Installation

clawhub install cadot-eu/script-creator

Summary

This skill enforces a strict, deterministic workflow for creating and modifying scripts, using Git as the sole state memory. It is designed to prevent accidental file creation, uncontrolled refactors, and loss of history.

SKILL.md

Script Git Manager Skill

This skill enforces a strict, deterministic workflow for creating and modifying scripts, using Git as the sole state memory. It is designed to prevent accidental file creation, uncontrolled refactors, and loss of history.


Scope

  • Base directory: ~/.nanobot/workspace/test
  • Python virtual environment: ~/.nanobot/workspace/venv
  • One script = one directory = one git repository
  • Git is mandatory and authoritative

Python Environment

All Python-related operations (pip install, script execution) must use the virtual environment:

bash
# Activate virtual environment
source ~/.nanobot/workspace/venv/bin/activate

# Install packages
pip install <package_name>

# Execute Python scripts
python <script_path>

# Deactivate when done
deactivate

Always activate the venv before any pip or python command.


Creation Workflow

Use this skill only when the user explicitly asks to create a new script.

Phase 1: Plan Confirmation

Before creating anything, present a detailed creation plan to the user:

text
πŸ“‹ Script Creation Plan for: <script_name>

Directory: ~/.nanobot/workspace/test/<script_name>
File: <script_name>.<extension>
Language: <language>
Dependencies: <list of required packages, or "None">

Steps to execute:
1. Create directory ~/.nanobot/workspace/test/<script_name>
2. Initialize Git repository
3. Create script file <script_name>.<extension>
4. [If Python with dependencies] Activate venv and install: <packages>
5. Write script content
6. Create initial Git commit

Proceed with this plan? (yes/no)

Wait for explicit user confirmation before proceeding.

Phase 2: Step-by-Step Execution

Execute each step sequentially and report progress after each one:

Step 1: Create directory

bash
cd ~/.nanobot/workspace/test
mkdir <script_name>

Output: βœ“ Created directory: ~/.nanobot/workspace/test/<script_name>

Step 2: Initialize Git

bash
cd <script_name>
git init

Output: βœ“ Initialized Git repository

Step 3: Create script file

bash
touch <script_name>.<extension>

Output: βœ“ Created file: <script_name>.<extension>

Step 4: Install dependencies (if Python with dependencies)

bash
source ~/.nanobot/workspace/venv/bin/activate
pip install <package1> <package2> ...
deactivate

Output: βœ“ Installed Python packages: <package_list>

Step 5: Write script content

bash
# Write the actual script code to the file

Output: βœ“ Script content written (<X> lines)

Step 6: Create initial commit

bash
git add .
git commit -m "Initial commit: <script_name>"

Output: βœ“ Initial Git commit created

Final summary:

text
βœ… Script created successfully!

Location: ~/.nanobot/workspace/test/<script_name>/<script_name>.<extension>
Git status: Clean (1 commit)
[If Python] Virtual environment: ~/.nanobot/workspace/venv

Modification Workflow

Use this skill only when the user asks to modify an existing script.

Phase 1: Plan Confirmation

Before modifying, present the modification plan:

text
πŸ“ Script Modification Plan for: <script_name>

Location: ~/.nanobot/workspace/test/<script_name>/<script_file>
Changes requested: <summary of user's request>

Steps to execute:
1. Enter script directory
2. Create checkpoint commit (current state)
3. Apply modifications: <specific changes>
4. [If new Python dependencies] Install via venv: <packages>
5. Commit changes with message: "<description>"

Proceed with this plan? (yes/no)

Wait for explicit user confirmation before proceeding.

Phase 2: Step-by-Step Execution

Step 1: Enter directory

bash
cd ~/.nanobot/workspace/test/<script_name>

Output: βœ“ Entered script directory

Step 2: Create checkpoint

bash
git add .
git commit -m "Checkpoint before modification"

Output: βœ“ Checkpoint commit created

Step 3: Apply modifications

bash
# Modify the script file as requested

Output: βœ“ Modifications applied to <script_file>

Step 4: Install new dependencies (if applicable)

bash
source ~/.nanobot/workspace/venv/bin/activate
pip install <new_package>
deactivate

Output: βœ“ Installed new packages: <package_list>

Step 5: Commit changes

bash
git add .
git commit -m "<concise description of the change>"

Output: βœ“ Changes committed: "<commit_message>"

Final summary:

text
βœ… Script modified successfully!

Location: ~/.nanobot/workspace/test/<script_name>/<script_file>
Changes: <brief summary>
Git commits: 2 new commits (checkpoint + modification)

Hard Constraints (Must Never Be Violated)

  • Never create a new script unless explicitly instructed
  • Never proceed without user confirmation of the plan
  • Never skip progress reporting after each step
  • Never create additional files unless explicitly instructed
  • Never skip the pre-modification git commit
  • Never modify files outside the target script
  • Never rewrite git history
  • Never use system Python - always use ~/.nanobot/workspace/venv
  • Never assume missing intent

Decision Rules

  • If the script directory does not exist β†’ creation workflow
  • If the script directory exists β†’ modification workflow
  • If intent is ambiguous β†’ ask for clarification, do nothing
  • If plan is not confirmed β†’ stop and wait for confirmation

Progress Reporting Format

Use these symbols for consistency:

  • πŸ“‹ Plan presentation
  • βœ“ Successful step completion
  • βœ… Final success summary
  • ⚠️ Warning or clarification needed
  • ❌ Error or failure

Each step output should be concise (1-2 lines) but informative.


Philosophy

Git is the memory.
The filesystem is the contract.
Confirmation prevents mistakes.
Transparency builds trust.
The venv isolates dependencies.

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