Whats New for Developers in Windows Mobile 6.The Windows Mobile 6 SDKs provide the tools and libraries that you need to start developing Windows Mobile 6 applications using Microsoft Visual Studio 2.Microsoft Windows Mobile 6' title='Microsoft Windows Mobile 6' />Together Visual Studio 2.Windows Mobile 6 SDKs combine to create a powerful mobile device development platform while providing the tools and features necessary to make developing Windows Mobile application development simpler than ever before.This section describes the new development tools provided by the Windows Mobile 6 SDKs and the role each tool plays in the application development process.Device Emulator 2.Emulators have always been an important part of mobile application development, allowing you to test your application without requiring access to a physical device.WM6.1_7.jpg' alt='Microsoft Windows Mobile 6' title='Microsoft Windows Mobile 6' />This package includes localized Windows Mobile 6.Visual Studio to test applications or as standalone emulators.The Windows Mobile 6 developer platform release focuses on a few core goals simplify LOB application development and deployment, make the task of building a single.Windows Mobile 6, formerly codenamed Crossbow, was released on February 12, 2007 at the 3GSM World Congress 2007.It comes in three different versions Windows.The more of your testing that you are able to do using the emulator without being required to use a real device, the easier, faster, and less expensively you can work.The Device Emulator 2.Windows Mobile 6 SDK, builds on the Device Emulator 1.Just as was the case for the Device Emulator 1.Device Emulator 2.ARM emulator.As a true ARM emulator, the Device Emulator 2.With the Device Emulator 2.The Windows Mobile 6 SDK installation process automatically replaces the Device Emulator 1.How To Inject Lidocaine Patches For Sale on this page.Visual Studio 2. 00.Device Emulator 2.As a result, all of your Visual Studio 2.Windows Mobile project will use the Device Emulator 2.Device Emulator 2.Faster Execution.One of the biggest frustrations of application testing is slow application startup and execution.To reduce delays caused by the emulators performance, the Device Emulator 2.Each application is different, so its difficult to say how much any individual application is affected by the emulator optimizations but the Device Emulator 2.Device Emulator 1.More Emulated Devices.The Device Emulator 2.Figure 1 shows the new 3.Device Emulator.The 3.Windows Mobile 6.Figure 1.The Device Emulator emulating the new Windows Mobile 6 3.In addition to the many new Windows Mobile 6 devices, the Device Emulator 2.Pocket PC 2.SE, Smartphone 2.SE, Windows Mobile 5.Pocket PC, and Windows Mobile 5.Smartphone device emulators.Figure 2 shows a Pocket PC 2.SE device and a Windows Mobile 5.Smartphone in the Device Emulator.Figure 2.The Device Emulator emulating a Pocket PC 2.SE and Windows Mobile 5.Smartphone.Whether the Device Emulator 2.Windows Mobile 6 device or one of the older devices, the emulator still provides all of the new features discussed in this section.Power State Emulation.By their nature, mobile devices spend a great deal of time on battery power, being plugged into AC power only occasionally.When the charge level of the devices battery becomes very low, your application may need to take specific actions to avoid data loss in the event that the entire battery charge expires.So that you can now test the effects of power state changes on your application, the Device Emulator 2.Figure 3.The Device Emulators power state configuration controls.As shown in figure 3, the emulator configuration dialog allows you to switch the emulator state between using battery power and being plugged into AC power by checking or clearing the Battery check box.When on battery, you can also set the battery charge level percentage.The emulator responds to these changes in the power state and charge level just as a device does.The emulator displays the appropriate icons and messages it also raises the appropriate State and Notifications Broker events.Phone Profile Emulation.The Device Emulator 2.As shown in figure 4 you can enable each of these profiles by checking the appropriate check box on the emulator configuration dialog.When you check the profile check boxes, the emulator behaves just as if you have plugged in a headset, enabled the speakerphone, or connected a car kit including raising all of the appropriate State and Notifications Broker events.Figure 4.The Device Emulators profile configuration controls.Cellular Emulator.The majority of Windows Mobile devices available today have phone and other wireless communication capabilities.There are many different situations where you may want your application to interact with these communications capabilities.You may simply want to turn down the music your application is playing when the phone rings or you may need to incorporate much more sophisticated features that involve working more closely with the communications hardware.In either case, developing these types of applications has historically been difficult, due largely in part to the difficulty of testing such an application.To address the difficulty of testing such applications, the Windows Mobile 6 SDK includes the Cellular Emulator.The Cellular Emulator enables you to test your applications behavior in different cellular communications situations from within the Device Emulator.Figure 5 shows the Cellular Emulator.Figure 5.The Cellular Emulator enables you to test phone and communications behavior from within the Device Emulator.The Cellular Emulator is a powerful tool for testing the behavior of your application as the state of cellular communications changes.The Cellular Emulator allows you to perform simple tests like making outgoing calls from the emulator, receiving incoming calls, and dropping a call.It also provides similar features for SMS messages.For developers needing to test more involved features, the Cellular Emulator provides support for modifying the SIM configuration and simulating network handoffs between 2.G and 3. Jogos De Emulador De Nintendo Ds Downloader . G networks.All this testing is done without requiring a physical device.To use the Cellular Emulator with the Device Emulator, you first need to associate the Cellular Emulator with the Device Emulator.Creating the association is very easy.Take note of the COM port number displayed in the lower left corner of the Cellular Emulator COM4 in figure 5.To open the Emulator Properties dialog box, on the Device Emulator menu, select File, and then click Configure.In the Emulator Properties dialog box, click the Peripherals tab.Enter the COM port number from the Cellular Emulator into Serial Port 0 as shown in figure 6.If you dont see the COM port number in the drop down list, you can enter it yourself.To close the Emulator Properties dialog box, click OK.To perform a soft reset, on the File menu, click Reset, and then click Soft.When the emulator completes the reset process, youll see that the emulator now shows that cellular service is available.Figure 6.Entering the Cellular Emulator COM port number to enable cellular service emulation for the Device Emulator.Fake.GPSThe widespread availability of inexpensive Global Positioning System GPS equipment combined with the easy to use GPS Intermediate Driver introduced in Windows Mobile 5.Historically, the challenge with location enabled applications has been finding a good way to test them.Windows Mobile 6 solves this problem, through the Fake.GPS utility.The Fake.GPS utility allows you to easily test your location enabled applications without requiring access to an active GPS device or active GPS feed.Instead, you create a simple text file containing a list of GPS NMEA messages, copy the text file to the Program FilesFake.GPSGPS folder on your device, and then enable Fake.GPS.The following is a portion of a sample Fake.GPS input file.GPGLL,4.N,1. 22. 11.W,1. 91. 93. 4. 7.A2.GPGSA,A,3,0.E. GPGSV,3,1,9,8,7.GPGSV,3,2,9,2.GPGSV,3,3,9,1. 34,0,0,0.GPRMC,1.A,4. 73. 8. 0. 17.N,1.W,0. 1. 09. 62. 3,1.GPGGA,1.N,1. 22. 11. 1. 87.W,1,0.M, 1. 7. 2,M,0. 0,0.GPGLL,4.N,1. 22. 11. 1. 87.W,1.A. 1. GPGSA,A,3,0.E.GPRMC,1. 91. 93.A,4.N,1. 22. 11. 1. 87.W,0.A. Working in conjunction with the GPS Intermediate Driver, Fake.GPS routes the messages from the text file to any applications reading the GPS feed.Because the Fake.GPS utility works directly with the GPS Intermediate Driver, you can use it to test your applications on both real devices and the Device Emulator without making any modifications to your program.To activate the Fake.GPS data feed, use the Fake.GPS utility to select the desired input file and choose the Enable option as shown in figure 7.Figure 7.
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