unboxing 中文意思是什麼
unboxing
解釋
拆箱、拆箱轉換-
Also, boxing and unboxing do not support pointers
此外，裝箱和取消裝箱不支持指針。 -
C programming guide boxing and unboxing c programming guide
裝箱和取消裝箱（ c #編程指南） -
Boxing and unboxing c programming guide
裝箱和取消裝箱（ c #編程指南） -
Boxing and unboxing are computationally expensive processes
裝箱和取消裝箱都是需要大量運算的過程。 -
Boxing and unboxing enable value types to be treated as objects
裝箱和取消裝箱使值類型能夠被視為對象。 -
Boxing and unboxing allow any type to be treated as an object
裝箱和取消裝箱能夠使任何類型像對象一樣進行處理。 -
The following statements demonstrate both boxing and unboxing operations
以下語句同時說明了裝箱和取消裝箱操作： -
And unbox data destined for output. boxing and unboxing reduce performance
，而且還要將預定輸出的數據進行取消裝箱操作。 -
Boxing and unboxing typically occur if storing or retrieving a value type in a collection of type
類型集合中的值類型時發生。 -
The debugger expression evaluator does not support boxing and unboxing in visual c
調試器表達式運算符不支持visual c + +中的裝箱和取消裝箱。 -
Operator only considers reference conversions, boxing conversions, and unboxing conversions
運算符只考慮引用轉換、裝箱轉換和取消裝箱轉換。 -
Unboxing extracts the value type from the object
取消裝箱將從對象中提取值類型。 -
Generic types allow for the reuse of code and enhanced performance for collection classes ( due to boxing and unboxing issues )
泛型可以提高集合類的代碼重用性和執行效率（由於裝箱和坼箱操作消耗時間的內存） 。 -
Unboxing is an explicit conversion from the type
取消裝箱是從 -
Such boxing and unboxing operations add performance overhead since they involve dynamic memory allocations and run - time type checks
當他們處于動態內存分配和運行時類型檢查，裝箱拆箱操作將增加性能消耗。
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