Simply put, generics provide compile-time type safety for collections.

简单来说，泛型为集合提供了编译时类型安全。

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Of course, you also give up the safety net of the compile-time type checking.

当然，还会失去编译时检查的安全保障。

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For the trouble, you get rock-solid performance, compile-time type checking, and a very high-level language.

虽然付出了这一点成本，但可以得到非常好的性能，编译时类型检查，以及一个非常高级的语言。

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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，可以将每个指定的值看作是那个类的一个实例，这为您提供了指定的整数集合所无法提供的编译时类型安全。

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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.

泛型相当有用，因为他们提供强制的编译时类型检查，要求更少的数据类型之间的显式转换，并减少装箱拆箱的操作和运行时类型检查。

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These operators return dynamic type information only for classes with one or more virtual functions. For all other types, information for the static (i. e. , compile-time) type is returned.

这些操作符只为带有一个或多个虚函数的类返回动态类型信息，对于其他类型，返回静态（即编译时）类型的信息。

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These operators return dynamic type information only for classes with one or more virtual functions. For all other types, information for the static (i. e. , compile-time) type is returned.

这些操作符只为带有一个或多个虚函数的类返回动态类型信息，对于其他类型，返回静态（即编译时）类型的信息。

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