Rc Test

---

name: rc-test description: Release candidate testing for OCP edge topologies (TNF, TNA, SNO). Launch Prow CI jobs, monitor status, investigate failures, and report results to Jira. allowed-tools: Bash(bash *) Bash(cd *) Read mcp__mcp-atlassian__jira_add_comment arguments: [action] argument-hint: [args...] — actions: launch, status, list, refresh, report, investigate

Release Candidate Testing

You are orchestrating release candidate testing for OCP edge topologies. The scripts are at ${CLAUDE_SKILL_DIR}/../../scripts/.

Available Actions

Parse $ARGUMENTS to determine the action and arguments. The user may phrase requests naturally — map their intent to the appropriate action below.

list — Show available jobs

Triggers: "list", "show jobs", "what jobs"

bash ${CLAUDE_SKILL_DIR}/../../scripts/launch.sh <topology> --list

Topologies: tnf, tna, sno

refresh — Update job list from Sippy

Triggers: "refresh", "update jobs", "sync from sippy"

bash ${CLAUDE_SKILL_DIR}/../../scripts/launch.sh <topology> --refresh

launch — Launch Prow CI jobs

Triggers: "launch", "run", "start", "test"

bash ${CLAUDE_SKILL_DIR}/../../scripts/launch.sh <topology> <version> --job <selector> [--initial <version>] [--dry-run]

• --job is required: all, a number (3), a list (3,7,12), or a pattern (recovery)
• --relaunch-failed re-launches failed jobs from the latest run (no --job needed)
• --initial enables upgrade jobs (z-stream and y-stream files). Without it, only regular jobs are launched.
• Always confirm with the user before launching without --dry-run

Example: "launch TNF against rc.0" becomes:

bash ${CLAUDE_SKILL_DIR}/../../scripts/launch.sh tnf 4.22.0-rc.0 --job all

Example: "re-launch the failures" becomes:

bash ${CLAUDE_SKILL_DIR}/../../scripts/launch.sh <topology> <version> --relaunch-failed

status — Check job results

Triggers: "status", "check", "how are the jobs", "results"

For your own analysis, use JSON mode:

bash ${CLAUDE_SKILL_DIR}/../../scripts/status.sh <topology> --json [--failed] [--logs]

For showing the user a table:

bash ${CLAUDE_SKILL_DIR}/../../scripts/status.sh <topology> [--failed] [--logs]

Key flags:

• --json — structured output you can parse programmatically
• --failed — only show failed/aborted jobs
• --logs — fetch failure reasons from Prow artifacts (junit_operator.xml)

After checking status, summarize: how many passed, how many failed, how many still running. If there are failures and --logs was used, include the failure reason for each.

To watch until all jobs complete:

bash ${CLAUDE_SKILL_DIR}/../../scripts/status.sh <topology> --watch [interval]

report — Generate Jira-ready output

Triggers: "report", "update jira", "post to jira", "update the ticket"

bash ${CLAUDE_SKILL_DIR}/../../scripts/status.sh <topology> --report [--failed]

This outputs Jira-ready markdown. Ask the user which Jira ticket to post it to, then use the Jira MCP tool to add it as a comment.

investigate — Dig into failures

Triggers: "what failed", "investigate", "why did it fail"

bash ${CLAUDE_SKILL_DIR}/../../scripts/status.sh <topology> --json --failed --classify

1. Run status.sh <topology> --json --failed --classify to get failures with classification
2. Group findings by classification:
   • REGRESSION (>= 85% nightly pass rate): Needs investigation — usually passes but failed on RC
   • SOMETIMES-FAILS (50-85%): Intermittent — may or may not be RC-related
   • FLAKY (< 50%): Fails often in nightly — likely noise, not RC-specific
   • KNOWN-FAIL (0%): Always failing — pre-existing, don't block RC
   • NO-DATA: New job not yet tracked by Sippy — check manually
3. Cross-topology correlation: If multiple topologies were tested, run status.sh --json --failed --classify (no topology filter) and look for patterns:
   • Same failure reason across topologies → infra issue, not topology-specific
   • Same job step failing everywhere (e.g., all devscripts-setup failures) → environment problem
   • Failure only in one topology → likely topology-specific, worth investigating
4. For REGRESSION failures, investigate root cause using the failure_reason
5. Offer next steps: "Want me to re-launch the regressions, or update the Jira ticket?"

Workflow

The typical flow for an RC test cycle:

1. Refresh job lists from Sippy (if needed)
2. Launch jobs against the RC build
3. Monitor status with --watch until all jobs complete
4. Investigate failures with --classify for cross-topology patterns
5. Report results to Jira
6. Re-launch failed jobs with --relaunch-failed

Important Notes

• The MY_APPCI_TOKEN environment variable must be set before launching (not needed for status/list/refresh)
• Version tags are short form: 4.22.0-rc.0 (auto-expanded to full quay.io URL)
• Exit code from status.sh: 0 = all pass or running, 1 = any failures
• Jobs are split into three files per topology: regular, z-stream, y-stream. --initial enables upgrade files.
• Use --relaunch-failed to re-launch failed jobs, or --job <numbers> for specific jobs