Add rabbitmq evalya full-coverage fixture by NouemanKHAL · Pull Request #25224 · DataDog/integrations-core

NouemanKHAL · 2026-09-15T12:26:27Z

What does this PR do?

TL;DR: Adds a rabbitmq-full evalya task under rabbitmq/tests/: a full metric-coverage environment where all 58 in-scope dashboard and monitor metrics of the rabbitmq check are emitted live and non-zero. Test fixtures only, no check code touched.

Files:

compose/full-coverage.compose: the environment (services below).
evalya.yaml: the rabbitmq-full task, its provides.* contract (RABBITMQ_* for the 4.0 broker, RABBITMQ3_* for the 3.13 broker, guest/guest), and a healthcheck through the forwarder.
seed.sh, activity-gen.sh, alarm-drill.sh (POSIX sh), slow_reader.py (stdlib Python).
README.md: services, the required check instances, knobs, side effects, and how coverage was measured.

Services (13):

Service	Role
`rabbitmq-broker`	Primary `-management` broker, 4.0: management API (15672) and Prometheus plugin (15692). Runs `alarm-drill.sh` in the background.
`seed`	One-shot: vhosts, static queues, exchanges, bindings, cluster name.
`load`	perf-test, 4 producers and 4 consumers; publish rate alternates 30/90 msg/s every 60s against a 45 msg/s consumer, so rates and queue depth rise and fall.
`activity-gen`	Queue declare/delete churn for `rabbitmq.queues.{created,declared,deleted}.count`.
`unroutable`	Producer-only publisher to an unbound routing key, for the unroutable-dropped counters.
`conn-churn`	Looping 20s perf-test clients, for connection/channel opened/closed counters and a varying consumer count.
`autoack`	Auto-ack consumer, for `*.messages.delivered.count`.
`redeliver`	nack/requeue consumer on a durable queue, for the redelivery counters and `rabbitmq.queue.messages.persistent`.
`unacked-swing`	Consumer whose latency alternates every 120s, for a moving unacked count.
`slow-reader`	Bespoke AMQP client that reads its socket slowly, for `rabbitmq.connection.pending_packets`.
`rabbitmq3-broker`	Second broker on 3.13, for the three socket metrics 4.x dropped.
`load3`	Light traffic on the 3.13 broker, so its socket gauges count connections.
`rabbitmq-full`	Entrypoint: `socat` forwarder (5672/15672/15692 to the 4.0 broker, 5673/15673/15693 to the 3.13 broker), gated on every service above.

Knobs (Compose interpolation, read from the environment of the evalya run, e.g. ALARM_DRILL=0 evalya run ... or evalya run -e ALARM_DRILL=0 ...):

Variable	Default	Effect
`RABBITMQ_VERSION`	`4.0`	Primary broker image tag, shared by `seed` and `activity-gen`.
`RABBITMQ3_VERSION`	`3.13`	Second broker image tag.
`ACTIVITY_GEN`	`1`	`0` idles every workload service, including the alarm drill.
`ALARM_DRILL`	`1`	`0` turns off only the alarm drill.

They are deliberately not declared under the task's env in evalya.yaml: a task-level env entry (or an alias's override) lands only on the rabbitmq-full forwarder container, not on the broker. Verified with a two-service compose: task env set the variable on the entrypoint only, while host env and -e reached the dependency.

Design points for review:

Two check instances (four with the 3.13 broker). The dashboards and monitors mix management-API names (rabbitmq.queue.messages_ready, per-queue *.rate) and OpenMetrics names (rabbitmq.erlang.*, *.count), and neither backend emits the other's.
Primary broker pinned to 4.x. The 4.x-only rabbitmq.queue.messages.{acked,delivered,redelivered,delivered.ack}.count are in the target; the 3.13 broker exists only for rabbitmq.node.sockets_used and rabbitmq.process.{open,max}_tcp_sockets.
Alarm drill. Every 180s (first after 60s) it lowers the memory watermark and raises the disk free limit for 25s, then restores the values read at startup, so rabbitmq.node.{mem,disk}_alarm and rabbitmq.alarms.free_disk_space.watermark read 1. If a baseline read fails or is not a number, it logs why and exits before the first raise; if a restore fails after its retries, it stops instead of raising again.

Side effects:

During a drill window the broker blocks every publishing connection: about 14% of the time (25s of every 180s). load drops to 0 msg/s, then bursts when the alarm clears. A scrape inside a window read rabbitmq.queue.messages.publish.rate 0 on every queue; no workload container exited. Set ALARM_DRILL=0 for uninterrupted publish traffic.
The drill, slow-reader, and the 3.13 broker are live but not organic: they exist only to move specific metrics.

Motivation

The rabbitmq check had no fixture that exercised its dashboard and monitor metrics end to end. The existing compose/docker-compose.yaml starts an idle broker, so rate and counter metrics read zero and per-queue metrics have no subjects. A published evalya fixture gives semantic-core's FTF a reusable environment to compare the check with the OTel rabbitmqreceiver.

Validation

Coverage target from assets/dashboards/ and assets/monitors/: 61 metrics, 58 from this check. data_streams.latency, data_streams.payload_size, and system.mem.total come from other sources and are excluded.
Coverage 58/58, all live and non-zero. Oracle: agent check rabbitmq -t 2 --json in datadog/agent:7 (7.83.1) with this branch's check mounted, four instances (OpenMetrics and management against 4.0.9, the OpenMetrics one also scraping the detailed endpoint; the same two against 3.13.7), ten -t 2 runs 21s apart starting about 3.5 minutes after the fixture turned healthy. 55 are non-zero on the 4.0 broker; the three socket metrics only on 3.13. The alarm metrics read 1 only in runs that land in a drill window. -t 2 matters: one scrape emits no OpenMetrics .count metric.
Alarm drill guard, on this head:
- Live run of rabbitmq-full: the drill parsed its baseline (vm_memory_high_watermark=0.6 disk_free_limit=50000000, matching the raw rabbitmqctl -q eval output on 4.0.9), raised both alarms 60s after start, and cleared them 25s later.
- Stubbed rabbitmqctl inside the broker container (dash): an empty, non-numeric, or {absolute,"1GiB"} watermark each exits 1 with a log line and zero set_* calls.
- Same stubs on macOS sh, with sleep stubbed too: a non-numeric disk limit and a failing read also exit before any raise; a failing restore stops the loop after one raise; a normal cycle, and an {absolute,N} baseline, restore the values read at startup.
evalya manifest validate --path rabbitmq/tests/evalya.yaml: OK, 23 warnings (ignored restart: policies, no registry mirror).
ddev --no-interactive test --lint rabbitmq: pass.
No changelog: every file is under tests/, which is not shipped.
Not verified: consumption through an OCI federation context (only local-path runs), non-default RABBITMQ_VERSION.

Review checklist (to be filled by reviewers)

Feature or bugfix MUST have appropriate tests (unit, integration, e2e)
Add qa/required if this PR needs QA validation, or qa/skip-qa if it does not. Exactly one of the two is required.
If you need to backport this PR to another branch, you can add the backport/<branch-name> label to the PR and it will automatically open a backport PR once this one is merged

🤖 Generated with Claude Code

Onboards rabbitmq to evalya with a rabbitmq-full task that drives the check to emit the metrics referenced by the OOTB dashboards and the recommended monitors. A single -management broker serves both check backends, since the assets draw metric names from each: the management API and the Prometheus plugin. Continuous AMQP traffic comes from perf-test, because rabbitmqadmin cannot populate channel, connection, or delivery counters over HTTP. Queue churn is separate so the node-wide queue counters keep advancing past perf-test's long-lived queues. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>

dd-octo-sts · 2026-09-15T12:27:34Z

✅ Dispatcher tests: passed

Dispatcher beta: informational only
Existing CI remains the merge signal.

12/12 jobs

✅ 12 passed · nothing failed

Batches · ✅ batch-01 12/12

_{Dispatcher finished on 2caa590 — GitHub Run · Dispatcher Logs.}

cit-pr-commenter-54b7da · 2026-09-15T12:29:58Z

evalya-impact-summary

evalya impact analysis

Impact analysis: 0 selected, 0 skipped (of 0 test tasks)
Publish tasks:   3 (always emitted)
Diff (7 files):
  rabbitmq/tests/README.md
  rabbitmq/tests/activity-gen.sh
  rabbitmq/tests/alarm-drill.sh
  rabbitmq/tests/compose/full-coverage.compose
  rabbitmq/tests/evalya.yaml
  rabbitmq/tests/seed.sh
  rabbitmq/tests/slow_reader.py

Debug a specific task: evalya plan impact --path <path> --task <task>

Learn more about CI impact filtering

datadog-datadog-prod-us1-2 · 2026-09-15T12:30:20Z

✅ All CI checks and tests passed.

🎉 All green!

🧪 All tests passed
❄️ No new flaky tests detected

🎯 Code Coverage (details)
• Patch Coverage: 0.00%
• Overall Coverage: 84.38%

_{This comment will be updated automatically if new data arrives.

🔗 Commit SHA: a279494 | Docs | View more details | Give us feedback!}

dd-octo-sts · 2026-09-15T12:34:05Z

Disk usage change

Commit a8787d8 compared against a46ed3e.

No integration or dependency changed size.

evalya starts only a task's target service and its depends_on chain. The task targeted the broker, which nothing depends on for the workload, so seed, load, and activity-gen never ran and every message, consumer, and queue metric read zero under evalya. The task now targets a socat entrypoint gated on the workload that forwards the broker's ports. The broker is renamed rabbitmq-broker because consumers alias this fixture as `rabbitmq`, and evalya gives the entrypoint that hostname, which made socat forward to itself. Host ports are no longer published, so the fixture cannot clash with a local broker or a concurrent run. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

perf-test consumers had no prefetch limit, so the whole backlog sat unacked, messages_ready read zero, and unacked grew without bound. --qos 50 keeps the backlog ready and x-max-length=2000 caps it. Nothing published unroutable messages, so the unroutable-dropped counters read zero. A producer-only perf-test now publishes to an unbound routing key; it stays connected because the per-channel counter disappears with the channel. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

A fixed publish rate leaves every rate metric and the queue depth flat once the backlog hits x-max-length, so OTel vs DD comparisons have no shape to match. Alternating the publish rate every 60s between below and above the consumer rate makes them rise and fall. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

The load connections live for the whole run, so the connection and channel opened/closed counters and the consumer count stop moving after startup. A looping short-lived perf-test keeps them advancing. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

Six dashboard/monitor metrics were emitted but stuck at 0, so they proved the mapping fired but not that the fixture exercised it: - delivered.count (channel, queue) only counts auto-ack deliveries, and every consumer acked manually. An autoack perf-test fixes it. - redeliver/redelivered.count and messages.persistent had no redelivery or persistent backlog. A nack/requeue perf-test on a durable queue with persistent messages drives all three. - messages_unacknowledged.rate stayed 0 because load's unacked count is pinned at its --qos. Capping conn-churn's consumer below its publish rate makes its unacked count climb each cycle. The new services idle with ACTIVITY_GEN=0, like activity-gen. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

The README claimed 56/58 metrics emitted, but coverage should count only non-zero values: 11 of those 56 read 0. It now reports the non-zero figure (51/58), describes the autoack and redeliver services and the ACTIVITY_GEN scope, and names each metric left at 0 with why: sockets_used is zeroed by RabbitMQ 4.0, the alarms are intentionally not raised because an alarm blocks every publisher, and pending_packets needs a client that stops reading its socket. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

Capping conn-churn's consumer at 5 msg/s made unacked a 30s sawtooth: it climbed while the 20s consumer lived, then the backlog was requeued at close. That cycle aliases against the scrape intervals. In a 600s comparator run every queue's average unacked matched across scrapers except churn-conn: OTel rabbitmqreceiver 17.8, DD OpenMetrics 35.2, DD management 29.4, so both unacked equivalences failed (6.06% and 6.39%) where they passed before. conn-churn's consumer is uncapped again, so that queue stays near 0. A new unacked-swing service drives messages_unacknowledged.rate from one long-lived connection instead: a constant 4 msg/s publisher and a consumer whose --variable-latency alternates every 120s between 2 and 8 msg/s of capacity, so unacked ramps to about 240 and back on a 240s cycle, slow enough for every scraper's average to agree. It idles with ACTIVITY_GEN=0, like the other added services. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

The README still said conn-churn drives messages_unacknowledged.rate. It now explains why conn-churn's consumer stays uncapped (a backlog requeued every 30s aliases against the scrape intervals), describes unacked-swing and its slow 240s cycle, and adds it to the ACTIVITY_GEN scope and the entrypoint's gate list. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

rabbitmq.node.mem_alarm, rabbitmq.node.disk_alarm and rabbitmq.alarms.free_disk_space.watermark are dashboard and monitor targets that read 0 on a healthy broker, so the rabbitmq-full fixture never covered them. The primary broker now runs a background drill that raises both alarms for 25s every 180s via rabbitmqctl, then restores the values it read at startup. Running inside the broker container reuses the node's cookie and name, which a sidecar would need shared. 25s is longer than the 15s DD and OTel scrape intervals plus the ~8s management stats lag, and shorter than perf-test's 30s confirm timeout (evalya ignores restart policies, so an exited perf-test would stay down). Publishers block during a window. ALARM_DRILL=0, or ACTIVITY_GEN=0, turns it off. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

rabbitmq.connection.pending_packets counts bytes the broker has queued on a socket but not yet handed to the kernel. It is non-zero only when a client reads slower than the broker delivers, and every perf-test client keeps up, so it read 0 in every scrape. slow-reader is bespoke traffic: a stdlib-only AMQP 0-9-1 client (no pip install at runtime) whose auto-ack consumer reads at ~32 KiB/s through a 4 KiB receive buffer while a second connection publishes ~100 KiB/s. It throttles instead of stopping, because the broker closes a connection whose socket send blocks for 30s. Auto-ack leaves nothing unacked, x-max-length=1000 caps the queue, both rates are fixed, and the consumer reconnects every 600s. Idles with ACTIVITY_GEN=0. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

rabbitmq.node.sockets_used, rabbitmq.process.max_tcp_sockets and rabbitmq.process.open_tcp_sockets are unreachable on RabbitMQ 4.x, which stopped tracking TCP sockets. The primary broker stays on 4.0, because the 4.x-only queue delivery counters are also targets and seed.sh needs the v2 rabbitmqadmin. A second broker on 3.13 (RABBITMQ3_VERSION), with two perf-test connections, is forwarded by the entrypoint on ports shifted by one and published as RABBITMQ3_HOST and RABBITMQ3_{AMQP,MANAGEMENT,OPENMETRICS} _PORT. Every existing provide keeps pointing at the 4.0 broker, so current consumers see no change. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

The README still listed the alarm, pending-packets and socket metrics as left at zero or unreachable. Describe the three new workloads, the ALARM_DRILL and RABBITMQ3_VERSION inputs, the drill's measured side effects, and how a consumer scrapes the 3.13 broker, and record the new measurement: all 58 in-scope metrics emitted and non-zero. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

The drill restores the memory watermark and disk free limit it reads at startup. If either read failed or returned something that is not a number, the old code still raised both alarms and then "restored" a bad value, which could leave publishers blocked for the rest of the run. It now logs why and exits before the first raise. A restore that still fails after its retries also stops the loop, so the drill never raises the alarms again on top of alarms it could not clear. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

Describe the new startup and restore guards, and how a consumer sets the fixture's knobs. They are Compose interpolation variables read from the environment of the evalya run: a task-level env entry in evalya.yaml, or an alias's override of one, lands only on the rabbitmq-full forwarder container, not on the broker, so declaring ALARM_DRILL there would not let a consumer turn the drill off. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

chatgpt-codex-connector · 2026-09-30T14:15:39Z

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buraizu · 2026-09-30T16:33:19Z

Created DOCS-15842 for the editorial review.

The README table promised ACTIVITY_GEN=0 idles every workload, and activity-gen.sh calls it a quiescent env, matching the redisdb exemplar. load, unroutable and conn-churn ignored the switch and kept publishing, so the mode never gave a traffic-free broker. They now use the same sleep-infinity guard as autoack. The wrapper runs the image's default entrypoint (java -jar /perf_test/perf-test.jar) with the same arguments, so ACTIVITY_GEN=1 behavior is unchanged. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

AGENTS.md (Python Code Style > Type Hints) asks for type hints on new functions; slow_reader.py is new in this PR. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

dd-octo-sts · 2026-10-02T13:30:11Z

Validation Report

All 21 validations passed.

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Validation	Description	Status
`agent-reqs`	Verify check versions match the Agent requirements file	✅
`ci`	Validate CI configuration and code coverage settings	✅
`codeowners`	Validate every integration has a CODEOWNERS entry	✅
`config`	Validate default configuration files against spec.yaml	✅
`dep`	Verify dependency pins are consistent and Agent-compatible	✅
`http`	Validate integrations use the HTTP wrapper correctly	✅
`imports`	Validate check imports do not use deprecated modules	✅
`integration-style`	Validate check code style conventions	✅
`jmx-metrics`	Validate JMX metrics definition files and config	✅
`labeler`	Validate PR labeler config matches integration directories	✅
`legacy-signature`	Validate no integration uses the legacy Agent check signature	✅
`license-headers`	Validate Python files have proper license headers	✅
`licenses`	Validate third-party license attribution list	✅
`metadata`	Validate metadata.csv metric definitions	✅
`models`	Validate configuration data models match spec.yaml	✅
`openmetrics`	Validate OpenMetrics integrations disable the metric limit	✅
`package`	Validate Python package metadata and naming	✅
`qa-label`	Validate the pull request declares whether it needs QA for the next Agent release	✅
`readmes`	Validate README files have required sections	✅
`saved-views`	Validate saved view JSON file structure and fields	✅
`version`	Validate version consistency between package and changelog	✅

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NouemanKHAL added the qa/skip-qa Automatically skip this PR for the next QA label Sep 15, 2026

dd-octo-sts Bot added the integration/rabbitmq label Sep 15, 2026

NouemanKHAL and others added 4 commits September 24, 2026 16:37

NouemanKHAL mentioned this pull request Sep 28, 2026

Add mongo evalya full-coverage fixture #25423

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NouemanKHAL and others added 10 commits September 29, 2026 21:46

NouemanKHAL marked this pull request as ready for review September 30, 2026 14:15

NouemanKHAL requested review from a team as code owners September 30, 2026 14:15

dd-octo-sts Bot added team/agent-integrations team/documentation labels Sep 30, 2026

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Comment thread rabbitmq/tests/slow_reader.py Outdated

Comment thread rabbitmq/tests/compose/full-coverage.compose

buraizu self-assigned this Sep 30, 2026

buraizu added the editorial review Waiting on a more in-depth review from a docs team editor label Sep 30, 2026 — with ddtool CLI

NouemanKHAL and others added 2 commits October 2, 2026 12:19

style(rabbitmq): type-hint slow_reader helpers

a279494

AGENTS.md (Python Code Style > Type Hints) asks for type hints on new functions; slow_reader.py is new in this PR. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>

chouetz added the internal Identify a non-fork PR label Oct 2, 2026

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Add rabbitmq evalya full-coverage fixture - #25224

Add rabbitmq evalya full-coverage fixture#25224
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