a ship that is docked, so
not even trying to resolve "on-foot, in a station, 'Location' said not
docked though".
