ai-secrets 0.1.0

AI-friendly secrets management CLI using OS-native keyring encryption

ai-secrets

AI-friendly secrets management CLI using OS-native encryption.

Supported Backends:
Windows Credential Manager • macOS Keychain • Linux Secret Service

Features

• 🔒 Secure — OS-native keyring encryption
• 🤖 AI-friendly — Consistent JSON with success flags, --reveal mode
• 📊 Flexible — JSON, Table, and Bash output formats
• 🎯 Type-safe — Full type hints and validation
• ✅ Tested — 34 passing tests
• 🚀 Simple — Clean API with proper error handling

Installation

# From PyPI
pip install ai-secrets

# Or with uv
uv pip install ai-secrets

# Development install
git clone https://github.com/BjornBethge/ai-secrets.git
cd ai-secrets
uv pip install -e .

Quick Start

# Store a secret
ai-secrets set HF_TOKEN "hf_your_token_here"

# Check if secret exists
ai-secrets get HF_TOKEN

# List all secrets (names only)
ai-secrets list

# AI-friendly: Get secret value in JSON
ai-secrets get HF_TOKEN --reveal -f json

# Delete secret
ai-secrets delete HF_TOKEN --yes

Note: The command secrets is also available as an alias for ai-secrets.

Commands

set — Store secret

ai-secrets set API_KEY "sk-1234" -f json
# {"success": true, "name": "API_KEY", "message": "..."}

get — Retrieve secret

# Check existence only
ai-secrets get API_KEY
# ✓ Secret 'API_KEY' exists

# For AI workflows (returns value in JSON)
ai-secrets get API_KEY --reveal -f json
# {"success": true, "name": "API_KEY", "exists": true, "value": "sk-1234"}

# For humans (prints to terminal)
ai-secrets get API_KEY --print

list — List all secrets

ai-secrets list -f json
# {"success": true, "secrets": ["API_KEY", "HF_TOKEN"], "count": 2}

delete — Delete secret

ai-secrets delete API_KEY --yes -f json
# {"success": true, "name": "API_KEY", "deleted": true}

status — Show manager status

ai-secrets status -f json
# {"success": true, "service_name": "ai-secrets", "secret_count": 3, ...}

export — Export as environment variables

# Bash format (prints export statements)
ai-secrets export -f bash
# export API_KEY=sk-1234
# export HF_TOKEN=hf_xxx

# JSON format
ai-secrets export -f json
# {"success": true, "secrets": {"API_KEY": "sk-1234", ...}, "count": 2}

AI-Friendly JSON

All JSON responses follow a consistent structure:

Success:

{
  "success": true,
  "name": "API_KEY",
  ...
}

Error:

{
  "success": false,
  "error": "Secret 'MISSING' not found",
  "name": "MISSING"
}

The --reveal flag:

• Works only with -f json
• Returns actual secret value
• Designed for AI workflows where value is needed programmatically

Multi-Project Support

Use --service-name to isolate secrets per project:

# Production secrets
ai-secrets --service-name myapp-prod set DB_PASSWORD "secret"

# Development secrets  
ai-secrets --service-name myapp-dev set DB_PASSWORD "dev123"

# Custom metadata location
ai-secrets --service-name myapp --base-dir .secrets set API_KEY "key"

Python API:

from ai_secrets.storage import SecretsStore
from pathlib import Path

# Per-environment stores
prod_store = SecretsStore(service_name="myapp-prod")
dev_store = SecretsStore(service_name="myapp-dev", base_dir=Path(".secrets"))

# Set and get secrets
prod_store.set("API_KEY", "sk-prod-xxx")
print(prod_store.get("API_KEY"))  # "sk-prod-xxx"

# List all secret names
secrets = prod_store.list_names()  # ["API_KEY", ...]

# Export as dict
env_vars = prod_store.export_env()  # {"API_KEY": "sk-prod-xxx", ...}

# Delete a secret
prod_store.delete("API_KEY")

Direct keyring usage:

import keyring

# Store secret (basic keyring API)
keyring.set_password("myapp", "API_KEY", "secret-value")

# Get secret
value = keyring.get_password("myapp", "API_KEY")

# Delete secret
keyring.delete_password("myapp", "API_KEY")

Why use ai-secrets instead of raw keyring?

• ✅ Secret name management (list all secrets)
• ✅ Metadata tracking (knows what secrets exist)
• ✅ Multi-environment support (--service-name)
• ✅ JSON export for AI workflows
• ✅ CLI convenience

Development

# Install dependencies
uv sync

# Run tests
uv run pytest tests/ -v

# Install in dev mode
uv pip install -e .

Notes

• Default service name: ai-secrets (before v0.1.0: ai-keys)
• Metadata stored in: ~/.secrets/metadata_<service-name>.json (only names, not values)
• Secret values stored in: OS keyring (encrypted)
• Each service has its own metadata file to avoid conflicts
• export -f bash prints warning to stderr
• Linux/KeePassXC: May prompt for database unlock