Denis Yaroshevskiy - my first SIMD - Meeting C++ online
A talk on implementing STL Algorithms with SIMD
Denis Yaroshevskiy - my first SIMD - Meeting C++ online
basics
Teresa Johnsons Meeting C++ 2020 Center Keynote: ThinLTO Whole Program Optimization
Taking a look at next weeks keynote by Teresa Johnson
Teresa Johnsons Center Keynote: ThinLTO Whole Program Optimization: Past, Present and Future
by Jens Weller
From the article:
Whole program optimization enables higher performance in C++ applications, because of the expanded scope for analysis and optimization. Traditionally, whole program optimization is not scalable in memory or time, and doesn't support effective incremental builds. ThinLTO (Thin Link Time Optimization) is a new compilation model that...
A look at next weeks Meeting C++ 2020 online conference
Looking at how next weeks Meeting C++ 2020 will be online
A look at next weeks Meeting C++ 2020 online conference
by Jens Weller
From the article:
First, Meeting C++ 2020 is an online conference, the planned onsite part is canceled. More about this in the last paragraph, as first, lets look whats happening next week!
The online part
Next weeks conference will consist of two tracks hosted in remo, one for talks and one for communication/networking/live video chat...
Jonathan Boccaras Meeting C++ 2020 opening keynote: meta-polymorphism
Some details for the opening keynote of Meeting C++ 2020 in two weeks!
Jonathan Boccaras Meeting C++ 2020 opening keynote: meta-polymorphism
by Jens Weller
From the article:
When you hear polymorphism you may think virtual functions, but this is just one speck of dust in the polymorphism universe.
Adding ask me anything to Meeting C++ 2020
Some news about this years Meeting C++ conference: we'll have 2 AMAs!
Adding ask me anything to Meeting C++ 2020
by Jens Weller
From the article:
Some news on Meeting C++ 2020! Attendees will be able to attend AMA sessions with...
During CppCon I noticed how well AMA sessions went and that they are a great feature for an online conference. And for some time I knew that this years conference has some extra space for content due to its online nature.
Making Iterators, Views and Containers Easier to Write with Boost.STLInterfaces - Zach Laine
Zach Laine spoke at the Meeting C++ online group in the beginning of September:
Making Iterators, Views and Containers Easier to Write with Boost.STLInterfaces - Zach Laine
by Zach Laine
Refactoring from single to multi purpose
Working on an old project, it came to my mind that I do this refactoring from one static path to multiple options for the 2nd time this year...
Refactoring from single to multi purpose
by Jens Weller
From the article:
For the second time this year I'm refactoring a program from a single purpose to have two or more modes of operation. Both times the start and end result is similar, just the processing is different. A classic case of using polymorphism.
The first program was a tool to process videos from speakers, find a face and export the subframe around it into a new video. The first mode was a good approach to test it, and gave results for some speakers. The second mode did a complete scan first, and then gave a smoother video for some videos. Still, both modes had to be retained...
Meeting C++ is looking for Sponsors!
Meeting C++ is looking for sponsors for Meeting C++ 2020 in November
Meeting C++ is looking for sponsors!
by Jens Weller
From the article
With Meeting C++ 2020 slowly taking shape, I decided to also make sponsoring of this years conference available!
Accepted Talks for Meeting C++ 2020
The programme of Meeting C++ 2020 has been released today!
Meeting C++ 2020 programme & online tickets available!
by Jens Weller
From the article:
Two Sundays ago the voting on this years submissions ended, and with today I'm able to share the talks for Meeting C++ 2020 with you!
Quick Q; Recursive unordered_map
Quick A: there is no guarantee for a container to work with incomplete types.
Recently on SO:
Recursive unordered_map
STL containers are not required to work with incomplete types. If you don't mind extra indirection, then the workaround is
std::map<int, std::unique_ptr<Node>>.