Rational Robot VU scripts are made up of repetitive code blocks that represent these steps.
Rational Robotvu脚本是由代表这些步骤的重复代码块组合起来的。
These scripts had been created using Rational Robot and had been thoroughly reviewed by ASDI.
这些脚本使用Rational Robot创建的，并且被asdi彻底的检查过了。
Here is how these steps relate to the corresponding VU script code statements generated by Rational robot.
下面是这些步骤是如何与Rational Robot产生的相应的VU脚本代码语句进行关联的？
Watching for these failure symptoms will also help you identify HTTP connection leaks in your IBM Rational Robot VU scripts.
观察这些失败的现象也可以帮助你识别你的IBMRational Robotvu脚本中的HTTP连接漏洞。
Although a completely rational robot might be unfazed by the chaos and confusion of the battlefield, it could still make mistakes.
尽管一个全然具有理性判断能力的机器人不会被战场上的失控与混乱所烦扰，但是机器人还是会出现犯错的时候。
Although a completely rational robot may be unfazed by the chaos and confusion of the battlefield it may make mistakes all the same.
虽然一个完全理智的机器人可能会对战场上的混乱而“镇定自如”，同样地它也会犯错误。
Now that you understand this fundamental concept, the lengthy VU code generated in the Rational Robot script undoubtedly makes more sense.
既然你明白了这个基本概念，Rational Robot脚本中产生的冗长的VU代码勿庸置疑是有意义的。
To ensure we.d test all requirements thoroughly, we used Rational Robot and Rational TestManager in designing and organizing our function tests.
为了确保我们测试了所有的需求，我们在设计和组织我们的功能测试时使用Rational Robot和RationalTestManager。
In the Rational Robot SQA Basic command, you need to write the object recognition parameter inside the script, which necessitates some additional thinking on your part.
Rational RobotSQABasic命令中，您需要在脚本中撰写对象识别参数，这需要对您的部分进行额外的考虑。
When Rational Robot starts up, it requires the selection of an existing project (created using the Rational Administrator) with which the test scripts will be associated.
当Rational Robot启动时，它需要一个已存在项目(使用RationalAdministrator创建的)的选择，测试脚本将与这个项目进行关联。
Manual coding can increase the functionality and stability of a test script, so a manual verification point will be the basis for comparing and contrasting Rational Robot and RFT.
人工编码可以增加测试脚本的功能和稳定性，所以人工验证点将是比较和对比Rational Robot和RFT的基础。
With this example it should be becoming more clear that the commands and functionality to create this kind of verification method are very similar between Rational Robot and the RFT specifications.
通过此实例，应该更加清楚的是，在Rational Robot和RFT中，创建此类验证方法的命令和功能是类似的。
Rational Quantify enabled us to pinpoint bottlenecks, while Robot and SiteLoad enabled us to test software under peak loads to ensure that the system could respond to worst-case conditions.
RationalQuantify能使我们查明瓶颈，Robot和SiteLoad能使我们在极高的负载下测试软件以确保系统能够对最坏的条件进行响应。
My answer is, 'yes, the three law is a rational human to robot (or anything else) the only way'.
我的答案是，‘是的，三定律是理性人类对待机器人（或者任何别的东西）的唯一方式’。
Computer problem is not only the computing speed is not sufficient and feel less sensor types, but also in other areas, such as a lack of rational procedures for the preparation of the robot design.
问题不光在于计算机的运算速度不够和感觉传感器种类少，而且在于其他方面，如缺乏编制机器人理智行为程序的设计思想。
Computer problem is not only the computing speed is not sufficient and feel less sensor types, but also in other areas, such as a lack of rational procedures for the preparation of the robot design.
问题不光在于计算机的运算速度不够和感觉传感器种类少，而且在于其他方面，如缺乏编制机器人理智行为程序的设计思想。
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