与功能性测试的执行相比，非功能性测试的最大的不同之处在于准备时间比起实际运行时间来要长的多。
The main difference from functionality test execution is that the preparation time normally is substantially more than the actual execution time.
通常，Matthews说，“我希望标记任何实际运行时间(CPU时间)超过5秒的SQL或查询。”
Typically, says Matthews, "I want to flag any SQL or query that executes in more than 5 seconds elapsed time or CPU time."
如果您的确要向一个表添加一个索引来削减查询的CPU成本和运行时间，您可能会想在实际情况允许的条件下尽可能多地利用那个新索引。
When you do add an index to a table to cut the CPU cost and run time of a query, you want to get the most out of that new index as practically possible.
基于CPU运行时间的MaaS可确定每个请求的实际使用量，然后再在每个月底会合并使用量。
MaaS based on elapsed CPU time determines the actual usage of each request and is consolidated at the end of each month.
该节点的属性窗格显示在实际节点上花费的时间和总运行时间。
The properties pane of this node reveals the time spent in the actual node and the total elapsed time.
如果您想实际体会一下这个bug，试着使用- s选项，这样程序运行时您就有足够的时间在不同的终端间切换并且进行观察。
If you want to see this bug in action, try using the -s option, which will give you enough time to swap from one terminal to another and investigate.
在系统最佳分配法中，如果不加大运行时间道路使用者就不能改变出行路线，尽管旅行者实际上有可能会减少其运行时间。
Under SO Assignment, no users can change routes without increasing their total travel time on the system, although it is possible that travelers could reduce their own travel times.
而对于实际程序，大多数程序验证技术则不适合验证运行时间。
Program verification techniques are code-oriented, but most of them are not capable of describing the property of execution time of practical programs.
什么如果我们没有必要担心如何打破我们的问题，并留下实际上确定如何处理分配线程的运行时间？
And what if we didn't need to worry about how to break up our problem and left actually determining how to handle allocating threads to the runtime?
对于运行时间而言，常用的时间复杂度分析技术基于的是抽象的算法，并非实际程序。
Methods of time complexity analysis are usually based on abstractive algorithms, rather than actual programs.
对于运行时间而言，常用的时间复杂度分析技术基于的是抽象的算法，并非实际程序。
Methods of time complexity analysis are usually based on abstractive algorithms, rather than actual programs.
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