GoingNative 2012 Sessions (HD)

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Were we to craft a Lenox Globe of programming languages, C++ might be followed by a famous cautionary phrase: Here Be Dragons. The language can be complex and daunting to programmers who are often shouldered with the task of writing large, complex programs. Those millions of code monkeys ne…

To end the event, why not have all the speakers on stage to answer any questions you may have, ones that formed as your mind was bent over the last 48 hours. Here are some C++ titans in front of you - what are you going to ask them? What do you want to know? Ask the GoingNative 2012 speaker…

All right, the C++11 Standard is done. Can we go home? Definitely not - progress waits for no one. For all its might, C++11 is not addressing a few basic needs in template programming. For example, you'd hate to have to define a new function or indeed a whole new class wherever you …

C++ does not provide facilities for directly expressing what a function template requires of its set of parameters. This is a problem that manifests itself as poor error messages, obscure bugs, lack of proper overloading, poor specification of interfaces, and maintenance problems. Many have…

In 2011, we saw a resurgence of interest in native code - in C++ in 2011 and in C++11. Is this "C++ Renaissance" a flash in the pan? Is it a long-term trend? This is an interactive panel. This means you, the attendee in the room or online, will be first class membe…

The C++ Standard Library expanded and evolved massively between C++98/03 and C++11. It's easy to forget the magnitude of these changes, because they happened gradually and sometimes invisibly. Some things (like shared_ptr, regex, and function) were developed in Boost in th…

The C++11 standard introduces threads into the language, and carefully defines the meaning of variables shared between threads. The design is based on the idea that meaningful multithreaded programs should, by default, behave as though threads were executed in simple interleaved fashion. Th…

Variadic templates are arguably the most profound change in the core language brought about by C++11. Curiously, however, the C++ community still tiptoes carefully around them: variadic templates enjoyed less coverage than features such as "auto" or lambdas. Part of the re…

We know how to write bad code: litter our programs with casts, macros, pointers, naked new and deletes, and complicated control structures. Alternatively (or additionally), we could obscure every design decision in a mess of deeply nested abstractions using the latest object-oriented programming an…