现在,看看如何访问基本数据类型和派生数据类型的参数。
Now, take a look at how to access basic and derived data types of arguments.
表5给出了Linux上与Solaris上不同的一些派生数据类型。
Table 5 shows some of the derived data types on Linux that are different from those on Solaris.
派生数据类型是已有的基本类型或其他派生类型的一个派生物或结构。
A derived data type is a derivative or structure of existing base types or other derived types.
在一个系统中有两种不同类型的数据类型:基本数据类型(basicdata type)和派生数据类型(derived datatypes)。
There are two different classes of data types available on a system: base data types and derived data types.
数据类型可以是简单、复杂、派生或者数组类型。
使用极大或极小的数字或者模仿从数值类型派生的私有数据类型。
Using very large or very small Numbers or emulating private data-types derived from numeric types.
要想访问派生的数据类型,应该使用copy_userdata函数,它把所需的数据从非vue变量(也就是从参数指向的内存)复制到Vue脚本变量。
To access derived data types, you use the copy_userdata function, which copies the required data from a non-vue variable, that is, from memory pointed by an argument to a vue script variable.
联合数据类型必须从原子数据类型或列表数据类型派生。
A union data type must be derived from an atomic or list data type.
这意味着所有其他数据类型和对象类型都是直接或最终由它派生的。
This means that all other data types and object types are derived from it, either directly or ultimately.
联合数据类型必须从原子数据类型或列表数据类型派生。
A list data type must be derived from an atomic or union data type.
联合数据类型必须从原子数据类型或列表数据类型派生。
A list data type must be derived from an atomic or union data type.
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