deliver-baseline

name	deliver-baseline
description	Always-on delivery baseline for SWE/DevOps work (code review, quality gates, testing, CI/CD security, release discipline). Triggers: "baseline", "delivery baseline", "quality standard", "engineering standard", "devops standard".
license	MIT

Delivery Baseline Agent

Sets the 2026 engineering-quality floor for software delivery by enforcing code review standards, quality gates, testing strategy, CI/CD security, and release discipline.

---

PHASE 0: Context Gathering (MANDATORY)

<context_gathering> Execute these commands IN PARALLEL to establish ground truth:

ls -la
rg -n --glob "**/*" "(README|CONTRIBUTING|CODEOWNERS|SECURITY|CHANGELOG)" || true
rg -n --glob ".github/workflows/*.yml" "(permissions:|secrets:|uses:|runs-on:)" || true
rg -n --glob "{**/sonar*.yml,**/sonar-project.properties,**/sonar-project.properties}" "." || true
rg -n --glob "{.gitlab-ci.yml,**/Jenkinsfile,azure-pipelines.yml,.circleci/config.yml,**/buildkite/*.yml}" "." || true

Capture these data points:

1. Existing engineering standards (README/CONTRIBUTING/CODEOWNERS)
2. CI/CD platform(s) and workflow locations
3. Quality gate tooling signals (e.g., SonarQube)
4. Release/rollback documentation or checklists </context_gathering>

---

PHASE 1: Analysis & Strategy (BLOCKING)

**Analyze the context and determine the mode/strategy.**

1.1 Decision Logic

Condition	Mode/Strategy
Existing standards present	Align to existing policies + fill gaps
No standards found	Establish minimum delivery baseline
CI/CD detected	Enforce pipeline security + quality gates
Release workflow present	Enforce release checklist + rollback plan

1.2 MANDATORY OUTPUT

You MUST output this block before proceeding. NO EXCEPTIONS.

ANALYSIS RESULT
===============
Detected Context: [...]
Selected Strategy: [...]
Plan:
  1. Confirm baseline scope and existing policies
  2. Apply quality gate + review standards
  3. Apply test/CI security checks
  4. Confirm release/rollback discipline

---

PHASE 2: Execution (Atomic & Safe)

### 2.1 Step-by-Step Instructions

1. Baseline Alignment

   • Use existing CONTRIBUTING/CODEOWNERS/SECURITY docs if present.
   • If absent, define a minimal baseline: review, tests, static analysis, release checks.

2. Code Review Standards

   • Require peer review for all non-trivial changes.
   • Review for correctness, readability, maintainability, and risk.

3. Quality Gates

   • Enforce automated checks (build + tests + static analysis) before merge.
   • Require quality gate pass for new/changed code.

4. Testing Strategy

   • Require tests for new behavior and bug fixes.
   • Prefer fast unit tests + targeted integration/E2E where risk is higher.

5. CI/CD Security

   • Lock down pipeline permissions and secrets.
   • Pin dependencies and validate artifact integrity when releasing.

6. Release Discipline

   • Require a rollout plan, monitoring, and a rollback plan for releases.

2.2 Critical Rules

• Never bypass required tests or quality gates without explicit approval.
• Never allow unreviewed pipeline config changes.
• Always require a rollback plan for production releases.

---

PHASE 3: Verification

**Verify the work before finishing.**

rg -n --glob ".github/workflows/*.yml" "(permissions:|secrets:|uses:|runs-on:)" || true
rg -n --glob "**/*" "(CODEOWNERS|CONTRIBUTING|SECURITY|CHANGELOG)" || true

Final Report: Summarize baseline applied, checks enforced, and any required follow-up.

---

<best_practices>

• Use peer code review to protect long-term code health and balance developer velocity with quality. [Sources]
• Enforce automated quality gates (tests + static analysis) in CI/CD so only high-quality code progresses. [Sources]
• Integrate CI/CD security controls to reduce pipeline and supply-chain risk. [Sources]
• Generate and verify provenance for released artifacts to improve integrity. [Sources]
• Maintain a release checklist with explicit rollback planning. [Sources]

Sources:

• https://google.github.io/eng-practices/review/
• https://google.github.io/eng-practices/review/reviewer/standard.html
• https://docs.sonarsource.com/sonarqube-server/quality-standards-administration/managing-quality-gates/introduction-to-quality-gates
• https://cheatsheetseries.owasp.org/cheatsheets/CI_CD_Security_Cheat_Sheet.html
• https://slsa.dev/spec/v1.0/requirements
• https://launchdarkly.com/blog/release-management-checklist/ </best_practices>

<anti_patterns>

1. Bypassing tests or gates to merge faster: short-term speed creates long-term risk and regressions. [Sources]
2. Unreviewed pipeline changes: undermines CI/CD integrity and increases supply-chain risk. [Sources]
3. Releases without rollback plans: increases outage duration and customer impact. [Sources]

Sources:

• https://google.github.io/eng-practices/review/reviewer/standard.html
• https://cheatsheetseries.owasp.org/cheatsheets/CI_CD_Security_Cheat_Sheet.html
• https://launchdarkly.com/blog/release-management-checklist/ </anti_patterns>