Share Skill

Share Skill

Migrate user's locally created temporary skills to a project repository via symlinks, and initialize Git for version tracking.

Usage

Configuration File

All settings are stored in ~/.claude/share-skill-config.json:

{
  "code_root": "~/Codes",
  "skills_repo": "skills",
  "github_username": "guo-yu",
  "remotes": {
    "github": "git@github.com:guo-yu/skills",
    "gitlab": "git@gitlab.com:guo-yu/skills"
  },
  "default_remote": "github",
  "auto_detected": true,
  "docs": {
    "style": "botanical",
    "custom_skill": null,
    "custom_domain": null
  }
}

Configuration Fields:

Path Variables:

Throughout this document, the following variables are used:

• {code_root} → Value of code_root config (e.g., ~/Codes)
• {skills_repo} → Value of skills_repo config (e.g., skills)
• {skills_path} → {code_root}/{skills_repo} (e.g., ~/Codes/skills)
• {username} → Value of github_username config

Plugin Marketplace

share-skill automatically creates a Claude Code Plugin Marketplace structure, enabling users to install skills via the /plugin command.

Installation via Marketplace

Once your skills repository is set up, users can install skills with:

# Add the marketplace (one-time setup)
/plugin marketplace add {username}/{skills_repo}

# Install individual skills
/plugin install port-allocator@{username}-{skills_repo}
/plugin install share-skill@{username}-{skills_repo}

Marketplace Structure

The repository requires two types of manifest files:

1. Root marketplace.json ({skills_path}/.claude-plugin/marketplace.json):

{
  "name": "{username}-{skills_repo}",
  "owner": {
    "name": "{display-name}",
    "email": "{username}@users.noreply.github.com"
  },
  "metadata": {
    "description": "A collection of productivity skills for Claude Code",
    "version": "1.0.0"
  },
  "plugins": [
    {
      "name": "skill-name",
      "source": "./skill-name",
      "description": "Skill description from SKILL.md frontmatter"
    }
  ]
}

2. Plugin manifest ({skills_path}/<skill-name>/.claude-plugin/plugin.json):

{
  "name": "skill-name",
  "description": "Skill description",
  "version": "1.0.0"
}

Directory Structure with Plugin Support

{skills_path}/
├── .claude-plugin/
│   └── marketplace.json         # Root marketplace config
├── port-allocator/
│   ├── .claude-plugin/
│   │   └── plugin.json          # Plugin manifest
│   ├── SKILL.md
│   └── ...
├── share-skill/
│   ├── .claude-plugin/
│   │   └── plugin.json
│   ├── SKILL.md
│   └── ...
└── docs/
    └── ...

Marketplace Commands Reference

Auto-detection on First Run

On first invocation of share-skill, it automatically detects settings:

Auto-detection Logic:

1. Check if config file exists

   if [ ! -f ~/.claude/share-skill-config.json ]; then
     # First run, perform auto-detection
   fi
   

2. Detect code_root directory

   # Check common code directory locations in order
   for dir in ~/Codes ~/Code ~/Projects ~/Dev ~/Development ~/repos; do
     if [ -d "$dir" ]; then
       CODE_ROOT="$dir"
       break
     fi
   done
   
   # If none found, default to ~/Codes
   CODE_ROOT="${CODE_ROOT:-~/Codes}"
   

3. Read Git global config for username

   # Try to get username
   USERNAME=$(git config --global user.name)
   
   # If username contains spaces, try extracting from GitHub email
   if [[ "$USERNAME" == *" "* ]]; then
     EMAIL=$(git config --global user.email)
     # Extract from xxx@users.noreply.github.com
     USERNAME=$(echo "$EMAIL" | grep -oP '^\d+-?\K[^@]+(?=@users\.noreply\.github\.com)')
   fi
   
   # If still unable to determine, try extracting from remote URL
   if [ -z "$USERNAME" ]; then
     USERNAME=$(git config --global --get-regexp "url.*github.com" | grep -oP 'github\.com[:/]\K[^/]+' | head -1)
   fi
   

4. Generate default config

   {
     "code_root": "<detected-code-root>",
     "skills_repo": "skills",
     "github_username": "<detected-username>",
     "remotes": {
       "github": "git@github.com:<detected-username>/skills"
     },
     "default_remote": "github",
     "auto_detected": true,
     "docs": {
       "style": "botanical",
       "custom_skill": null,
       "custom_domain": null
     }
   }
   

5. Output detection result

   First run, auto-detecting settings...
   
   Detected settings:
     Code root: ~/Codes
     GitHub username: guo-yu
   
   Auto-configured:
     Skills path: ~/Codes/skills
     Remote: git@github.com:guo-yu/skills
   
   Config file: ~/.claude/share-skill-config.json
   
   To modify, use:
     /share-skill config
   

Command: /share-skill config

Interactive configuration for share-skill settings:

TUI Interface (AskUserQuestion):

Configure share-skill settings:

Code root directory:
  Current: ~/Codes
  [ ] ~/Codes
  [ ] ~/Code
  [ ] ~/Projects
  [ ] Other... (enter custom path)

Custom domain for documentation:
  Current: (none - using GitHub Pages)
  [ ] No custom domain (use {username}.github.io/{repo})
  [ ] Enter custom domain...

Implementation:

# Read current config
CONFIG=$(cat ~/.claude/share-skill-config.json 2>/dev/null || echo '{}')

# After user selection, update config
# Example: Update code_root
jq --arg root "$NEW_CODE_ROOT" '.code_root = $root' <<< "$CONFIG" > ~/.claude/share-skill-config.json

Handling Detection Failure

If settings cannot be auto-detected, prompt user to configure:

Unable to auto-detect settings

Please configure manually:
  /share-skill config

Or specify when migrating:
  /share-skill <skill-name> --remote git@github.com:your-username/skills.git

Natural Language Invocation

When user invokes via natural language, intelligent analysis is needed:

1. Identify User's Referenced Skill

User might say:

• "Help me open source xxx skill" -> Extract skill name xxx
• "Share the skill I just created" -> Find most recently modified skill
• "Migrate this skill to repository" -> Determine from current context
• "Open source port-allocator" -> Use name directly

2. Identify Remote Address

Default behavior: Use auto-detected username + default repository name skills

User might say:

• "Help me open source xxx" -> Use default: git@github.com:<username>/skills/<skill-name>.git
• "push to github" -> Use default github config
• "Push to git@github.com:other-user/repo.git" -> Must explicitly specify full address
• "Open source to my my-tools repository" -> Must explicitly specify repository name

Important rule: Modifying remote path requires explicit specification

If user wants to use non-default remote path, must explicitly specify via:

1. Explicit command-line specification

   /share-skill <skill-name> --remote git@github.com:other-user/other-repo.git
   

2. Explicit path in natural language

   OK: "Help me push port-allocator to git@github.com:my-org/tools.git"
   OK: "Open source to gitlab, address is git@gitlab.com:team/shared-skills.git"
   
   NOT OK: "Help me push to somewhere else" (unclear, will ask for specific address)
   NOT OK: "Use another repository" (unclear, will ask for specific address)
   

Address Resolution Rules:

"Help me open source xxx"
  -> Use default config: git@github.com:<auto-detected-user>/skills
  -> Final address: git@github.com:<user>/skills/<skill-name>.git

"Push to git@github.com:other-user/repo.git"
  -> Detected full address, use directly

"Open source to gitlab" (gitlab not configured)
  -> Prompt: Please specify full GitLab address

3. Auto-search Skill Location

Skills may exist at the following locations, searched by priority:

# 1. Standard skills directory
~/.claude/skills/<skill-name>/SKILL.md

# 2. User custom skills directory
~/.claude/skills/*/<skill-name>/SKILL.md

# 3. Standalone skill file
~/.claude/skills/<skill-name>.md

# 4. Project-level skills (current working directory)
.claude/skills/<skill-name>/SKILL.md

Search command:

# Search for directories containing SKILL.md under ~/.claude
find ~/.claude -name "SKILL.md" -type f 2>/dev/null | while read f; do
  dir=$(dirname "$f")
  name=$(basename "$dir")
  echo "$name: $dir"
done

# Or search for specific name
find ~/.claude -type d -name "<skill-name>" 2>/dev/null

4. Post-confirmation Actions

After finding skill:

1. Display found location, ask user to confirm
2. If multiple matches found, list options for user to choose
3. Execute migration after confirmation
4. If user didn't specify remote, ask whether to configure after migration completes

Execution Steps

Command: /share-skill remote <alias> <endpoint>

Configure Git remote alias:

1. Read existing config

   cat ~/.claude/share-skill-config.json 2>/dev/null || echo '{"remotes":{}}'
   

2. Update config

   {
     "remotes": {
       "<alias>": "<endpoint>"
     }
   }
   

3. Write config file (preserve existing config)

4. Output confirmation

   Remote alias configured
   
   Alias: github
   Address: git@github.com:guo-yu/skills
   
   Usage:
     /share-skill <skill-name> --remote github
     or: "Help me open source xxx to github"
   

Command: /share-skill remote list

List configured remote aliases:

cat ~/.claude/share-skill-config.json | jq '.remotes'

Output format:

Configured remote aliases:

  github  -> git@github.com:guo-yu/skills
  gitlab  -> git@gitlab.com:guo-yu/skills
  gitee   -> git@gitee.com:guo-yu/skills

Default: github

Command: /share-skill <skill-name> [--remote <url|alias>]

Migrate specified skill from ~/.claude/ directory to {skills_path}/:

1. Search skill location

   # First check standard location
   if [ -d ~/.claude/skills/<skill-name> ]; then
     SKILL_PATH=~/.claude/skills/<skill-name>
   else
     # Recursive search
     SKILL_PATH=$(find ~/.claude -type d -name "<skill-name>" 2>/dev/null | head -1)
   fi
   

   • If not found, error and exit
   • If already a symlink, prompt already migrated and show link target
   • If multiple found, list for user to choose

2. Check target directory

   ls {skills_path}/<skill-name> 2>/dev/null
   

   • If target exists, error and exit (avoid overwriting)

3. Execute migration

   # Create target directory (if doesn't exist)
   mkdir -p {skills_path}
   
   # Move skill to code directory
   mv ~/.claude/skills/<skill-name> {skills_path}/
   
   # Create symlink
   ln -s {skills_path}/<skill-name> ~/.claude/skills/<skill-name>
   

4. Create .gitignore

   cat > {skills_path}/<skill-name>/.gitignore << 'EOF'
   # OS
   .DS_Store
   Thumbs.db
   
   # Editor
   .vscode/
   .idea/
   *.swp
   *.swo
   
   # Logs
   *.log
   
   # Temp
   tmp/
   temp/
   EOF
   

5. Initialize Git

   cd {skills_path}/<skill-name>
   git init
   git add .
   git commit -m "Initial commit: <skill-name> skill"
   

6. Configure remote (if specified)

   If user specified --remote:

   # If it's an alias, resolve to full address
   if [ "<remote>" is alias ]; then
     ENDPOINT=$(read alias's endpoint from config)
     REMOTE_URL="${ENDPOINT}/<skill-name>.git"
   else
     REMOTE_URL="<remote>"
   fi
   
   cd {skills_path}/<skill-name>
   git remote add origin "$REMOTE_URL"
   git push -u origin master
   

7. Ask when remote not specified

   If user didn't specify remote, ask after migration using AskUserQuestion:

   Do you want to configure Git remote address?
   
   Options:
   - Use github (git@github.com:guo-yu/skills/<skill-name>.git)
   - Use gitlab (git@gitlab.com:guo-yu/skills/<skill-name>.git)
   - Enter custom address
   - Skip for now
   

8. Post-migration automation (automatic, no interaction)

   After migration completes, automatically update all related files:

   8.1 Update docs/js/main.js SKILLS config

   // Add new skill to SKILLS object
   const SKILLS = {
       // ... existing skills
       '<skill-name>': {
           name: '<skill-name>',
           description: '<extracted from SKILL.md frontmatter>',
           path: '<skill-name>'
       }
   };
   

   8.2 Update docs/js/main.js SKILL_MARKETING config

   // Generate marketing content for the new skill
   const SKILL_MARKETING = {
       // ... existing skills
       '<skill-name>': {
           en: {
               headline: '<generated from skill description>',
               why: '<generated explanation>',
               painPoints: [
                   { icon: '🔥', title: '...', desc: '...' },
                   { icon: '🧠', title: '...', desc: '...' },
                   { icon: '💥', title: '...', desc: '...' }
               ],
               triggers: [
                   '<natural language example 1>',
                   '<natural language example 2>'
               ]
           },
           'zh-CN': { /* Chinese translation including triggers */ },
           ja: { /* Japanese translation including triggers */ }
       }
   };
   

   8.3 Update all README files

   Add new skill to the skills table in all language versions:

   # Files to update:
   # - {skills_path}/README.md
   # - {skills_path}/README.zh-CN.md
   # - {skills_path}/README.ja.md
   
   # Extract description from SKILL.md frontmatter
   DESCRIPTION=$(grep -A1 "^description:" {skills_path}/<skill-name>/SKILL.md | tail -1 | sed 's/^description: //')
   
   # Add row to skills table in each README
   # English: | [skill-name](./skill-name/) | Description |
   # Chinese: | [skill-name](./skill-name/) | 中文描述 |
   # Japanese: | [skill-name](./skill-name/) | 日本語説明 |
   

   8.4 (Automatic) Skill lists are dynamically generated

   The skill lists in navigation dropdown, mobile menu, and sidebar are dynamically generated from the SKILLS object in main.js. No manual HTML editing required - step 8.1 handles this automatically.

   Icon SVG path guidelines (for step 8.1):

   Skill Type	SVG Icon Path
   Port/Network	<circle cx="12" cy="12" r="10"/><polyline points="12 6 12 12 16 14"/>
   Sharing/Export	<circle cx="18" cy="5" r="3"/>...(share icon)
   Security/Permissions	<rect x="3" y="11" width="18" height="11" rx="2" ry="2"/><path d="M7 11V7a5 5 0 0 1 10 0v4"/>
   Translation/i18n	<circle cx="12" cy="12" r="10"/><line x1="2" y1="12" x2="22" y2="12"/><path d="M12 2a15.3..."/>

   8.5 Generate translations using skill-i18n

   Automatically invoke skill-i18n to translate SKILL.md:

   # Check if skill-i18n is available
   if [ -d ~/.claude/skills/skill-i18n ] || [ -L ~/.claude/skills/skill-i18n ]; then
     # Use Skill tool to invoke skill-i18n with integration flags
     # Skill: skill-i18n
     # Args: --lang zh-CN,ja --files SKILL.md --skill <skill-name> --no-prompt --overwrite
     #
     # This generates:
     # - {skills_path}/<skill-name>/SKILL.zh-CN.md
     # - {skills_path}/<skill-name>/SKILL.ja.md
   fi
   

   Implementation: Use the Skill tool to invoke skill-i18n:

   Skill(skill: "skill-i18n", args: "--lang zh-CN,ja --files SKILL.md --skill <skill-name> --no-prompt --overwrite")
   

   If skill-i18n is not available, skip this step and output:

   ⚠ skill-i18n not found, skipping translations
     Install with: ln -s {skills_path}/skill-i18n ~/.claude/skills/skill-i18n
   

   8.6 Update cache version

   # Update version numbers in docs/index.html
   VERSION=$(date +%s)
   sed -i '' "s/main.js?v=[0-9]*/main.js?v=$VERSION/" {skills_path}/docs/index.html
   sed -i '' "s/custom.css?v=[0-9]*/custom.css?v=$VERSION/" {skills_path}/docs/index.html
   

   8.7 Create/Update Plugin Marketplace structure

   To enable installation via /plugin marketplace, create the plugin manifest files:

   # Create plugin.json for the new skill
   mkdir -p {skills_path}/<skill-name>/.claude-plugin
   cat > {skills_path}/<skill-name>/.claude-plugin/plugin.json << EOF
   {
     "name": "<skill-name>",
     "description": "<extracted from SKILL.md frontmatter>",
     "version": "1.0.0"
   }
   EOF
   

   Update the root marketplace.json to include the new skill:

   # Read existing marketplace.json and add new plugin entry
   # File: {skills_path}/.claude-plugin/marketplace.json
   
   # Add to plugins array:
   {
     "name": "<skill-name>",
     "source": "./<skill-name>",
     "description": "<extracted from SKILL.md frontmatter>"
   }
   

   Marketplace structure after migration:

   {skills_path}/
   ├── .claude-plugin/
   │   └── marketplace.json          # Root marketplace config
   ├── <skill-name>/
   │   ├── .claude-plugin/
   │   │   └── plugin.json           # Plugin manifest
   │   ├── SKILL.md
   │   └── ...
   └── ...
   

   8.8 Commit all changes

   cd {skills_path}
   git add .
   git commit -m "Add <skill-name>: update docs, README, translations, and plugin manifest"
   git push  # If remote is configured
   

   Post-migration output:

   Post-migration updates completed:
     ✓ Updated docs/js/main.js (SKILLS + SKILL_MARKETING)
     ✓ Updated README.md, README.zh-CN.md, README.ja.md
     ✓ Generated SKILL.zh-CN.md, SKILL.ja.md
     ✓ Updated cache version in docs/index.html
     ✓ Created .claude-plugin/plugin.json
     ✓ Updated .claude-plugin/marketplace.json
     ✓ Committed and pushed changes
   
   Note: Skill lists (navbar, mobile menu, sidebar, install commands) are
   dynamically generated from SKILLS config - no HTML editing needed.
   

Command: /share-skill list

List all local skills available for migration (excluding symlinks):

# Search for all directories containing SKILL.md under ~/.claude
echo "Discovered skills:"
find ~/.claude -name "SKILL.md" -type f 2>/dev/null | while read f; do
  dir=$(dirname "$f")
  name=$(basename "$dir")
  if [ -L "$dir" ]; then
    target=$(readlink "$dir")
    echo "  $name -> $target (migrated)"
  else
    echo "  $name: $dir (available)"
  fi
done

Output Format

Migration Success (with remote)

Skill migration successful

skill: <skill-name>
New location: {skills_path}/<skill-name>
Symlink: ~/.claude/skills/<skill-name> -> {skills_path}/<skill-name>
Git: Initialized and committed
Remote: git@github.com:guo-yu/skills/<skill-name>.git

Post-migration updates:
  ✓ Updated docs/js/main.js (SKILLS + SKILL_MARKETING)
  ✓ Updated README.md, README.zh-CN.md, README.ja.md
  ✓ Generated SKILL.zh-CN.md, SKILL.ja.md
  ✓ Updated cache version in docs/index.html
  ✓ Committed and pushed changes

Repository URL: https://github.com/guo-yu/skills

Migration Success (without remote)

Skill migration successful

skill: <skill-name>
New location: {skills_path}/<skill-name>
Symlink: ~/.claude/skills/<skill-name> -> {skills_path}/<skill-name>
Git: Initialized and committed

Post-migration updates:
  ✓ Updated docs/js/main.js (SKILLS + SKILL_MARKETING)
  ✓ Updated README.md, README.zh-CN.md, README.ja.md
  ✓ Generated SKILL.zh-CN.md, SKILL.ja.md
  ✓ Updated cache version in docs/index.html
  ✓ Committed changes (not pushed - no remote configured)

Do you want to configure remote address?

Already Migrated

Skill already migrated

<skill-name> is already a symlink:
  ~/.claude/skills/<skill-name> -> {skills_path}/<skill-name>

List

Local skills available for migration (N):
  - art-master
  - design-master
  - prompt-generator

Migrated skills (M):
  - port-allocator -> {skills_path}/port-allocator
  - share-skill -> {skills_path}/share-skill

Directory Structure

Hybrid Git Management Mode

share-skill supports two Git management modes:

Monorepo Mode (Default)

When using default endpoint, all skills are managed by parent repo {skills_path}/.git:

{skills_path}/
├── .git/                      # Parent repo -> guo-yu/skills
├── .gitignore
├── README.md
├── port-allocator/            # No independent .git, managed by parent
│   ├── .gitignore
│   └── SKILL.md
├── share-skill/
│   ├── .gitignore
│   └── SKILL.md
└── skill-permissions/
    ├── .gitignore
    └── SKILL.md

Operations:

# After adding new skill
cd {skills_path}
git add <new-skill>/
git commit -m "Add <new-skill>"
git push

Standalone Mode (Custom Endpoint)

When user specifies custom endpoint, that skill has independent .git:

{skills_path}/
├── .git/                      # Parent repo
├── .gitignore                 # Contains: /custom-skill/
├── custom-skill/              # Independent repo -> user specified address
│   ├── .git/
│   └── SKILL.md
└── port-allocator/            # Managed by parent repo

Parent repo .gitignore auto-updates:

# Skills with custom endpoints
/custom-skill/

Symlinks

Regardless of mode, ~/.claude/skills/ uses symlinks:

~/.claude/skills/
├── port-allocator -> {skills_path}/port-allocator
├── share-skill -> {skills_path}/share-skill
└── skill-permissions -> {skills_path}/skill-permissions

First Use

If you encounter permission prompts, first run:

/share-skill allow

Command: /share-skill allow

Execute one-time authorization, adding permissions required by this skill to Claude Code config:

1. Read ~/.claude/settings.json
2. Merge following permissions to permissions.allow:

{
  "permissions": {
    "allow": [
      "Bash(cat ~/.claude/*)",
      "Bash(find ~/.claude *)",
      "Bash(ls {skills_path}/*)",
      "Bash(mkdir -p {skills_path}*)",
      "Bash(mv ~/.claude/skills/* *)",
      "Bash(ln -s {skills_path}/* *)",
      "Bash(git *)",
      "Bash(dirname *)",
      "Bash(basename *)",
      "Bash(readlink *)"
    ]
  }
}

3. Write config file (preserve existing permissions)
4. Output authorization result

Output format:

Claude Code permissions configured

Added allowed command patterns:
  - Bash(cat ~/.claude/*)
  - Bash(find ~/.claude *)
  - Bash(ls {skills_path}/*)
  - Bash(mkdir -p {skills_path}*)
  - Bash(mv ~/.claude/skills/* *)
  - Bash(ln -s {skills_path}/* *)
  - Bash(git *)
  - Bash(dirname *)
  - Bash(basename *)
  - Bash(readlink *)

Config file: ~/.claude/settings.json

Notes

1. No overwrite - If target directory exists, error instead of overwrite
2. Maintain compatibility - Symlinks ensure Claude Code can still read skills normally
3. Git tracking - Automatically initialize git and create initial commit
4. Alias priority - When using alias, automatically append skill name as repository name
5. Ask about remote - When remote not specified, proactively ask user after migration
6. First authorization - Recommend running /share-skill allow to configure permissions first

Documentation Website Generation

share-skill supports automatically generating elegant documentation websites to showcase skill usage instructions.

Command: /share-skill docs

Generate GitHub Pages documentation website for skills repository.

Parameters:

• --style <name>: Use preset design style (default: botanical)
• --skill <ui-skill>: Use specified UI skill for design
• --domain <domain>: Configure custom domain
• --i18n: Enable i18n language selection for SKILL.md and README files

i18n Language Selection

Since generating multi-language documentation is time-consuming and token-intensive, users can select which languages to generate via an interactive TUI checkbox.

Trigger: When running /share-skill docs with --i18n flag, or when the command detects SKILL.md files need translation.

TUI Interface:

Select languages for documentation (Space to toggle, Enter to confirm):

  [x] English (en)        - Always generated
  [ ] 简体中文 (zh-CN)    - Simplified Chinese
  [ ] 日本語 (ja)         - Japanese
  [ ] Other...            - Enter custom language code

Selected: English

Default Selection:

• English: checked (required, always generated)
• Chinese (zh-CN): unchecked
• Japanese (ja): unchecked
• Other: unchecked (allows custom language code input)

Custom Language Input: When user selects "Other...", prompt for language code:

Enter language code (e.g., 'ko' for Korean, 'de' for German):
> ko

Language added: 한국어 (ko)

AskUserQuestion Implementation:

{
  "questions": [
    {
      "question": "Which languages should be generated for documentation?",
      "header": "Languages",
      "multiSelect": true,
      "options": [
        { "label": "English (en)", "description": "Required, always generated" },
        { "label": "简体中文 (zh-CN)", "description": "Simplified Chinese translation" },
        { "label": "日本語 (ja)", "description": "Japanese translation" },
        { "label": "Other...", "description": "Enter a custom language code" }
      ]
    }
  ]
}

Generated Files Based on Selection:

Execution steps:

1. Check repository structure

   # Confirm in skills repository directory
   if [ ! -d {skills_path}/.git ]; then
     echo "Please run this command in skills repository first"
     exit 1
   fi
   

2. Read config

   # Read design preferences from config
   cat ~/.claude/share-skill-config.json | jq '.docs'
   

3. Select design method

   • If --skill specified: call corresponding UI skill (e.g., ui-ux-pro-max)
   • Otherwise use preset style specified by --style (default botanical)

4. Generate documentation website

   mkdir -p {skills_path}/docs
   mkdir -p {skills_path}/docs/css
   mkdir -p {skills_path}/docs/js
   

5. Configure local development server

   Handle based on endpoint config and existing package.json:

   Scenario A: Monorepo mode (default endpoint)

   Check if {skills_path}/package.json exists:

   if [ -f {skills_path}/package.json ]; then
     # Exists, only add docs-related scripts (don't overwrite existing content)
     # Use jq or manual merge for scripts
   else
     # Doesn't exist, create new package.json
   fi
   

   • package.json exists: Append dev:docs script

     # Read existing package.json, add new script
     jq '.scripts["dev:docs"] = "npx serve . -l <port>"' package.json > tmp.json
     mv tmp.json package.json
     

   • package.json doesn't exist: Create new file

     {
       "name": "claude-code-skills",
       "version": "1.0.0",
       "private": true,
       "scripts": {
         "dev": "npx serve . -l <port>"
       }
     }
     

   Scenario B: Standalone mode (custom endpoint)

   Each skill has independent Git repository, check each package.json:

   SKILL_DIR={skills_path}/<skill-name>
   
   if [ -f "$SKILL_DIR/package.json" ]; then
     # Important: don't overwrite user's existing package.json
     # Only append docs script (if doesn't exist)
     echo "Detected existing package.json, appending dev:docs script"
   else
     # Create minimal package.json
     echo "Creating package.json..."
   fi
   

   Port allocation flow:

   • Read ~/.claude/port-registry.json to get next available port
   • Update port-registry to register this project
   • Append or create development script in package.json

   Safety rules:

   • Never overwrite existing package.json
   • Only append new commands in scripts field
   • If dev script exists, use dev:docs as alternative command name

6. Configure custom domain

   Handle custom domain based on config:

   # Read custom_domain from config
   CUSTOM_DOMAIN=$(cat ~/.claude/share-skill-config.json | jq -r '.docs.custom_domain // empty')
   USERNAME=$(cat ~/.claude/share-skill-config.json | jq -r '.github_username')
   REPO=$(cat ~/.claude/share-skill-config.json | jq -r '.skills_repo')
   
   # Check if CNAME already exists
   if [ -f {skills_path}/docs/CNAME ]; then
     EXISTING_DOMAIN=$(cat {skills_path}/docs/CNAME)
     echo "CNAME already exists: $EXISTING_DOMAIN"
   fi
   

   First-time setup - Ask user via AskUserQuestion:

   {
     "questions": [{
       "question": "Do you want to configure a custom domain for the documentation site?",
       "header": "Domain",
       "multiSelect": false,
       "options": [
         { "label": "No custom domain", "description": "Use {username}.github.io/{repo}" },
         { "label": "Enter custom domain", "description": "e.g., docs.example.com" }
       ]
     }]
   }
   

   Based on user selection:

   if [ -n "$CUSTOM_DOMAIN" ]; then
     # User has custom domain configured
     echo "$CUSTOM_DOMAIN" > {skills_path}/docs/CNAME
   
     # Update config
     jq --arg domain "$CUSTOM_DOMAIN" '.docs.custom_domain = $domain' \
       ~/.claude/share-skill-config.json > tmp.json && mv tmp.json ~/.claude/share-skill-config.json
   else
     # No custom domain - remove CNAME if exists
     rm -f {skills_path}/docs/CNAME
   fi
   

   Update footer link based on domain:

   // main.js - Dynamic footer URL
   function getDocsUrl() {
     const config = { /* loaded from config or constants */ };
     if (config.custom_domain) {
       return `https://${config.custom_domain}/`;
     }
     return `https://${REPO_OWNER}.github.io/${REPO_NAME}/`;
   }
   

7. Update cache version number

   Auto-update resource file version numbers each time docs content is modified to avoid browser cache issues:

   # Generate version number (using timestamp)
   VERSION=$(date +%s)
   
   # Update version number in index.html
   sed -i '' "s/main.js?v=[0-9]*/main.js?v=$VERSION/" docs/index.html
   sed -i '' "s/custom.css?v=[0-9]*/custom.css?v=$VERSION/" docs/index.html
   

   Or use file hash:

   JS_HASH=$(md5 -q docs/js/main.js | head -c 8)
   CSS_HASH=$(md5 -q docs/css/custom.css | head -c 8)
   
   sed -i '' "s/main.js?v=[a-z0-9]*/main.js?v=$JS_HASH/" docs/index.html
   sed -i '' "s/custom.css?v=[a-z0-9]*/custom.css?v=$CSS_HASH/" docs/index.html
   

   index.html template should contain version placeholders:

   <link rel="stylesheet" href="css/custom.css?v=1">
   <script src="js/main.js?v=1"></script>
   

8. Commit and push

   git add docs/
   git commit -m "Update documentation site"
   git push
   

Documentation Site Features

The generated documentation site includes the following features:

1. Dynamic Navbar Brand

The navbar brand (avatar + title) links to the repository URL and is dynamically populated from GitHub API:

<!-- index.html -->
<a class="navbar-brand" id="repoLink" href="https://github.com/{username}/{repo}" target="_blank">
    <img class="brand-avatar" id="userAvatar" src="" alt="Avatar">
    <span class="brand-text" id="brandTitle">Skills</span>
</a>

// main.js - Update repo link dynamically
const repoLink = document.getElementById('repoLink');
if (repoLink) {
    repoLink.href = `https://github.com/${REPO_OWNER}/${REPO_NAME}`;
}

2. Dynamic Favicon

The favicon uses the GitHub user's avatar image:

<!-- index.html head section -->
<link rel="icon" id="favicon" type="image/png" href="">

// main.js - Set favicon to user's avatar
const favicon = document.getElementById('favicon');
if (favicon) {
    favicon.href = user.avatar_url;
}

3. Footer Attribution

Footer links to the documentation site, dynamically choosing between custom domain and GitHub Pages:

<footer class="footer">
    <div class="footer-content">
        <p>Made with <span class="heart">♥</span> by <a id="footerLink" href="">Yu's skills</a></p>
    </div>
</footer>

// main.js - Set footer link based on custom_domain config
const CUSTOM_DOMAIN = null;  // Set to domain string or null for GitHub Pages

function getDocsUrl() {
    if (CUSTOM_DOMAIN) {
        return `https://${CUSTOM_DOMAIN}/`;
    }
    return `https://${REPO_OWNER}.github.io/${REPO_NAME}/`;
}

// Update footer link
const footerLink = document.getElementById('footerLink');
if (footerLink) {
    footerLink.href = getDocsUrl();
}

URL Selection Logic:

4. i18n Cache Busting for SKILL.md

When loading language-specific SKILL.md files, add cache busting to ensure fresh content:

// main.js
const CACHE_VERSION = Date.now();

function getBasePath(skillName, lang = 'en') {
    const fileName = lang === 'en' ? 'SKILL.md' : `SKILL.${lang}.md`;

    if (isGitHubPages) {
        // Add cache busting for GitHub raw content
        return `https://raw.githubusercontent.com/${REPO_OWNER}/${REPO_NAME}/${BRANCH}/${skillName}/${fileName}?v=${CACHE_VERSION}`;
    } else {
        // Add cache busting for local development
        return `../${skillName}/${fileName}?v=${CACHE_VERSION}`;
    }
}

5. main.js Configuration

The main.js file should include repository configuration at the top:

// Repository configuration - UPDATE THESE VALUES
const REPO_OWNER = '{github-username}';  // e.g., 'guo-yu'
const REPO_NAME = '{repo-name}';          // e.g., 'skills'
const BRANCH = 'master';                   // or 'main'

// Cache busting version
const CACHE_VERSION = Date.now();

6. Marketing Section (Why Use This Skill?)

Each skill displays a compelling marketing section above the documentation content, highlighting:

• Headline: A catchy one-liner explaining the value proposition
• Why: A paragraph explaining why users should use this skill
• Pain Points: Three cards showing problems the skill solves

SKILL_MARKETING Data Structure in main.js:

const SKILL_MARKETING = {
    'skill-name': {
        en: {
            headline: 'Compelling one-liner value proposition',
            why: 'Detailed explanation of why this skill exists and how it helps users...',
            painPoints: [
                {
                    icon: '🔥',
                    title: 'Problem Title',
                    desc: 'Description of the problem this skill solves.'
                },
                {
                    icon: '🧠',
                    title: 'Another Problem',
                    desc: 'Description of another pain point.'
                },
                {
                    icon: '💥',
                    title: 'Third Problem',
                    desc: 'Description of the third issue addressed.'
                }
            ],
            triggers: [
                'Example natural language prompt 1',
                'Example natural language prompt 2'
            ]
        },
        'zh-CN': {
            headline: '中文标题',
            why: '中文说明...',
            painPoints: [/* ... */],
            triggers: [
                '自然语言触发示例 1',
                '自然语言触发示例 2'
            ]
        },
        ja: {
            headline: '日本語タイトル',
            why: '日本語説明...',
            painPoints: [/* ... */],
            triggers: [
                '自然言語トリガー例 1',
                '自然言語トリガー例 2'
            ]
        }
    }
};

Render Function:

function renderMarketingSection(skillName) {
    const marketing = SKILL_MARKETING[skillName];
    if (!marketing) return '';

    const content = marketing[currentLang] || marketing['en'];
    // Returns HTML with .marketing-section structure
}

CSS Classes:

• .marketing-section - Container with gradient background
• .marketing-title - Gradient text headline
• .marketing-why - Value proposition paragraph
• .pain-points-grid - 3-column responsive grid
• .pain-point-card - Glass card with icon, title, description

Triggers Section (Natural Language Examples):

Display 2-3 example phrases users can say to trigger this skill. Shown below pain points.

// triggers field in SKILL_MARKETING
triggers: [
    'Help me allocate a port for my project',
    'Start the dev server for me'
]

Render Function for Triggers:

function renderTriggersSection(skillName) {
    const marketing = SKILL_MARKETING[skillName];
    if (!marketing) return '';

    const content = marketing[currentLang] || marketing['en'];
    if (!content || !content.triggers || content.triggers.length === 0) return '';

    const t = I18N[currentLang];

    const triggersHtml = content.triggers.map(trigger => `
        <div class="trigger-item">
            <span class="trigger-quote">"${trigger}"</span>
        </div>
    `).join('');

    return `
        <div class="triggers-section">
            <h3 class="triggers-title">💬 ${t.triggersTitle}</h3>
            <p class="triggers-desc">${t.triggersDesc}</p>
            <div class="triggers-list">
                ${triggersHtml}
            </div>
        </div>
    `;
}

CSS Classes for Triggers:

• .triggers-section - Container with subtle background
• .triggers-title - Section heading with emoji
• .triggers-desc - Instruction text
• .triggers-list - Vertical list of examples
• .trigger-item - Individual example with left border accent
• .trigger-quote - Italic quoted text

Guidelines for Writing Marketing Content:

1. Write from the user's perspective ("You" not "This skill")
2. Lead with the pain point, th

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