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TypeScript3 min readArrow functions in TypeScript and JavaScript have distinct behavior with the 'this' context compared to regular functions. This guide explains context binding, the differences between arrow and regular functions, and when to use each for optimal results.
TypeScript3 min readFunction overloading allows you to define multiple function signatures for a single implementation in TypeScript. This guide covers how to write overloaded functions, the implementation signature, and practical use cases to improve type safety and clarity.
TypeScript2 min readFunctions often need flexibility in their parameters. TypeScript provides optional, default, and rest parameters to make function signatures adaptable while maintaining type safety. This guide covers how to use these features effectively.
TypeScript3 min readArrow functions in TypeScript and JavaScript have distinct behavior with the 'this' context compared to regular functions. This guide explains context binding, the differences between arrow and regular functions, and when to use each for optimal results.
TypeScript3 min readFunction overloading allows you to define multiple function signatures for a single implementation in TypeScript. This guide covers how to write overloaded functions, the implementation signature, and practical use cases to improve type safety and clarity.
TypeScript2 min readFunctions often need flexibility in their parameters. TypeScript provides optional, default, and rest parameters to make function signatures adaptable while maintaining type safety. This guide covers how to use these features effectively.
TypeScript3 min readFunctions are the building blocks of any program. In TypeScript, typing function parameters and return values helps catch errors early and improves code readability. This guide covers function signatures, typing parameters and returns, void functions, and implicit return types.
TypeScript13 min readType assertions tell TypeScript to trust your judgment about a value's type. While they're powerful tools for working with DOM elements, API responses, and type narrowing, they can also bypass type safety if misused. This guide covers the as syntax, angle-bracket syntax, when to use assertions safely, and the crucial difference between TypeScript assertions and runtime type casting. Learn to wield this tool responsibly while maintaining type safety in your applications.
TypeScript15 min readTypeScript has three special types that handle edge cases: any (the escape hatch), unknown (the type-safe alternative), and never (for impossible values). Understanding when and how to use these types is crucial for writing safe yet flexible TypeScript code. This guide covers the differences between these types, shows you how to work with unknown safely, and demonstrates how never enables exhaustive type checking and prevents runtime errors. Learn to use these types effectively while maintaining type safety.
TypeScript11 min readEnums provide a way to define named constants in TypeScript, making your code more readable and maintainable. Whether you're working with status codes, user roles, or application states, enums help organize related values under a single type. This guide covers numeric enums, string enums, const enums, and most importantly—when to use enums versus alternatives like union types and objects. Learn the patterns that will make your TypeScript code cleaner and more expressive.
TypeScript14 min readArrays and tuples are essential for working with collections in TypeScript. While arrays hold multiple values of the same type, tuples allow you to work with fixed-length arrays where each position has a specific type. This guide covers array types, readonly patterns, tuple best practices, and practical examples that you'll use in real applications. Learn how to leverage TypeScript's type system for safer, more maintainable collection handling.