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#cpp26 — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #cpp26, aggregated by home.social.

  1. What can C++ developers expect from C++26 and beyond?

    In this final part of the interview, Nicolai Josuttis and Jesper Pedersen talk about C++26, the feature freeze process, Contracts, the growing role of Reflection, and more.

    Watch here: youtube.com/watch?v=2vsSJNWAiDw


    youtube.com/watch?v=2vsSJNWAiDw

  2. What can C++ developers expect from C++26 and beyond?

    In this final part of the interview, Nicolai Josuttis and Jesper Pedersen talk about C++26, the feature freeze process, Contracts, the growing role of Reflection, and more.

    Watch here: youtube.com/watch?v=2vsSJNWAiDw

    #CPlusPlus #CPP #Cpp26 #Cpp29 #ModernCpp
    youtube.com/watch?v=2vsSJNWAiDw

  3. What can C++ developers expect from C++26 and beyond?

    In this final part of the interview, Nicolai Josuttis and Jesper Pedersen talk about C++26, the feature freeze process, Contracts, the growing role of Reflection, and more.

    Watch here: youtube.com/watch?v=2vsSJNWAiDw

    #CPlusPlus #CPP #Cpp26 #Cpp29 #ModernCpp
    youtube.com/watch?v=2vsSJNWAiDw

  4. What can C++ developers expect from C++26 and beyond?

    In this final part of the interview, Nicolai Josuttis and Jesper Pedersen talk about C++26, the feature freeze process, Contracts, the growing role of Reflection, and more.

    Watch here: youtube.com/watch?v=2vsSJNWAiDw

    #CPlusPlus #CPP #Cpp26 #Cpp29 #ModernCpp
    youtube.com/watch?v=2vsSJNWAiDw

  5. What can C++ developers expect from C++26 and beyond?

    In this final part of the interview, Nicolai Josuttis and Jesper Pedersen talk about C++26, the feature freeze process, Contracts, the growing role of Reflection, and more.

    Watch here: youtube.com/watch?v=2vsSJNWAiDw

    #CPlusPlus #CPP #Cpp26 #Cpp29 #ModernCpp
    youtube.com/watch?v=2vsSJNWAiDw

  6. Why are some C++ standard library design issues so difficult to fix once standardized?

    Nicolai Josuttis and Jesper Pedersen discuss the design of Filter View in C++20, C++23, and C++26, and how Ranges design decisions can affect const-correctness, usability, and safety. #CPlusPlus #CPP #Cpp23 #Cpp26 #ModernCpp

    Watch here:
    youtube.com/watch?v=i2bUe7kA61w

  7. Why are some C++ standard library design issues so difficult to fix once standardized?

    Nicolai Josuttis and Jesper Pedersen discuss the design of Filter View in C++20, C++23, and C++26, and how Ranges design decisions can affect const-correctness, usability, and safety. #CPlusPlus #CPP #Cpp23 #Cpp26 #ModernCpp

    Watch here:
    youtube.com/watch?v=i2bUe7kA61w

  8. Why are some C++ standard library design issues so difficult to fix once standardized?

    Nicolai Josuttis and Jesper Pedersen discuss the design of Filter View in C++20, C++23, and C++26, and how Ranges design decisions can affect const-correctness, usability, and safety. #CPlusPlus #CPP #Cpp23 #Cpp26 #ModernCpp

    Watch here:
    youtube.com/watch?v=i2bUe7kA61w

  9. Why are some C++ standard library design issues so difficult to fix once standardized?

    Nicolai Josuttis and Jesper Pedersen discuss the design of Filter View in C++20, C++23, and C++26, and how Ranges design decisions can affect const-correctness, usability, and safety. #CPlusPlus #CPP #Cpp23 #Cpp26 #ModernCpp

    Watch here:
    youtube.com/watch?v=i2bUe7kA61w

  10. Why are some C++ standard library design issues so difficult to fix once standardized?

    Nicolai Josuttis and Jesper Pedersen discuss the design of Filter View in C++20, C++23, and C++26, and how Ranges design decisions can affect const-correctness, usability, and safety.

    Watch here:
    youtube.com/watch?v=i2bUe7kA61w

  11. Today is the 8th anniversary of C++ Insights. In my latest post, I discuss its status and the gift for this special day.

    andreasfertig.com/blog/2026/05

    #cpp26 #cppinsights

  12. Today is the 8th anniversary of C++ Insights. In my latest post, I discuss its status and the gift for this special day.

    andreasfertig.com/blog/2026/05

    #cpp26 #cppinsights

  13. Today is the 8th anniversary of C++ Insights. In my latest post, I discuss its status and the gift for this special day.

    andreasfertig.com/blog/2026/05

    #cpp26 #cppinsights

  14. Today is the 8th anniversary of C++ Insights. In my latest post, I discuss its status and the gift for this special day.

    andreasfertig.com/blog/2026/05

  15. Today is the 8th anniversary of C++ Insights. In my latest post, I discuss its status and the gift for this special day.

    andreasfertig.com/blog/2026/05

    #cpp26 #cppinsights

  16. @glloyd It crops up in other places, not just iterators. I first encountered it using a coroutine library where the promise type was a std::expected. I did the usual “how am I being stupid” for a while before I figured it wasn’t me (for once). #cpp #cplusplus #clang #cpp26

  17. @glloyd It crops up in other places, not just iterators. I first encountered it using a coroutine library where the promise type was a std::expected. I did the usual “how am I being stupid” for a while before I figured it wasn’t me (for once).

  18. @glloyd It crops up in other places, not just iterators. I first encountered it using a coroutine library where the promise type was a std::expected. I did the usual “how am I being stupid” for a while before I figured it wasn’t me (for once). #cpp #cplusplus #clang #cpp26

  19. @glloyd It crops up in other places, not just iterators. I first encountered it using a coroutine library where the promise type was a std::expected. I did the usual “how am I being stupid” for a while before I figured it wasn’t me (for once). #cpp #cplusplus #clang #cpp26

  20. @glloyd It crops up in other places, not just iterators. I first encountered it using a coroutine library where the promise type was a std::expected. I did the usual “how am I being stupid” for a while before I figured it wasn’t me (for once). #cpp #cplusplus #clang #cpp26

  21. Two more results. This time without using std::simd. One uses a plain loop over C[i, j] += A[i, k] * B[k, j] (in the inner kernel—it is still blocked over all levels of the cache hierarchy).

    This is ~10–30x slower.

    1/2

    #stdsimd #cpp26 #simd

  22. Two more results. This time without using std::simd. One uses a plain loop over C[i, j] += A[i, k] * B[k, j] (in the inner kernel—it is still blocked over all levels of the cache hierarchy).

    This is ~10–30x slower.

    1/2

    #stdsimd #cpp26 #simd

  23. Two more results. This time without using std::simd. One uses a plain loop over C[i, j] += A[i, k] * B[k, j] (in the inner kernel—it is still blocked over all levels of the cache hierarchy).

    This is ~10–30x slower.

    1/2

    #stdsimd #cpp26 #simd

  24. ACCU on Sea 2026 SESSION ANNOUNCEMENT: Demystifying C++ initializer_list - Design, Behavior, and Best Practices by Prithvi Okade & Chandranath Bhattacharyya

    accuonsea.uk/2026/sessions/dem

    Register now at accuonsea.uk/tickets/

    #constexpr #Cpp26 #Cpp #Programming

  25. ACCU on Sea 2026 SESSION ANNOUNCEMENT: Demystifying C++ initializer_list - Design, Behavior, and Best Practices by Prithvi Okade & Chandranath Bhattacharyya

    accuonsea.uk/2026/sessions/dem

    Register now at accuonsea.uk/tickets/

    #constexpr #Cpp26 #Cpp #Programming