2015 C++ Instant

These compilers reached a level of parity where developers could switch between them with minimal friction, driving up code quality through diverse diagnostics and "Sanitizers" (ASan, TSan). 4. The Performance Renaissance

t1.join(); t2.join();

#include <string> #include <memory>

// Derived class class Pawn : public Piece { public: std::string getName() const override { return "Pawn"; } };

Looking back, 2015 represents the moment when the promise of modern C++ became real. If you learned C++ in 2015, you learned a language that was safer, more expressive, and more productive than any previous version. You learned to write std::make_unique without fear. You learned to capture by move in lambdas. You learned that C++ could be elegant. 2015 c++

return 0; } #include <iostream> #include <utility> // For std::exchange

Throughout 2015, the ISO C++ Committee was hard at work on the features that would define C++17. Discussions around , Modules , and Coroutines were reaching a fever pitch. This year served as the bridge, where the community stopped mourning the "difficult" years of C++03 and started anticipating a future of high-level abstractions with low-level performance. These compilers reached a level of parity where

In September 2015, at the CppCon conference, Bjarne Stroustrup and Herb Sutter announced the . This was a massive collaborative effort to define how modern C++ should actually be written.

The phrase in the context of 2015 C++ is ambiguous. It most likely refers to one of three things: a specific board game implemented in C++, a puzzle piece in a game engine tutorial, or a typo for a specific library or concept. If you learned C++ in 2015, you learned

Finally completing the smart pointer pair and making "no raw new " a realistic coding standard. 2. The Rise of the C++ Core Guidelines