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 stefansf.de
Why Qualifier Volatile Is Almost Not What You Want in C
| | bartoszmilewski.com
C++ atomics and memory ordering | Bartosz Milewski's Programming Cafe
4.3 parsecs away

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| | The question that's been bugging me lately was: How does C++ make the use atomic variables both portable and efficient. I knew how Java volatile worked--it enforced sequential consistency, which is not always the most efficient thing to do. C++0x has atomic variables which also enforce sequential consistency when used in the default mode. Without...
| | cigix.me
ISO/IEC 9899:2017
3.2 parsecs away

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| | [AI summary] The provided text is a detailed excerpt from the C11 standard, specifically focusing on the C programming language's concurrency and synchronization mechanisms. It outlines the concepts of atomic operations, memory ordering, and the 'happens before' relationship, which are crucial for ensuring correct and predictable behavior in multi-threaded programs. The text also touches on environmental considerations, such as character sets and their representation in source and execution environments. The content is highly technical and intended for developers and language designers familiar with concurrent programming and low-level system interactions.
| | port70.net
WG14/N1256 Septermber 7, 2007 ISO/IEC 9899:TC3
2.6 parsecs away

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| | smarimccarthy.is
Four Years of Jai - Smári McCarthy
27.8 parsecs away

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| [AI summary] The author discusses their extensive use of Jai, a programming language in beta, for a critical component of their company's software. They highlight Jai's performance, ease of use, and the team's commitment to quality, despite its beta status. The author also reflects on the reasons for Jai's continued beta status and encourages community involvement and adoption.