As a result, the scenarios discussed may not work.
因此，所讨论的场景可能不起作用。
The scenarios in this article series use a subset of these.
本系列文章介绍的场景仅用到它提供的功能的一小部分。
When all the scenarios for a story run, we're done with that story.
当一个故事中的所有场景完成时，我们就完成了这个故事。
Of all the scenarios he might have envisaged, the worst came to pass.
一切情况说明他或许已经想到了，最坏的事情就发生了。
Some of the scenarios require two different user registries to work with.
有些场景需要使用两个不同的用户注册中心。
Disagreements over what the scenarios themselves should look like are also common.
对场景本身的争论也很普通。
Note: The scenarios in this tutorial may not directly apply to your business needs.
注意：本教程中的场景可能无法直接适用于您的业务需求。
Consider these scenarios: It's late in the day.
考虑以下场景：天色已晚。
Therefore, I thought the use of scenarios was quite appropriate.
因此，我认为场景的利用是十分合适的。
What are the typical scenarios and environments that you run?
您所运行的典型场景和环境是什么？
With the potential scenarios, figure out what you can reasonably prepare for, just in case.
为了以防万一，根据可能发生的潜在情节，设计出你可以合理地做的准备。
This did not remove the need for such scenarios to be solved, however.
尽管如此，微软并没有移除这些待解决的场景需求。
You need to plan the test scenarios before you start recording.
您需要在开始记录之前就计划好测试场景。
It helps to choose a few representative scenarios and develop the software to deliver them.
它有利于选择一些代表性的情景和开发软件来进行交付。
Let's explore some more complex data scenarios and see what the impact is.
让我们尝试一些更加复杂的数据场景，并看看会有什么影响。
The common documents were pointed to by all the relevant test scenarios.
所有相关的测试场景都指向公共的文档。
Now, go through the five scenarios shown in the tables that follow.
现在，依次进行下面表格中显示的五个场景。
Let's look at some scenarios that call for the use of WPARs.
接下来让我们看看需要使用WPAR的一些场景。
These are the two basic scenarios: discovery versus reaching.
以下是两个基本的场景：发现与获得之间的比较。
Read about the use of XML in various scenarios.
阅读XML在各种方案中的用法。
Here is an overview of the list of scenarios covered in the series.
下面是这些系列文章涉及到的一个场景列表。
The most typical scenarios in which the data consolidation pattern has traditionally been applied are
应用数据整合模式的传统的、最典型场景包括
In this scenario we need to use a combination of the above two scenarios.
在这个场景中，我们需要结合使用上面的两个场景知识。
The diagram in Figure 1 depicts the basic approach to handle these scenarios.
图1中的图表描述了处理这些场景的基本方法。
In both of the above scenarios, text is the main type of unstructured data.
在这两个场景中，非结构化数据的主要类型是文本。
And considering all that we have seen, what are now the possible future scenarios?
考虑到所有这些我们所看到的事态，未来可能的情况有哪些呢？
We have run through common scenarios and have recovered the storage with little effort.
我浏览了一些常见场景，并毫不费力地恢复了存储器。
We don’t have time to over-engineer code for all the “just in case” scenarios.
我们没有时间让代码过度工程化，以应对所有的“万一”情况。
This makes the clone and backup/restore scenarios very easy to do.
这样就可以非常方便地执行克隆和备份/恢复操作。
This makes the clone and backup/restore scenarios very easy to do.
这样就可以非常方便地执行克隆和备份/恢复操作。
应用推荐