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c++ Programming Glossary: addressof

Making std::vector allocate aligned memory

http://stackoverflow.com/questions/12942548/making-stdvector-allocate-aligned-memory

T pointer address reference x const noexcept return std addressof x const_pointer address const_reference x const noexcept return.. address const_reference x const noexcept return std addressof x pointer allocate size_type n typename AlignedAllocator void.. address const_reference x const noexcept return std addressof x pointer allocate size_type n typename AlignedAllocator void..

What's the ampersand for when used after class name like ostream& operator <<(…)?

http://stackoverflow.com/questions/1572016/whats-the-ampersand-for-when-used-after-class-name-like-ostream-operator

with const c pointers class operator overloading addressof share improve this question In that case you are returning..

Why is overloading operator&() prohibited for classes stored in STL containers?

http://stackoverflow.com/questions/2719832/why-is-overloading-operator-prohibited-for-classes-stored-in-stl-containers

a set of dirty looking casts that are used in boost addressof and are believed to be portable and standard compilant. Why.. for classes stored in STL containers while the boost addressof workaround exists c stl operators operator overloading share.. having looked at the links I suppose the tricks in boost addressof where invented well after the requirement to not to overload..

Overloading unary operator &

http://stackoverflow.com/questions/6410333/overloading-unary-operator

overloading share improve this question Use boost addressof function. In any case overloading unary is highly dubious. Why..

How can I reliably get the address of an object?

http://stackoverflow.com/questions/6494591/how-can-i-reliably-get-the-address-of-an-object

implementation specific behavior. I am aware of C 11's std addressof function template but am not interested in using it here I'd.. operator const addr_impl_ref template class T struct addressof_impl static inline T f T v long return reinterpret_cast T const_cast.. v static inline T f T v int return v template class T T addressof T v return addressof_impl T f addr_impl_ref T v 0 What happens..