Move semantics is a programming language feature that allows a copy operation to be replaced by a more efficient "move" when the source object is a temporary or an otherwise expiring object.
I've got a class with an atomic member variable: struct Foo { std::atomic<bool> bar; /* ... lots of other …
c++ c++11 atomic move-semantics libstdc++The Rust language website claims move semantics as one of the features of the language. But I can't see how …
rust move-semanticsThe C++11 std::move(x) function doesn't really move anything at all. It is just a cast to r-value. Why …
c++ c++11 move-semantics rvalue-reference c++-faqI was surprised this didn't show up in my search results, I thought someone would've asked this before, given the …
c++ c++11 move-semantics c++-faqIs the following snipplet correct for un-defining all otherwise generated methods and constructors for a class? struct Picture { // 'explicit': no …
c++ c++11 operator-overloading move-semantics rvalue-referenceWhat would be the correct way to implement a move constructor considering the following class: class C { public: C(); C(…
c++ c++11 move-semanticsThe MSDN article, How to: Write a Move Constuctor, has the following recommendation. If you provide both a move constructor …
c++ c++11 move-semantics move-constructorWhat is the correct way to reuse a moved container? std::vector<int> container; container.push_back(1); auto …
c++ c++11 move-semanticsIn Rust, there are two possibilities to take a reference Borrow, i.e., take a reference but don't allow mutating …
rust move-semantics ownershipRecently I read an example from cppreference.../vector/emplace_back: struct President { std::string name; std::string country; int year; …
c++ c++11 language-lawyer move-semantics initialization-list