Define a named dynamic assembly.
定义命名的动态程序集。
Saves this dynamic assembly to disk.
将这个动态组件储存至磁碟。
Define a named dynamic assembly given the evidence.
已知证据，定义命名的动态程序集。
The script engine creates a transient dynamic assembly.
脚本引擎创建瞬态动态程序集。
Dynamic assembly components are not valid in the base version.
动态组装组件在基本版本中无效。
Explains how to give a strong name to a dynamic assembly.
说明如何为动态组件提供强式名称。
Define a named dynamic assembly given the permission requests.
已知权限请求，定义命名的动态程序集。
The business context corresponding to a dynamic assembly component's invocation.
与动态组装组件的调用相对应的业务上下文。
Define a named dynamic assembly given the evidence and the permission requests.
已知证据和权限请求，定义命名的动态程序集。
A dynamic assembly can be given a strong name using partial signing or full signing.
可以使用部分签名或完全签名为动态程序集赋予强名称。
The script engine USES the reflection emit APIs to emit the code into the dynamic assembly.
脚本引擎使用反射发出API将代码发出到动态程序集中。
The following example demonstrates using full signing to give a dynamic assembly a strong name.
下面的示例阐释了使用完全签名来给动态程序集赋予强名称。
Sets the entry point for this dynamic assembly, assuming that a console application is being built.
设置此动态程序集的入口点，假设正在生成控制台应用程序。
The access mode must be specified when the dynamic assembly is defined and cannot be changed later.
定义动态组件时必须指定存取模式，并且事后不能变更。
Some scenarios require a dynamic assembly to be created and executed in a remote application domain.
某些方案要求在远程应用程序域中创建并执行动态程序集。
Describes the core reflection emit scenario, emitting a dynamic module defined in a dynamic assembly.
介绍发出在动态程序集中定义的动态模块的核心反射发出方案。
Reflection emit does not allow a dynamic assembly to be emitted directly to a remote application domain.
反射发出不允许将动态程序集直接发出到远程应用程序域。
Define a named dynamic assembly given the permission requests and the directory for saving the assembly.
已知权限请求和保存程序集的目录，定义命名的动态程序集。
The runtime USES the access mode of a dynamic assembly to optimize the assembly's internal representation.
运行时使用动态程序集的访问模式优化程序集的内部表示形式。
The runtime USES the same resolution process regardless of whether the reference is for a static or dynamic assembly.
无论引用是对静态程序集的引用还是对动态程序集的引用，运行时均使用相同的解析过程。
Define a named dynamic assembly given the evidence, the permission requests, and the directory for saving the assembly.
已知证据、权限请求和保存程序集的目录，定义命名的动态程序集。
Saves this dynamic assembly to disk, specifying the nature of code in the assembly's executables and the target platform.
将这个动态组件储存至磁碟，在组件的可执行档和目标平台中指定程序码的性质。
Finally, keep in mind that the setting listed here is for the entire Fabric installation, not for each dynamic assembly component.
最后，务必记住这里列出的设置针对整个Fabric安装，而不是针对每个动态组装组件。
It goes without saying that this file is created only when the source code of the filedep file is parsed to generate a dynamic assembly.
不用说就知道这个文件是在源代码文件分析为动态程序集时创建的。
To demonstrate dynamic assembly and help you follow along, a sample application is provided with this article that includes two different Web service implementations.
为演示动态组装和帮助您完成遵循的操作，本文提供了一个示例应用程序，其中包括两个不同的Web 服务实现。
You'll also look at the Business Services Fabric metamodel and learn how to extend it to provide business context to the Business Services Fabric for dynamic assembly.
您还将研究BusinessServicesFabric元模型，并了解如何扩展该元模型以向 Business Services Fabric提供用于进行动态组装的业务上下文。
Depending on the number of transactions and the length of each process, a single dynamic assembly component can create 2,000 context instances, which fills up your cache.
取决于事务数量和每个流程的长度，单个动态组装组件就可以创建2,000个上下文实例，从而装满缓存。
One subtle point to keep in mind: Long-running asynchronous processes that use dynamic assembly will keep a context in the context cache for as long as the process takes to complete.
务必记住一个微妙之处：使用动态组装的长时间运行的异步流程只要尚未完成，就会在上下文缓存中保留上下文。
The dynamic component model will support assembly of applications from components and support implementation detail hiding between components as well as lifecycle management of those components.
这个动态的组件模型将会支持由组件组装应用和在组件之间隐藏实现细节，同时还会提供组件的生命周期管理功能。
The dynamic component model will support assembly of applications from components and support implementation detail hiding between components as well as lifecycle management of those components.
这个动态的组件模型将会支持由组件组装应用和在组件之间隐藏实现细节，同时还会提供组件的生命周期管理功能。
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