How can you write code that is both easy to read and efficient?

I apologize for any oversight. Let's aim for brevity: Balancing code readability and efficiency involves choosing clear names, utilizing comments, and following the DRY principle. Thoughtful whitespace and indentation enhance visual clarity, while regular refactoring and testing ensure ongoing optimization. Learning from peers, engaging in communities, and staying informed about trends contribute to continuous improvement. In essence, integrating these practices creates efficient and comprehensible code.

Aim to balance readability with informativeness... [StudentGrade] is more readable than [studentgrade], which is more informative than [??]. Taking that extra time to come up with better names will help you understand what your process was when coming back to your code after a while, as well as others who may read your code later on.

??For code maintainability ??foster team collaboration ??if your code naming is correct, your team members and reviewers can be economic on their time ??code efficieny

Practice clear and concise code by utilizing comments and docstrings effectively. Comments should be used to explain the purpose, logic, or any intricate details within the code, enhancing readability. Meanwhile, docstrings provide comprehensive documentation for functions, classes, and modules, offering insights into their functionality and parameters. By employing both comments and docstrings developers create a self-explanatory codebase, making it easier for others to understand and maintain the code. The practice of using Comments and Docstrings fosters collaboration, reduces debugging time, and ensures a smooth development process. So, it is always appreciated to use docstings and comments for well explanatory codes.

80% of the comments I write are for myself so that I don't lose track of what I was thinking at the time of coding, especially when coming back to old projects of mine. Since you're already writing a comment, make sure it's descriptive enough as I've seen my fair share of comments too short that they need their own comments to be understood.

??By applying the DRY principle, you reduce code duplication, improve code readability and maintainability, promote code reusability, and enable better performance optimization. All of these factors collectively contribute to writing code that is both easy to read and efficient. ??You create building blocks that can be leveraged across your codebase. Reusable code promotes efficiency by reducing the need for redundant code, improving development speed, and allowing for consistent behavior throughout the ??You centralize the logic, making it easier to modify, fix bugs, and add new features. This enhances code maintainability and reduces the risk of introducing inconsistencies

When I made a terminal version of the 2048 game a couple of years ago, I managed to save 16.47% just through refactoring! So, after you've nailed the main functionality of your code, go through your code and try to find ways to simplify it.

Refactoring is critical for code optimization and readability. →It adjusts code to enhance design, readability, or performance, without changing functionality. Steps for effective refactoring include: Identify Areas for Improvement: Spot intricate, complex, or repetitive code sections. Simplify Complex Logic: Decompose complex logic into simpler elements. Extract Duplicate Code: Recognize and extract common functionality into reusable components. Remove Unnecessary Code: Eliminate code that doesn't contribute value or complicates the codebase. →Mastering refactoring adds significant value to programming expertise, enhancing code quality, readability, and performance, thus increasing code efficiency.

??Write Self-documenting ??Use coding style (formating, indentation) ??Use built-in functions instead of custom functions ??Modularize tasks

Write clear and concise code by using meaningful variable and function names, commenting where necessary, and following a consistent coding style. Prioritize readability over cleverness and optimize for performance by choosing efficient algorithms and avoiding unnecessary computations. Regularly review and refactor your code to maintain clarity and efficiency.