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Advantages of using std::make_unique over new operator make_unique teaches users "never say new delete and new[] delete[] " without disclaimers make_unique shares two advantages with make_shared (excluding the third advantage, increased efficiency)
Demystifying C++’s std::make_unique - TheLinuxCode Now in C++14, we have an even more powerful tool – std::make_unique In this comprehensive guide, we’ll unpack exactly how make_unique works, why it’s useful, and how you as a C++ developer can leverage it to boost your productivity and write safer code
std::make_unique, std::make_unique_for_overwrite - cppreference. net Notes Unlike std::make_shared (which has std::allocate_shared ), std::make_unique does not have an allocator-aware counterpart allocate_unique proposed in P0211 would be required to invent the deleter type D for the std:: unique_ptr < T,D > it returns which would contain an allocator object and invoke both destroy and deallocate in its
std::make_unique - cppreference. com - Tampereen korkeakouluyhteisö A hypothetical allocate_unique would be required to invent the deleter type D for the unique_ptr<T,D> it returns which would contain an allocator object and invoke both destroy and deallocate in its operator()