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Listing 9.10 is the top part of the updated application class, adding little to what was already there in the previous version. That s why I ve snipped parts of the content again, indicated (as before) with comments in bold. You can refresh your memory by glancing back at listing 9.5. As you can see, the window has been made bigger to accommodate the new elements we re about to add, and we ve created a variable to hold one of them, paper. The main changes come in the next part, listing 9.11, the scene graph.

(.txt) type. The selected file is opened locally and the content is read as a StreamReader object. The read content is set to the Text property of TextBlock to display it: private void Button_Click(object sender, RoutedEventArgs e) { OpenFileDialog opendlg = new OpenFileDialog(); opendlg.Filter = "Text files|*.txt"; opendlg.Multiselect = false; if ((bool)opendlg.ShowDialog()) { using (StreamReader reader = new StreamReader(dlg.File.OpenRead())) { txtContents.Text = reader.ReadToEnd(); reader.Close(); } } } Note that you need to add the reference to the System.IO namespace in order to create an instance of the StreamReader object.

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First, it s important to recognize that the key classes in the framework are those that business developers will use as they create business objects, but that these are a small subset of what s available. In fact, many of the framework classes are never used directly by business developers. Figure 2-10 shows only those classes the business developer will typically use. Obviously, the business developer may periodically interact with other classes as well, but these are the ones that will be at the center of most activity. Classes or methods that the business developer shouldn t have access to will be scoped to prevent accidental use. Table 2-1 summarizes each class and its intended purpose.

@NamedQuery( name = "findCategoryByName", query = "SELECT c FROM Category c WHERE c.categoryName = 1")

Note Unlike C and C++, there are no global variables (i.e., variables or fields) declared outside of a type.

The first option, using the RouteValueDictionary, is quite ugly. It takes dozens of characters before you find that you re trying to specify the username option. The second option is shorter but much less intuitive. The signature of that ActionLink overload accepts a parameter named routeValues but only of type object. It s up to the developer to determine when these overloads accepting object parameters are workarounds for the lack of decent dictionary initializer syntax in C#.

The if...else statement implements a two-way branch. The syntax for the if...else statement is shown here, and is illustrated in Figure 9-2. If TestExpr evaluates to true, Statement1 is executed. If it evaluates to false, Statement2 is executed instead. If( TestExpr ) Statement1 else Statement2

{ protected byte _address; public I2cDevice(); public byte Address { get; set; } protected virtual void DeviceBeginTransaction(); protected virtual void DeviceEndTransaction(); protected virtual void DeviceRead(byte[] data); protected virtual void DeviceWrite(byte[] data); public override bool IsReplaceableBy(EmulatorComponent ec); public static bool IsValidAddress(byte address); public override void SetupComponent(); } } The best and most flexible place to specify the address for a simulated I2C device is the configuration file. In order to create your own emulator component for an I2C module, you need to extend I2cDevice. Typically, you will override the two virtual methods DeviceRead and DeviceWrite. If a .NET Micro Framework application on the emulator has addressed and sent data to exactly this module, DeviceWrite is called. DeviceRead is called when a .NET Micro Framework application wants to read data from this module. The data parameter that is passed to DeviceRead is a byte array of the length of the requested data. That means if a .NET Micro Framework application wants to read, for example, 10 bytes from an I2C device, the DeviceRead method will be called with data dimensioned to ten elements. You do not need to allocate any memory yourself; just populate the dimensioned byte array with the appropriate data. Both methods, DeviceBeginTransaction and DeviceEndTransaction, are called right before and after each time a .NET Micro Framework application calls the Execute method on a transaction. The base implementation does not do anything at all, but you can override the methods in your custom components. In a .NET Micro Framework application, the following code snippet I2CDevice.I2CTransaction writeXAction = device.CreateWriteTransaction(outputData); I2CDevice.I2CTransaction readXAction = device.CreateReadTransaction(inputData); this.device.Execute(new I2CDevice.I2CTransaction[] { writeXAction, readXAction }, transactionTimeout); would result in the following sequence of method calls: 1. BeginTransaction 2. DeviceWrite 3. DeviceRead 4. EndTransaction

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