Welcome to new C++ Links - most important and useful articles, podcasts and videos that happen between 6th and 12th of October. Today you will find a link to Core Guidelines rules about Concepts, a long article about C++17 class template deduction and a video that shows how inline keyword is taken into account by the compiler.

Welcome to new C++ Links - most important and useful articles, podcasts and videos that happen between 29th September and 5th of October. In this week you will find two trip reports from CppCon, an article about std::any (aka modern void*), a video about std::fmt library and many more! Registration for code::dive - biggest C++ conference in Poland - is open!

I’m happy to announce that last Friday I updated the book! “C++17 In Detail” grew by 31 pages (up to 250), includes two new chapters and lots of “bug” fixes and better explanations. See what’s inside. The Changes   Here’s the short version of the release notes: – New chapter - String Conversions

Welcome to new C++ Links - most important and useful articles, podcasts and videos that happen between 22th and 28th of September. This week CppCon took place - the biggest C++ conference. In today’s list, you will find the first video from there, about future of C++, you can also see a post about removing duplicate elements from associative containers and an example of really defensive programming.

Welcome to new C++ Links - most important and useful articles, podcasts and videos that happen between 15th and 21st of September. Today you will find a link to post about “same but different” objects in C++, a video showing what code compiler generates when you write a lambda, article about why you should always capture exception by const reference and many others.

As usually, C++ needs good books and up-to-date learning resources. In this review, I’d like to present a book that should significantly enhance your knowledge of Modern C++, including C++17. Let’s see what’s inside. Disclaimer: I asked the author and got a print copy for the review. The book   Professional C++ 4th Edition

Welcome to new C++ Links - most important and useful articles, podcasts and videos that happened between 8th and 14th of September. Today you will find a link to a post about the C++ quality of life features, a video with an explanation of the difference between const and constexpr, an article that describes some of SFINAE problems and many others.

I’d like to make an experiment on the blog and introduce a new simple series. Each Friday you’ll see a summary with valuable links and resources from the C++ World. The links and annotations are coming from a guest author - Wojciech Razik - one of the co-author of cpp-polska.pl.

I’m happy to announce that just a few days ago I updated the book! “C++17 In Detail” grew by 7 pages (up to 219), includes a few new examples, new feature descriptions and lots of “bug fixes”. See what’s inside. The Changes   Here’s the short version of the release notes:

Searchers from C++17 are a new way to perform efficient pattern lookups. The new standard offers three searchers: default_searcher, boyer_moore_searcher and boyer_moore_horspool_searcher. The last two implements algorithms that require some additional preprocessing for the input pattern. Is there a chance to separate preprocessing time from the search time? Short Reminder   In my last article I’ve introduced searchers that were added into C++17.

I’m happy to present my first ebook on C++! Here’s the short story and the description of what you can find inside. The Story   At the beginning of 2017, I decided to make a super long, collaborative, post about all the new things that are coming with C++17. At that time we had quite “stable” drafts, so most of the new features were already known.

How do you initialise a string member in the constructor? By using const string&, string value and move, string_view or maybe something else? Let’s have a look and compare possible options. Intro   Below there’s a simple class with one string member. We’d like to initialise it. For example: class UserName { std::string mName; public: UserName(const std::string& str) : mName(str) { } }; As you can see a constructor is taking const std::string& str.