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'm writing a linked list to wrap my head around Rust lifetimes, ownership and references. I have the following code: …
reference rust move-semantics borrow-checkerAccording to the standard, If the definition of a class X does not explicitly declare a move constructor, one will …
c++ move-semantics deleted-functionsIs std::array movable? In Bjarne Native 2012 presentation slides (slide 41) it lists std::array as one of the only containers …
c++ arrays c++11 move-semanticsSuppose you want to take advantage of move semantics, but one of your movable classes needs to be part of …
c++ c++11 move-semantics std-pair move-constructorIt is sometimes claimed that C++11/14 can get you a performance boost even when merely compiling C++98 code. The justification …
c++ performance c++11 move-semantics c++14std::unique_ptr<int> ptr() { std::unique_ptr<int> p(new int(3)); return p; // Why doesn't …
c++ c++11 move-semantics copy-elisionI was wondering in which situations I still need to use const references in parameters since C++11. I don't fully …
c++11 constants move-semanticsIt seems that a vector will check if the move constructor is labeled as noexcept before deciding on whether to …
c++ c++11 constructor move-semanticsWhat's difference between default copy and std::move in that example? After move the object is there any dependence between …
c++ c++11 move-semanticsI've been exploring the possibilities of Move Constructors in C++, and I was wondering what are some ways of taking …
c++ c++11 rvalue-reference move-semantics move-constructor