I would encourage you to read Effective STL, Chapter 10. There's definitely no easy way to do this since allocators are typically used through rebind, and allocators may not have (non-static) state. On Mon, May 25, 2009 at 8:26 PM, OvermindDL1 <overminddl1@gmail.com> wrote:
Thorsten Ottosen wrote:
Dmitry Vinogradov skrev:
Boost.Array offers constant size container with preallocated buffer, Boost.Optional provides from zero to one element. There are no STL
container
with preallocated buffer and it seems custom allocator does not help to do this with existing containers.
Does any container exist to offer functionality like Boost.Array but allowing to store from 0 to N elements? Is there any interest in such container?
PS. It's similar to fixed_string but as a generic container.
Please see
I am curious. Would it not be possible to implement a class that handles memory allocations of the standard STL style and just pass an instance of that allocator (after allocated on the stack of course) to the stl::vector template parameter, or does std::vector require a class type? I have not read the standard in this area, and from above I guess the C++0x is more clear on this? _______________________________________________ Unsubscribe & other changes: http://lists.boost.org/mailman/listinfo.cgi/boost