Figure 1 shows that I have a dummy application to test.
图1显示我有一个虚拟应用程序要进行测试。
This section shows you how to create, deploy, and test the target service (Figure 2).
这一部分将说明如何创建、部署和测试目标服务(图2)。
Check the two test cases; see Figure 7 for an example of this process.
检查这两个测试用例；查看图7以得到该过程的范例。
Figure 3 shows the successful test results.
图3显示了成功的测试结果。
When the application executes, enter the application test data shown in Figure 64.
当应用程序执行时，输入图64中所示的应用程序测试数据。
The second method is traceability into test cases, shown in Figure 14.
第二个方法是测试用例中的追踪，如图14所示。
Figure 1 shows our test results.
图1显示了测试结果。
We can then create a test specification as shown in Figure 4.
然后我们可以创建测试规范，如图4所示。
NOTE: We strongly recommend that you create a unit test for your unit test component (see figure 1).
注意：在此强烈建议为您的单元测试组件(见图1)创建一个单元测试。
Figure 1 shows a default test perspective.
图1中显示了默认的测试透视图。
Figure 7 shows the test configuration.
图7显示测试配置。
The output of the test looks like Figure 9.
测试代码的输出如图9所示。
Select a property that confirms the test case result (see Figure 21).
选择一个确认测试用例结果的属性(见于图21)。
Compare Figure 13 with the unit test result in Figure 7, and observe how the array of the date information is represented in each case.
对比图13和图7中的单元测试结果，并观察两种情况下如何描述日期信息数组。
Create test steps in a step table (Figure 10).
在step表(图10)中生成测试步骤。
Populate the data with test values and run the test (Figure 59).
使用测试值填允数据，并运行测试(图59)。
An increase in IMA is inversely related to the unbound amount of cobalt, causing an increase in coloured product produced in the test platform (Figure 1).
IMA的增加与游离钴的量逆相关，这引起了测试平台中着色生成物的增加(如图1)。
After selecting the model, select the model-based test case that should be connected to the test script (see Figure 7).
在您选择模型之后，您可以选择应该连接至测试脚本的基于模型的测试用例(见于图7)。
The results from the test are shown in Figure 8.
图8中显示了该测试的结果。
In test suite shown in Figure 10, the following takes place.
在图10所示的测试套件中，以下情况会发生。
The JUnit view then shows the result of running the test (Figure 13).
JUnit视图然后显示运行测试的结果（图13）。
The JUnit view then shows the result of running the test (Figure 3).
JUnit视图然后显示运行测试的结果（图3）。
Figure 1: Default test workflow.
图1：缺省测试工作流。
In the following procedures, you create these tables for test development (see Figure 4).
在接下来的程序中，您可以为测试开发创建这些表格(参见图4)。
Figure 7: Viewing the test log.
图7：查看测试日志。
Select a data source, and then click Test Connection. See figure 10.
选择一个数据源，然后单击testConnection，见图10。
Expand getProductsByCategory in the left panel and double click Request 1, you can see the pre-constructed SOAP request that can be sent as a test. (Figure 15)
在左面板展开getProductsByCategory，双击Request1，您将看到可以作为一个测试发送的预构建SOAP请求。
The Test Form dialog shows the result of the test operation. Figure 9 illustrates this
TestForm对话框显示测试操作的结果。
You should see the JUnit test succeed, plus some information displayed in the console showing the data comparisons performed by the test (Figure 33).
您应看到JUnit测试成功，而且控制台中还显示一些其他信息，这些信息显示了测试执行的数据比较(图33)。
All of the test modules in Figure 4 include Rational Performance Tester-generated test variables.
图4中的所有测试模块包含了RationalPerformance Tester所生成的测试变量。
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