High Level Type System including.
高级类型系统包括以下内容。
保存类型系统。
Figure 3 shows the complete type system.
图3显示了完整的类型系统。
To create the type system, follow these steps.
遵循以下步骤创建类型系统。
It can also describe the payload data using a type system.
它还可以用一个类型系统描述有效负载数据。
Lua's type system is reasonably simple, but quite flexible.
Lua的类型系统非常简单，但很灵活。
An excellent type system that's only there when you need it.
一个仅当你需要的时候才出现的优秀的类型系统。
However, the methods described use only the basic type system.
然而，所述方法仅使用基本类型系统。
How can we extend the type system so that we don't have to circumvent it?
我们该如何扩展该类型系统，从而不必回避它呢？
Fan USES a static type system also - but as just one tool in the toolbox.
Fan也使用静态类型系统——但只作为工具栏上的一个工具而已。
We'll learn more about structural types in Chapter 12, The Scala type System.
我们会在《第12章-scala类型系统》学习更多有关结构类型的内容。
The type system contains information about annotation types and their features.
类型系统包含注释类型及其特征。
We'll discuss type erasure in more detail in Chapter 12, The Scala type System.
我们会在《第12章-scala类型系统》详细讨论类型消除。
This Jam idiosyncrasy is necessary to preserve the soundness of the type system.
这个jam特性是保护类型系统的稳固性所必不可少的。
Mapping the XML type system to the native language type system has two disadvantages.
将XML类型系统映射为原生语言的类型系统有两方面的劣势。
The annotation types used in the new rules must exist as part of the UIMA type system.
新规则中使用的注释类型必须成为uima类型系统的一部分。
The connection, inputs, and outputs are defined by UIMA through a hierarchical type system.
UIMA通过一个层级类型系统定义连接、输入和输出。
The type system by itself is not expressive enough to capture all of the intended invariants.
类型系统自身并没有表现得能够捕获所有计划的不变量。
Most work is certainly the type system, and unfortunately it's also the least interesting part.
类型系统的工作很多，同时也是最无趣的部分。
This modeling concept is part of the Advanced maturity level "Consumable Type System" capability.
这个建模概念是高级成熟度级别“可消费的类型系统”能力的一部分。
A constraint mechanism can be an XML schema, a type system, or even some custom programming code.
约束机制可以是XML模式、类型系统甚至自定义的程序代码。
The message and data schemas used in services and processes must also be part of this type system.
在服务和流程中使用的消息和数据的模式同样也必须是这个类型系统的一部分。
The first of these is to use the SOAP WSDL binding with XML Schema as the type system with literal usage.
这些技术中的第一个是使用利用了XMLSchema 的SOAPWSDL绑定作为文字使用的类型系统。
This provides the flexibility in type system design to map null objects to their corresponding XML types.
这就为类型系统设计提供了将空(null)对象映射为其对应的xml类型的灵活性。
To understand most of the methods described in this article, you must understand the XSLT v2 type system.
为了理解本文中描述的大多数方法，您必须理解XSLTv 2类型系统。
Erasing in this manner introduces holes in the type system that limit how we can safely use generic types.
以这种方式进行擦除在类型系统中引入了缺陷，这些缺陷限制我们使用泛型类型的安全性。
The utility of wildcards in the type system comes partially from the fact that generic types are not covariant.
通配符在类型系统中的作用部分来自其不会发生协变（covariant）这一特性。
For example, you might want to use another generic type system such as Service Data Object (SDO) (see Resources).
例如，你可能希望使用另外一种通用类型系统如服务数据对象(SDO)(参见参考资料)。
The type system in particular provides you with probably unintended but quite useful error-trapping possibilities.
具体来说，类型系统为您提供了可能未预料到，但非常有用的错误捕捉可能性。
The type system in particular provides you with probably unintended but quite useful error-trapping possibilities.
具体来说，类型系统为您提供了可能未预料到，但非常有用的错误捕捉可能性。
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