An Introduction to C++ Coroutines - James McNellis - @meetingcpp 2015
A new video from Meeting C++ 2015:
An Introduction to C++ Coroutines
by James McNellis
intermediate
Using parallelism with boost::future
A new blog entry about parallelism and boost::future:
Using parallelism with boost::future
by Jens Weller
From the article:
... While I'm fine with that the application locks up kind of hard during writing a GB zip file (its only job), I'd like to be as fast as possible. Thats why I decided to parallelize the part of the application that reads the file paths via boost::filesystem...
The Landscape of Parallelism - Michael Wong - @meetingcpp 2015
A new video from Meeting C++ 2015:
The Landscape of Parallelism
by Michael Wong
Boost.Geometry takes on the globe - Menelaos Karavelas @meetingcpp 2015
A new video from Meeting C++ 2015:
Boost.Geometry takes on the globe
by Menelaos Karavelas
Functional Programming in C++ - Nicola Gigante @meetingcpp 2015
A new video from Meeting C++:
Functional Programming in C++
by Nicola Gigante
Generic programming for structure-aware algorithms - Guntram Berti - Meeting C++ 2015
A new talk from Meeting C++ 2015:
Generic programming for structure-aware algorithms
by Guntram Berti
Mastering the IoT with C++ and JavaScript - Günter Obiltschnig - Meeting C++ 2015
A new video from Meeting C++ 2015:
Mastering the IoT with C++ and JavaScript
Günter Obiltschnig
Deeply Embedded C++ - John Hinke - Meeting C++ 2015
A new video from Meeting C++ 2015:
Deeply Embedded C++
by John Hinke
A customizable framework -- Andrzej Krzemieński
How to write customizable framework which would work on "practically any type". This article is continuation of author previous post: "Overload resolution".
A customizable framework
by Andrzej Krzemieński
From the article:
We want to provide a function (or a set of overloaded functions) that would ‘do the right job’ for ‘practically any type’, or for ‘as many types as possible’. As an example of such ‘job’ consider std::hash: what we want to avoid is the situation, where you want to use some type X as a key in the standard hash-map, but you are refused because std::hash does not ‘work’ for X. In order to minimize the disappointment, the Standard Library makes sure std::hash works with any reasonable built-in or standard-library type. For all the other types, that the Standard Library cannot know in advance, it offers a way to ‘customize’ std::hash so that they can be made to work with hash-maps.
C++ on GPUs done right? - Peter Steinbach - Meeting C++ 2015
A new video from Meeting C++ 2015:
C++ on GPUs done right?
by Peter Steinbach
The video: