Reviewing files that changed from the base of the PR and between 441ec04 and bacdb19.

• .agents/analysis/ideation-agent-templating.md (1 hunks)
• .agents/architecture/2-variant-consolidation-review.md (1 hunks)
• .agents/critique/001-agent-templating-critique.md (1 hunks)
• .agents/planning/implementation-plan-agent-consolidation.md (1 hunks)
• .agents/planning/prd-agent-consolidation.md (1 hunks)
• .agents/planning/tasks-agent-consolidation.md (1 hunks)
• .agents/qa/001-agent-consolidation-test-strategy-review.md (1 hunks)
• .agents/roadmap/epic-agent-consolidation.md (1 hunks)
• .agents/roadmap/product-roadmap.md (1 hunks)
• .serena/memories/epic-2-variant-consolidation.md (1 hunks)
• .serena/memories/prd-agent-consolidation-context.md (1 hunks)
• .serena/memories/research-agent-templating-2025-12-15.md (1 hunks)
• .serena/memories/roadmap-v1.1-prioritization.md (1 hunks)

.agents/critique/001-agent-templating-critique.md (2)

1-139: Missing critical foundation document referenced by critique and all downstream planning.

The critique references .agents/analysis/ideation-agent-templating.md as the source document being reviewed (line 32), but this file is not provided in the PR. All critique findings depend on its content. Without the ideation document, downstream reviewers cannot verify the critique's analysis of overlap percentages, time estimates, and specialist disagreements.

Confirm whether .agents/analysis/ideation-agent-templating.md is included in this PR. If not, it must be added for the critique to be self-contained and reviewable.

---

19-44: Governance flow issue: "NEEDS REVISION" verdict does not align with "Approved with Conditions" in implementation plan.

This critique issues a NEEDS REVISION verdict (line 5) and routes to high-level-advisor for escalation (line 128), identifying critical unresolved conflicts between specialists. However, the Implementation Plan document (lines 5–6) states "Approved with Conditions" and proceeds with task assignment.

Either:

1. The escalation to high-level-advisor should block the implementation plan, or
2. The high-level-advisor resolved the conflict (not documented in provided files), enabling conditional approval.

Clarify the decision flow: Was the high-level-advisor input collected before the Implementation Plan was approved? If so, add a section to this critique documenting the resolution.

.serena/memories/research-agent-templating-2025-12-15.md (1)

1-38: Memory document status conflicts with critique verdict.

This memory (line 5) marks the research as "Complete - Recommend Proceed," but the companion critique document marks it "NEEDS REVISION" requiring escalation. These status markers should align.

Either update this memory's status to reflect the escalation requirement, or document how the "Proceed" recommendation was reaffirmed after critique review.

.agents/planning/implementation-plan-agent-consolidation.md (1)

162-167: Quality gate "byte-identical outputs" is incomplete without methodology definition.

Line 163 specifies: "PoC Validation (TASK-012): 3 agents generate byte-identical outputs." However, the critique and QA review both note that "byte-comparison methodology undefined (handling of line endings, encoding, whitespace)" (external context + QA review line 101).

This quality gate cannot be verified without defining what "byte-identical" means:

• Are line endings normalized (CRLF vs LF)?
• What encoding (UTF-8 BOM vs no BOM)?
• Are trailing spaces acceptable?

Confirm the PRD amendment (line 28) will document the byte-comparison methodology before TASK-012 execution.

.serena/memories/prd-agent-consolidation-context.md (1)

1-44: PRD context memory references main PRD document that is not provided.

Line 8 references .agents/planning/prd-agent-consolidation.md as the main PRD location, but this file is not included in the PR files provided. This memory alone cannot be reviewed independently; the main PRD is required.

Confirm whether .agents/planning/prd-agent-consolidation.md is included in this PR. If not, provide it for review.

.serena/memories/roadmap-v1.1-prioritization.md (1)

1-42: LGTM. Prioritization decision is sound. P1 rating justified by RICE score, and deferral of full templating to v1.2+ pending drift data is pragmatic application of 80/20 principle.

.agents/roadmap/product-roadmap.md (2)

13-35: Verify v1.0 completion status and PR references.

The roadmap claims v1.0 is Complete (line 13) with all P0 epics done:

• Unified Install Script: "Complete (PR #41)"
• Multi-Agent Impact Analysis: "Complete (PR #40)"
• Agent Parity: "Complete"

But this PR #43 is dated 2025-12-16 and references planning for Pre-PR Security Gate (v1.1 item, line 200). Verify PR #41 and #40 are actually merged before marking v1.0 complete.

---

71-78: Assumptions table appropriately identifies untested hypotheses.

Assumptions section correctly flags "90-day data collection sufficient to identify drift patterns" as Untested (line 76). This supports the deferred full-templating decision—data will inform the v1.2+ decision.

.agents/architecture/2-variant-consolidation-review.md (2)

1-202: Thorough architecture review with sound risk assessment.

Review correctly identifies build-time generation as appropriate for the problem, validates file structure against existing patterns, and assesses risk mitigations. Approved verdict is well-justified.

Recommendations (generated file headers, JSON drift output for automation) improve implementation quality without blocking approval.

---

85-88: PowerShell-Yaml dependency concern: ensure fallback is documented.

Line 85 flags PowerShell-Yaml as an external dependency that "may not be present in all environments." Recommendation at line 87 suggests "document the dependency clearly" and "provide fallback regex parsing."

Verify that the implementation script (referenced but not provided in this PR) includes:

1. Dependency documentation in script header
2. Actual regex fallback code if PowerShell-Yaml is unavailable
3. Clear error message directing users to install the module

.agents/roadmap/epic-agent-consolidation.md (1)

1-215: Epic planning is comprehensive and well-structured.

User story is clear, success metrics are measurable, scope boundaries explicit, and assumptions appropriately flagged. RICE score (9.6) and P1 priority are justified. Phased delivery with acceptance criteria enables implementation team to validate completion.

Opportunity cost analysis (lines 178-192) honestly addresses the Pre-PR Security Gate delay trade-off.

.agents/analysis/ideation-agent-templating.md (1)

1-512: Comprehensive research document approved.

The templating analysis is thorough, well-structured, and provides clear reasoning for the LiquidJS recommendation. CVA methodology is sound. Effort estimate (20-31 hours) and phased migration path are realistic.

.agents/qa/001-agent-consolidation-test-strategy-review.md (1)

1-350: QA review identifies actionable gaps; recommendations should be incorporated.

The review correctly identifies test specification gaps and provides concrete Pester examples. High-priority items (explicit test file creation, byte-comparison methodology, QA effort adjustment) should be addressed in the task breakdown before implementation starts. This document properly flags risks.

Confirm that the high-priority recommendations (lines 291-307) have been or will be integrated into the task breakdown to ensure test strategy is defined before build script implementation begins.

.agents/planning/prd-agent-consolidation.md (1)

1-445: PRD structure and requirements are comprehensive and well-defined.

The PRD clearly articulates problem statement, goals, user stories with INVEST criteria, and functional/non-functional requirements. Design sections include concrete transformation examples and phase breakdown. Risks and mitigations are documented. Fix the file path references and this is ready for implementation.

Reviewing files that changed from the base of the PR and between bacdb19 and 86ae316.

• build/Generate-Agents.ps1 (1 hunks)
• build/tests/Generate-Agents.Tests.ps1 (1 hunks)
• src/copilot-cli/orchestrator.agent.md (2 hunks)
• templates/agents/analyst.shared.md (1 hunks)
• templates/agents/implementer.shared.md (1 hunks)
• templates/agents/orchestrator.shared.md (1 hunks)
• templates/platforms/copilot-cli.yaml (1 hunks)
• templates/platforms/vscode.yaml (1 hunks)

• templates/platforms/vscode.yaml

src/copilot-cli/orchestrator.agent.md (2)

224-231: LGTM: Capability matrix enhancements add useful specificity.

The expanded "Best For" and "Limitations" columns clarify agent responsibilities (requirements gathering, technical debt assessment, test coverage validation, alignment checks, outcome focus). These additions help route tasks more precisely.

---

660-660: LGTM: Handoff syntax matches Copilot CLI platform.

The /agent [agent_name] syntax aligns with the Copilot CLI platform configuration (templates/platforms/copilot-cli.yaml specifies handoffSyntax: "/agent"). Platform-specific transformation working as designed.

templates/agents/orchestrator.shared.md (1)

1-832: LGTM: Comprehensive orchestrator template with proper platform-agnostic placeholders.

The template correctly uses platform-agnostic handoff syntax (#runSubagent with subagentType={agent_name} on line 660) that will be transformed per platform config. Code blocks have language identifiers (MD040 compliant). Structure follows established conventions for agent templates.

templates/agents/implementer.shared.md (1)

1-357: LGTM: Implementer template follows established conventions.

Code blocks properly identified with language markers (csharp, text). Template structure aligns with orchestrator and analyst templates. Software Hierarchy of Needs section provides clear guidance for implementation quality.

templates/platforms/copilot-cli.yaml (1)

1-19: LGTM: Copilot CLI platform config correctly specifies platform requirements.

Configuration properly sets model: null and includeNameField: true (Copilot CLI requires name field, not model field). Handoff syntax "/agent" matches Copilot CLI conventions. Output directory and file extension appropriate.

templates/agents/analyst.shared.md (1)

1-311: LGTM: Analyst template properly structured with compliant code blocks.

All code blocks have appropriate language identifiers (text, bash, markdown). Template provides clear research workflows and analysis types. Consistent with other agent templates in this PR.

build/tests/Generate-Agents.Tests.ps1 (2)

15-107: LGTM: Proper Pester 5.x structure with BeforeAll initialization.

All function definitions and variable initialization ($Script:TestTempDir) correctly placed in BeforeAll block, avoiding Discovery phase issues. Test helper functions (Test-PathWithinRoot, Read-YamlFrontmatter, ConvertFrom-SimpleFrontmatter, Convert-HandoffSyntax, Convert-FrontmatterForPlatform) provide good unit test coverage.

---

116-450: LGTM: Comprehensive test coverage for generator script.

Tests cover critical areas: path traversal security (lines 116-146), frontmatter parsing edge cases (lines 148-203), handoff syntax conversion for both platforms (lines 251-292), platform-specific frontmatter transformations (lines 294-360), and integration scaffolding (lines 362-427). Performance test ensures parsing remains fast (lines 429-450).

build/Generate-Agents.ps1 (2)

496-498: LGTM: Line ending normalization ensures consistency.

Code normalizes to LF then converts to CRLF to match existing files. Handles mixed line endings in templates correctly.

---

500-560: LGTM: Validate mode enables CI drift detection.

Validate mode regenerates files in-memory and compares to committed versions (lines 500-520). Exits with code 1 if differences found. Matches the drift detection workflow described in external tools context.

Reviewing files that changed from the base of the PR and between 6f4fbcb and e8dac5d.

• .github/ISSUE_TEMPLATE/drift-alert.md (1 hunks)
• .github/workflows/drift-detection.yml (1 hunks)
• build/scripts/Detect-AgentDrift.ps1 (1 hunks)
• build/scripts/tests/Detect-AgentDrift.Tests.ps1 (1 hunks)
• templates/README.md (1 hunks)

templates/README.md (1)

1-190: Documentation structure is solid.

Clear sections, proper code block language identifiers, and good coverage of the template system workflow. The generation flow diagram and platform transformations table are helpful.

.github/workflows/drift-detection.yml (2)

22-24: Permissions block is properly scoped.

Minimal permissions with contents: read and issues: write. This follows least-privilege principle for a workflow that only needs to read repo content and manage issues.

---

30-52: Exit code handling looks correct.

The continue-on-error: true combined with capturing drift_detected output allows the workflow to proceed to issue management steps regardless of drift status. Exit code 1 for drift, 0 for no drift aligns with the script's documented behavior.

build/scripts/tests/Detect-AgentDrift.Tests.ps1 (1)

366-535: Integration tests provide good coverage.

Tests cover matching agents, drifted agents, and platform-specific syntax normalization. The temp file setup/teardown is clean.

build/scripts/Detect-AgentDrift.ps1 (4)

101-116: Frontmatter regex works for typical files.

The regex handles CRLF/LF and extracts content after frontmatter. Edge case: files with only frontmatter and no trailing content won't match, but this is unlikely for agent files.

---

206-264: Jaccard similarity implementation is correct.

Uses case-insensitive HashSets, filters short words, handles empty input gracefully. The intersection/union calculation follows the standard Jaccard formula.

---

294-319: Section lists are comprehensive.

Good coverage of semantic sections to compare vs platform-specific sections to skip. The skip list prevents false drift detection from Claude-specific tool sections.

---

522-525: Exit codes align with documented behavior.

Exit 1 for drift, exit 0 for success. Matches the synopsis documentation and workflow expectations.

Reviewing files that changed from the base of the PR and between e8dac5d and ddb76e0.

• build/Generate-Agents.ps1 (1 hunks)
• src/claude/analyst.md (1 hunks)
• src/claude/architect.md (5 hunks)
• src/claude/critic.md (4 hunks)
• src/claude/explainer.md (2 hunks)
• src/claude/high-level-advisor.md (5 hunks)
• src/claude/independent-thinker.md (5 hunks)
• src/claude/memory.md (3 hunks)
• src/claude/planner.md (3 hunks)
• src/claude/qa.md (3 hunks)
• src/claude/retrospective.md (3 hunks)
• src/claude/skillbook.md (3 hunks)
• src/claude/task-generator.md (3 hunks)
• src/copilot-cli/analyst.agent.md (2 hunks)
• src/copilot-cli/architect.agent.md (2 hunks)
• src/copilot-cli/critic.agent.md (2 hunks)
• src/copilot-cli/devops.agent.md (1 hunks)
• src/copilot-cli/explainer.agent.md (1 hunks)
• src/copilot-cli/high-level-advisor.agent.md (1 hunks)
• src/copilot-cli/implementer.agent.md (1 hunks)
• src/copilot-cli/independent-thinker.agent.md (1 hunks)
• src/copilot-cli/orchestrator.agent.md (3 hunks)
• src/copilot-cli/planner.agent.md (4 hunks)
• src/copilot-cli/pr-comment-responder.agent.md (7 hunks)
• src/copilot-cli/qa.agent.md (1 hunks)
• src/copilot-cli/roadmap.agent.md (4 hunks)
• src/copilot-cli/security.agent.md (1 hunks)
• src/copilot-cli/task-generator.agent.md (3 hunks)
• src/vs-code-agents/analyst.agent.md (2 hunks)
• src/vs-code-agents/architect.agent.md (2 hunks)
• src/vs-code-agents/critic.agent.md (3 hunks)
• src/vs-code-agents/devops.agent.md (1 hunks)
• src/vs-code-agents/explainer.agent.md (1 hunks)
• src/vs-code-agents/high-level-advisor.agent.md (1 hunks)
• src/vs-code-agents/implementer.agent.md (1 hunks)
• src/vs-code-agents/independent-thinker.agent.md (1 hunks)
• src/vs-code-agents/orchestrator.agent.md (1 hunks)
• src/vs-code-agents/planner.agent.md (3 hunks)
• src/vs-code-agents/pr-comment-responder.agent.md (10 hunks)
• src/vs-code-agents/qa.agent.md (1 hunks)
• src/vs-code-agents/roadmap.agent.md (4 hunks)
• src/vs-code-agents/security.agent.md (1 hunks)
• src/vs-code-agents/task-generator.agent.md (3 hunks)
• templates/agents/analyst.shared.md (1 hunks)
• templates/agents/architect.shared.md (1 hunks)
• templates/agents/critic.shared.md (1 hunks)
• templates/agents/devops.shared.md (1 hunks)
• templates/agents/explainer.shared.md (1 hunks)
• templates/agents/high-level-advisor.shared.md (1 hunks)
• templates/agents/implementer.shared.md (1 hunks)
• templates/agents/independent-thinker.shared.md (1 hunks)
• templates/agents/orchestrator.shared.md (1 hunks)
• templates/agents/planner.shared.md (1 hunks)
• templates/agents/pr-comment-responder.shared.md (1 hunks)
• templates/agents/qa.shared.md (1 hunks)
• templates/agents/roadmap.shared.md (1 hunks)
• templates/agents/security.shared.md (1 hunks)
• templates/agents/task-generator.shared.md (1 hunks)
• templates/platforms/copilot-cli.yaml (1 hunks)
• templates/platforms/vscode.yaml (1 hunks)

• templates/agents/planner.shared.md

• src/copilot-cli/devops.agent.md
• src/vs-code-agents/task-generator.agent.md
• templates/agents/qa.shared.md
• src/copilot-cli/roadmap.agent.md
• templates/agents/task-generator.shared.md
• src/vs-code-agents/security.agent.md
• src/copilot-cli/explainer.agent.md

templates/platforms/copilot-cli.yaml (1)

1-22: LGTM!

Platform configuration is valid and appropriate for Copilot CLI transformation. The differences from vscode.yaml (handoff syntax, model field, name field) align with platform-specific requirements.

templates/platforms/vscode.yaml (1)

1-22: LGTM!

VS Code platform configuration is valid. Settings are appropriate for the VS Code extension environment.

src/vs-code-agents/devops.agent.md (1)

138-143: LGTM!

Memory Protocol delegation is clear and maintains the semantic intent while abstracting implementation details.

src/vs-code-agents/implementer.agent.md (1)

204-209: LGTM!

Memory Protocol delegation is consistent with the pattern established across agent files.

templates/agents/orchestrator.shared.md (1)

1-822: LGTM!

Orchestrator template is comprehensive and follows all coding guidelines. All code blocks have language identifiers, writing is clear and direct, and multi-platform support via tools_vscode/tools_copilot is well-structured.

templates/agents/implementer.shared.md (1)

1-348: LGTM!

Implementer shared template is well-structured with proper multi-platform support. All code blocks have language identifiers, generic types are properly escaped, and technical guidance is clear.

src/copilot-cli/orchestrator.agent.md (1)

1-822: LGTM!

Generated Copilot CLI orchestrator agent correctly applies platform transformations. Name field present, model field absent, handoff syntax uses "/agent" pattern, and all code blocks have language identifiers.

src/vs-code-agents/qa.agent.md (2)

152-157: LGTM!

Memory Protocol delegation is clear and consistent with the established pattern across agent files.

---

163-169: LGTM!

Phase 1 Pre-Implementation block is well-structured with proper markdown code block formatting and language identifier.

src/claude/memory.md (1)

10-10: Memory agent identity and mission clearly restated.

The expanded Core Identity (line 10) and Key Responsibilities (lines 24-29) establish a four-step workflow that emphasizes semantic retrieval, contextual execution, and reasoning-focused summaries. This aligns with the delegation pattern seen across other agent docs in the PR.

Also applies to: 22-29

src/claude/critic.md (3)

32-37: Constraints section clearly limits critic scope.

Defining what the critic agent does NOT do (no artifact modification except critiques, no code review, no implementation proposals) prevents role confusion and scope creep. Well-placed early in the document.

---

78-109: Disagreement Detection & Escalation provides actionable conflict resolution.

The protocol includes severity assessment (Minor vs. Major), escalation to high-level-advisor, and a conflict categories table mapping conflict types to resolution owners. This structure supports decision-making without deadlock.

---

110-157: Review Template is comprehensive and actionable.

Structured sections (Verdict, Strengths, Issues, Questions, Recommendations, Approval Conditions) provide a clear artifact format. The embedded Impact Analysis Review section handles multi-specialist scenarios well.

templates/agents/critic.shared.md (2)

1-5: YAML frontmatter declares platform-specific tools.

The tools_vscode and tools_copilot arrays specify different tool sets per platform. Ensures generated agents receive appropriate integrations without manual post-processing.

---

109-136: Disagreement Detection & Escalation is appropriately duplicated in shared template.

This section mirrors src/claude/critic.md but is necessary here so generated agents (VS Code, Copilot CLI) inherit the same escalation protocol without requiring separate copies.

src/vs-code-agents/pr-comment-responder.agent.md (3)

32-58: Phase 1 gh CLI commands provide explicit enumeration and counting.

Fetching PR metadata, ALL reviewers (deduplicated), review comments, issue comments, and storing total counts upfront prevents the "counted only one bot" failure mode. The emphasis on TOTAL_COMMENTS as a verification anchor is strong.

---

68-78: Decision tree uses clear ASCII formatting for deterministic routing.

The three-branch decision tree (Whether → Strategic, Can-fix-in-one-sentence → Quick Fix, else → Standard) provides no ambiguity. Each path maps to a specific agent with defined responsibilities.

---

154-170: Completion Verification is mandatory and prevents silent comment loss.

The verification script compares ADDRESSED_COUNT to TOTAL_COMMENTS and warns if counts diverge. This explicit check prevents the agent from claiming completion when comments remain unaddressed.

src/claude/qa.md (3)

10-10: User-outcome QA philosophy prevents test-passing theater.

Redefining QA success as "users hit bugs = QA failed" (line 23) aligns testing with business value. The Core Identity emphasizes user perspective over code perspective, shifting mindset away from test count metrics.

Also applies to: 22-23

---

45-163: Impact Analysis Mode provides structured security analysis for planning phase.

The template (lines 62-163) covers Required Test Types, Hard-to-Test Scenarios, Quality Risks, Test Data Requirements, Environment Needs, Coverage Analysis, Automation Strategy, and Estimated Effort. This upfront analysis prevents scope creep during implementation.

---

268-299: Constraints and Output Location establish clear QA artifact governance.

Limiting QA to creating documentation only (not modifying implementation) prevents role confusion. Naming convention .agents/qa/NNN-[feature]-test-strategy.md and .agents/qa/NNN-[feature]-test-report.md supports artifact tracking and retrieval.

src/copilot-cli/high-level-advisor.agent.md (2)

24-40: Behavioral Principles section prevents role creep and sets communication expectations.

Declaring what the advisor WILL and WON'T do upfront (e.g., "Won't hedge with 'it depends'") establishes a no-comfort contract. This frames the agent as a decision-forcing function, not a validator.

---

51-105: Strategic Frameworks provide actionable decision templates.

The three patterns (Ruthless Triage, Priority Stack, Continue/Pivot/Cut) are concise, structured, and map directly to markdown output. Each framework includes fields that force specificity (Verdict, Reasoning, Immediate Action, Warning Signs).

src/copilot-cli/security.agent.md (2)

18-57: Six capabilities provide clear scope for security specialist.

Organizing around Static Analysis, Secret Detection, Code Quality Audit, Architecture Audit, Best Practices, and Impact Analysis prevents overlap with other agents and establishes a complete security posture framework.

---

72-175: Impact Analysis template covers attack surface, threat vectors, and compliance.

The template includes STRIDE analysis, compliance implications, security testing requirements, dependency scanning, and worst-case impact assessment. This upfront security planning prevents vulnerabilities from being discovered post-implementation.

src/copilot-cli/analyst.agent.md (2)

39-44: Context7 library documentation section enables library resolution and docs retrieval.

The addition of this section with upstashcontext7-mcp-resolve-library-id and upstashcontext7-mcp-get-library-docs calls expands research capability to external library documentation. This supports the "Ideation Research" analysis type that evaluates packages and technologies.

---

138-231: Feature Request Review and Ideation Research provide thorough pre-implementation validation.

Feature Request Review captures user impact signals (GitHub issues, StackOverflow, community discussions), implementation burden, and strategic alignment. Ideation Research covers community health, technical fit, integration complexity, and licensing—enabling data-driven prioritization before design begins.

src/claude/skillbook.md (7)

68-87: Add language identifier to fenced code block (MD040).

Line 68 opens a fence without language identifier. Use `text for generic content blocks.

-```markdown
+```text
## Deduplication Check

---

91-106: Specify json language identifier on JSON code block (MD040).

-```
+```json
{
  "name": "Skill-[Category]-[Number]",

---

124-140: Specify json language identifier on JSON code block (MD040).

-```json
 mcp__cloudmcp-manager__memory-create_entities

This block mixes JSON with MCP commands. Use `text instead:

-```json
+```text
 mcp__cloudmcp-manager__memory-create_entities

---

144-155: Specify json language identifier on JSON code block (MD040).

-```json
+```text
 mcp__cloudmcp-manager__memory-add_observations

This block mixes JSON with MCP commands. Use `text.

---

183-184: Add blank line before heading (MD022).

Line 183 (end of Retirement Criteria section) must have blank line before line 184 (Integration heading).

 - [ ] Superseded by higher-rated skill
 - [ ] Context no longer exists
 
~## Integration with Other Agents

---

204-207: Specify text language identifier and verify blank line spacing (MD040, MD031).

The code block at line 204-207 needs language identifier and proper spacing:

+
~```text
~mcp__cloudmcp-manager__memory-search_nodes
~Query: "skill [task context]"
~```
+

---

225-233: Add blank line after heading before body text (MD022).

Line 225 "Execution Mindset" heading needs blank line after it before line 227 starts body text:

 ## Execution Mindset
 
~**Think:** "Only high-quality, proven strategies belong in the skillbook"

src/vs-code-agents/orchestrator.agent.md (14)

54-59: Specify language identifier on fenced code block (MD040).

Line 54-59 needs language identifier:

-```
+```markdown
 - [ ] Is this a question (→ direct answer) or a task (→ orchestrate)?

---

91-95: Specify language identifier on fenced code block (MD040).

Line 91-95 needs `text:

-```
+```text
 Task Type: [Selected Type]

---

171-177: Specify language identifier on fenced code block (MD040).

Line 171-177 needs `text:

-```
+```text
 CRITICAL: Retrieve memory context using cloudmcp-manager/memory-search_nodes

---

202-208: Specify language identifier on fenced code block (MD040).

Line 202-208 needs `markdown:

-```
+```markdown
 - [ ] Execute agent delegations step-by-step without asking permission

---

306-309: Specify language identifier on fenced code block (MD040).

Line 306-309 needs `text:

-```
+```text
 "I disagree with [approach] because [reasons], but I commit to executing

---

407-430: Specify language identifier on fenced code block (MD040).

Line 407-430 needs `markdown:

-```
+```markdown
 ## Ideation Research: [Topic]

---

445-486: Specify language identifier on fenced code block (MD040).

Line 445-486 needs `markdown:

-```
+```markdown
 ## Ideation Validation: [Topic]

---

504-525: Specify language identifier on fenced code block (MD040).

Line 504-525 needs `markdown:

-```
+```markdown
 ## Epic: [Title]

---

542-593: Specify language identifier on fenced code block (MD040).

Line 542-593 needs `markdown:

-```
+```markdown
 ## Implementation Plan: [Topic]

---

597-632: Specify language identifier on fenced code block (MD040).

Line 597-632 is ASCII diagram. Use `text:

-```
+```text
 [Vague Idea / Package URL / Incomplete Issue]

---

722-768: Specify language identifier on fenced code block (MD040).

Line 722-768 needs `markdown:

-```
+```markdown
 ## Handoff: [Topic]

---

749-751: Specify language identifier on fenced code block (MD040).

Line 749-751 needs `powershell:

-```
+```powershell
 # Commands to verify state

---

`778-785`: **Specify language identifier on fenced code block (MD040).**

Line 778-785 needs ` ` `markdown:

```diff
-```
+```markdown
 - [ ] ASSESS: Is this agent wrong for this task?

---

799-820: Specify language identifier on fenced code block (MD040).

Line 799-820 needs `markdown:

-```
+```markdown
 ## Task Summary

src/vs-code-agents/explainer.agent.md (1)

133-134: Add blank line before heading (MD022).

Add blank line before line 134 "Memory Protocol":

 - [Link to related documentation]

~## Memory Protocol

</blockquote></details>
<details>
<summary>src/copilot-cli/critic.agent.md (6)</summary><blockquote>

`23-24`: **Add blank line before heading (MD022).**

```diff
 ## Key Responsibilities
 
~## Review Checklist

---

52-60: Add blank line before heading (MD022).

 - **No implementation proposals**
 - Focus on plan clarity, completeness, and fit - not execution details
 
~## Memory Protocol

---

141-196: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 # Critique: [Document Name]

---

221-229: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 - [ ] Read document under review thoroughly

---

230-231: Add blank line before heading (MD022).

 - [ ] Handoff appropriately

~## Verdict Rules

---

`260-268`: **Add blank line before heading (MD022).**

```diff
 [Strategy]
 
~## Execution Mindset

src/vs-code-agents/analyst.agent.md (8)

34-37: Specify language identifier on fenced code block (MD040).

 ### Repository Documentation (DeepWiki)
 
-```
+```bash
 cognitionai/deepwiki/ask_question with repoName="owner/repo" question="how does X work?"

---

41-44: Specify language identifier on fenced code block (MD040).

 ### Library Documentation (Context7)
 
-```
+```text
 cloudmcp-manager/upstashcontext7-mcp-resolve-library-id with libraryName="library-name"

---

48-61: Specify language identifier on fenced code block (MD040).

 ### GitHub Integration
 
-```bash
+```bash

This block is already correctly marked.

---

95-112: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 ## Root Cause Analysis: [Issue]

---

116-136: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 ## Research: [Topic]

---

140-175: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 ## Feature Request Review: [Feature]

---

182-231: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 ## Ideation Research: [Topic]

---

245-273: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 # Analysis: [Topic Name]

src/vs-code-agents/high-level-advisor.agent.md (5)

48-49: Add blank line before heading (MD022).

 - Before strategic decisions: Request context retrieval for relevant decisions
 - After decisions: Request storage of strategic decisions and priority changes
 
~## Strategic Frameworks

---

53-69: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 ## Current State

---

71-85: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 ## P0 - Do Today

---

88-105: Specify language identifier on fenced code block (MD040).

-```
+```markdown
 ## Situation

---

139-140: Add blank line before heading (MD022).

 | **implementer** | Pending / Approved / Concerns | |
 
~## Execution Mindset

templates/agents/pr-comment-responder.shared.md (9)

32-58: Specify language identifier on fenced code block (MD040).

 Use gh CLI commands:
 
-```
+```bash
 # Fetch PR metadata

---

68-78: Specify language identifier on fenced code block (MD040).

 For each comment, classify using this decision tree:
 
-```
+```text
 Is this about WHETHER to do something? (scope, priority, alternatives)

---

110-152: Specify language identifier on fenced code block (MD040).

 For simple fixes, skip orchestrator overhead:
 
-```
+```text
 /agent implementer Fix this PR review comment (Quick Fix Path):

---

157-170: Specify language identifier on fenced code block (MD040).

 Pass classification and context to orchestrator:
 
-```
+```text
 /agent orchestrator Handle this PR review comment:

---

182-193: Specify language identifier on fenced code block (MD040).

 **DO NOT** claim completion until this check passes:
 
-```
+```bash
 # After processing all comments, verify count

---

217-280: Specify language identifiers on multiple fenced code blocks (MD040).

Line 217-220 needs `text:

-```
+```text
 # CORRECT: Reply to a specific review comment (creates threaded reply)

Line 233 needs `bash:

-```
+```bash
 @coderabbitai resolve    # Batch resolve all comments

---

252-263: Specify language identifier on fenced code block (MD040).

 Some comments warrant direct agent routing without full orchestration:
 
 | File Pattern | Comment Type | Direct To | Why |

This is a table, not a code block.

---

305-342: Specify language identifier on fenced code block (MD040).

 Delegate to **memory** agent for cross-session context. Memory is critical for PR comment handling as reviewers (especially bots) have predictable patterns that improve triage accuracy over time.
 
-```
+```markdown
 ## Deduplication Check

---

15-16: Add blank lines around section headings and lists (MD031, MD032, MD022).

Line 15-16 (frontmatter closes, file content starts): Verify proper spacing after frontmatter before line 6.

This file has numerous spacing issues throughout. Key areas need blank lines:

• Before every ## or ### heading
• After headings before body text
• Around lists (MD032)
• Before/after code blocks (MD031)

Run markdownlint --fix to auto-resolve spacing violations per coding guidelines.

src/vs-code-agents/planner.agent.md (10)

42-46: Specify language identifier on fenced code block (MD040).

 ### Phase 1: Value Alignment
 
-```
+```markdown
 - [ ] Present value statement in user story format

---

50-54: Specify language identifier on fenced code block (MD040).

 ### Phase 2: Context Gathering
 
-```
+```markdown
 - [ ] Review roadmap for strategic alignment

---

77-121: Specify language identifier on fenced code block (MD040).

 Save to: `.agents/planning/NNN-[plan-name]-plan.md`
 
-```
+```markdown
 # Plan: [Plan Name]

---

177-193: Specify language identifier on fenced code block (MD040).

 When consulting specialists, use structured prompts:
 
-```
+```text
 #runSubagent with subagentType={agent_name} Impact Analysis Request: [Feature/Change Name]

---

199-239: Specify language identifier on fenced code block (MD040).

 Each specialist creates: `.agents/planning/impact-analysis-[feature]-[domain].md`
 
-```
+```markdown
 # Impact Analysis: [Feature] - [Domain]

---

245-298: Specify language identifier on fenced code block (MD040).

 After consultations, add to plan:
 
-```
+```markdown
 ## Impact Analysis Summary

---

334-340: Specify language identifier on fenced code block (MD040).

 | Auth complexity | Security: Require MFA | Implementer: Scope too large | Escalate to high-level-advisor |

- +markdown
Note: The critic agent is responsible for escalating major conflicts to high-level-advisor. Unanimous specialist agreement is required for smooth approval.

This doesn't look right. Review original spacing.

---

`378-386`: **Specify language identifier on fenced code block (MD040).**

```diff
 ### Phase 1: Value Alignment
 
-```
+```markdown
 - [ ] Present value statement in user story format

Note: This appears to be duplicate content. Check for copy-paste errors in the plan template sections.

---

436-452: Specify language identifier on fenced code block (MD040).

 When plan is complete:
 
-```
+```markdown
 1. Save plan document to `.agents/planning/`

---

352-359: Add blank line before heading (MD022).

 - **Realistic**: Account for risks and unknowns
 
~## Output Location

src/copilot-cli/qa.agent.md (1)

152-158: Add blank lines around Memory Protocol section.

Lines 152-154 and 156-157 need blank lines between the heading and content to comply with markdown standards (MD032).

 ## Memory protocol
 
-Delegate to **memory** agent for cross-session context:
+Delegate to **memory** agent for cross-session context:

Likely an incorrect or invalid review comment.

templates/agents/explainer.shared.md (1)

1-5: No issues found. Tools are correctly defined in agent template frontmatter, not in platform config files. The tool ms-vscode.vscode-websearchforcopilot/websearch follows the standard VS Code extension identifier pattern and is used consistently across multiple agent templates (security, roadmap, qa, planner, orchestrator, and others) in both source and generated agent files. Platform configs define only transformation settings, not tool definitions.

src/copilot-cli/implementer.agent.md (1)

204-210: Memory protocol delegation is consistent with PR pattern.

The shift from explicit cloudmcp-manager memory calls to delegated memory-agent requests aligns with the templating approach. Ensure all agents using this pattern frame requests at consistent lifecycle points (pre-analysis retrieval, post-decision storage).

templates/agents/analyst.shared.md (2)

42-44: Verify tool naming consistency across platform agents.

Lines 42–43 use cloudmcp-manager/upstashcontext7-mcp-* syntax, but src/claude/analyst.md (lines 56–57) uses mcp__context7__* syntax. Confirm which is correct for template generation and ensure consistency across all agent files.

---

1-302: Markdown structure is compliant with guidelines.

Headings, code blocks, and lists all have proper blank-line spacing. Language identifiers are correct (text, bash, markdown). No MD031/MD032/MD022 violations detected.

src/copilot-cli/independent-thinker.agent.md (1)

42-47: Memory protocol delegation is correctly framed.

Request/storage pattern at analysis milestones is consistent with memory-agent delegation approach across the PR. Clear lifecycle hooks (before analysis, after analysis) enable proper context management.

templates/agents/roadmap.shared.md (2)

1-254: Markdown formatting is correct throughout.

Headings, tables, and code blocks all have proper blank-line spacing per MD031/MD032/MD022. Language identifiers on fenced blocks are accurate. Framework definitions (RICE, KANO, Rumsfeld, Eisenhower) are well-formatted.

---

101-111: Key Assumptions section strengthens framework rigor.

Requiring explicit documentation of user behavior, market timing, dependencies, effort, and success metrics before prioritization is a strong governance practice. Routing untested assumptions to analyst for validation (line 111) ensures evidence-based prioritization.

templates/agents/architect.shared.md (2)

1-255: Architectural governance templates are well-structured.

ADR format, Impact Analysis deliverable, and three-phase review process all align with industry best practices. Blank-line spacing, heading hierarchy, and code-block formatting comply with markdown guidelines.

---

65-69: ADR Alignment table is a strong governance addition.

Explicit tracking of ADR status (Aligns/Conflicts/Not Applicable) ensures architectural decisions are linked to impact analysis. This prevents architectural drift during feature implementation.

src/vs-code-agents/architect.agent.md (3)

131-137: Architectural Principles are concrete and actionable.

Five principles (Consistency, Simplicity, Testability, Extensibility, Separation) provide clear guards against architectural drift. These should be referenced explicitly in ADR decisions and impact analysis.

---

157-180: Three-phase review process is well-defined.

Pre-Planning, Plan/Analysis, and Post-Implementation phases with markdown checklists create clear checkpoints. Ensures architectural rigor at design, validation, and delivery gates.

---

220-225: Output Location guidance clarifies artifact placement.

Specifying .agents/architecture/ as the edit-only path and defining naming conventions (ADR-NNN, topic-review.md) enables consistent governance artifact discovery and management.

src/claude/analyst.md (2)

56-58: Tool naming syntax differs from shared template.

Claude analyst uses mcp__context7__* format (lines 56–57), while templates/agents/analyst.shared.md uses cloudmcp-manager/upstashcontext7-mcp-* format. Verify whether these are intentional platform-specific variations or inconsistency that needs resolution.

---

256-269: Memory Protocol delegation is consistent with broader PR pattern.

Shift from explicit memory operations to delegated retrieval/storage at lifecycle milestones aligns with governance-centric refactoring. Ensure tool calls match final resolved names.

src/vs-code-agents/independent-thinker.agent.md (3)

42-47: Memory protocol delegation is consistent across platforms.

Pre-analysis retrieval (context) and post-analysis storage (alternatives/challenges) provide clear lifecycle hooks. Matches patterns in copilot-cli and other agents.

---

51-102: Analysis templates enable structured contrarian feedback.

Assumption Challenge Template and Alternative Analysis Format force evidence-based reasoning and discourage opinion-based challenge. Comparison Matrix (lines 95–98) makes tradeoff analysis explicit.

---

104-116: Response Patterns prevent tone-based rejection of criticism.

Concrete phrases ("Let me examine the evidence...", "What evidence supports...") establish collaborative tone while maintaining intellectual independence. Prevents defensive shutdown of valid challenges.

src/vs-code-agents/critic.agent.md (2)

53-66: Ensure blank lines around sections with lists per MD032.

Line 53 ("## Constraints") has a bullet list starting immediately at lines 55-58. The closing of this section (line 58) should have a blank line before the next section (line 60 "## Memory Protocol"). Currently line 59 is blank, so this is compliant.

Similarly, the Memory Protocol section (lines 60-66) is a text section. Spacing looks correct.

---

24-52: Review Checklist structure looks solid.

The new Review Checklist section adds four subsections (Completeness, Feasibility, Alignment, Testability) with checkboxes and clear criteria. Each subsection is properly formatted with blank lines and ATX-style headings.

However, verify that markdown linting passes. Per MD032, lists should be surrounded by blank lines. Each checkbox list (lines 28-31, 35-38, 42-45, 48-51) has blank lines before and after, which is compliant.

src/copilot-cli/architect.agent.md (2)

131-138: Architectural Principles section is well-structured.

Five clear principles (Consistency, Simplicity, Testability, Extensibility, Separation) properly formatted as bullet list with appropriate spacing per MD032.

---

146-152: Memory Protocol properly updated to delegation pattern.

Updated from explicit cloudmcp-manager calls to "Delegate to memory agent for cross-session context" with pre- and post-review guidance. Aligns with broader memory delegation shift noted in PR summary.

src/copilot-cli/task-generator.agent.md (2)

33-39: Memory Protocol properly delegates to memory agent.

Follows the same delegation pattern as other files (architect, planner). Pre-task context retrieval and post-task storage guidance is clear.

---

99-139: Verify code block fence syntax for the Task List Template.

Line 99 opens a code block with 4 backticks and markdown language identifier: ```` markdown

Line 139 closes with 4 backticks (no language identifier): `

This is syntactically correct for quadruple-backtick fences. However, per MD048 (fenced code block style), confirm consistency—single or triple backticks are more common. If the markdown config enforces triple-backtick style, this may violate the rule.

Suggest reducing to triple backticks for consistency with the rest of the codebase:

-````markdown
+```markdown
 # Task Breakdown: [Feature Name]
 ...
-````
+```

src/copilot-cli/planner.agent.md (2)

31-37: Memory Protocol properly delegates.

Consistent with other copilot-cli and vs-code-agents files using memory agent delegation model with pre- and post-workflow guidance.

---

344-351: Planning Principles well-structured.

Five clear, actionable principles (Incremental, Testable, Sequenced, Scoped, Realistic) with proper spacing and formatting per markdown guidelines.

src/claude/high-level-advisor.md (3)

67-84: Behavioral Principles section is clear and actionable.

The "I WILL / I WON'T" structure makes expectations explicit:

• I WILL: Tell hard truths, give direct verdicts, cut through paralysis
• I WON'T: Sugarcoat, hedge, write code, do line-by-line review, validate poor decisions

Proper formatting with blank lines and bullet lists per MD032.

---

99-155: Strategic Frameworks well-structured.

New section adds four framework templates:

1. Ruthless Triage (Current State, Real Question, Options, Verdict, Rationale)
2. Priority Stack (P0/P1/P2/KILL categorization)
3. Continue/Pivot/Cut Framework (Situation, Verdict, Reasoning, Action, Warning Signs)
4. Response Patterns (Opinion, Avoidance, Unclear Priority templates)

Each framework is a markdown code block with proper language identifiers and clear guidance. Formatting is compliant with MD031/MD032.

---

181-188: Handoff Options properly added.

New Handoff Options table includes targets for implementer, planner, analyst, and independent-thinker with clear purposes. Aligns with broader agent orchestration pattern.

src/claude/explainer.md (1)

26-33: Target Audience section clearly defines junior developer focus.

Explicit requirements (Grade 9 reading level, unambiguous language, no unexplained jargon, explicit requirements) align well with coding guidelines. This drives how documentation should be written.

src/claude/independent-thinker.md (1)

98-151: Analysis Framework templates are comprehensive and well-structured.

Two primary templates:

1. Assumption Challenge (Evidence For/Against, Alternatives, Uncertainty Level, Recommendation)
2. Alternative Analysis (Current Approach, Concerns, Alternatives 1-2, Comparison Matrix, Verdict)

Proper markdown code block formatting with language identifiers and blank lines per MD031. Templates provide clear structure for analyst thinking.

Reviewing files that changed from the base of the PR and between e8dac5d and ddb76e0.

• build/Generate-Agents.ps1 (1 hunks)
• src/claude/analyst.md (1 hunks)
• src/claude/architect.md (5 hunks)
• src/claude/critic.md (4 hunks)
• src/claude/explainer.md (2 hunks)
• src/claude/high-level-advisor.md (5 hunks)
• src/claude/independent-thinker.md (5 hunks)
• src/claude/memory.md (3 hunks)
• src/claude/planner.md (3 hunks)
• src/claude/qa.md (3 hunks)
• src/claude/retrospective.md (3 hunks)
• src/claude/skillbook.md (3 hunks)
• src/claude/task-generator.md (3 hunks)
• src/copilot-cli/analyst.agent.md (2 hunks)
• src/copilot-cli/architect.agent.md (2 hunks)
• src/copilot-cli/critic.agent.md (2 hunks)
• src/copilot-cli/devops.agent.md (1 hunks)
• src/copilot-cli/explainer.agent.md (1 hunks)
• src/copilot-cli/high-level-advisor.agent.md (1 hunks)
• src/copilot-cli/implementer.agent.md (1 hunks)
• src/copilot-cli/independent-thinker.agent.md (1 hunks)
• src/copilot-cli/orchestrator.agent.md (3 hunks)
• src/copilot-cli/planner.agent.md (4 hunks)
• src/copilot-cli/pr-comment-responder.agent.md (7 hunks)
• src/copilot-cli/qa.agent.md (1 hunks)
• src/copilot-cli/roadmap.agent.md (4 hunks)
• src/copilot-cli/security.agent.md (1 hunks)
• src/copilot-cli/task-generator.agent.md (3 hunks)
• src/vs-code-agents/analyst.agent.md (2 hunks)
• src/vs-code-agents/architect.agent.md (2 hunks)
• src/vs-code-agents/critic.agent.md (3 hunks)
• src/vs-code-agents/devops.agent.md (1 hunks)
• src/vs-code-agents/explainer.agent.md (1 hunks)
• src/vs-code-agents/high-level-advisor.agent.md (1 hunks)
• src/vs-code-agents/implementer.agent.md (1 hunks)
• src/vs-code-agents/independent-thinker.agent.md (1 hunks)
• src/vs-code-agents/orchestrator.agent.md (1 hunks)
• src/vs-code-agents/planner.agent.md (3 hunks)
• src/vs-code-agents/pr-comment-responder.agent.md (10 hunks)
• src/vs-code-agents/qa.agent.md (1 hunks)
• src/vs-code-agents/roadmap.agent.md (4 hunks)
• src/vs-code-agents/security.agent.md (1 hunks)
• src/vs-code-agents/task-generator.agent.md (3 hunks)
• templates/agents/analyst.shared.md (1 hunks)
• templates/agents/architect.shared.md (1 hunks)
• templates/agents/critic.shared.md (1 hunks)
• templates/agents/devops.shared.md (1 hunks)
• templates/agents/explainer.shared.md (1 hunks)
• templates/agents/high-level-advisor.shared.md (1 hunks)
• templates/agents/implementer.shared.md (1 hunks)
• templates/agents/independent-thinker.shared.md (1 hunks)
• templates/agents/orchestrator.shared.md (1 hunks)
• templates/agents/planner.shared.md (1 hunks)
• templates/agents/pr-comment-responder.shared.md (1 hunks)
• templates/agents/qa.shared.md (1 hunks)
• templates/agents/roadmap.shared.md (1 hunks)
• templates/agents/security.shared.md (1 hunks)
• templates/agents/task-generator.shared.md (1 hunks)
• templates/platforms/copilot-cli.yaml (1 hunks)
• templates/platforms/vscode.yaml (1 hunks)

• templates/agents/devops.shared.md

• src/vs-code-agents/architect.agent.md
• templates/agents/task-generator.shared.md
• templates/agents/explainer.shared.md
• src/vs-code-agents/task-generator.agent.md
• src/copilot-cli/pr-comment-responder.agent.md
• src/copilot-cli/devops.agent.md
• src/vs-code-agents/security.agent.md
• templates/agents/qa.shared.md
• src/copilot-cli/security.agent.md
• templates/platforms/vscode.yaml
• templates/agents/high-level-advisor.shared.md
• templates/agents/security.shared.md

src/copilot-cli/high-level-advisor.agent.md (1)

42-48: Memory Protocol delegation is concise and clear.

The refactored Memory Protocol (lines 42–48) correctly delegates cross-session context to a memory agent without explicit cloudmcp-manager commands. Short, action-oriented phrasing matches the agent's direct communication style.

src/vs-code-agents/explainer.agent.md (1)

134-140: Memory Protocol refactor maintains clarity and delegation intent.

Lines 134–140 properly delegate to memory agent with before/after checkpoints, consistent with similar refactors across agent docs.

templates/agents/pr-comment-responder.shared.md (5)

3-4: Use consistent YAML field naming: tools_vscode and tools_copilot.

Lines 3–4 use tools_vscode and tools_copilot as separate fields. Verify this naming convention is expected by the template generation system (build/Generate-Agents.ps1). If the system expects a single tools field with platform overrides, these should be renamed or handled differently.

Is the generation script configured to parse tools_vscode and tools_copilot as platform-specific tool arrays, or should this use a different structure (e.g., platform configs in templates/platforms/*.yaml)?

---

34-58: Code block formatting is compliant.

Bash code block at lines 34–58 has proper language identifier and spacing. No issues.

---

68-78: Pseudo-code block uses appropriate text identifier.

Decision tree at lines 68–78 correctly uses text identifier for non-executable pseudo-code, with proper spacing.

---

244-244: Capitalize GitHub references in tables.

Line 244 and 246 use .github/workflows/* and .githooks/*, which are file paths. However, ensure consistency with PR-wide capitalization: references to the GitHub platform should be capitalized (e.g., "GitHub CLI" not "github CLI"). The file paths themselves (.github/, .githooks/) are correct as lowercase.

Static analysis flagged "GitHub" capitalization at line 244. If the context is "platform," use "GitHub" (capital H). If the context is a file path, .github/ (lowercase) is correct.

Also applies to: 246-246

---

320-342: Markdown table formatting complies with guidelines.

Multiple tables (lines 226–237, 242–247, 305–311, 326–330, 346–354) are properly formatted with aligned pipes and blank line spacing before and after.

src/copilot-cli/explainer.agent.md (1)

134-140: Memory Protocol delegation is consistent with VS Code variant.

Lines 134–140 match the vs-code-agents/explainer.agent.md pattern, properly delegating memory context to a memory agent.

src/copilot-cli/qa.agent.md (2)

152-158: Memory Protocol properly delegates cross-session context.

Lines 152–158 follow the established delegation pattern, with retrieval and storage checkpoints clearly stated.

---

161-169: Phase 1 checklist is actionable and well-structured.

The Phase 1 Pre-Implementation checklist (lines 161–169) provides clear steps for test strategy development, consistent with the broader planning workflow.

templates/agents/orchestrator.shared.md (5)

1-6: YAML frontmatter uses platform-specific tool arrays.

Lines 1–5 define tools_vscode and tools_copilot as separate arrays. Confirm this naming is recognized by the generation script (build/Generate-Agents.ps1). If the generator expects a unified structure with platform configs overriding tools, this may need adjustment.

Does the template generation system parse tools_vscode and tools_copilot, or should tools be defined once with platform-specific overrides in templates/platforms/*.yaml?

---

32-41: Memory Protocol is clear and delegates appropriately.

Lines 32–41 follow the established delegation pattern. Storage guidance emphasizes agent performance and routing decisions, which supports continuous improvement.

---

210-224: Agent Capability Matrix is comprehensive.

Lines 210–224 map 10 agents with primary function, best-for use cases, and clear limitations. The matrix is well-structured and helps with routing decisions.

---

283-326: "Disagree and Commit" protocol is well-defined.

Lines 283–326 establish a clear three-phase approach (Dissent Encouraged → Resolution → Alignment Required) for handling specialist disagreements. The commitment language template (lines 306–309) is concrete and prevents passive-aggressive execution.

---

380-632: Ideation Workflow is comprehensive and actionable.

Lines 380–632 provide a complete 4-phase workflow (Research → Validation → Epic/PRD Creation → Implementation Plan Review) with detailed agent roles, output templates, and decision options (Proceed/Defer/Reject). The ASCII flowchart (lines 597–632) clearly visualizes the workflow.

src/claude/planner.md (4)

10-23: Identity and Mission are clear and properly scoped.

Lines 10–23 refine the planner to a "High-Rigor Planning Assistant" focused on structure, not code. The constraint language (lines 33–38) is explicit: "No source code editing," "No test cases," "Only create planning artifacts."

---

119-291: Multi-Agent Impact Analysis Framework is comprehensive.

Lines 119–291 introduce a detailed impact analysis process for multi-domain changes, with agent consultation protocol, specialist roles, and conflict-resolution guidance. The structure supports risk identification pre-implementation.

---

336-370: Output Location and Handoff Protocol are properly structured.

Lines 336–370 define output location (.agents/planning/), handoff targets (critic → architect → analyst → roadmap → implementer), and handoff protocol steps. The mandatory critic routing (line 360) enforces validation before implementation.

---

97-109: MCP syntax difference is intentional platform adaptation, not maintenance burden.

Recent commit ddb76e0 (Dec 15) explicitly documents this as "Minor expected difference: Claude agents use mcp__ syntax for memory tools, while templates delegate to memory agent." The ideation research document (.agents/analysis/ideation-agent-templating.md) identifies this as one of 11 documented variation points in the templating system—Claude Code has direct MCP tool access requiring mcp__cloudmcp-manager__memory-search_nodes, while VS Code/Copilot use the delegated path syntax cloudmcp-manager/memory-search_nodes. This is a deliberate platform-specific adaptation, not inconsistent drift. Templates provide canonical base content; platform variants customize for their execution environment. No action needed.

Likely an incorrect or invalid review comment.

src/vs-code-agents/pr-comment-responder.agent.md (4)

1-10: YAML frontmatter and Core Identity are appropriate for VS Code variant.

Lines 1–10 define the PR Comment Responder with VS Code-specific tools and a clear identity focused on triage and delegation.

---

282-312: Memory Protocol uses delegated approach, consistent with template.

Lines 282–312 delegate memory operations to a memory agent (retrieval and storage), following the pattern established in other agent files. The storage guidance emphasizes patterns and learnings relevant to PR review triage.

---

34-58: Bash code blocks have proper language identifiers and spacing.

Lines 34–58, 158–170, and 182–193 contain bash scripts with correct language identifier and spacing before and after blocks per MD031/MD032.

Also applies to: 158-170, 182-193

---

220-247: Routing heuristics tables are clear and actionable.

Lines 220–247 map comment patterns to workflow paths (Quick Fix, Standard, Strategic) and direct agents based on file domain. The routing is logical and reduces orchestrator overhead for simple fixes.

src/claude/explainer.md (1)

79-80: INVEST criteria validation is a strong addition.

Requiring user stories to be Independent, Negotiable, Valuable, Estimable, Small, Testable ensures quality requirements. This catches bad specs before implementation starts.

src/claude/qa.md (2)

23-23: Excellent testing mindset.

"Passing tests are path to goal, not goal itself" cuts through test theater. If users hit bugs, tests failed their purpose regardless of green checkmarks.

---

268-280: Clear boundaries and output conventions.

The Constraints section prevents scope creep (QA doesn't modify implementation). Output Location naming convention (NNN-[feature]-test-strategy.md) enables consistent artifact discovery.

src/claude/independent-thinker.md (2)

59-74: Clear behavioral guardrails.

The DO/DON'T structure prevents common failure modes: going along to avoid conflict, guessing when uncertain, validating unsupported claims. This agent can actually challenge assumptions instead of rubber-stamping.

---

100-151: Structured templates for challenging assumptions.

Both templates enforce evidence citation and uncertainty quantification. The Comparison Matrix format forces explicit tradeoff analysis instead of handwaving.

templates/agents/independent-thinker.shared.md (2)

1-5: Template frontmatter correctly structured.

The tools_vscode and tools_copilot arrays enable platform-specific tool generation. VS Code includes ms-vscode.vscode-websearchforcopilot/websearch while Copilot uses agent handoff - matches platform config requirements.

---

44-47: Memory delegation aligns with 2-variant consolidation.

Delegating to memory agent rather than direct cloudmcp-manager commands maintains platform independence. The shared template can generate both VS Code and Copilot outputs without platform-specific memory syntax.

src/vs-code-agents/high-level-advisor.agent.md (2)

82-84: "KILL - Stop Doing" prevents waste.

Most priority frameworks only track what to do. Explicitly listing what to stop prevents sunk cost fallacy and context switching overhead.

---

42-47: Memory delegation matches template pattern.

Simplified from direct cloudmcp-manager commands to delegation requests. Aligns with the 2-variant consolidation where memory operations are abstracted for platform independence.

templates/platforms/copilot-cli.yaml (1)

1-22: Platform config correctly defines Copilot CLI differences.

The config captures the key differences: /agent handoff syntax vs #runSubagent, name field vs model field in frontmatter. This enables generating 99%+ identical content with only YAML and handoff syntax differences.

src/vs-code-agents/devops.agent.md (2)

149-157: SHA pinning prevents supply chain attacks.

Pinning actions to SHA (actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11) instead of tags prevents tag manipulation attacks. The comment notation # v4 maintains readability.

---

138-143: Memory delegation matches template pattern.

Consistent with other agent files in this PR. DevOps context (pipeline configs, issue resolutions) stored via memory agent delegation rather than direct commands.

templates/agents/analyst.shared.md (3)

140-175: Feature Request Review template prevents scope creep.

The template forces evidence gathering (GitHub issues, SO mentions, code samples) before accepting features. "Are lightweight alternatives available (docs, config)?" prevents feature bloat when documentation would suffice.

---

181-231: Ideation Research template assesses viability.

Community Signal section (stars, downloads, issue ratios, last release) surfaces abandoned or low-quality packages before integration. Technical Fit Assessment catches version conflicts and framework incompatibilities early.

---

84-89: Memory delegation aligns with template system.

Consistent with other shared templates. Delegation to memory agent abstracts platform-specific memory commands, enabling generation for both VS Code and Copilot CLI from single source.

src/copilot-cli/independent-thinker.agent.md (1)

104-135: Content review: Response Patterns and Handoff/Execution sections look correct.

Memory Protocol delegation is consistent with broader PR direction (external tools context confirms delegated-memory model). Handoff options and execution mindset follow established patterns.

src/vs-code-agents/analyst.agent.md (2)

84-89: Memory Protocol section follows correct delegation model.

Memory Protocol at lines 84-89 correctly delegates to memory agent for cross-session context. Format and spacing are correct per external tools context and broader PR pattern.

---

91-240: Analysis Types sections have correct structure and code block language identifiers.

Analysis template blocks (Root Cause Analysis, Technical Research, Feature Request Review, Ideation Research) all use markdown language identifier correctly and are properly spaced.

src/copilot-cli/analyst.agent.md (1)

84-89: Memory Protocol delegation model is consistent across platforms.

Copilot CLI analyst correctly mirrors VS Code memory protocol delegation. Platform-specific tools are properly configured (shell/edit vs vscode tools).

src/vs-code-agents/orchestrator.agent.md (6)

32-46: Memory Protocol section spacing is correct.

Lines 32-46 properly delegate memory context to memory agent with blank lines around guidance sections per MD022/MD031.

---

220-250: Agent Capability Matrix and Routing Algorithm sections look correct.

Tables at lines 212-223 and following sections have correct spacing and structure. ATX headings are consistent.

---

390-407: Phase 1: Research & Discovery output location needs clarification.

Line 403 references .agents/analysis/ideation-[topic].md but uses template syntax. The research template below (lines 405-430) is correctly marked as markdown code block with proper spacing.

---

443-486: Validation Document Template properly formatted.

Lines 443-486 validation template is correctly marked as markdown and properly spaced.

---

597-632: Ideation Workflow diagram uses ASCII art in text block.

Lines 597-632 ASCII diagram is marked as text - correct choice. Spacing and structure appropriate for ASCII diagram.

---

797-820: Output Format section code block is properly marked as markdown.

Lines 799-820 correctly show output template marked as markdown with proper spacing.

templates/agents/critic.shared.md (2)

60-65: Memory Protocol section correctly delegates context.

Lines 60-65 properly follow delegated-memory model with appropriate guidance for pre-review retrieval and post-review storage.

---

231-268: Verdict Rules, Output Location, Anti-Patterns, and Execution Mindset sections are properly structured.

Lines 231-268 show correct heading hierarchy, no missing blank lines, proper ATX headings, execution mindset follows established pattern.

templates/agents/planner.shared.md (3)

301-341: Example and conflict documentation sections properly formatted.

Lines 301-340 show correct structure for multi-domain example and conflict documentation. Code blocks are properly marked and spaced.

---

31-37: Memory Protocol section correctly follows delegation model.

Lines 31-37 properly delegate to memory agent at decision points and milestones, consistent with broader PR pattern.

---

359-386: Handoff Options, Handoff Protocol, and Execution Mindset sections properly structured.

Lines 359-386 show correct table formatting for handoff options, clear protocol steps, and execution mindset that aligns with established patterns.

src/claude/memory.md (3)

10-10: Memory Protocol delegation language properly updated.

Lines 10 and 22-29 correctly emphasize memory agent delegation for cross-session context and internal note maintenance. Language is clear and aligns with broader PR memory delegation pattern.

Also applies to: 22-29

---

31-92: Memory Tools Reference code blocks properly formatted.

All code blocks in lines 31-92 (Search, Open, Create, Update, Link, Read All) are correctly marked as text language identifier. Spacing appears correct with blank lines between tool sections.

---

180-196: Handoff Options and Execution Mindset sections properly formatted.

Lines 180-196 add Handoff Options table (routing to any agent when memory retrieved) and updated Execution Mindset with consistent formatting. Quote style thinking statements match established patterns.

src/copilot-cli/implementer.agent.md (5)

143-151: Software Hierarchy example C# code block properly formatted.

Lines 143-151 correctly show C# code marked as csharp language identifier with proper spacing and realistic example following Programming by Intention pattern.

---

204-210: Memory Protocol delegation properly updated.

Lines 204-210 correctly delegate memory context retrieval and storage to memory agent before/after implementation, consistent with broader PR pattern.

---

212-231: Code Requirements sections (Performance, Testing, Style) are well-structured.

Lines 212-231 introduce clear code requirements with actionable guidance:

• Performance: ArrayPool, SIMD, Vector256 optimization
• Testing: xUnit, Moq, complexity limits
• Style: .NET Runtime EditorConfig, cyclomatic complexity under 10

---

240-265: Qwiq-Specific Patterns properly formatted with C# examples.

Lines 240-265 show repository-specific patterns:

• Factory Pattern (required) - marked as csharp
• Null Validation - marked as csharp
• Test Pattern (ContextSpecification) - marked as csharp

All properly formatted and aligned with project conventions.

---

267-347: Implementation Process, Commit Format, Handoff, and Checklist sections properly structured.

Lines 267-347 show:

• Phase 1-3 (Preparation, Execution, Validation) - properly sequenced
• Commit message format with conventional commits - clear template
• Handoff options consistent with agent ecosystem
• Required checklist comprehensive and actionable

src/vs-code-agents/roadmap.agent.md (1)

1-254: Minimal maintenance edits; no issues identified. Changes normalize symbols (× to x) and refactor Memory Protocol for clarity without structural violations.

src/copilot-cli/roadmap.agent.md (1)

1-254: Minimal maintenance edits; consistent with VS Code version. No issues identified.

src/claude/analyst.md (1)

271-340: Analysis Document Format and Handoff updates well-structured. Blank lines correct, code fence properly formed. No issues identified.

src/vs-code-agents/qa.agent.md (1)

1-330: Memory Protocol delegation and QA governance updates well-structured. Code fences properly formed, blank lines correct, language identifiers present. No issues identified.

src/vs-code-agents/critic.agent.md (1)

1-273: Comprehensive critic governance framework well-structured. Review Checklist, Disagreement Detection, Critique Document Format, and Verdict Rules sections all properly formatted. Code fences correct, blank lines in place, no issues identified.

templates/agents/architect.shared.md (7)

1-6: YAML frontmatter uses platform-specific tool arrays correctly.

The tools_vscode and tools_copilot arrays follow the 2-variant consolidation pattern. Tools are platform-specific (e.g., 'vscode' in tools_vscode, 'agent' in tools_copilot). This aligns with the architecture documented in external tools context.

---

25-37: Impact Analysis Mode checklist is well-structured.

The checklist template (lines 31-37) provides clear architecture impact verification steps. However, the code block uses generic markdown syntax—consider whether this should be text for pseudo-code/template content instead of markdown.

The code block at lines 31-37 is marked as markdown because it contains markdown syntax (checkboxes). This is appropriate for a markdown template. No change needed.

---

43-129: Impact Analysis Deliverable template is comprehensive but dense.

The template at lines 43-129 provides detailed structure for architecture impact analysis. This is good governance. However, verify that teams actually use all sections (e.g., "Domain Model Alignment" at lines 87-94, "Abstraction Consistency" at lines 96-103) or if these should be optional/noted as "as needed."

This template should be validated against actual use cases. The external tools context mentions "Byte-identical comparison methodology undefined (HIGH)" — confirm that this template's sections support reproducible impact analysis across platform variants.

---

31-37: Add blank line before opening code fence.

Code blocks require blank lines before and after per MD031. Line 30 needs a blank line before the opening fence.

 ### Analyze Architecture Impact
 
-```markdown
+```markdown
 - [ ] Verify alignment with existing ADRs

Wait, examining more carefully: line 30 appears to be blank already based on the structure. Let me re-examine the line numbers and formatting in the file.

Actually, looking at the annotated code, line 29 is the heading "### Analyze Architecture Impact", line 30 is blank, line 31 starts with "```markdown". This appears correct per MD031.

---

39-42: Add blank line before "Impact Analysis Deliverable" section.

Blank lines are required around headings (MD022). Line 40 is a heading and needs blank lines before and after.

Actually, re-reading the file: line 39 is blank, line 40 has "### Impact Analysis Deliverable", line 41 is blank, line 42 starts the next code block. This appears correct per MD022.

---

131-138: Blank lines missing around list items under "Architectural Principles".

Lines 133-137 contain a bulleted list. Per MD032, blank lines are required before and after lists. Line 131 needs a blank line before the first list item.

Looking at the structure: line 131 is "## Architectural Principles", line 132 is blank, line 133 starts the list. This is correct per MD032.

---

204-246: Handoff Protocol table and Execution Mindset lack spacing per MD032.

The handoff table at lines 229-236 should have blank lines before and after per MD032. Similarly, content before line 204 "## Memory protocol" and after line 246 "## Execution Mindset" needs verification.

Examining more carefully: the structure appears to follow the guidelines. Let me check if there are actual issues versus false positives.

src/copilot-cli/critic.agent.md (3)

24-51: Review Checklist structure looks good.

Task lists are appropriate for template documentation. Checklist categories (Completeness, Feasibility, Alignment, Testability) provide clear review criteria.

---

60-66: Memory Protocol uses delegated model correctly.

Copilot CLI variant delegates to memory agent rather than using direct MCP tool calls. This matches the platform-specific handoff pattern.

---

231-259: Verdict Rules and Anti-Patterns provide clear guidance.

Criteria for APPROVED vs NEEDS REVISION are actionable. Anti-patterns list catches common planning failures.

src/claude/critic.md (2)

159-172: Memory Protocol uses Claude-specific MCP tool syntax.

Explicit mcp__cloudmcp-manager__memory-search_nodes and mcp__cloudmcp-manager__memory-add_observations commands are appropriate for Claude Code Tools integration.

---

223-231: Execution Mindset provides clear behavioral guidance.

Think/Act/Challenge/Recommend pattern gives concrete direction for agent behavior.

src/claude/architect.md (3)

140-176: ADR Format template is comprehensive.

Includes Status, Context, Decision, Consequences (Positive/Negative/Neutral), Alternatives Considered with pros/cons/rejection reason, and References. Standard ADR structure.

---

178-205: Architecture Review Process aligns with Key Responsibilities.

Three-phase review (pre-planning, plan/analysis, post-implementation) matches responsibilities defined at lines 28-31. Checklists are actionable.

---

244-263: Handoff Options expanded with roadmap and critic targets.

New targets (roadmap for strategic alignment, critic for independent review) add useful routing options. Protocol steps ensure persistence before handoff.

src/copilot-cli/architect.agent.md (2)

146-151: Memory Protocol uses delegated model correctly for Copilot CLI.

Delegates to memory agent rather than using direct MCP tool commands. This is the expected platform difference from the Claude variant.

---

1-255: Content consistency verified with Claude variant.

Core content (Architectural Principles, ADR Format, Review Process, Output Location, Handoff Protocol) matches the Claude version. Platform differences are limited to frontmatter schema and memory delegation syntax as designed.

src/claude/high-level-advisor.md (3)

67-84: Behavioral Principles are direct and actionable.

"I WILL" and "I WON'T" lists provide clear boundaries. Direct verdicts over hedging, calling out avoidance, explicit prioritization criteria.

---

99-155: Strategic Frameworks provide practical decision tools.

Ruthless Triage, Priority Stack (with explicit KILL category), and Continue/Pivot/Cut frameworks give structured approaches for strategic decisions. Warning Signs enables revisiting decisions when conditions change.

---

181-188: Handoff Options table is appropriate for strategic advisor role.

Targets cover execution (implementer), planning (planner), research (analyst), and validation (independent-thinker). Independent-thinker for verdict validation is a good check.

build/Generate-Agents.ps1 (5)

105-241: Simple YAML parsing is adequate for this use case.

Custom parser avoids external module dependency. Handles basic key-value, arrays, booleans, and nested sections. Limitations (no multi-line values, complex structures) are acceptable for agent frontmatter which is simple by design.

---

243-312: Frontmatter transformation handles platform differences correctly.

Logic for platform-specific tools selection (tools_vscode, tools_copilot) with fallback to generic tools field. Name and model fields controlled by platform config. Placeholder values ({{PLATFORM_*}}) correctly skipped.

---

349-379: Handoff syntax transformation handles both directions.

Converts between /agent (Copilot CLI) and #runSubagent (VS Code) syntax correctly. Handles both specific agent names and placeholder patterns.

---

565-582: Validation mode exit codes and messaging are correct.

Exit 1 on differences, exit 0 on success. Clear actionable message: "To fix: Run 'pwsh build/Generate-Agents.ps1' and commit the changes".

---

550-555: No action needed. The script runs under PowerShell Core (pwsh) in CI, which handles -Encoding UTF8 without BOM by default. Version inconsistency is not a concern here.

Likely an incorrect or invalid review comment.

src/claude/skillbook.md (1)

184-223: Integration structure clarifies skillbook governance.

The new Integration with Other Agents section effectively defines inputs from Retrospective (atomicity scores, operations), validation steps (deduplication, threshold checks), and citation patterns for consuming agents. Handoff Protocol table cleanly routes dependencies. Structure supports the PR's memory-delegation model.

src/claude/retrospective.md (1)

201-232: Memory Protocol operationalization provides concrete retrospective workflows.

The Memory Protocol section (lines 201-222) translates vague "store learnings" into explicit entity types, entity naming conventions, and actual mcp commands. This allows retrospective analysis to become machine-actionable without ambiguity. Handoff Protocol table (lines 224-232) correctly routes skills to implementer, process insights to planner, and learnings to orchestrator for next-task application.

src/vs-code-agents/independent-thinker.agent.md (1)

51-102: Analysis templates enforce structured evidence-based evaluation.

The Assumption Challenge Template and Alternative Analysis Format provide reusable frameworks that prevent vague pushback. By requiring Evidence For/Against, Alternative Interpretations, and Uncertainty Level, these templates align the Independent Thinker's contrarian role with the broader PR's emphasis on atomic, evidence-backed reasoning (consistent with Skillbook and Retrospective atomicity scoring).

src/claude/task-generator.md (1)

26-70: Decomposition process aligns Task-Generator with Planner and Retrospective methodologies.

The Scope Distinction table (lines 26-33) explicitly clarifies that Planner owns milestones/phases while Task-Generator owns atomic tasks—eliminating ambiguity. The 3-phase Decomposition Process mirrors the Retrospective's structured analysis and Planner's phased planning, creating a consistent methodology loop: Plan → Decompose → Execute → Retrospect.

src/vs-code-agents/planner.agent.md (2)

123-343: Multi-agent impact analysis framework operationalizes risk-aware planning.

Lines 123-343 introduce a structured consultation protocol that prevents blindsided implementers and architects. The framework includes specialist roles, prompt templates, document formats, and explicit conflict-resolution procedure. By requiring pre-implementation impact analysis from implementer, architect, security, devops, and qa agents, the Planner translates high-level epics into risk-assessed work packages. Aligns with external tools context: architect approved this design.

---

179-193: VS Code platform-specific handoff syntax is correct.

Line 179 uses #runSubagent with subagentType={agent_name} for VS Code agent invocation. This differs from Copilot CLI syntax (/agent) but matches the platform-specific differences documented in external context (tool invocation syntax and handoff command syntax vary by platform; content is 99%+ identical).

src/copilot-cli/planner.agent.md (2)

1-5: Copilot CLI frontmatter correctly differs from VS Code variant.

Frontmatter (lines 1–5) includes name: planner and no model field (vs VS Code has model field and no name field). Line 4 tools list uses 'agent' for subagent invocation (vs VS Code uses vscode extensions). Frontmatter differences match external context specification: platform-specific metadata for generated agents.

---

179-193: Copilot CLI handoff syntax correctly differs from VS Code.

Line 179 uses /agent [agent_name] instead of VS Code's #runSubagent with subagentType={agent_name}. This is the expected platform-specific difference—handoff command syntax varies by platform while impact analysis framework content remains identical. File 7 is the Copilot CLI variant of File 6 (VS Code).