Why Types Matter
Static typing means the type of a variable is known and checked at compile time; dynamic typing means the type can change and is only checked at runtime. TypeScript's static typing helps you catch type-related errors early, before your code runs, making your code safer and more predictable.
TypeScript's static typing prevents many bugs by catching type errors before your code runs. Explicit types make your code easier to understand and maintain, serving as clear documentation for anyone reading or updating your code.
Explicit types in TypeScript improve clarity, help new developers understand your code, and enable safer refactoring as your project grows.
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Can you give examples of static and dynamic typing in code?
What are some common bugs that static typing can prevent?
How do explicit types help with refactoring in large projects?
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Static typing means the type of a variable is known and checked at compile time; dynamic typing means the type can change and is only checked at runtime. TypeScript's static typing helps you catch type-related errors early, before your code runs, making your code safer and more predictable.
TypeScript's static typing prevents many bugs by catching type errors before your code runs. Explicit types make your code easier to understand and maintain, serving as clear documentation for anyone reading or updating your code.
Explicit types in TypeScript improve clarity, help new developers understand your code, and enable safer refactoring as your project grows.
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