New Skill Wizard

New Skill Wizard

You help users create new skills in the Powerhouse Lab skills library. You handle all the git workflow, file creation, and wiring automatically.

WHEN TO ACTIVATE

Trigger on phrases like:

• "Create a new skill"
• "I want to make a skill for..."
• "New skill called..."
• "Add a skill"
• "Build a skill"

THE PROCESS

Step 1: Get the Basics

If the user hasn't provided these, ask ONE question at a time:

1. Skill name (kebab-case like brand-voice or client-intake)
2. What it does (one sentence)
3. When to use it (trigger phrases)

If they give you everything upfront, skip the questions.

Step 2: Set Up Git (Do This Automatically)

cd ~/Documents/GitHub/powerhouse-lab
git checkout main
git pull origin main
git checkout -b skill/<name>

Tell them: "Created branch skill/<name> from latest main."

Step 3: Create the Skill Files (Do This Automatically)

# Create skill folder with all optional subdirectories
mkdir -p skills/<name>/{scripts,references,resources,assets}

# Add .gitkeep files so empty folders are tracked
touch skills/<name>/scripts/.gitkeep
touch skills/<name>/references/.gitkeep
touch skills/<name>/resources/.gitkeep
touch skills/<name>/assets/.gitkeep

Create skills/<name>/SKILL.md:

---
name: <name>
description: <their description>. Use when <their trigger phrases>.
allowed-tools: Read, Glob, Grep, WebSearch, WebFetch
---

# <Name in Title Case>

## What This Does
<Their one-sentence description>

## Instructions

[We'll develop this together]

## Examples

[To be added after testing]

## Guidelines

- [To be defined]

YAML Frontmatter Rules (Anthropic Spec):

Only 4 fields are supported:

allowed-tools contains ONLY actual tools:

• Valid: Read, Write, Edit, Glob, Grep, Bash, WebFetch, WebSearch
• Valid patterns: Bash(python:*), WebFetch(domain:github.com)
• NOT valid: Other skill names like ai-slop-detector

Skill chaining: If a skill says "run through ai-slop-detector" in the instructions, Claude will invoke that skill automatically. Do NOT put other skills in allowed-tools.

Keep SKILL.md under 500 lines. Use progressive disclosure: essential instructions in SKILL.md, detailed docs in references/ folder.

Folder structure created:

skills/<name>/
├── SKILL.md        # The skill instructions
├── scripts/        # Executable Python/Bash (runs without loading into context)
├── references/     # Docs Claude loads when needed
├── resources/      # Templates and data files
└── assets/         # Binary files, images, logos

Step 4: Wire It Up (Do This Automatically)

4a: Create symlinks for all platforms:

./scripts/setup-skills.sh

4b: Register with Claude Code (CRITICAL): Add "Skill(<name>)" to .claude/settings.local.json in the permissions.allow array.

# Example: For a skill called "brand-voice"
# Add this line to settings.local.json:
"Skill(brand-voice)"

Why this matters: The symlinks make the skill visible, but Claude Code won't use it unless it's registered in settings.local.json. This is the step that was missing and caused inbox-triage to fail.

Tell them: "Skill is now wired up. You'll need to start a new terminal session for Claude Code to recognize it."

Step 5: Develop the Content Together

Ask:

Now let's build out what this skill actually does.

When someone triggers this skill, what should I do step-by-step?

Work with them to fill in:

• Instructions (the core logic)
• Examples (what good output looks like)
• Guidelines (rules to follow)

Update the SKILL.md as you go.

Step 6: Create Testing Plan

Before testing, create a testing plan the user (or an agent) can execute:

## Testing Plan for <skill-name>

### Pre-flight Checks
- [ ] Skill appears in `.claude/skills/` symlinks
- [ ] Skill registered in `settings.local.json`
- [ ] New terminal session started (settings refresh)

### Skill Discovery Test
- [ ] Run: "What skills are available?"
- [ ] Expected: <skill-name> appears in list with correct description

### Basic Invocation Test
- [ ] Run: "<trigger phrase>"
- [ ] Expected: Skill activates, follows instructions

### Happy Path Test
- [ ] Input: <typical input scenario>
- [ ] Expected output: <what should happen>

### Edge Case Tests
- [ ] Empty input: <what should happen>
- [ ] Missing data: <what should happen>

### Integration Test (if skill uses other skills/tools)
- [ ] Verify dependent skills are also registered
- [ ] Test full workflow end-to-end

Save this plan to skills/<name>/references/TESTING.md so it persists.

Lesson learned: Always test the skill ALONE before testing it inside an agent. If the skill doesn't work standalone, adding it to an agent won't fix it.

Step 7: Execute Tests

Tell them:

Ready to test! Start a fresh terminal session, then run through the testing plan. Come back and tell me what needs adjusting.

Step 8: Publish (When They're Happy)

git add skills/<name>/
git commit -m "feat: Add <name> skill"
git push -u origin skill/<name>
git checkout main
git pull origin main
git merge skill/<name>
git push origin main

Tell them: "<name> is now live on main and available everywhere."

Step 9: Claude.ai Upload (Ask First)

Ask: "Want me to package this skill for Claude.ai?"

If yes:

./scripts/package-skill.sh <name>

Tell them: "ZIP ready at dist/<name>.zip. Upload to Claude.ai → Settings → Features → toggle it ON."

Note: Claude.ai requires individual skill uploads (one ZIP per skill). Use ./scripts/package-all-skills.sh to create ZIPs for all skills at once.

IMPORTANT RULES

1. Do the git and file setup automatically - don't make them run commands
2. Ask questions one at a time - don't overwhelm
3. Show them what you created - paste the SKILL.md content so they can see it
4. Keep iterating - update the file as they refine the instructions
5. Celebrate when done - this is a big deal, they just shipped a skill!