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The SettingCollection type is the implementation of my quick fix for the IDictionary problems. I want to be able to refer to the values of individual settings by name, which means a key/value pair construct is most appropriate. The NameValueCollection type is a good choice; it implements ICollection but not IDictionary (which is not serializable). To ensure I get the desired effect from reading the Settings element, I have implemented the IXmlSerializable interface. Microsoft currently does not give this interface much attention, although that is likely to change in .NET 2.0. The interface allows the implementer to control the behavior of XML serialization. In our previous example, I have only implemented the ReadXml method since I will not need to write the type for at least the time being. The GetSchema method is only used when working with ADO and DataSet paraphernalia. This code is part of the BuildAutomation.2 project.

With the ComPortToNamedPipe component, you can communicate with a .NET Micro Framework application running on the emulator with a separate Windows application (outside of the emulator) running on the PC. This section describes how to derive a custom subclass of ComPortToStream to route the data of a simulated COM port to sockets so that you are able to provide serial input for an emulated .NET Micro Framework application with the HyperTerminal tool or monitor the serial output of your application with HyperTerminal. In addition, you ll learn how a .NET Micro Framework application running on the emulator can communicate with real hardware over a physical serial port. All COM port components, which only route the serial data (that is, all except ComPortToMemoryStream), are exchangeable. Exchanging them requires only small changes to the emulator configuration file, so the program code of an emulator remains untouched. That allows you to develop and debug a .NET Micro Framework application on an emulator first and, with HyperTerminal, send serial test data to your .NET Micro Framework application or verify the provided serial output. Afterward, you should test the emulated application with a real hardware component connected to a physical PC COM port by just replacing the socket emulator component with an emulator component for the physical COM port. Finally, your application should work fine with real hardware (the final hardware or a development board).

Note We do not have the space to discuss the subject of XML serialization at any great length. For our

An application simulating a serial port provides the direct data transfer between an emulator and a .NET Micro Framework application running on that emulator. You might display or enter serial data in any form on the user interface of the emulator (for example, a COM port monitor). Or you might want to provide your own emulator component that uses the serial port (for example, the simulation of a serial measuring instrument). In any case, data exchange is made directly with the RAM memory. The emulator can provide simulated serial data with ComPortToMemoryStream for a .NET Micro Framework application running on the emulator to read it. The emulator writes the data into a stream, and a .NET Micro Framework application will be able to read the data over the serial port. The other direction works similarly. The emulator is able to read data from ComPortToMemoryStream that a .NET Micro Framework application sent over the serial port. Due to received commands or requests, the emulator can return simulated data in place of a sensor, for example. The configuration of a ComPortToMemoryStream component using XML is represented in Listing 13-10. This component is provided with the .NET Micro Framework SDK. Listing 13-10. Configuring the ComPortToMemoryStream Component < xml version="1.0" encoding="utf-8" > <Emulator> <Types> <ComPort>Microsoft.SPOT.Emulator.Com.ComPortToMemoryStream</ComPort> </Types> <EmulatorComponents>

purposes, there is not too much to know, though!

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