June 16-21, Sofia, Bulgaria
September 13-19, Aurora, CO, USA
October 25, Pavia, Italy
November 6-8, Berlin, Germany
November 3-8, Kona, HI, USA
By Adrien Hamelin | Jul 16, 2020 12:03 PM | Tags: basics
Quick A: Do you need it?
Recently on SO:
Is it possible to make template specialization for zero template arguments?
If T is used only for the constructor, you don't need to template the whole class;
By Meeting C++ | Jul 14, 2020 06:40 AM | Tags: meetingcpp community c++20 c++17 basics
The yearly voting for the program of the yearly Meeting C++ Conference has started!
The voting on the talks for Meeting C++ 2020 begins!
by Jens Weller
From the article:
With today, you can start to vote on all submitted talks for Meeting C++ 2020! As 2020 is a bit special, it is less talks, but also this years conference will only feature one track, the voting will give me guiding in which talks to choose from speakers with multiple talks, but also will help to see which other speakers might should make it to the conference. Unlike prior years the main track can't be the mostly consisting out of the most popular talks of the voting.
By Hitesh Kumar | Jul 11, 2020 01:26 PM | Tags: c++11
C++11 scoped enums deep dive and comparison with C++98 unscoped enums.
Scoped (class) enums: fundamentals and examples
by Hitesh Kumar
From the article:
Scoped enums (enum class/struct) are strongly typed enumerations introduced in C++11. They address several shortcomings of the old C-style (C++98) enums, mainly associated with type-safety and name collisions.
By Adrien Hamelin | Jul 8, 2020 01:31 PM | Tags: c++20
The series continue.
Designated Initializers
by Rainer Grimm
From the article:
Designated initialization is an extension of aggregate initialization and empowers you to directly initialize the members of a class type using their names...
By Adrien Hamelin | Jul 8, 2020 01:26 PM | Tags: community
Did you get up to date?
C++20 Features and Fixes in VS 2019 16.1 through 16.6
by Stephan T. Lavavej
From the article:
We’ve been busy implementing C++20 features in MSVC’s compiler and Standard Library, and migrating the latter to microsoft/STL on GitHub – in fact, we’ve been so busy that we haven’t posted a C++ toolset changelog since the VS 2019 16.0 toolset changelog. So, here are the compiler features and STL features/fixes that have shipped for production use in the last year.
As a reminder, the /std:c++17 and /std:c++latest compiler options are necessary to use C++17 and C++20 features...
By philsquared | Jul 8, 2020 11:00 AM | Tags: None
With less than two weeks to go before the conference (in fact only one week before the first workshop), we have some big announcements!
Full schedule, Nico Josuttis Keynote and Remo as a platform
by C++ on Sea
From the article:
After evaluating many options, including building our own solution (from component parts), we have settled on a fairly new system called Remo. What we love about Remo is that it's the closest thing we've found to recreating the experience of being at a physical event
By Andrey Karpov | Jul 6, 2020 04:39 AM | Tags: static code analysis pvs-studio godbolt compiler explorer
Now you can quickly and easily analyze the code for errors right on the godbolt.org site (Compiler Explorer). This feature opens up a large number of new possibilities – from quenching curiosity about the analyzer's abilities to being able to quickly share check results with a friend. Caution – GIFs!
PVS-Studio is now in Compiler Explorer
by George Gribkov
From the article:
If you want to see the output of your program, you can open the execution window by clicking "Add new... - > Execution only" in the code editor (not in the compiler window). In the gif below, you can see the output of the lab work taken from our page about free usage of PVS-Studio by students and teachers.
By ganncamp | Jul 2, 2020 01:50 PM | Tags: None
With recent releases SonarQube and SonarCloud offer expanded compiler support and additional security-related rules.
Improved C/C++ analysis
By Alexandre Gigleux
From the article:
There are tons of C/C++ compilers out there and we always get many requests by many users about additional compilers support. We listened and added the support of 10+ compilers to allow more developers to benefit from our C/C++ rules.
We want to help C/C++ developers to deliver code in production without vulnerabilities and more precisely we want to avoid buffer overflow to be exploited by hackers. This is why we implemented 4 rules looking at APIs that could be badly used and that open the door to buffer overflow attacks
By Adrien Hamelin | Jun 30, 2020 10:05 AM | Tags: c++17
Did you know them?
Polymorphic Allocators, std::vector Growth and Hacking
by Bartlomiej Filipek
From the article:
The concept of a polymorphic allocator from C++17 is an enhancement to standard allocators from the Standard Library.
It’s much easier to use than a regular allocator and allows containers to have the same type while having a different allocator, or even a possibility to change allocators at runtime.
Let’s see how we can use it and hack to see the growth of std::vector containers...
By Adrien Hamelin | Jun 30, 2020 10:03 AM | Tags: c++11
The series continue.
Stupid std::tuple tricks: Finding a type in a tuple
by Raymond Chen
From the article:
Given a tuple, you can extract the type of the Nth element in the tuple with the help of std::tuple_element_t<N, Tuple>...