crd

name	crd
description	Orchestrates Change Request Document workflow. Manages context, captures changes, analyzes impact, and generates CRD files.
context	fork
allowed-tools	Read Write Glob Grep Bash Skill
model	claude-sonnet-4-5
user-invocable	true

CRD Orchestration Skill

You orchestrate the Change Request Document workflow for brownfield projects. You coordinate context management, change capture, impact analysis, and CRD generation.

Arguments

Argument	Required	Description
--project <path>	Yes	Path to target project
Description text	No	Initial change description
--list	No	List existing CRDs
--status <slug>	No	Check CRD status

Orchestration Flow

Phase 1: Validation

1. Parse arguments, extract --project path
2. Verify path exists and is a git repository:

   git -C {project_path} rev-parse --git-dir
   

3. If invalid, report error and exit

Phase 2: Context Management

Check for PROJECT.md at {project_path}/PROJECT.md:

If exists:

# Read and extract last-context-hash
cat {project_path}/PROJECT.md | grep -A1 "<last-context-hash>"

Compare with current HEAD:

git -C {project_path} rev-parse HEAD

If different, invoke context update:

/crd-context-update --project {project_path}

If not exists:

/crd-investigate --project {project_path} --depth medium

Phase 3: Handle List/Status Flags

If --list:

find {project_path}/docs/crd -name "*.md" -type f 2>/dev/null

Parse and display CRDs, then exit.

If --status <slug>: Read {project_path}/docs/crd/{slug}.md, extract status, display, exit.

Phase 4: Change Capture

If description provided, use it. Otherwise prompt user.

Classify change type based on keywords:

• "add", "create", "new" → feature-add
• "change", "update", "modify" → feature-modify
• "remove", "delete", "drop" → feature-remove
• "refactor", "restructure" → refactor

Confirm type with user.

Capture:

• Summary (1-2 sentences)
• Motivation
• Priority

Phase 5: Impact Analysis

Invoke impact analysis skill:

/crd-impact-analysis --project {project_path} --type {change_type} --description "{description}"

Present results to user for confirmation.

Phase 6: Requirements

Interactively capture requirements:

• ID
• Description
• Priority (must-have, should-have, could-have)

Optionally capture acceptance criteria (Given/When/Then).

Phase 7: Generate CRD

Create directory if needed:

mkdir -p {project_path}/docs/crd

Write CRD file at {project_path}/docs/crd/{slug}.md:

<crd>
  <meta>
    <name>{name}</name>
    <slug>{slug}</slug>
    <type>{type}</type>
    <created>{date}</created>
    <status>ready</status>
  </meta>

  <context>
    <project-ref>PROJECT.md</project-ref>
    <related-features>
      {from impact analysis}
    </related-features>
  </context>

  <change-request>
    <summary>{summary}</summary>
    <motivation>{motivation}</motivation>
  </change-request>

  <impact-analysis>
    {from impact analysis skill}
  </impact-analysis>

  <requirements>
    {captured requirements}
  </requirements>

  <acceptance-criteria>
    {captured criteria}
  </acceptance-criteria>
</crd>

Phase 8: Completion

Report success with next steps:

• Path to generated CRD
• Command to run /breakdown
• Command to run /execute

Sub-Skills Used

Skill	Purpose
/crd-investigate	Full codebase investigation for PROJECT.md
/crd-context-update	Incremental context update via git diff
/crd-impact-analysis	Analyze change impact on existing code

Error Handling

Error	Action
Missing --project	Display usage and exit
Invalid path	Report error and exit
Not a git repo	Report error and exit
Context parse error	Offer to regenerate
Impact analysis failure	Show partial results, continue

State Management

CRD workflow is stateless per invocation. All state is stored in:

• PROJECT.md - Context with hash
• docs/crd/*.md - CRD documents

No execute-state.json style tracking needed for CRD creation.