ops-verify-jobs

name	ops-verify-jobs
description	Verify that Solid Queue background jobs are running properly. Checks worker health, recurring job execution, and optionally triggers a test job to prove end-to-end processing. Supports local, staging, and production targets.
allowed-tools	["Bash","Read"]

Verify Background Jobs

Verify that Solid Queue background jobs are running and processing correctly in the specified environment.

Target environment: $ARGUMENTS (expected: local, staging, or production; default: staging)

Workflow

Step 1: Set Environment Variables

Environment	Profile	Cluster	Worker Service	Worker Log Group
local	—	—	worker (Docker)	Docker Compose logs
staging	your-project-staging	webCluster	worker-service	Discover via aws logs describe-log-groups
production	your-project-production	webCluster	worker-service	Discover via aws logs describe-log-groups

Step 2: Check Worker Service Health

If local

docker compose ps worker

Confirm the worker container is running and healthy.

If staging or production

1. Check AWS session:

   aws sts get-caller-identity --profile <profile>
   

   If expired: aws sso login --profile <profile>

2. Check ECS service status:

   aws ecs describe-services \
     --cluster webCluster \
     --services worker-service \
     --profile <profile> \
     --region us-east-1 \
     --query 'services[].{name:serviceName,status:status,running:runningCount,desired:desiredCount,rollout:deployments[0].rolloutState}' \
     --output table
   

   Verify: running >= 1, status = ACTIVE, rollout = COMPLETED.

Step 3: Verify Recurring Jobs Are Executing

If local

docker compose logs --tail=100 worker 2>&1 | grep -E "(heartbeat|PublishCloudWatchMetrics|SolidQueue::RecurringJob)"

If staging or production

1. Discover log groups:

   aws logs describe-log-groups \
     --profile <profile> \
     --region us-east-1 \
     --query 'logGroups[].logGroupName' \
     --output table
   

2. Search for recurring job execution in the worker log group (last 15 minutes):

   aws logs filter-log-events \
     --log-group-name <worker-log-group> \
     --filter-pattern "Performing" \
     --start-time $(date -v-15M +%s000) \
     --profile <profile> \
     --region us-east-1 \
     --query 'events[].message' \
     --output text
   

3. Check for job failures:

   aws logs filter-log-events \
     --log-group-name <worker-log-group> \
     --filter-pattern "?Failed ?\"Error performing\"" \
     --start-time $(date -v-15M +%s000) \
     --profile <profile> \
     --region us-east-1 \
     --query 'events[].message' \
     --output text
   

Step 4: Trigger a Test Job (End-to-End Proof)

This step enqueues a VerifyJobExecutionJob with a unique marker, then searches worker logs for that marker to prove the full pipeline works: enqueue -> pickup -> execute -> log.

If local

MARKER="verify-$(openssl rand -hex 8)"
echo "Marker: $MARKER"

# Enqueue the job
docker compose run --rm web bin/rails runner "VerifyJobExecutionJob.perform_later('$MARKER')"

# Wait for the worker to process it
sleep 5

# Search for the marker in worker logs
docker compose logs --tail=50 worker 2>&1 | grep "$MARKER"

If staging or production

1. Generate a unique marker:

   MARKER="verify-$(openssl rand -hex 8)"
   echo "Marker: $MARKER"
   

2. Get a running web task for ECS exec:

   TASK_ARN=$(aws ecs list-tasks \
     --cluster webCluster \
     --service-name web-rails-service \
     --profile <profile> \
     --query 'taskArns[0]' \
     --output text)
   
   TASK_ID=$(echo "$TASK_ARN" | awk -F/ '{print $NF}')
   
   CONTAINER_NAME=$(aws ecs describe-tasks \
     --cluster webCluster \
     --tasks "$TASK_ID" \
     --profile <profile> \
     --query 'tasks[0].containers[?starts_with(name, `ecs-service-connect`) == `false`].name' \
     --output text | awk '{print $1}')
   

3. Enqueue the test job via ECS exec:

   aws ecs execute-command \
     --cluster webCluster \
     --task "$TASK_ID" \
     --container "$CONTAINER_NAME" \
     --interactive \
     --command "bin/rails runner \"VerifyJobExecutionJob.perform_later('$MARKER')\"" \
     --profile <profile>
   

4. Wait for the worker to process it (30 seconds should be more than enough):

   sleep 30
   

5. Search worker logs for the marker:

   aws logs filter-log-events \
     --log-group-name <worker-log-group> \
     --filter-pattern "$MARKER" \
     --start-time $(date -v-2M +%s000) \
     --profile <profile> \
     --region us-east-1 \
     --query 'events[].message' \
     --output text
   

6. Evaluate result:

Step 5: Report Results

Summarize findings in a table:

Check	Result
Worker service running	Yes/No (count, status)
Recurring jobs executing	Yes/No (list which ones, any gaps)
Job failures in last 15 min	Count (list if any)
Test job (end-to-end)	PASS/FAIL (marker, timing)
Non-job errors (OTEL, etc.)	Note any noise

If any check fails, provide the specific error output and a recommended next step.

Execution

Verify jobs now for the specified environment.