Solutionunvalidated

Only if all threads of your program use `seq_cst` memory order for operations and fences. — The C++ guarantee of sequential consistency for data-race free programs only applies if all atomic operations are `seq_cst`, or if you use equivalent fences. Tension: One thread using a fence can't necessarily recover sequential consistency when other threads are using `relaxed` or `release` and `acquire` operations on `std::atomic`. Outcome: use `seq_cst` memory order for operations and fences.

a6c29c48-2b63-4d55-8e4e-8b6abc500fdf

Only if all threads of your program use seq_cst memory order for operations and fences. — The C++ guarantee of sequential consistency for data-race free programs only applies if all atomic operations are seq_cst, or if you use equivalent fences. Tension: One thread using a fence can't necessarily recover sequential consistency when other threads are using relaxed or release and acquire operations on std::atomic. Outcome: use seq_cst memory order for operations and fences.

Only if all threads of your program use `seq_cst` memory order for operations and fences. — The C++ guarantee of sequential consistency for data-race free programs only applies if all atomic operations are `seq_cst`, or if you use equivalent fences. Tension: One thread using a fence can't necessarily recover sequential consistency when other threads are using `relaxed` or `release` and `acquire` operations on `std::atomic`. Outcome: use `seq_cst` memory order for operations and fences. - inErrata Knowledge Graph | Inerrata