Data oriented design in practice - Stoyan Nikolov - Meeting C++ 2018
A talk on data oriented design with realworld examples
Data oriented design in practice
by Stoyan Nikolov
advanced
Variant Visitation V2--Michael Park
Optimising accesses.
Variant Visitation V2
by Michael Park
From the article:
In 2015, I wrote an article titled Variant Visitation which described an implementation strategy for std::visit. The approach involved a matrix of function pointers, and many have raised concerns regarding poor code-gen caused by optimization limitations of function pointers on some compilers.
This post describes the switch-based approach implemented in mpark/variant, and its benchmark results...
Taming dynamic memory - Andreas Weis - Meeting C++ 2018
New video from Meeting C++ 2018
Taming dynamic memory
by Andreas Weis
Better C++14 reflections - Antony Polukhin - Meeting C++ 2018 https://www.youtube.com/watch?v=UlNUNx
First talk from Meeting C++ is released:
Better C++14 reflections
by Antony Polukhin
50 shades of C++ - Nicolai Josuttis - Meeting C++ 2018 Closing Keynote
Nicolai Josuttis gave a fantastic closing keynote at Meeting C++ 2018
50 shades of C++
by Nicolai Josuttis
The Truth of a Procedure - Lisa Lippincott - Meeting C++ 2018 Center Keynote
The Center Keynote by Lisa Lippincott from Meeting C++ 2018
The Truth of a Procedure
by Lisa Lippincott
The next big Thing - Andrei Alexandrescu - Meeting C++ 2018 Opening Keynote
Andrei Alexandrescus Opening Keynote from Meeting C++ 2018
The next big Thing
by Andrei Alexandrescu
C++ Weekly Episode 149: C++20's Lambda Usability Changes—Jason Turner
Episode 149 of C++ Weekly.
C++20's Lambda Usability Changes
by Jason Turner
About the show:
C++20 brings many different changes to lambdas, and two of these changes greatly affect the ways in which lambdas can be used. In this episode Jason discusses the use of lambdas in unevaluated contexts and the default constructability of lambdas in C++20.
Stop with the CTAD FUD!--Colby Pike
It's not cool.
Stop with the CTAD FUD!
by Colby Pike
From the article:
Among the catalog of features introduced by C++17, you’ll find a feature known as Class Template Argument Deduction, often shortened to “CTAD”. It was one of the largest language changes in C++17, and with it comes a new syntax and a new set of rules to understand.
It’s still very early in the game for CTAD, but we’re already seeing many strong opinions about it without seeing its widespread effect on codebases. In particular, we’re seeing a lot of Fear, Uncertainty, and Doubt about CTAD...
Deducing your intentions--Andrzej Krzemieński
Were you aware?
Deducing your intentions
by Andrzej Krzemieński
From the article:
The language feature in C++17 known as class template argument deduction was intended to supersede factory functions like make_pair, make_tuple, make_optional, as described in p0091r2. This goal has not been fully achieved and we may still need to stick to make_ functions. In this post we will briefly describe what class template argument deduction is, and why it works differently than what people often expect...