Object-Relational Mapping (ORM) Lite at Brighton and Hove city

Object-Relational Mapping:Provides a mechanism to map database tables to objects and vice versa, allowing developers to work with objects in code that correspond to rows in database tables.

Database Abstraction:Abstracts away the specifics of the underlying database system, allowing developers to write code using a common API regardless of the database being used.

CRUD Operations:Supports basic CRUD (Create, Read, Update, Delete) operations, allowing easy manipulation of data in the database.

Query Language or DSL:Offers a way to express database queries using a programming language or domain-specific language (DSL) instead of raw SQL.

Relationship Mapping:Handles relationships between entities in the code, translating them into appropriate database relationships (e.g., one-to-many, many-to-many).

Lazy Loading:Supports lazy loading of related objects, allowing developers to load related data only when it's explicitly accessed.

Caching and Performance Optimization:Provides features for caching and performance optimization to improve the efficiency of database interactions.

Transaction Management:Supports transaction management to ensure consistency and atomicity of database operations.

Lightweight and Minimal Configuration:Be designed with simplicity in mind, requiring minimal configuration and avoiding unnecessary complexities.

Integration with Frameworks:Integrate smoothly with popular frameworks and libraries commonly used in the target programming language or environment.

Active Record Pattern:Implement the Active Record pattern, where each entity in the system is associated with a corresponding table in the database.

In-Memory Database Support:Provide support for in-memory databases for testing and development purposes, enabling quick and efficient testing without interacting with a physical database.

Configuration Options:Offer configuration options for customizing behaviors such as naming conventions, logging, and caching.

Integration with Frameworks:Integrate smoothly with popular frameworks and libraries in the target programming language or environment, facilitating ease of use and adoption.

Custom Query Execution:Allow for the execution of custom queries or stored procedures when needed, providing flexibility for complex database interactions.

Error Handling and Logging:Implement robust error handling mechanisms and logging to aid developers in diagnosing issues during database interactions.