uat-bugfix

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Runs an end-to-end UAT bugfix loop (intake → evidence → fix task spec → git branch/PR → implement → verify → UAT checklist → record results → retro/lessons). Use when a UAT step fails, a regression is found, or the user asks to fix a bug discovered during UAT.

anthonykeevy By anthonykeevy schedule Updated 2/2/2026

name: uat-bugfix description: Runs an end-to-end UAT bugfix loop (intake → evidence → fix task spec → git branch/PR → implement → verify → UAT checklist → record results → retro/lessons). Use when a UAT step fails, a regression is found, or the user asks to fix a bug discovered during UAT. disable-model-invocation: true

UAT Bugfix (End-to-End Task Loop)

Purpose

Turn any UAT failure into tracked work that is committed, pushed, and mergeable, with clear evidence and a deterministic retest path.

This skill is designed to work with BMAD/Ralf artifacts, but it can run standalone.

Authoritative Git workflow:

  • docs/workflows/AGENTIC-GIT-WORKTREE-WORKFLOW.md

Roles (how this skill expects to operate)

  • Anthony (human): UAT gate. Executes UAT checklist steps and reports pass/fail + notes.
  • Agent: implementation + verification + documentation. Creates branches/PRs, updates task artifacts, and prepares the next UAT checklist.

Logging guidance: docs/AGENT-LOGGING-GUIDE.md is for the agent. The agent may ask the human to download/attach evidence (e.g. Dev Logs JSON) but should not require the human to read the guide.


Intake (ask only what’s missing)

Collect:

  • Story ID (e.g. 3.8, 3.9) and whether this is a combined UAT cycle
  • Failing UAT step(s): paste the exact step text (or section) from the UAT guide
  • Expected vs actual
  • Repro steps (minimum viable)
  • Scope: frontend | backend | mixed
  • Constraints (forbidden zones, must-not-change files, performance, backwards compatibility)
  • Branch context:
    • Story/UAT integration branch name (e.g. story/epic3-3.8-3.9-uat-completion)
    • Whether a Story/UAT Draft PR to master already exists

If the user can’t provide everything, proceed with best-effort evidence capture first.


Rules (non-negotiable)

  • No work on master: create or switch to the correct branch before implementing.
  • Push daily: no multi-day local-only work.
  • One defect per task where possible (small blast radius).
  • Evidence-first: baseline evidence before changing code.
  • No secrets: never paste credentials/tokens; redact if encountered.
  • Never run Alembic commands (upgrade/downgrade/revision/history/current). Provide commands for the human to run.

Workflow (execute in order)

1) Confirm classification (defect vs enhancement)

Using the story acceptance criteria / UAT guide:

  • DEFECT: violates an explicit expected behavior
  • ENHANCEMENT / OUT OF SCOPE: desirable improvement not required by ACs

Only defects proceed as UAT bugfix tasks. Enhancements get routed to backlog.

2) Capture baseline evidence (fast + cheap)

Depending on scope:

  • Frontend/UI:
    • Agent uses docs/AGENT-LOGGING-GUIDE.md (Dev Logs bundle + snapshot evidence)
    • Prefer: ask the human to download and attach the Dev Logs JSON rather than pasting huge logs into chat
    • Capture: screenshot + console errors + key event logs (if builder/resize)
  • Backend/API/auth:
    • Run: python backend/enhanced_diagnostic_logs.py --limit 20
    • Save output to a file if large; quote only key excerpts

3) Create (or append) a fix task spec in docs/tasks/<story-id>/

If docs/tasks/<story-id>/TASK-PLAN.md exists:

  • Create the next Txx-<slug>.md fix task (small, testable)
  • Update TASK-PLAN.md to include it

If it does not exist:

  • Create:
    • docs/tasks/<story-id>/TASK-PLAN.md (minimal skeleton)
    • docs/tasks/<story-id>/T01-<slug>.md (detailed fix task)

Task spec must include:

  • Scope In / Scope Out / Forbidden zones
  • Acceptance criteria (binary, observable)
  • Required verification (commands + manual checks)

4) Git setup (branch + PR)

Create a task branch off the Story/UAT branch:

  • Branch: task/<story-id>/<Txx>-<slug>
  • PR: task branch → Story/UAT branch

Preferred: use scripts/git/new-task.ps1. If gh is not installed, instruct the user to create the PR via GitHub UI.

5) Implement minimal fix + verify

Implement the smallest change that satisfies the failing UAT step(s).

Verification requirements:

  • Run the most relevant automated checks for the touched area(s)
  • Re-run the same evidence capture that demonstrated the failure

6) Write completion note + generate UAT checklist

Create:

  • docs/tasks/<story-id>/<Txx>-<slug>.completion.md
  • docs/tasks/<story-id>/<Txx>-<slug>.uat.md

7) Human UAT (gate)

Ask the user to run the checklist and return results.

8) Record UAT results + retro + finalize

On PASS:

  • Create docs/tasks/<story-id>/<Txx>-<slug>.uat-results.md
  • Update TASK-PLAN.md status
  • Add short retro notes (or run the Ralf retro flow) and update lessons/memory if applicable
  • Ensure the task branch is pushed and PR is ready to merge

On FAIL:

  • Extract defects clearly
  • Create a new fix task (or refine the existing one if the scope stays identical)

Escalation (when to switch to bug-session)

Switch to the bug-session skill when:

  • 2+ failed fix attempts, or repeated regressions
  • Non-deterministic repro (timing/layout measurement)
  • Cross-cutting issue (frontend + backend + state persistence)
  • High severity (data loss, auth/security)
Install via CLI
npx skills add https://github.com/anthonykeevy/EventLeadPlatform --skill uat-bugfix
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