Lock_Guard In Const Function at George Darryl blog

Lock_Guard In Const Function. If you need more flexibility (e.g., unlocking within the scope or using condition variables), opt for std::unique_lock. Acquires ownership of the given mutex m. It doesn't matter if the lock guard is const or not, because that has nothing to do with the ability of the lock guard to modify the. Constructs a lock_guard object that keeps m locked. 1) if m is not a recursive mutex,. (3) (since c++11) acquires ownership of the given mutex m. The object manages m, and locks it (by calling m.lock()). }} // unlock on deconstruction. Lock_guard( const lock_guard& ) = delete; } // lock on construction. 2) acquires ownership of the mutex m without. A lock guard is an object that manages a mutex object by keeping.</p>

c++积累5lock_guard使用_c++ lockguardCSDN博客
from blog.csdn.net

1) if m is not a recursive mutex,. It doesn't matter if the lock guard is const or not, because that has nothing to do with the ability of the lock guard to modify the. Constructs a lock_guard object that keeps m locked. If you need more flexibility (e.g., unlocking within the scope or using condition variables), opt for std::unique_lock. A lock guard is an object that manages a mutex object by keeping.</p> Acquires ownership of the given mutex m. }} // unlock on deconstruction. The object manages m, and locks it (by calling m.lock()). 2) acquires ownership of the mutex m without. (3) (since c++11) acquires ownership of the given mutex m.

c++积累5lock_guard使用_c++ lockguardCSDN博客

Lock_Guard In Const Function } // lock on construction. Acquires ownership of the given mutex m. 2) acquires ownership of the mutex m without. } // lock on construction. Lock_guard( const lock_guard& ) = delete; }} // unlock on deconstruction. A lock guard is an object that manages a mutex object by keeping.</p> If you need more flexibility (e.g., unlocking within the scope or using condition variables), opt for std::unique_lock. 1) if m is not a recursive mutex,. Constructs a lock_guard object that keeps m locked. It doesn't matter if the lock guard is const or not, because that has nothing to do with the ability of the lock guard to modify the. (3) (since c++11) acquires ownership of the given mutex m. The object manages m, and locks it (by calling m.lock()).

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