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To test these methods, divide the tests into three sections: one for testing tags, one for testing images, and one for testing the images from tag associations. These three sections can be seen as slots in the unit test class declaration shown in Listing 16-22. The class contains a private member function called pixelCompareImages. It is used to ensure that two images are exactly identical, pixel by pixel. It is needed to see whether an image is properly stored in the database. Listing 16-22. The unit test class for testing the ImageCollection class class ImageCollectionTest : public QObject { Q_OBJECT private slots: void testTags(); void testImages(); void testImagesFromTags(); private: bool pixelCompareImages( const QImage &a, const QImage &b ); };

Create a new VB Sequential Workflow Console Application called VBIfElseSequentialExample. Add a private variable to the workflow called IntInputValue, and a public write-only property called InputValue: Private IntInputValue As Integer Public WriteOnly Property InputValue() As Integer Set(ByVal value As Integer) IntInputValue = value End Set End Property

Listing 16-23 shows the testTags test slot implementation. The tests performed are simple, and the procedure is the following: 1. Make sure that there are no tags from the start tests getIds. 2. Add one image and ensure that the image is in the collection tests addImage.

focus() scrollIntoView() removeCSSClass(String className) toggleCSSClass(String className)

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3 Add one tag to the image and verify that the collection contains one tag tests addTag and getTags 4 Add one more tag to the image and verify that the collection contains two tags tests addTag and getTags 5 Add one more tag to the image and verify that the collection contains three tags tests addTag and getTags 6 Add a duplicate tag to the image and verify that the collection contains three tags tests addTag and getTags 7 Add a new tag to a nonexistent image and verify that the collection contains three tags tests addTag and getTags In the listing, you can see that the ImageCollection object is created and then the tests are carried out.

The last test is preceded by a QEXPECT_FAIL macro, which indicates that the test is expected to fail because the image collection fails to check whether an image id exists before adding a tag to it The last line in the test slot removes the database connection used by the image collection This is necessary because the image collection class relies on the default connection If a new image collection object is created (in the next test case, for example), the QtSql module will warn that the database connection is being replaced if the original connection isn t removed Listing 16-23 Testing the tag-keeping capabilities void ImageCollectionTest::testTags() { ImageCollection c; // Make sure that the collection is empty QCOMPARE( cgetTags()count(), 0 ); // At least one image is needed to be able to add tags caddImage( QImage( "test.

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Open the Module1.vb file and add a dictionary called parms to add parameters, the same as was done in 2. The beginning of Sub Main looks like the following: Shared Sub Main() Dim workflowRuntime As New WorkflowRuntime() AddHandler workflowRuntime.WorkflowCompleted, AddressOf OnWorkflowCompleted AddHandler workflowRuntime.WorkflowTerminated, AddressOf OnWorkflowTerminated Dim parms As Dictionary(Of String, Object) = New Dictionary(Of String, Object) To make this and future examples a little more interactive, add the following two lines: Console.WriteLine("Input value:") parms.Add("InputValue", Cint(Console.ReadLine())) The first line prompts the user for an input value, and the second line reads in the input and adds it to the dictionary with a key of InputValue. The Console.Readline waits for the user s input, so you don t need to worry about pausing. The CInt function call is required to convert the value read from the line on the console to an integer, because the public property InputValue is expecting an integer. If you don t have this CInt function call, the workflow will fail. Finally, add the parms parameter to the CreateWorkflow line: workflowInstance = workflowRuntime.CreateWorkflow(GetType(Workflow1), parms) Again, this passes the dictionary of parameters to the workflow. The completed Sub Main follows: Shared Sub Main() Dim workflowRuntime As New WorkflowRuntime() AddHandler workflowRuntime.WorkflowCompleted, AddressOf OnWorkflowCompleted AddHandler workflowRuntime.WorkflowTerminated, AddressOf OnWorkflowTerminated Dim parms As Dictionary(Of String, Object) = New Dictionary(Of String, Object) Console.WriteLine("Input value:") parms.Add("InputValue", CInt(Console.ReadLine())) Dim workflowInstance As WorkflowInstance workflowInstance = workflowRuntime.CreateWorkflow(GetType(Workflow1), parms) workflowInstance.Start() WaitHandle.WaitOne() End Sub Next, drag and drop an IfElse activity from the Toolbox onto the Workflow1 Workflow Designer. Leave the IfElse activity name as the default, but change the left IfElseBranchActivity to Branch1 and the right to Branch2, so your Workflow Designer looks like Figure 3-1.

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