Part 1 of my video lecture series exploring the Standard Template Library’s implementation is now available. In this part, I explain how some of shared_ptr’s magic works, including type erasure and make_shared<T>()’s optimizations that save both space and time. This advanced series assumes that you’re familiar with C++ and the STL’s interface, but not the STL’s implementation. If you haven’t used the STL extensively yet, I recommend watching my introductory series. For reference, here are all of the links: [STL Introduction]
(sequence containers)
[Advanced STL]
Part 1 (shared_ptr)Read more: Visual C++ Team Blog
(sequence containers)
Part 2 (associative containers)
Part 3 (smart pointers)
Part 4 (Nurikabe solver) - see Wikipedia's article and my updated source code
Part 5 (Nurikabe solver, continued)
Part 6 (algorithms and functors)
Part 7 (algorithms and functors, continued)
Part 8 (regular expressions)
Part 9 (rvalue references)
Part 10 (type traits)
[Advanced STL]
Part 1 (shared_ptr)Read more: Visual C++ Team Blog
0 comments:
Post a Comment