resource acquisition is initialization造句

• See Resource Acquisition Is Initialization ( RAII ).
• This is known as Resource Acquisition Is Initialization.
• Manual memory management has one correctness advantage, which is that it allows automatic resource management via the Resource Acquisition Is Initialization ( RAII ) paradigm.
• Rust does not use an Java or . NET Framework, but instead Resource Acquisition Is Initialization ( RAII ), as in C + +.
• Notably, C + + does not provide this construct, since it encourages the Resource Acquisition Is Initialization ( RAII ) technique which frees resources using destructors.
• This approach is known as the Resource Acquisition Is Initialization ( RAII ) idiom, and is used in languages with deterministic memory management ( e . g.
• This is known as Resource Acquisition Is Initialization ( RAII ), and ties resource management to object lifetime, ensuring that live objects have all necessary resources.
• This is particularly common among C + + programmers, as destructors are heavily used in idiomatic C + +, following the Resource Acquisition Is Initialization ( RAII ) idiom.
• These are accessible via Resource Acquisition Is Initialization ( RAII ) locks ( std : : lock _ guard and std : : unique _ lock ) and locking algorithms for easy use.
• C + + introduces object-oriented programming ( OOP ) features to C . It offers destructors, which in turn provide support for the Resource Acquisition is Initialization ( RAII ) concept.
• The new interface effectively utilizes RAII ( Resource Acquisition is Initialization ) in the new Mutex and Lock classes to ensure Mutex s are eventually unlocked and pthread _ mutex _ t objects are automatically released.
• An alternative approach, found primarily in C + +, is Resource Acquisition Is Initialization, which uses normal stack unwinding ( variable deallocation ) at function exit to call destructors on local variables to deallocate resources.
• Comparing RAII with the finally construct used in Java, Stroustrup wrote that " In realistic systems, there are far more resource acquisitions than kinds of resources, so the " resource acquisition is initialization " technique leads to less code than use of a " finally " construct ."