例如，运行时分析可以帮助理解系统。
For example, runtime analysis can help with program understanding.
生成更多运行时分析的结果。
生成更多的运行时分析结果。
运行时分析所搜集的信息的类型差别很大。
The type of information that runtime analysis gathers varies greatly. Examples include
可见的错误检测仅仅是运行时分析的第一步。
Visual error detection is just the first stage of runtime analysis.
系统开发周期中的运行时分析。
开发与执行过程中的运行时分析。
自动化测试过程中的运行时分析。
用以理解系统的运行时分析。
我们将再次通过事例理解这一运行时分析的能力。
Again, we will look at examples to understand this runtime analysis capability.
然而，在调试和运行时分析之间仍然是有差异的。
However, there is a difference between debugging and runtime analysis.
运行时分析：重点是质量。
运行时分析能够让你清楚的了解到以下信息
这种类型的代码复查是组件测试和运行时分析的先决条件。
This kind of code review is a prerequisite for component testing and runtime analysis.
这正是将运行时分析从静态分析中分离出来的原因。
That's what separates runtime analysis from static analysis.
运行时分析提供了额外的补充传统调试不足的能力。
Runtime analysis provides additional capabilities that supplement traditional debugging.
运行时分析扩展了一维标准软件开发行为：质量关注。
Runtime analysis expands standard software development activities along one key dimension: concern for quality.
ABAP为在运行时分析和创建数据类型提供一个功能丰富的API。
ABAP provides an extensive API for runtime analysis and creation of data types.
表格2显示了静态和运行时分析一起帮助克服动态分析中的挑战。
Table 2 shows how static and runtime analysis together help overcome the challenges in dynamic analysis.
每个jdbc调用在性质上是动态的，要求在运行时分析和优化sql语句。
Each JDBC call is dynamic in nature and requires the SQL statement to be parsed and optimized at run time.
测试是另一种运行时分析：您通过数据或事件检验是否获得来自系统的正确行为。
Testing is another kind of runtime analysis: You feed in data or events and check to see that you got the right behavior from the program.
IRAD提供了几个工具和视图来帮助你来理解在运行时分析过程中的数据收集。
IRAD provides a number of tools and views to assist you in understanding the data that is collected during runtime analysis. These tools and views include.
另一种平衡运行时分析的方式是对未来的应用进行运行时行为的文档化操作。
Yet another way to leverage runtime analysis is by documenting the application's runtime behavior for future use.
正如先前所显示的，动态的，静态的已经运行时分析每种都有它们自己的优点和缺点。
As shown previously, dynamic, static and runtime analyses each have their pros and cons.
事实上，一个好的习惯是假设应用程序存在问题，然后进行运行时分析以找到问题所在。
In fact, it is a good practice to assume that there is a problem, and then use runtime analysis to pinpoint what it is.
开发人员可以使用运行时分析工具和技术识别和解决他们调试和单元测试中发现的问题。
Developers can use runtime analysis tools and techniques alongside quality engineers to identify and resolve issues during their debugging and unit testing stages.
illustration运行时分析是一种基于观察系统运行时行为的实践。
IllustrationRuntime analysis is the practice of looking at a program's behavior based on what it does when it runs.
在这种情况下，运行时分析结果都在目标内存中得到评价，直到您决定将其返回至主机为止。
In this case, runtime analysis results are evaluated in the target memory endlessly, until you decide to dump them back to the host machine.
交互的开发周期和工程质量方案中重要的自动化构建、测试过程中都会包含运行时分析。
Runtime analysis has a place during the interactive compile-edit-debug development cycle and also in the automated builds and tests that are a key part of any project's quality plan.
在工作流程的下一步中，你可以使用运行时分析工具来确认你的代码是否满足了你所有的质量目标。
In the next step in the workflow, you utilize the runtime analysis probes to ensure that you are meeting all of your quality goals.
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