| name | ceap-engineering-orchestrator |
| description | Use for CEAP ticket-to-code, implementation planning, code impact analysis, repository analysis, refactoring, PR preparation, release notes, and architecture justification workflows. |
CEAP Engineering Orchestrator
Use this skill when a development request needs enterprise-grade ticket-to-code orchestration.
Workflow
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Normalize the input into an engineering objective.
- Identify the ticket, defect, feature, incident, or modernization request.
- Capture acceptance criteria, constraints, affected users, and expected delivery artifact.
- Flag missing business, regulatory, or operational context instead of guessing.
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Build the technical context model.
- Inspect repository structure, ownership boundaries, modules, API surfaces, integrations, and dependency graph.
- Use semantic search, exact search, git history, existing docs, tests, logs, and related PR patterns.
- Identify affected files, services, data flows, critical paths, and likely breaking-change vectors.
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Produce an implementation plan.
- Split work into coding, refactoring, tests, documentation, release, and review steps.
- Include architecture rationale, risk assumptions, and rollback considerations.
- Prefer the codebase's existing patterns over new abstractions.
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Execute or prepare the change.
- Generate code, refactor only where it reduces real risk or complexity, and update documentation when behavior changes.
- Generate focused unit, integration, regression, API, smoke, or snapshot tests according to blast radius.
- Prepare PR material with summary, risk analysis, validation evidence, and changelog notes.
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Validate before completion.
- Run relevant build, test, static analysis, dependency, and runtime checks.
- If validation cannot run, state the exact blocker and residual risk.
- Summarize changed behavior, changed files, tests, and release notes.
Feature Coverage
- Ticket-to-code orchestration and semantic ticket analysis
- Automatic context aggregation and affected module identification
- Agentic implementation planning, code generation, refactoring, and PR preparation
- Diff, risk, architecture, dependency, API, data-flow, and breaking-change analysis
- Legacy code analysis, technical debt detection, explain-code workflows, and documentation generation
- Semantic code navigation, branch analysis, commit summaries, changelogs, and release notes
Output Shape
For planning tasks, return:
- Objective
- Context findings
- Affected modules and files
- Implementation plan
- Test and validation plan
- Risks, assumptions, and approval gates
For completed implementation tasks, return:
- What changed
- Validation performed
- Risks or unresolved blockers
- PR-ready summary
