compile-time type造句
例句與造句
- Generic types enforce compile - time type checking
泛型類型強(qiáng)制實(shí)施編譯時(shí)類型檢查。 - The other limitation is lack of compile - time type checking ; since an
另一個(gè)限制是缺少編譯時(shí)類型檢查；因?yàn)?/li> - This allows for compile - time type checking as well as performance optimizations
這樣就支持了編譯時(shí)類型檢測(cè)和性能優(yōu)化。 - The compile - time type of the initializer expression cannot be the null type
在編譯時(shí)刻構(gòu)造者表達(dá)式的類型不能為null類型。 - If the local variable declaration includes multiple declarators , the initializers must all have the same compile - time type
如果局部變量聲明包含了多個(gè)聲明符，這些聲明符必須具備同樣的編譯期類型。 - It's difficult to find compile-time type in a sentence. 用compile-time type造句挺難的
- If the local variable declaration includes multiple declarators , the initializers must all have the same compile - time type
如果本地變量聲明包含多種聲明者，那么構(gòu)造者必須都具有相同的編譯時(shí)刻類型。 - You can then treat each named value as an instance of that class , providing you with compile - time type safety that a named set of integers can t
然后，可以將每個(gè)指定的值看作是那個(gè)類的一個(gè)實(shí)例，這為您提供了指定的整數(shù)集合所無法提供的編譯時(shí)類型安全。 - A variable is a storage location and has an a ociated type , sometimes called its compile - time type , that is either a primitive type ( 4 . 2 ) or a reference type ( 4 . 3 )
變量是關(guān)聯(lián)于特定類型的存儲(chǔ)單元，所關(guān)聯(lián)的類型有時(shí)叫做變量的編譯時(shí)類型，即，既可以是簡(jiǎn)單類型也可以是引用類型。 - A variable is a storage location and has an associated type , sometimes called its compile - time type , that is either a primitive type ( 4 . 2 ) or a reference type ( 4 . 3 )
變量是關(guān)聯(lián)于特定類型的存儲(chǔ)單元，所關(guān)聯(lián)的類型有時(shí)叫做變量的編譯時(shí)類型，即，既可以是簡(jiǎn)單類型也可以是引用類型。 - A variable is a storage location and has an associated type , sometimes called its compile - time type , that is either a primitive type ( @ sect ; 4 . 2 ) or a reference type ( @ sect ; 4 . 3 )
變量是關(guān)聯(lián)于特定類型的存儲(chǔ)單元，所關(guān)聯(lián)的類型有時(shí)叫做變量的編譯時(shí)類型，即，既可以是簡(jiǎn)單類型也可以是引用類型。 - While a bit ugly because it loses the advantages of compile - time type checking , this approach is preferable to requiring the presence of many dependent libraries when deploying reusable aspects
雖然有些別扭（因?yàn)樗チ司幾g時(shí)類型檢查的好處） ，但是這種方法對(duì)于部署可重用方面時(shí)要求有許多依賴庫的情況更有利。 - Generics are useful because they provide stronger compile - time type checking , require fewer explicit conversions between data types , and reduce the need for boxing operations and run - time type checks
泛型相當(dāng)有用，因?yàn)樗麄兲峁?qiáng)制的編譯時(shí)類型檢查，要求更少的數(shù)據(jù)類型之間的顯式轉(zhuǎn)換，并減少裝箱拆箱的操作和運(yùn)行時(shí)類型檢查。