The comment said statsd was the only server choice. otel is also accepted, and
an operator reading this had no way to learn that.
It also records what does not carry over: the [telemetry] section owns the
export destination and the resource attributes on that path, so address and
prefix are ignored, and endpoint reaches a startup log line without changing
where metrics go.
Conflict in docker/telemetry/docker-compose.yml, in the collector's ports
block. Upstream bound every port to the host loopback, including the StatsD
UDP port. This branch had already retired that port, because beast::insight
moved to native OTLP, leaving it commented out as a fallback example.
Not resolved as a union, which would have resurrected the retired port.
Composed instead: this branch's shape is kept, so StatsD stays commented, and
the loopback binding is applied to the active ports and to the commented
example, so uncommenting it yields the safe form.
Conflict in docker/telemetry/docker-compose.yml, in the collector's ports
block. Both sides bound ports to the host loopback: upstream did 4317, 4318
and 13133, this branch did 8125, 8889 and 9090.
Resolved as the union. All eight published ports are loopback-bound, and both
explanatory comments are kept: upstream's, which covers the whole block and
cites the upstream guidance, and this branch's, which is specific to the
unauthenticated StatsD receiver.
The StatsD port beside them was already loopback-bound with a comment saying
why; the Prometheus exporter and Prometheus itself were not. Prometheus
scrapes the collector as otel-collector:8889 over the compose network, so the
published port had no consumer.
The compose ports published on every host interface, so the collector's
unauthenticated OTLP receivers, Tempo, and the anonymous-admin Grafana were
reachable by anything that could route to the host.
Nothing consumed the published ports from off-host: containers address each
other by compose service name, and every doc and script uses localhost.
Resolved consensus-health.json. This branch re-exported that dashboard, so
phase-6's unit changes land in lines this branch had already rewritten. Took
this branch's file from the clean baseline merge, then applied si: and
decimals 0 to every count-unit panel left in it. The panel set matches that
baseline merge exactly.
Panels whose unit counts whole things switch from a custom `suffix:` unit to
`si:`, so a large value reads 15 k nodes/s instead of 15000 nodes/s. A custom
suffix unit is formatted by toFixedUnit, which never scales; si: goes through
SIPrefix and does.
decimals is set to 0 on the same panels, because a fraction of a ledger or a
node says nothing. The two settings need each other: on its own decimals 0
would round a slow rate down to zero, and si: shifts it to the milli step
instead.
Left alone: the one panel whose unit is a seconds-per-second ratio.
26 panels across 9 dashboards, plus 3 legends and one name placement.
Panels whose unit counts whole things switch from a custom `suffix:` unit to
`si:`, so a large value reads 15 k nodes/s instead of 15000 nodes/s. A custom
suffix unit is formatted by toFixedUnit, which never scales; si: goes through
SIPrefix and does.
decimals is set to 0 on the same panels, because a fraction of a ledger or a
node says nothing. The two settings need each other: on its own decimals 0
would round a slow rate down to zero, and si: shifts it to the milli step
instead.
Left alone: the one panel whose unit is a seconds-per-second ratio.
20 panels across 5 dashboards.
A panel legend drops ${__field.labels.series} where the panel title already
carries that name, and the query drops the label_replace that set the label,
since nothing reads it any more.
Horizontal bar gauges put the series name above the bar.
3 legends across 2 dashboards, and one bar gauge name placement.
Resolved three dashboards. phase-7 rewrote consensus-health, rpc-performance
and transaction-overview, so both sides added the annotations block next to
lines that had already diverged. Rebuilt each file from the clean pre-change
merge of the two branches, then set the option on every panel, which is what
both sides intended. Panel sets match that baseline merge exactly.
All 107 timeseries and state-timeline panels on this branch now set multiLane,
and both state timelines set perPage.
Every timeseries and state-timeline panel sets
options.annotations.multiLane. The state-timeline panels set
options.perPage to 5.
62 panels across 5 dashboards.
Every timeseries and state-timeline panel sets
options.annotations.multiLane. The state-timeline panels set
options.perPage to 5.
46 panels across 5 dashboards.
Resolved src/libxrpl/tx/applySteps.cpp. calculateBaseFee now returns
std::expected<XRPAmount, TER>, so invokePreclaim rejects the transaction when
the fee cannot be computed. Kept that inside this branch's preclaimTer wrapper,
so the returned error also reaches the span's ter_result attribute.
Conflicted only on the two adjacent lines this branch had renamed from dotted
to bare attribute keys. Kept the bare keys, which are the convention the naming
check enforces.
The steps described setting a suppressed attribute on a dropped duplicate, in
the pre-rename dotted spelling. The span is now created after the duplicate
check, so there is no span on that path in either spelling.
