What is static type checking and why is it important?
Static type checking is a method of verifying the type safety of a program at compile time, rather than at runtime. It helps catch type errors early, improving code reliability.
Can you give me an example of a language that uses static type checking?
Sure! Languages like Java, C++, and TypeScript use static type checking to enforce type constraints during compilation.
What are the benefits of using static type checking over dynamic type checking?
The benefits include early error detection, better performance, and improved code readability and maintainability.
Are there any downsides to static type checking?
Yes, it can lead to more verbose code and may require more upfront design work, which can slow down initial development.
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