Sometimes you will need more than one type to use in the function, and for this you can simply add more template parameters. Just make sure you give them different names.

> Note
> 
> There is no inherent limit to the number of template parameters. However, as a general guideline keep the number of them as low as possible.

Create the function template `print_pair` that allows you to output a formatted message containing a pair of values. By defining the template parameters, you can specify the types of the two values you want to print.

Templates are a powerful feature that allows the creation of generic functions and classes. This course is designed to provide a comprehensive understanding of C++ templates, from basic syntax to advanced techniques. Participants will learn how to use templates to write efficient, reusable code and create generic algorithms and data structures.

This section introduces templates in programming, guiding you through creating your first template and using the template function.

In this section you will learn role of templates in reducing code duplication, handling multiple argument types, using typename parameters as return types, and distinguishing between implicit and explicit type specification.

This section introduces class templates in C++ and their use in creating flexible data structures. It covers templates classes related topics.

This section introduces template specialization in C++, explaining how it allows for customized behavior of templates for specific types. It covers the usage of both full and partial template specialization and discusses template constraints to enforce specific conditions on template parameters.

Working with Multiple Typenames in Templates

Solución

Working with Multiple Typenames in Templates

Solución