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.
If I pass the following code through my GCC 4.7 snapshot, it tries to copy the unique_ptrs into the vector. #…
c++ c++11 initializer-list move-semanticsIs it possible to insert the contents of a temporary std::map temp into another std::map m by using …
c++ c++11 move-semanticsIn The C++ programming language Edition 4 there is an example of a vector implementation, see relevant code at the end …
c++ memory-management c++11 move-semantics explicit-destructor-callPlease consider the following code: struct MyStruct { int iInteger; string strString; }; void MyFunc(vector<MyStruct>& vecStructs) { MyStruct …
c++ c++11 move move-semanticsIn many cases when returning a local from a function, RVO kicks in. However, I thought that explicitly using std::…
c++ c++11 move-semantics rvoDoes the standard define precisely what I can do with an object once it has been moved from? I used …
c++ c++11 variable-assignment swap move-semanticsConsider this snippet: class X; void MoveAppend(vector<X>& src, vector<X>& dst) { dst.…
c++ c++11 move-semanticsIs there any advantage of using std::vector::emplace_back and std::move together? or it is just redundant since …
c++ c++11 vector move-semanticsIs there a reason when a function should return a RValue Reference? A technique, or trick, or an idiom or …
c++ c++11 move-semantics rvalue-referenceTonight I've been taking a look at some code I've been working on over the last few days, and began …
c++ c++11 move-semantics c++-standard-library