COM asynchronous interfaces, part 9: Asynchronous release, assembling a solution
Источник: The Old New Thing
Источник: The Old New Thing
The Old New Thing
COM asynchronous interfaces, part 9: Asynchronous release, assembling a solution
Last time, we learned about the complex juggling required in order to accomplish a successful asynchronous release. Let’s try to put them together. One of the things we need to do is aggregate the call object so that we can learn when the call has completed.
Pure Virtual Cast // Евгений Мельников и Дмитрий Дмитриев // 24.02.2022 #cpp
Источник: C++ User Group
Источник: C++ User Group
YouTube
Pure Virtual Cast // Евгений Мельников и Дмитрий Дмитриев // 24.02.2022 #cpp
Ближайшая конференция: С++ Russia 2023, 11–12 мая (Online), 23–24 мая (Offline)
Подробности и билеты: https://bit.ly/3Fd9qlf
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Гости выпуска: Евгений Мельников и Дмитрий Дмитриев — создатели "дорожной карты" для изучения C++: https://salmer.github.io/C…
Подробности и билеты: https://bit.ly/3Fd9qlf
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Гости выпуска: Евгений Мельников и Дмитрий Дмитриев — создатели "дорожной карты" для изучения C++: https://salmer.github.io/C…
Open letter for new C++ scope/charter. -- René Ferdinand Rivera Morell
Источник: isocpp.org (Standard C++)
Источник: isocpp.org (Standard C++)
Deep-learning surrogate models in ParaView: Viewing inference results and monitoring the training process in real time with Catalyst.
Источник: Kitware Blog
Источник: Kitware Blog
Kitware
Deep-learning surrogate models in ParaView: Viewing inference results and monitoring the training process in real time with Catalyst.
This article describes two recent developments concerning the integration of Deep-learning techniques in ParaView. First, ParaView has been adapted to visualize the results produced by a deep-learning-based surrogate model in real time. Next, Catalyst has…
Hazard Pointer Synchronous Reclamation Beyond Concurrency TS2 - Maged Michael - CppCon 2021
Источник: CppCon
Источник: CppCon
YouTube
Hazard Pointer Synchronous Reclamation Beyond Concurrency TS2 - Maged Michael - CppCon 2021
https://cppcon.org/
https://github.com/CppCon/CppCon2021
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The hazard pointer deferred reclamation technique supports low-latency access to dynamic objects by deferring the reclamation of objects that may be removed while being accessed concurrently until…
https://github.com/CppCon/CppCon2021
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The hazard pointer deferred reclamation technique supports low-latency access to dynamic objects by deferring the reclamation of objects that may be removed while being accessed concurrently until…