Project skill registry priority

commands/capture-knowledge.md

@@ -5,8 +5,10 @@ description: Document a code entry point in knowledge docs.
 Guide me through creating a structured understanding of a code entry point and saving it to the knowledge docs.
 
 1. **Gather & Validate Entry Point** — If not already provided, ask for: entry point (file, folder, function, API), why it matters (feature, bug, investigation), and desired depth or focus areas. Confirm the entry point exists; if ambiguous or not found, clarify or suggest alternatives.
-2. **Collect Source Context** — Read the primary file/module and summarize purpose, exports, key patterns. For folders: list structure, highlight key modules. For functions/APIs: capture signature, parameters, return values, error handling. Extract essential snippets (avoid large dumps).
-3. **Analyze Dependencies** — Build a dependency view up to depth 3, tracking visited nodes to avoid loops. Categorize: imports, function calls, services, external packages. Note external systems or generated code to exclude.
-4. **Synthesize Explanation** — Draft overview (purpose, language, high-level behavior). Detail core logic, execution flow, key patterns. Highlight error handling, performance, security considerations. Identify potential improvements or risks.
-5. **Create Documentation** — Normalize name to kebab-case (`calculateTotalPrice` → `calculate-total-price`). Create `docs/ai/implementation/knowledge-{name}.md` with sections: Overview, Implementation Details, Dependencies, Visual Diagrams, Additional Insights, Metadata, Next Steps. Include mermaid diagrams when they clarify flows or relationships. Add metadata (analysis date, depth, files touched).
-6. **Review & Next Actions** — Summarize key insights and open questions. Suggest related areas for deeper dives. Confirm file path and remind to commit.
+2. **Use Memory for Context** — Search memory for prior knowledge about this module/domain: `npx ai-devkit@latest memory search --query "<entry point or subsystem>"`.
+3. **Collect Source Context** — Read the primary file/module and summarize purpose, exports, key patterns. For folders: list structure, highlight key modules. For functions/APIs: capture signature, parameters, return values, error handling. Extract essential snippets (avoid large dumps).
+4. **Analyze Dependencies** — Build a dependency view up to depth 3, tracking visited nodes to avoid loops. Categorize: imports, function calls, services, external packages. Note external systems or generated code to exclude.
+5. **Synthesize Explanation** — Draft overview (purpose, language, high-level behavior). Detail core logic, execution flow, key patterns. Highlight error handling, performance, security considerations. Identify potential improvements or risks.
+6. **Create Documentation** — Normalize name to kebab-case (`calculateTotalPrice` → `calculate-total-price`). Create `docs/ai/implementation/knowledge-{name}.md` with sections: Overview, Implementation Details, Dependencies, Visual Diagrams, Additional Insights, Metadata, Next Steps. Include mermaid diagrams when they clarify flows or relationships. Add metadata (analysis date, depth, files touched).
+7. **Store Reusable Knowledge** — If insights should persist across sessions, store them using `npx ai-devkit@latest memory store ...`.
+8. **Review & Next Actions** — Summarize key insights and open questions. Suggest related areas for deeper dives, confirm file path, and suggest `/remember` for key long-lived rules.

commands/check-implementation.md

@@ -2,9 +2,12 @@
 description: Compare implementation with design and requirements docs to ensure alignment.
 ---
 
-Compare the current implementation with the design in docs/ai/design/ and requirements in docs/ai/requirements/.
+Compare the current implementation with the design in `docs/ai/design/` and requirements in `docs/ai/requirements/`.
 
 1. If not already provided, ask for: feature/branch description, list of modified files, relevant design doc(s), and any known constraints or assumptions.
-2. For each design doc: summarize key architectural decisions and constraints, highlight components, interfaces, and data flows that must be respected.
-3. File-by-file comparison: confirm implementation matches design intent, note deviations or missing pieces, flag logic gaps, edge cases, or security issues, suggest simplifications or refactors, and identify missing tests or documentation updates.
-4. Summarize findings with recommended next steps.
+2. **Use Memory for Context** — Search memory for known constraints and prior decisions before assessing mismatches: `npx ai-devkit@latest memory search --query "<feature implementation alignment>"`.
+3. For each design doc: summarize key architectural decisions and constraints, highlight components, interfaces, and data flows that must be respected.
+4. File-by-file comparison: confirm implementation matches design intent, note deviations or missing pieces, flag logic gaps, edge cases, or security issues, suggest simplifications or refactors, and identify missing tests or documentation updates.
+5. **Store Reusable Knowledge** — Save recurring alignment lessons/patterns with `npx ai-devkit@latest memory store ...`.
+6. Summarize findings with recommended next steps.
+7. **Next Command Guidance** — If major design issues are found, go back to `/review-design` or `/execute-plan`; if aligned, continue to `/writing-test`.

commands/code-review.md

@@ -5,7 +5,10 @@ description: Pre-push code review against design docs.
 Perform a local code review **before** pushing changes.
 
 1. **Gather Context** — If not already provided, ask for: feature/branch description, list of modified files, relevant design doc(s) (e.g., `docs/ai/design/feature-{name}.md`), known constraints or risky areas, and which tests have been run. Also review the latest diff via `git status` and `git diff --stat`.
-2. **Understand Design Alignment** — For each design doc, summarize architectural intent and critical constraints.
-3. **File-by-File Review** — For every modified file: check alignment with design/requirements and flag deviations, spot logic issues/edge cases/redundant code, flag security concerns (input validation, secrets, auth, data handling), check error handling/performance/observability, and identify missing or outdated tests.
-4. **Cross-Cutting Concerns** — Verify naming consistency and project conventions. Confirm docs/comments updated where behavior changed. Identify missing tests (unit, integration, E2E). Check for needed configuration/migration updates.
-5. **Summarize Findings** — Categorize each finding as **blocking**, **important**, or **nice-to-have** with: file, issue, impact, recommendation, and design reference.
+2. **Use Memory for Context** — Search memory for project review standards and recurring pitfalls: `npx ai-devkit@latest memory search --query "code review checklist project conventions"`.
+3. **Understand Design Alignment** — For each design doc, summarize architectural intent and critical constraints.
+4. **File-by-File Review** — For every modified file: check alignment with design/requirements and flag deviations, spot logic issues/edge cases/redundant code, flag security concerns (input validation, secrets, auth, data handling), check error handling/performance/observability, and identify missing or outdated tests.
+5. **Cross-Cutting Concerns** — Verify naming consistency and project conventions. Confirm docs/comments updated where behavior changed. Identify missing tests (unit, integration, E2E). Check for needed configuration/migration updates.
+6. **Store Reusable Knowledge** — Save durable review findings/checklists with `npx ai-devkit@latest memory store ...`.
+7. **Summarize Findings** — Categorize each finding as **blocking**, **important**, or **nice-to-have** with: file, issue, impact, recommendation, and design reference.
+8. **Next Command Guidance** — If blocking issues remain, return to `/execute-plan` (code fixes) or `/writing-test` (test gaps); if clean, proceed with push/PR workflow.

commands/debug.md

@@ -5,7 +5,10 @@ description: Debug an issue with structured root-cause analysis before changing
 Help me debug an issue. Clarify expectations, identify gaps, and agree on a fix plan before changing code.
 
 1. **Gather Context** — If not already provided, ask for: issue description (what is happening vs what should happen), error messages/logs/screenshots, recent related changes or deployments, and scope of impact.
-2. **Clarify Reality vs Expectation** — Restate observed vs expected behavior. Confirm relevant requirements or docs that define the expectation. Define acceptance criteria for the fix.
-3. **Reproduce & Isolate** — Determine reproducibility (always, intermittent, environment-specific). Capture reproduction steps. List suspected components or modules.
-4. **Analyze Potential Causes** — Brainstorm root causes (data, config, code regressions, external dependencies). Gather supporting evidence (logs, metrics, traces). Highlight unknowns needing investigation.
-5. **Resolve** — Present resolution options (quick fix, refactor, rollback, etc.) with pros/cons and risks. Ask which option to pursue. Summarize chosen approach, pre-work, success criteria, and validation steps.
+2. **Use Memory for Context** — Search memory for similar incidents/fixes before deep investigation: `npx ai-devkit@latest memory search --query "<issue symptoms or error>"`.
+3. **Clarify Reality vs Expectation** — Restate observed vs expected behavior. Confirm relevant requirements or docs that define the expectation. Define acceptance criteria for the fix.
+4. **Reproduce & Isolate** — Determine reproducibility (always, intermittent, environment-specific). Capture reproduction steps. List suspected components or modules.
+5. **Analyze Potential Causes** — Brainstorm root causes (data, config, code regressions, external dependencies). Gather supporting evidence (logs, metrics, traces). Highlight unknowns needing investigation.
+6. **Resolve** — Present resolution options (quick fix, refactor, rollback, etc.) with pros/cons and risks. Ask which option to pursue. Summarize chosen approach, pre-work, success criteria, and validation steps.
+7. **Store Reusable Knowledge** — Save root-cause and fix patterns via `npx ai-devkit@latest memory store ...`.
+8. **Next Command Guidance** — After selecting a fix path, continue with `/execute-plan`; when implemented, use `/check-implementation` and `/writing-test`.

commands/execute-plan.md

@@ -5,7 +5,10 @@ description: Execute a feature plan task by task.
 Help me work through a feature plan one task at a time.
 
 1. **Gather Context** — If not already provided, ask for: feature name (kebab-case, e.g., `user-authentication`), brief feature/branch description, planning doc path (default `docs/ai/planning/feature-{name}.md`), and any supporting docs (design, requirements, implementation).
-2. **Load & Present Plan** — Read the planning doc and parse task lists (headings + checkboxes). Present an ordered task queue grouped by section, with status: `todo`, `in-progress`, `done`, `blocked`.
-3. **Interactive Task Execution** — For each task in order: display context and full bullet text, reference relevant design/requirements docs, offer to outline sub-steps before starting, prompt for status update (`done`, `in-progress`, `blocked`, `skipped`) with short notes after work, and if blocked record blocker and move to a "Blocked" list.
-4. **Update Planning Doc** — After each status change, generate a markdown snippet to paste back into the planning doc. After each section, ask if new tasks were discovered.
-5. **Session Summary** — Produce a summary: Completed, In Progress (with next steps), Blocked (with blockers), Skipped/Deferred, and New Tasks. Remind to update `docs/ai/planning/feature-{name}.md` and sync related docs if decisions changed.
+2. **Use Memory for Context** — Search for prior implementation notes/patterns before starting: `npx ai-devkit@latest memory search --query "<feature implementation plan>"`.
+3. **Load & Present Plan** — Read the planning doc and parse task lists (headings + checkboxes). Present an ordered task queue grouped by section, with status: `todo`, `in-progress`, `done`, `blocked`.
+4. **Interactive Task Execution** — For each task in order: display context and full bullet text, reference relevant design/requirements docs, offer to outline sub-steps before starting, prompt for status update (`done`, `in-progress`, `blocked`, `skipped`) with short notes after work, and if blocked record blocker and move to a "Blocked" list.
+5. **Update Planning Doc** — After each completed or status-changed task, run `/update-planning` to keep `docs/ai/planning/feature-{name}.md` accurate.
+6. **Store Reusable Knowledge** — Save reusable implementation guidance/decisions with `npx ai-devkit@latest memory store ...`.
+7. **Session Summary** — Produce a summary: Completed, In Progress (with next steps), Blocked (with blockers), Skipped/Deferred, and New Tasks.
+8. **Next Command Guidance** — Continue `/execute-plan` until plan completion; then run `/check-implementation`.

commands/new-requirement.md

@@ -5,14 +5,15 @@ description: Scaffold feature documentation from requirements through planning.
 Guide me through adding a new feature, from requirements documentation to implementation readiness.
 
 1. **Capture Requirement** — If not already provided, ask for: feature name (kebab-case, e.g., `user-authentication`), what problem it solves and who will use it, and key user stories.
-2. **Create Feature Documentation Structure** — Copy each template's content (preserving YAML frontmatter and section headings) into feature-specific files:
+2. **Use Memory for Context** — Before asking repetitive clarification questions, search memory for related decisions or conventions via `npx ai-devkit@latest memory search --query "<feature/topic>"` and reuse relevant context.
+3. **Create Feature Documentation Structure** — Copy each template's content (preserving YAML frontmatter and section headings) into feature-specific files:
    - `docs/ai/requirements/README.md` → `docs/ai/requirements/feature-{name}.md`
    - `docs/ai/design/README.md` → `docs/ai/design/feature-{name}.md`
    - `docs/ai/planning/README.md` → `docs/ai/planning/feature-{name}.md`
    - `docs/ai/implementation/README.md` → `docs/ai/implementation/feature-{name}.md`
    - `docs/ai/testing/README.md` → `docs/ai/testing/feature-{name}.md`
-3. **Requirements Phase** — Fill out `docs/ai/requirements/feature-{name}.md`: problem statement, goals/non-goals, user stories, success criteria, constraints, open questions.
-4. **Design Phase** — Fill out `docs/ai/design/feature-{name}.md`: architecture changes, data models, API/interfaces, components, design decisions, security and performance considerations.
-5. **Planning Phase** — Fill out `docs/ai/planning/feature-{name}.md`: task breakdown with subtasks, dependencies, effort estimates, implementation order, risks.
-6. **Documentation Review** — Run `/review-requirements` and `/review-design` to validate the drafted docs.
-7. **Next Steps** — This command focuses on documentation. When ready to implement, use `/execute-plan`. Generate a PR description covering: summary, requirements doc link, key changes, test status, and a readiness checklist.
+4. **Requirements Phase** — Fill out `docs/ai/requirements/feature-{name}.md`: problem statement, goals/non-goals, user stories, success criteria, constraints, open questions.
+5. **Design Phase** — Fill out `docs/ai/design/feature-{name}.md`: architecture changes, data models, API/interfaces, components, design decisions, security and performance considerations.
+6. **Planning Phase** — Fill out `docs/ai/planning/feature-{name}.md`: task breakdown with subtasks, dependencies, effort estimates, implementation order, risks.
+7. **Store Reusable Knowledge** — When important conventions or decisions are finalized, store them via `npx ai-devkit@latest memory store --title "<title>" --content "<knowledge>" --tags "<tags>"`.
+8. **Next Command Guidance** — Run `/review-requirements` first, then `/review-design`. If both pass, continue with `/execute-plan`.

commands/remember.md

@@ -2,9 +2,11 @@
 description: Store reusable guidance in the knowledge memory service.
 ---
 
-When I say "remember this" or want to save a reusable rule, help me store it in the knowledge memory service.
+Help me store it in the knowledge memory service.
 
 1. **Capture Knowledge** — If not already provided, ask for: a short explicit title (5-12 words), detailed content (markdown, examples encouraged), optional tags (keywords like "api", "testing"), and optional scope (`global`, `project:<name>`, `repo:<name>`). If vague, ask follow-ups to make it specific and actionable.
-2. **Validate Quality** — Ensure it is specific and reusable (not generic advice). Avoid storing secrets or sensitive data.
-3. **Store** — Call `memory.storeKnowledge` with title, content, tags, scope. If MCP tools are unavailable, use `npx ai-devkit@latest memory store` instead.
-4. **Confirm** — Summarize what was saved and offer to store more knowledge if needed.
+2. **Search Before Store** — Check for existing similar entries first with `npx ai-devkit@latest memory search --query "<topic>"` to avoid duplicates.
+3. **Validate Quality** — Ensure it is specific and reusable (not generic advice). Avoid storing secrets or sensitive data.
+4. **Store** — Call `memory.storeKnowledge` with title, content, tags, scope. If MCP tools are unavailable, use `npx ai-devkit@latest memory store` instead.
+5. **Confirm** — Summarize what was saved and offer to retrieve related memory entries when helpful.
+6. **Next Command Guidance** — Continue with the current lifecycle phase command (`/execute-plan`, `/check-implementation`, `/writing-test`, etc.) as needed.

commands/review-design.md

@@ -2,14 +2,17 @@
 description: Review feature design for completeness.
 ---
 
-Review the design documentation in docs/ai/design/feature-{name}.md (and the project-level README if relevant). Summarize:
+Review the design documentation in `docs/ai/design/feature-{name}.md` (and the project-level README if relevant).
 
-- Architecture overview (ensure mermaid diagram is present and accurate)
-- Key components and their responsibilities
-- Technology choices and rationale
-- Data models and relationships
-- API/interface contracts (inputs, outputs, auth)
-- Major design decisions and trade-offs
-- Non-functional requirements that must be preserved
-
-Highlight any inconsistencies, missing sections, or diagrams that need updates.
+1. **Use Memory for Context** — Search memory for prior architecture constraints/patterns: `npx ai-devkit@latest memory search --query "<feature design architecture>"`.
+2. Summarize:
+   - Architecture overview (ensure mermaid diagram is present and accurate)
+   - Key components and their responsibilities
+   - Technology choices and rationale
+   - Data models and relationships
+   - API/interface contracts (inputs, outputs, auth)
+   - Major design decisions and trade-offs
+   - Non-functional requirements that must be preserved
+3. Highlight inconsistencies, missing sections, or diagrams that need updates.
+4. **Store Reusable Knowledge** — Persist approved design patterns/constraints with `npx ai-devkit@latest memory store ...` when they will help future work.
+5. **Next Command Guidance** — If requirements gaps are found, return to `/review-requirements`; if design is sound, continue to `/execute-plan`.