September 13-19, Aurora, CO, USA
October 25, Pavia, Italy
November 6-8, Berlin, Germany
November 3-8, Kona, HI, USA
By Meeting C++ | Jan 10, 2019 09:26 AM | Tags: None
Right now its the lightning talks which are being uploaded, followed by the first keynote tomorrow!
by Jens Weller
The talks will follow in the coming weeks. Over the weekend the keynotes and lightning talks should be online.
By Jason Turner | Jan 9, 2019 03:12 PM | Tags: intermediate c++20 advanced
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.
By Adrien Hamelin | Jan 9, 2019 01:09 PM | Tags: c++11 basics
Quick A: Write the type!
Recently on SO:
How to use auto keyword to assign a variable of type uint32_t or uint64_t in C++
I'm assuming you're working with the AAA style suggested by Herb Sutter.
In that case, a nice solution is to simply write:
auto variable_name = uint64_t{ 5000000000 };This is clear, consistent, and explicitly typed with no nasty C-preprocessor necessary.
By Adrien Hamelin | Jan 9, 2019 12:56 PM | Tags: basics
And it may be respected.
const is a contract
by Arthur O’Dwyer
From the article:
Here’s a slogan that needs more currency...
By pkeir | Jan 9, 2019 10:56 AM | Tags: None
Swapping arguments using a fold expression.
Swapping the Contents of n Variables
by Paul Keir
From the article:
C++11's
std::swapis a binary function template which exchanges the contents of its two reference arguments. In C++20std::swapwill likely also permit execution at compile-time. In this post we consider a version which can swap the contents of an arbitrary number of arguments using a C++17 fold-expression...
By Anastasia Kazakova | Jan 9, 2019 10:54 AM | Tags: None
In JetBrains we feel it is important to keep monitoring the changing patterns and trends going on in the Software Development industry. That's why we run this survey yearly, trying to better understand the evolving world of development.
Developer Ecosystem 2019 Survey by JetBrains
by Anastasia Kazakova
About the survey:
In 2017, when we first started, the numbers of C/C++ developers in the survey were quite low:
- total number of C developers in the survey is 1174, number of developers who use C as a primary dev language is 166
- total number of C++ developers in the survey is 1713, number of developers who use C++ as a primary dev language is 348
A year after we got more impressive numbers:
- total number of C developers in the survey is 3371, number of developers who use C as a primary dev language is 1254
- total number of C++ developers in the survey is 4763, number of developers who use C++ as a primary dev language is 2036
We've learned a lot about language standard usage, compilers, build systems, unit testing frameworks, and other important aspects of C/C++ development from these surveys. Help us make it again this year!
By Adrien Hamelin | Jan 7, 2019 12:12 PM | Tags: intermediate community
Nothing is perfect.
Functional Programming Is Not a Silver Bullet
by Jonathan Boccara
From the article:
The past few years have seen a boost in popularity of the functional programming paradigm. Languages that were used mostly in academic circles for decades are now in broader use amongst programmers. And every couple of months, another functional language hits the news and gets its trail of followers.
Why is that? Functional programming allow for safer and more robust code, in part due to one of its core principles: values are not mutable. A consequence of this is that there is no side effects. We can apply this principle in any language, including in C++, by coding with the least side effects possible.
While it certainly helps putting together a better design of code, it’s important to realize that it’s not the panacea, that this principle doesn’t solve in itself all design issues. Nothing is the panacea anyway, but in this time of gold rush towards functional programming, we could be tricked into thinking it will automatically lead to good design.
Functional programming is known to reduce coupling in code. We’ll briefly go over what coupling is, what sort of coupling functional programming prevents, and how some other dangerous forms of coupling can still sneak in even with functional programming. You want to pay attention to those to preserve the design of your code...
By Adrien Hamelin | Jan 7, 2019 12:10 PM | Tags: community
You can also do it!
Getting You There - Your C++ Standardization Efforts in 2019
by JeanHeyd Meneide
From the article:
If you’re facing Financial Hardship, are a student, are self-employed, and have written a proposal that the chairs of the C++ Standardization Groups (Library Evolution, Evolution, Core, Library, Parallelism/Concurrency, and similar study groups) deem necessary to help move the language forward (in large or small ways), you can apply for Grant Assistance from the C++ Standards Foundation. If you have an employer but that employer will not cover the full cost, you have papers to present (yours or on behalf of others) and similar, you can apply for Travel Assistance.
I will talk about Travel Assistance, because that is what I have applied for and successfully received. A huge thanks to the Standard C++ Foundation for making something like this available! I can only hope that my work will continue to be things that they need, and that I can continue to write papers and do work on behalf of the C++ Community to move our various industries forward...
By Adrien Hamelin | Jan 7, 2019 12:01 PM | Tags: community
New way to program?
REPL (Read-Eval-Print-Loop) in C++: hands-on session
by Pascal Thomet
From the article:
A Read-Eval-Print-Loop (REPL) enables to leverage very rapid and robust application development, prototyping and testing. This kind of development environment originates from the early days of functional programming (Lisp machines and the like), and is common in functional and scripting languages.
As a compiled language, C++ was out of the loop for a long time...
By robwirving | Jan 4, 2019 04:07 PM | Tags: None
Episode 181 of CppCast the first podcast for C++ developers by C++ developers. In this episode Rob and Jason are joined by Isabella Muerte to discuss her experience presenting multiple papers at her first ISO meeting in San Diego and her thoughts on Merged Modules.
CppCast Episode 181: ISO Papers and Merged Modules with Isabella Muerte
by Rob Irving and Jason Turner
About the interviewee:
Isabella Muerte is a C++ Bruja, Build System Titan, and an open source advocate. She cares deeply about improving the workflow and debugging experience the C++ community currently has and is designing and implementing an experimental next-generation build system called Coven based on ideas mentioned in her CppCon 2017 talk "There Will Be Build Systems", while also simultaneously ripping CMake apart and putting it back together again with a library titled IXM. She recently launched aliasa.io, a small URL routing service intended for the CMake FetchContent module. She enjoys playing Destiny 2, acquiring tattoos, and is currently trying to master the five elements of earth, wind, water, fire, and gun (but she makes no promises). She bows to no entity but the terrifying Eldritch Daystar we call the "sun", and hopes to one day own two german shepherds named Rip and Tear.