Refactor to OOP - saysay.ai-AI-powered OOP refactoring tool

Example

The AI analyzes a procedural function that processes employee data, identifies patterns, and determines that the data and operations could be better encapsulated within an 'Employee' class.

Scenario

A developer has a set of global variables and related functions for managing employee details. The AI suggests refactoring this into an 'Employee' class, with methods like 'get_salary' and 'promote'. This enhances encapsulation, reducing dependency and increasing code clarity.

Example

When analyzing a script handling different types of vehicles, the AI identifies common attributes and refactors the code to use inheritance, creating a base 'Vehicle' class with 'Car' and 'Truck' subclasses.

Scenario

A developer has multiple functions handling cars and trucks separately. The AI refactors this by introducing a base 'Vehicle' class, with shared attributes (like 'make', 'model', 'year') and methods, while specializing behavior (e.g., 'load_cargo' in 'Truck') in subclasses.

Example

The AI detects a pattern where objects are being repeatedly instantiated and refactors the code to implement the Singleton pattern for a database connection class.

Scenario

In a project with several database connection calls scattered across functions, the AI identifies redundancy and refactors the code to ensure that only one instance of the 'DatabaseConnection' class is created, using the Singleton design pattern. This reduces resource consumption and improves efficiency.