To enhance code readability, reduce boilerplate code, and improve maintainability, classes will be refactored to use Python's dataclasses module where appropriate. Dataclasses provide a decorator and functions for automatically adding special methods such as __init__(), __repr__(), and __eq__() to user-defined classes.
Objectives:
Identify key classes that can be refactored to use dataclasses.
Refactor identified classes to use the dataclass decorator.
Ensure all unit tests pass after the refactoring.
Tasks:
Identify Key Classes:
Review the codebase to identify classes that can benefit from being refactored to dataclasses.
Refactor to Dataclasses:
Add the @dataclass decorator to identified classes.
Remove boilerplate code that is automatically handled by dataclasses.
Ensure all class attributes are properly annotated with types.
Verify Changes:
Run all existing unit tests to ensure they pass.
Verify that the refactored classes behave as expected.
Implementation Plan:
Identify Classes to Refactor:
Review the codebase manually or use tools to identify classes that can be refactored to dataclasses.
Description:
To enhance code readability, reduce boilerplate code, and improve maintainability, classes will be refactored to use Python's
dataclasses
module where appropriate. Dataclasses provide a decorator and functions for automatically adding special methods such as__init__()
,__repr__()
, and__eq__()
to user-defined classes.Objectives:
dataclasses
.dataclass
decorator.Tasks:
Identify Key Classes:
Refactor to Dataclasses:
@dataclass
decorator to identified classes.Verify Changes:
Implementation Plan:
Identify Classes to Refactor:
Example Refactoring:
Current Code:
Refactored Code Using Dataclasses:
Verify with Unit Tests:
pytest
to execute all unit tests and ensure that the refactored code behaves correctly.Steps to Reproduce:
@dataclass
decorator and removing boilerplate code.Expected Behavior:
Current Behavior:
__init__()
and__repr__()
.Additional Information:
Progress Log: