Basic AUTOS Configuration | Working Example: Single Script Library | Loading and Using Auto-Sourced Functions | Multiple Script Libraries | Using Multiple Libraries | Understanding Function Conflicts and the Overwrite Parameter | Quick Example of Function Conflicts | Environment-Specific Auto-Sourcing | How Auto-Sourcing Works | Technical Details of Conflict Handling | Benefits of Auto-Sourcing | Common Use Cases | Project Utilities | Environment-Specific Functions | Team Libraries | Managing Function Conflicts with the Overwrite Parameter | Default Behavior: Overwrite = TRUE | Conservative Behavior: Overwrite = FALSE | Understanding Conflict Detection | Function Metadata Tracking | How Metadata Tracking Works | Accessing Function Metadata | Benefits of Metadata Tracking | 1. Debugging Function Issues | 2. Audit Trail | Metadata and the detach_autos() Function | Best Practices

Understanding Path Configuration | Configuration Structure Levels | Level 1: Execution Environment | Level 2: Paths and Autos | Level 3: Specific Configuration | Working Example | Loading and Using the Configuration | Accessing Your Configured Paths | How It Works | Benefits | Next Steps

Advanced Path Resolution | The Problem: Moving Data | Solution: Multiple Path Locations | Working Example Setup | Understanding the Configuration | Using read_path() for Smart File Location | Path Search Order | Controlling Search Order with envsetup_environ | Environment-Specific Path Resolution | Production Path Resolution | Practical Usage Pattern | Benefits of Dynamic Paths | Common Patterns | Development-First Search | Production-Only Search | Next Steps

Multiple Environment Configuration | The Challenge | Environment-Specific Configuration | Working Example | Loading Different Environments | Default Environment | QA Environment | Production Environment | Configuration Inheritance | Environment Selection Strategies | 1. Environment Variable | 2. Programmatic Selection | Best Practices | Next Steps

1: Safely set autos