Mastering C++ Standard Library Features [Video] - constexpr' in the Standard Library

The video explores the evolution of context per features in the C++ standard library from C++ 11 to C++ 20. It highlights the conservative approach in C++ 11, improvements in C++ 14, new features in C++ 17, and potential proposals for C++ 20. The video also provides practical examples of using context per for compile-time and runtime programming, emphasizing the benefits of a more homogeneous standard library.

What are the benefits of having the standard library support context per algorithms and data structures?

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Why was the addition of context per features to the C++ 11 standard library conservative?

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What changes were made to the standard library in C++ 14 regarding context per?

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What new library features were introduced in C++ 17 that included context per?

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What proposals are being discussed for context per in C++ 20?

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How does the function count true work in the context of counting elements in an array?

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Explain how the type alias storage four is used to determine buffer size for multiple types.

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What is the purpose of the parse person function and how does it utilize string view?

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What guidelines are suggested for using context per functions in C++?

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Discuss the significance of static assertions in the context of compile-time functions.

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