如果您感到困惑，那只要记住状态表示堆栈配置。
If you're feeling confused, just remember that states represent a stack configuration.
firstpos和lastpos是给定堆栈配置中xml节点集。
Firstpos and lastpos are the set of XML nodes in a given stack configuration.
如果您记得每种状态表示一个堆栈配置，则理解算法的这一部分是较容易的。
It's easier to understand this portion of the algorithm if you remember that each state represent a certain stack configuration.
换句话说，要构建DFA，需要分配的状态数量与可能的堆栈配置数量相同，并且需要计算所有这些状态间的转换函数。
In other words, to build the DFA, you need to allocate as many states as there are possible stack configurations and compute the transition function between all these states.
事实上，如果跟踪该算法的过程，就会认识到它构建一个所有可能的堆栈配置以及在这些配置间的转换的列表。
In fact, if you were to trace this algorithm, you would realize that it builds a list of all the possible stack configurations and the transitions between them.
在该图中的各种状态中，每一种表示了该堆栈的一种配置。
The various states in the diagram each represent one configuration of the stack.
它使用服务和组件来构建特定配置——其中一个是完全的J2EE堆栈。
It works with the services and components to build specific configurations — one of which is a full J2EE stack.
另外还包含的工具有用于处理框架版本问题的应用配置工具，一个远程性能监视器，一个堆栈查看器和一个网络日志查看器等。
Also included is an app configuration tool for dealing with framework versioning issues, a remote performance monitor and heap viewer, and a network log viewer.
Stacksize也是一个极其重要的配置参数，它指示了数据库服务器为每个活动线程指派的初始堆栈的大小。
Stacksize is also a very important configuration parameter that indicates the initial stack size the database server assigns to each active thread.
WCF通过引入绑定的方式允许对通道堆栈进行便捷的配置与定义。
WCF allows to easily configure and define a channel stack by introducing bindings.
Axis2代码也使用这个库，因此这两个堆栈的WS - Security配置细节有一些相似之处。
This is the same library used by the Axis2 code, and consequently some of the WS-Security configuration details are similar between the two stacks.
现在，该堆栈有两个元素：simpara和ulink ，这是对 simpara/ulink的配置。
The stack now has two elements: simpara and ulink, which is the configuration for simpara/ulink.
本文介绍了CXFWeb服务堆栈使用JAXB 2 .x数据绑定和对JAX - WS 2 . x注释进行配置的基础知识。
In this article you've seen the basics of using JAXB 2.x data binding and JAX-WS 2.x annotation-based configuration with the CXF web services stack.
除了JAX - WS注释之外，Spring还用于cxf堆栈的所有配置，包括CXF内部消息流的组织。
Aside from JAX-WS annotations, Spring is used for all configuration of the CXF stack, including the organization of message flows internal to CXF.
与这些堆栈一样，CXF 也使用WS-SecurityPolicy配置WS-Security 安全处理（也可以手工配置）。
Similar to these other stacks, CXF uses WS-SecurityPolicy to configure WS-Security handling (though manual configuration is also possible).
并且在获得此性能成果的过程中，您还将看到在这三个堆栈上配置WS -SecureConversation的细节。
Along the way to the performance results, you'll also see the details of configuring WS-SecureConversation on the three stacks.
您可以将虚拟设备视为一个软件堆栈，这个软件堆栈包含目标应用程序、库、服务配置、相关数据和操作系统。
You can think of a virtual appliance, then, as a software stack that incorporates the target applications, libraries, services, configuration, relevant data, and operating system.
同其他堆栈一样，CXF使用由可配置组件组成的请求和响应处理流。
Like the other stacks, CXF USES request and response processing flows composed of configurable components.
为了当前阶段成功完成，将安装和配置支持流程开发的每个阶段的基础堆栈。
The technology stack supporting each phase of process development is installed and configured for whenever the current phase requires the tools and products for its successful execution.
为错误报告指定自定义堆栈转储配置。
Provides methods that allow the host to configure custom stack dumps for error reporting.
这是基于网络集成商需要支持并发堆栈和冗余10gbe上行链路而专门配置的。
This specific configuration is required by network integrators to support concurrent stacking and redundant 10gbe uplinks.
这是基于网络集成商需要支持并发堆栈和冗余10gbe上行链路而专门配置的。
This specific configuration is required by network integrators to support concurrent stacking and redundant 10gbe uplinks.
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