函数索引可以根据用户定义的类型创建。
TSQL使用另一个用户定义的类型创建一个表?
这两种序列都可以不包含元素、用户定义的类型,但可以包含其它序列。
Both types of sequences may contain no elements, user-defined types, or they may contain other sequences.
类:用户定义的类型。一个类的声明建立了一个新的类的对象。
A programmer-defined type. A class definition creates a new class object.
序列可以包含所有类型的元素,不管是基本类型还是用户定义的类型。
Sequences may contain elements of all types whether fundamental types or user-defined.
不过本章我还是都使用“实例”这个词,这样就更能体现出咱们在谈论的是用户定义的类型。
But in this chapter I use "instance" to indicate that I am talking about a programmer-defined type.
Haskell中最突出的三种数据结构是:tuple、列表(list)和用户定义的类型。
The three most prominent data structures in Haskell are tuples, lists, and user-defined types.
我们要来研究一些更有用的类,更加复杂的映射如和enum和union ,以及用户定义的类型。
We will look at helper classes, more complex mappings like enum and union, and user-defined types.
常数可以是整数、字符、浮点数、字符串、Boolean、octet或枚举型,但不能是any类型或用户定义的类型。
Your constants can be integer, character, floating-point, string, Boolean, octet or enumerated but not of type any or a user-defined type. Here are some examples.
您甚至可能希望创建用户定义的类型以便将确切的所需选项传递到每个函数,这样将允许每个函数的执行使用一组不同的选项。
You may even want to create a user-defined type to pass the exact required options to each of the functions, which would allow each execution of a function to use a different set of options.
可以将属性类型定为基本类型(例如,Integer或String)或复杂数据类型(例如,用户定义的类型,如Order和CreditCard)。
The attribute types can be basic (for example, Integer, String) or complex data types (for example, the user-defined types like Order and CreditCard).
这是一个在SOAP请求中使用用户定义数据类型的示例。
This is an example of employing user defined data types in SOAP requests.
关键词搜索可在不同的参数(比如文档类型、类别、用户和通过属性表定义的定制元数据)上执行。
The keyword search can be executed on different parameters such as document type, categories, user, and custom metadata defined through the property sheet.
联合成员可以是任何类型,包括用户定义的复杂类型。
The union member can be any type, including user-defined complex types.
内容类型允许用户定义将为实体收集并存储的字段值。
A content type allows users to define what field values are collected and stored for an entity.
类型化表是一个使用用户定义的结构化类型定义的表。
A typed table is a table that is defined with a user-defined structured type.
例如,表可能依赖于用户定义的不同类型;检查约束依赖于函数;视图依赖于视图、别名和函数;等等。
For example, tables may depend on user-defined distinct types; check constraints depend on functions; views depend on views, aliases, and functions; and so on.
目标SOAP可实现用户定义的数据类型,提供指定接收者的功能、消息特定的处理控制以及其他功能,从而对XML - RPC进行了扩展。
Goals SOAP extends XML-RPC by implementing user defined data types, the ability to specify the recipient, message specific processing control, and other features.
作为可选项,也有可能支持用户自定义类型,这将极大的简化所要求的表达式。
It may optionally support user defined types, which can greatly simplify the required expressions.
用户定义他们的需求类型的能力。
The ability for users to define their own requirement types.
对于包含用户定义数据类型的表,除非所有EnterpriseReplication节点上存在相同的UDT定义,否则不能这样做。
This cannot be done for tables that contain user-defined data types unless the same UDT definition exists on all Enterprise Replication nodes.
可以使用系统编目视图来轻松地检索关于用户定义数据类型或例程的信息。
You can use the system catalog views to easily retrieve information about user-defined data types or routines. For example
重复最后三个步骤,添加另一元素SupplierBQuote,并将其设置为用户定义的复杂类型SupplierBSchema:Product。
Repeat the last three steps to add another element SupplierBQuote with the user-defined complex type SupplierBSchema:Product.
导入定义类型的用户(信号参数)。
索引扩展(与用户定义的结构化类型相关)。
最后,我简述了用户定义数据类型的主题,它是一个需要我们仔细学习的高级主题。
Finally, I briefly covered the topic of user-defined data types, which is an advanced topic that needs detailed study.
危机对更加复杂的设计建模,除了逻辑型,字符串型,整数型,用户自定义的数据类型,您可以对更加复杂的问题建模。
To model more complex designs, you can type tags by stereotypes and meta-classes, in addition to Boolean, string, integer, user-defined data type, and terms.
我们可以处理两种类型的异常:用户定义的阈值异常和针对死锁的事件异常。
We can process both types of exceptions, the threshold exceptions that are user-defined and the event exceptions for deadlocks.
结构化数据类型是一种用户定义的数据类型,它包含了一系列的属性,每一个属性都有一个数据类型。
A structured data type is a form of user-defined data type that contains a sequence of attributes, each of which has a data type.
这些属性要么直接由原始XSD数据类型添加,要么与特定用户模式之中定义的其他类型相联系。
These attributes are either added directly by primitive XSD data types or associated by other types defined in user-specific schemas.
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