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Implementation planning activity skill for PAW workflow. Creates phased implementation plans with clear success criteria, documentation phase planning, and strategic architectural descriptions.
Implementation Planning
Execution Context: This skill runs directly in the PAW session (not a subagent), preserving user interactivity for phase decisions and blocker handling.
Create detailed implementation plans through interactive refinement. Plans describe WHAT to build (components, interfaces, behaviors) at the architectural level, delegating HOW to implement to the implementer.
Reference: Follow Core Implementation Principles from paw-workflow skill.
Configuration
Step 1: Read Plan Generation Mode
Read WorkflowContext.md for:
Work ID and target branch
Plan Generation Mode: single-model | multi-model
Plan Generation Models: comma-separated model names (for multi-model modes)
The plan generation mode is set during paw-init. If the field is missing (legacy workflow), default to single-model (backwards compatibility).
{{#cli}}
If mode is multi-model, parse the models list. Default: latest GPT, latest Gemini, latest Claude Opus.
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{{#vscode}}
Note: VS Code only supports single-model mode. If multi-model is configured, report to user: "Multi-model plan generation not available in VS Code; running single-model planning." Proceed with single-model.
{{/vscode}}
Capabilities
Create implementation plan from spec and research
Revise plan based on learnings or feedback
Address PR review comments (load paw-review-response for mechanics)
Plan documentation phases when documentation updates are warranted
Be Skeptical
Question vague requirements—ask "why" and "what about"
Identify potential issues early
Don't assume—verify with code research
If user corrects a misunderstanding, verify the correction against code before accepting
Strategic Planning Guidelines
Operate at the C4 container/component abstraction level:
Do:
Describe component responsibilities and interfaces
Present 2-3 options with trade-offs for significant decisions
Define success via observable outcomes (tests, SLOs, acceptance criteria)
Limit code snippets to 3-10 lines for critical architectural concepts only
Don't:
Include complete function implementations
Provide pseudo-code walkthroughs
Specify library choices without trade-off analysis
Write tutorial-style code examples
Example descriptions:
✅ "Implement UserRepository interface with CRUD methods, following pattern in models/repositories/"
✅ "Add auth middleware validating JWT tokens, integrating with services/auth/"
❌ "Create function that loops through array and filters..."
Documentation Phase Planning
Include documentation as the final implementation phase. The documentation phase is standard for all non-trivial changes.
What the Documentation Phase Produces
Docs.md (always): Technical reference capturing implementation details, usage, and verification approach—serves as the "as-built" record even for internal changes
Documentation build verification: Command from CodeResearch.md (if framework discovered)
When to Include Project Docs
Work creates user-facing features
APIs are added or changed
Existing behavior is modified in ways users should know about
When to Omit Project Docs
Purely internal changes (Docs.md still required)
Refactors without behavior changes (Docs.md still required)
User explicitly indicates no project docs needed
Note: Implementer loads paw-docs-guidance utility skill for templates and conventions during documentation phases.
ImplementationPlan.md Template
Save to: .paw/work/<work-id>/ImplementationPlan.md
# [Feature/Task Name] Implementation Plan## Overview
[What we're implementing and why]
## Current State Analysis
[Existing state, gaps, key constraints from research]
## Desired End State
[Target state specification and verification approach]
## What We're NOT Doing
[Out-of-scope items]
## Phase Status- [ ] **Phase 1: [Name]** - [Objective]
- [ ] **Phase 2: [Name]** - [Objective]
- [ ] **Phase N: Documentation** - [If warranted]
## Phase Candidates
<!-- Use checkbox format for each candidate so transition checks can detect unresolved items.
Example: - [ ] Moderator mode support -->
---
## Phase 1: [Name]### Changes Required:-**`path/to/file.ext`**: [Component changes, pattern references]
-**Tests**: [Test file, key scenarios]
### Success Criteria:#### Automated Verification:- [ ] Tests pass: `<command>`- [ ] Lint/typecheck: `<command>`#### Manual Verification:- [ ] [User-observable behavior]
- [ ] [Edge cases requiring human judgment]
---
## Phase N: Documentation (if warranted)### Changes Required:-**`.paw/work/<work-id>/Docs.md`**: Technical reference (load `paw-docs-guidance`)
-**Project docs**: Per CodeResearch.md findings
### Success Criteria:- [ ] Docs build: `<command>`- [ ] Content accurate, style consistent
---
## References- Issue: [link or 'none']
- Spec: `.paw/work/<work-id>/Spec.md`- Research: `.paw/work/<work-id>/SpecResearch.md`, `.paw/work/<work-id>/CodeResearch.md`
Phase Status format: Use checkboxes - [ ] for pending, - [x] for complete. This provides at-a-glance status without heavy tables.
Execution Contexts
Initial Planning
Desired end state: Complete ImplementationPlan.md with all phases defined
If single-model plan generation mode (default):
Read all context: Issue, Spec.md, SpecResearch.md, CodeResearch.md
Analyze and verify requirements against actual code
Present understanding and resolve blocking questions
Research patterns and design options (if significant choices exist)
Write plan incrementally (outline, then phase by phase)
Handle branching per Review Strategy (see below)
{{#cli}}
If multi-model plan generation mode:
Read all context: Issue, Spec.md, SpecResearch.md, CodeResearch.md
Create .paw/work/<work-id>/planning/ directory if it doesn't exist
Create .paw/work/<work-id>/planning/.gitignore with content * (if not already present). This is a local-only scratch ignore marker — do NOT stage or commit it.
Resolve model intents to actual model names (e.g., "latest GPT" → current GPT model)
Present resolved models for confirmation:
About to run multi-model plan generation with:
- [resolved model 1]
- [resolved model 2]
- [resolved model 3]
Estimated LLM calls: N+1 (N = number of models)
Proceed?
Independent Plans (parallel): Spawn parallel subagents using task tool with model parameter for each model. Each subagent receives the planning subagent prompt below along with the full contents of Spec.md, CodeResearch.md, and SpecResearch.md. Save per-model plans to PLAN-{MODEL}.md in the planning/ subfolder.
Synthesis: Read all per-model plans. Produce the final ImplementationPlan.md using the synthesis prompt below, selecting the best phase structure, architecture decisions, and catching blind spots.
Failure handling: If a subagent fails, proceed with remaining results if at least 2 models completed successfully. If fewer than 2 succeed, offer user the choice to retry or fall back to single-model plan generation. Configurations with exactly 2 models are valid — synthesis works with any count ≥ 2.
Planning Subagent Prompt
Each subagent receives this prompt (self-contained, since subagents cannot load skills):
You are creating an implementation plan. You will receive a feature specification (Spec.md), codebase research (CodeResearch.md), and optionally spec research (SpecResearch.md).
Create a complete implementation plan following this template structure: Overview, Current State Analysis, Desired End State, What We're NOT Doing, Phase Status (checkboxes), Phase Candidates, then detailed phases with Changes Required (file paths, components, tests) and Success Criteria (automated and manual verification).
Guidelines:
Operate at the C4 container/component abstraction level — describe WHAT to build, not HOW
Reference specific file paths, module names, and existing patterns from CodeResearch.md
Each phase should be independently reviewable with clear success criteria
Include a Documentation phase as the final phase
Limit code snippets to 3-10 lines for critical architectural concepts only
Zero TBDs — all decisions must be made
Include "What We're NOT Doing" to prevent scope creep
Synthesis Prompt
The session's agent reads all per-model plans and applies this approach:
Synthesize the best elements from all plan drafts into a single final ImplementationPlan.md. Compare section-by-section across all plans:
Phase structure: Choose the best decomposition — consider granularity, independence, and logical ordering
Architecture decisions: Pick the strongest approach, noting where plans converged (high confidence) vs. diverged (needs careful selection)
Success criteria: Merge the most comprehensive and measurable criteria from all plans
Scope boundaries: Union of all "What We're NOT Doing" items
The output must follow the standard ImplementationPlan.md template format exactly.
{{/cli}}
PR Review Response
When addressing Planning PR comments, load paw-review-response utility for mechanics.
Desired end state: All review comments addressed, artifacts consistent
Verify on planning branch (<target>_plan)
Read all unresolved PR comments
Create TODOs for comments (group related, separate complex)
For each TODO: make changes → commit → push → reply
Verify all comments addressed and artifacts consistent
Plan Revision
When revising based on paw-plan-review feedback:
Desired end state: ImplementationPlan.md updated to address all BLOCKING issues
Read paw-plan-review feedback completely
Address BLOCKING issues first (these prevent implementation)
Address IMPROVE issues if scope permits
Acknowledge NOTE items in commit message if applicable
Re-run quality checklist to verify fix didn't introduce new issues
Branching and Commits
Reference: Load paw-git-operations skill for branch naming, commit mechanics, and PR descriptions.
Quality Checklist
All phases contain specific file paths, components, or interfaces
Every phase has measurable automated and manual success criteria
Phases build incrementally and can be reviewed independently
Zero open questions or TBDs remain
All references trace to Spec.md and CodeResearch.md
Unit tests specified alongside code they test within each phase
"What We're NOT Doing" section prevents scope creep
Code blocks absent or limited to <10 lines for architectural concepts
Documentation phase included (or explicitly omitted with reason)
Phase Status exists with checkbox phases and one-sentence objectives
Phase Candidates section present (may be empty initially)
