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Why is the standard C# event invocation pattern thread-safe without a memory barrier or cache invalidation? What about similar code?

score 957 · Answer 1 · 2024-12-29 06:08:36

5

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957

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Why is the standard C# event invocation pattern thread-safe without a memory barrier or cache invalidation? What about similar code?

957 views Asked by Andrew Russell At 29 December 2024 at 06:08

score 768 · Answer 2 · 2024-12-29 06:04:51

Does C++11 guarantee memory ordering between a release fence and a consume operation?

768 views Asked by Edmund At 29 December 2024 at 06:04

score 4548 · Answer 3 · 2025-01-02 02:17:16

Memory barriers force cache coherency?

4.5k views Asked by Wad At 02 January 2025 at 02:17

score 286 · Answer 4 · 2025-01-02 02:17:41

Spin locked stack and memory barriers (C++)

286 views Asked by sribin At 02 January 2025 at 02:17

score 591 · Answer 5 · 2025-01-02 02:23:49

Lock-free stack: visibility issue when checking hazard pointers during pop()?

591 views Asked by Enrico M. Crisostomo At 02 January 2025 at 02:23

score 433 · Answer 6 · 2025-01-02 02:19:20

Is deadlock possible in this simple scenario?

433 views Asked by Junekey Jeon At 02 January 2025 at 02:19

score 419 · Answer 7 · 2025-01-02 02:16:39

Are memory fences required here?

419 views Asked by Bernard At 02 January 2025 at 02:16

score 519 · Answer 8 · 2025-01-02 02:25:11

lock-free synchronization, fences and memory order (store operation with acquire semantics)

519 views Asked by Ferenc At 02 January 2025 at 02:25

score 251 · Answer 9 · 2025-01-02 02:18:59

C Variable Not Updating on Thread Iteration

251 views Asked by Johnny Thompson At 02 January 2025 at 02:18

score 881 · Answer 10 · 2025-01-02 02:23:39

Do I need to use volatile keyword for memory access in critical section?

881 views Asked by Robotbugs At 02 January 2025 at 02:23

TechQA.

List Question

Why is the standard C# event invocation pattern thread-safe without a memory barrier or cache invalidation? What about similar code?

Does C++11 guarantee memory ordering between a release fence and a consume operation?

Memory barriers force cache coherency?

Spin locked stack and memory barriers (C++)

Lock-free stack: visibility issue when checking hazard pointers during pop()?

Is deadlock possible in this simple scenario?

Are memory fences required here?

lock-free synchronization, fences and memory order (store operation with acquire semantics)

C Variable Not Updating on Thread Iteration

Do I need to use volatile keyword for memory access in critical section?

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