improving-skills
Scannednpx machina-cli add skill wayne930242/Reflexive-Claude-Code/improving-skills --openclawImproving Skills
Overview
Improving skills IS refactoring documentation for clarity and effectiveness.
Analyze current state, research best practices, apply targeted improvements.
Core principle: Improve what exists—don't rewrite from scratch unless necessary.
Violating the letter of the rules is violating the spirit of the rules.
Task Initialization (MANDATORY)
Before ANY action, create task list using TaskCreate:
TaskCreate for EACH task below:
- Subject: "[improving-skills] Task N: <action>"
- ActiveForm: "<doing action>"
Tasks:
- Analyze current skill
- Gather project context
- Research best practices
- Identify improvements
- Apply improvements
- Validate and review
Announce: "Created 6 tasks. Starting execution..."
Execution rules:
TaskUpdate status="in_progress"BEFORE starting each taskTaskUpdate status="completed"ONLY after verification passes- If task fails → stay in_progress, diagnose, retry
- NEVER skip to next task until current is completed
- At end,
TaskListto confirm all completed
Task 1: Analyze Current Skill
Goal: Understand the skill's current state.
Read the skill:
cat <skill-path>/SKILL.md
ls -la <skill-path>/
Document:
- Purpose: What does it do?
- Triggers: What activates it?
- Structure: How is it organized?
- References: What supporting files exist?
- Issues: What problems are apparent?
Common issues:
- Vague triggers in description
- Missing verification criteria
- No task list enforcement
- Missing Red Flags/Rationalizations
- Content that should be in references
Verification: Have documented purpose, triggers, and issues.
Task 2: Gather Project Context
Goal: Understand how the skill fits the project.
Search for usage:
grep -r "[skill-name]" . --include="*.md"
Questions:
- How often is this skill used?
- What files does it typically work on?
- Are there project-specific conventions it should follow?
- Does it overlap with other skills?
Verification: Understand skill's role in project context.
Task 3: Research Best Practices
Goal: Find current best practices for the skill's domain.
WebSearch:
[skill domain] best practices 2025
[skill domain] patterns
Optional: External skills search
If claude-skills-mcp is available:
mcp__claude-skills-mcp__search_skills query="[skill domain]"
Compare with community implementations.
Verification: Have list of best practices to consider.
Task 4: Identify Improvements
Goal: Create specific improvement plan.
Check against standards:
- Description starts with "Use when..."
- Description doesn't summarize workflow
- Has Task Initialization section
- Has verification for each task
- Has Red Flags section
- Has Rationalizations table
- Has flowchart
- Body < 300 lines
- Details in references
Improvement types:
| Issue | Improvement |
|---|---|
| Vague triggers | Add specific "Use when..." phrases |
| No task list | Add Task Initialization section |
| No verification | Add verification criteria per task |
| No Red Flags | Add anti-rationalization section |
| Too long | Extract to references |
| Outdated | Update to current best practices |
Verification: Have specific list of improvements to make.
Task 5: Apply Improvements
Goal: Make targeted edits to the skill.
CRITICAL: Make focused edits, not full rewrites.
Order of changes:
- Fix frontmatter (description)
- Add Task Initialization if missing
- Add verification criteria
- Add Red Flags / Rationalizations
- Extract verbose content to references
- Add flowchart if missing
For each change:
- Make the edit
- Verify it's correct
- Move to next change
Verification: All identified improvements applied.
Task 6: Validate and Review
Goal: Verify skill meets quality standards.
Validation:
python3 scripts/validate_skill.py <skill-path>
Or manual checklist:
- Frontmatter valid
- Description starts with "Use when..."
- Has Task Initialization
- All tasks have verification
- Has Red Flags
- Has Rationalizations
- Body < 300 lines
Quality review:
Invoke skill-reviewer subagent:
Task tool:
- subagent_type: "rcc:skill-reviewer"
- prompt: "Review skill at [path]"
Outcomes:
- Pass → Done
- Needs Fix → Fix and re-run
- Fail → Consider full rewrite with writing-skills
Verification: skill-reviewer returns "Pass".
Red Flags - STOP
These thoughts mean you're rationalizing. STOP and reconsider:
- "Just rewrite the whole thing"
- "Skip research, I know best practices"
- "This skill is fine as-is"
- "Skip validation, changes are small"
- "Red Flags aren't needed for this skill"
All of these mean: You're about to make things worse. Follow the process.
Common Rationalizations
| Excuse | Reality |
|---|---|
| "Full rewrite" | Targeted fixes preserve what works. Edit, don't rewrite. |
| "Skip research" | Best practices evolve. Check current standards. |
| "Fine as-is" | If you're here, something needs improvement. Find it. |
| "Skip validation" | Small changes can break things. Validate. |
| "No Red Flags" | Every discipline skill needs anti-rationalization. |
Flowchart: Skill Improvement
digraph improve_skill {
rankdir=TB;
start [label="Improve skill", shape=doublecircle];
analyze [label="Task 1: Analyze\ncurrent skill", shape=box];
context [label="Task 2: Gather\nproject context", shape=box];
research [label="Task 3: Research\nbest practices", shape=box];
identify [label="Task 4: Identify\nimprovements", shape=box];
apply [label="Task 5: Apply\nimprovements", shape=box];
validate [label="Task 6: Validate\nand review", shape=box];
pass [label="Review\npassed?", shape=diamond];
done [label="Skill improved", shape=doublecircle];
start -> analyze;
analyze -> context;
context -> research;
research -> identify;
identify -> apply;
apply -> validate;
validate -> pass;
pass -> done [label="yes"];
pass -> apply [label="no\nfix"];
}
References
- Use
writing-skillsskill for full rewrites - Use
skill-reviewersubagent for quality review - See writing-skills/references/ for standards
Source
git clone https://github.com/wayne930242/Reflexive-Claude-Code/blob/main/plugins/rcc/skills/improving-skills/SKILL.mdView on GitHub Overview
Improving Skills refactors documentation to boost clarity and effectiveness. It analyzes the current state, gathers context, researches best practices, and applies targeted improvements. The approach prioritizes enhancing what already exists rather than rewriting from scratch unless necessary.
How This Skill Works
The process begins by analyzing the current skill file (SKILL.md) to identify issues, then gathers project context and researches current best practices. It proposes concrete improvements and applies focused changes with per-task verification, ensuring no step is skipped and all tasks are completed before finalizing.
When to Use It
- The skill is outdated or underperforming and needs optimization.
- A user asks to improve, optimize, or update a skill (e.g., 'improve skill', 'optimize skill').
- Triggers, purpose, or verification criteria are vague and require clarification.
- Project conventions require alignment and structured task lists with verifications.
- You want to avoid full rewrites by systematically refining existing content.
Quick Start
- Step 1: Read the current SKILL.md to identify gaps in purpose, triggers, and issues.
- Step 2: Create the 6 TaskCreate-based tasks and announce execution (e.g., 'Created 6 tasks. Starting execution...').
- Step 3: Execute tasks with status updates, validate results, and finalize once all tasks are completed.
Best Practices
- Start with a precise, action-oriented description that begins with 'Use when...'.
- Include a mandatory Task Initialization section that outlines the task list.
- Add verification criteria for each task to ensure successful completion.
- Incorporate Red Flags and Rationalizations to guard against regressions.
- Keep the body concise; move verbose material to references and add a flowchart if needed.
Example Use Cases
- A stale skill doc now includes a Task Initialization section and per-task verification.
- Vague triggers are clarified by adding precise 'Use when...' phrases.
- Red Flags and Rationalizations are added to prevent drift in instructions.
- Verbose content is extracted to references, reducing core document length.
- A flowchart is added to visualize task sequence and execution order.