Choose meaningful and descriptive names for variables and functions to enhance code readability and maintainability.
2. Follow Proper Indentation and Formatting:
Consistently indent your code and follow a consistent formatting style to improve code readability and maintainability.
3. Avoid Global Variables:
Minimize the use of global variables to prevent naming conflicts and improve code encapsulation and reusability.
4. Use Strict Equality (===) Instead of Loose Equality (==):
Prefer strict equality operator (===) over loose equality operator (==) to avoid unexpected type coercion.
5. Prefer Template Literals over String Concatenation:
Use template literals to concatenate strings and embed expressions for improved readability and ease of use.📷
6. Use Array and Object Destructuring:
Improve code readability and reduce unnecessary repetition by utilizing the destructuring syntax to extract values from arrays and objects.
7. Avoid Unnecessary Nesting and Callback Hell:
Refactor nested code and callback functions to improve code readability and maintainability, using Promises or async/await for asynchronous operations.
8. Use Arrow Functions for Short and Concise Functions:
Utilize arrow function syntax for concise function definitions, especially for short, single-expression functions.
9. Use Array Iteration Methods for Readability and Simplicity:
Utilize built-in array iteration methods to simplify code, improve readability, and perform common operations on arrays.
10. Properly Handle Errors:
Implement proper error handling techniques to catch and handle exceptions, providing meaningful feedback to users or logging errors for debugging.
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➔ Use const to declare variables that won't be reassigned.
➔ It improves code readability and prevents accidental reassignment.
Example:
2. Convert strings to numbers:
➔ Use parseInt() or parseFloat() to convert strings to integers or floating-point numbers, respectively.
➔ This is useful when dealing with user input or data parsing.