Detailed explanation of C++ function templates: revealing the principles behind generic algorithms

Answer: Function templates are used to write general functions that can be used for different types of data, enhancing code reusability and efficiency. Detailed description: Syntax: template 75a837cf562f69348eb0e119bf9e56d8 returnType functionName(T arg1, T arg2, ...) { ... }Principle: Use compile-time polymorphism to generate specialized functions for different data types. Advantages: High reusability, code simplification, and improved compilation efficiency. Note: Template parameters should be defined as typename. C11 supports type inference. Sometimes template parameters need to be specified explicitly.

Detailed explanation of C function templates: revealing the principles behind generic algorithms

Function templates are a powerful feature in C that allow You write general functions that work on different types of data. This can greatly improve code reusability and efficiency.

Syntax

The syntax of the function template is as follows:

template <typename T>
returnType functionName(T arg1, T arg2, ...) {
  // 函数体
}

Where:

• ##40c4506113133b7ec32ebf5ebbdc037c.

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