The beast is becoming functional

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C++ has been stagnant for a long time, and while using many functional
programming idioms with C++ was always possible, it was never easy.
With each new version of the C++ standard, we have been getting better
and better tools for writing functional and generic code. C++11
started by introducing lambdas, C++14 made lambdas much nicer to use,
while C++17 went a few steps further by introducing algebraic data
types like std::optional and std::variant. With C++20, the situation
will become even better - ranges, concepts and coroutines will allow
us to do even more. In this talk, we will explain how exactly these
features fit into the FP style of programming.
C++ has been stagnant for a long time, and while using many functional
programming idioms with C++ was always possible, it was never easy.
With each new version of the C++ standard, we have been getting better
and better tools for writing functional and generic code. C++11
started by introducing lambdas, C++14 made lambdas much nicer to use,
while C++17 went a few steps further by introducing algebraic data
types like std::optional and std::variant. With C++20, the situation
will become even better - ranges, concepts and coroutines will allow
us to do even more. In this talk, we will explain how exactly these
features fit into the FP style of programming.

Презентация

Ivan Čukić

Senior Software Engineer, KDAB; Core KDE developer, Serbia

Ivan Čukić is the author of "Functional Programming in C++" published by Manning. He is a Senior Software Engineer at KDAB and one of the core developers of KDE, the …

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