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In our codebase, there are several instances where variables are declared and used in a floating manner, without being encapsulated within methods. This issue aims to refactor these floating variables, integrating them into well-defined methods to enhance the procedural structure and maintainability of our project.
Objective
Identify and refactor all floating variables in the codebase.
Encapsulate these variables within appropriate methods.
Ensure the procedural integrity of the code while enhancing readability and maintainability.
Details and Implementation Guidance
Conduct a thorough review of the current codebase to locate floating variables.
For each identified variable, determine the most logical method or procedural block where it should be encapsulated.
Refactor the code by defining new methods or integrating variables into existing methods, following the project's coding standards and procedural format.
Ensure that the refactoring does not alter the existing functionality and performance of the application.
Thoroughly test the refactored code to verify that all functionalities work as expected post-refactoring.
Contribution Instructions
Fork the repository and create a feature branch for this issue.
Refactor the code as described, adhering to the project's coding guidelines.
Write or update unit tests to cover the changes.
Document any significant changes or decisions made during the refactoring process.
Review your changes to ensure consistency with the overall project structure.
Submit a pull request linking to this issue for review.
Additional Notes
This refactor is crucial for improving the code quality and long-term maintainability of the project. It aligns with our goal to maintain a clean, efficient, and logically structured codebase. Contributors tackling this issue are encouraged to propose improvements or best practices that align with the project's procedural coding philosophy.
Issue Summary
In our codebase, there are several instances where variables are declared and used in a floating manner, without being encapsulated within methods. This issue aims to refactor these floating variables, integrating them into well-defined methods to enhance the procedural structure and maintainability of our project.
Objective
Details and Implementation Guidance
Contribution Instructions
Additional Notes
This refactor is crucial for improving the code quality and long-term maintainability of the project. It aligns with our goal to maintain a clean, efficient, and logically structured codebase. Contributors tackling this issue are encouraged to propose improvements or best practices that align with the project's procedural coding philosophy.