What I have: - Licensed VS2008 on PC running licensed Windows 8.1 - New Motorola barcode scanner with Windows Embedded Compact 7 What I want: - Deploy my C# application (couple of DLLs) to the new WEC7 device. VisualStudio can deploy my code to older models of the barcode scanner that run Windows CE6.
Deployment of the same code to the new device fails with the message 'The bootstrap could not be loaded. Device Connectivity Component'. I suppose to support the CE7 platform the VisualStudio needs some SDK installed. Where can I get it? Search in Internet brought me to the page ' with the link 'Register to get the product key and download the Windows Embedded Compact 7 evaluation'. Unfortunately the link is broken and returns 404. Thank you, Victor.
Here is more details: All my code is in C#, I do not need C/C. Currently I have Windows Mobile 6 Professional SDK installed on my PC and can successfully deploy my application to the old device Motorola MC3190 that runs Windows CE 6. Now I try to do the same with the new Motorola MC3200 that has Windows CE 7 and get deployment error. I have latest Motorola (Zebra) EDMK 2.9 for.NET installed that supports new MC3200 (it is referenced in readme). In VisualStudio 2008 SP1 when I go to Tools-Options-Device Tools-Devices I see a dropdown with the list of platforms from Pocket PC 2003 to Windows Mobile 6 Professional SKD.
There is no platform with 7 in the name in that list, that's why I thought I need to get some SDK for Win CE7 and started this topic. If I should be able to deploy my C# code to WCE 7 using VisualStudio configuration for WCE 6 please confirm it. Thank you in advance, Victor.
You will need the Platform SDK V1.00.00 (or higher) For MC32N0 CE7.0. This is a specialized SDK provided only by Zebra (Motorala). The exact file name is. Here is the link for it: It is a restricted download, so you need to log in and you need access to it.
Information for that is on the site or you can contact them about it. Technically I was able to build for a standard Windows CE device using the regular EMDK 2.9 and I could copy the program over to the 3200 and run it right on there. But if I created an installer it would give a warning about not being compatible (then it would install anyways). I also was not able to deploy and debug any project in visual studio directly to the connected 3200 scanner until after I installed this SDK. By installing this SDK, you will get a new Target Platform option specifically for the 3200.
I found that this also helped with screen sizing issues I was having.
As announced recently on the, Microsoft Windows Embedded is making an update release to the product to be available this spring. This update release includes integration to the latest Visual Studio 2013 through updated platform builder and application builder, and inbox Wifi device driver for TI SDP44xx. Make sure you check out the Windows Embedded blog for detailed posts about what this update release will contain.
So what’s interesting about this new update release to the Visual Studio community? Visual Studio provides a standardized platform for the Windows Embedded Compact developers through proven & familiar tools and a streamlined developer experience to improve their time to market. Visual Studio 2013 along with Platform builder and Expression blend provides a complete toolset to develop modern looking applications for the small footprint devices such as human-machine interface panels used to monitor processes in manufacturing, RFID scanners in retail environments, and portable ultrasound machines and diagnostic lab equipment in healthcare settings. To learn more about the product including how to download a free copy of Windows Embedded Compact 2013, please visit the Windows Embedded Compact. Windows Embedded Team.
I remember, Chris Tacke was not happy about CE 2013. It's may be because he was not happy that MS abandoned MVP program for CE as well, but I believe him – no reason to have new devices with CE 2013. New rugged handhelds are still sold with WinMo 6.5, new embedded devices are still developed for CE7. So some poor souls out there are stuck with VS2008 for 5+ years from now. To sweeten things up, Microsoft could have spent some effort supporting Boost.org and StlPort open source libraries for Windows Mobile 6 SDK and CE 6 and CE 7 SDKs with VS2008.
We could fix Boost/StlPort on our own, so at least we have access to BOOSTAUTO, boost::thread and other facilities. Regarding tools, I believe, QT 4.8 for CE and QT 5.2 for Android is a less risky way right now.
After MS eventually kills Compact Embedded OS, it will be an easy way out to Android/iOS for QT/C developers. Most vendors of rugged handhelds already have option for WinMo or Android. If code is heavily dependent on fancy WINAPI calls for no apparent reason, as I often encounter in real life, it's a good time to invest time on porting to boost and C standard libraries. Guys that went C# route, probably need to look at Xamarin. No reason to patiently wait for imminent disaster. 'portable ultrasound machines'? Sorry Microsoft, but do you have any understanding of what it means to get medical SW approved any verified?
Heard about a 510k so far? How much time this all takes? How long the guaranteed support cycles for existing products are running? What you did and still are doing with your embedded line is the exactly opposite of what is needed to do SW for a device such as a portable ultrasound machine. Redoing large parts of the SW every year with all the regulations and verifications attached just to catch up with the latest and greatest MS hype is not how it works.
3/12/2014 After you build an OS for the first time, you typically download the OS to the device, run the OS, and perhaps debug it. However, in this guide, before you download the OS to the device, you learn how to create an SDK to provide to an application developer. The SDK specifies the set of APIs that the application developer can use to create an application for a device that runs on the OS that you designed. Platform Builder creates the SDK in the form of a Windows Installer file (MSI). An application developer installs the SDK on a development computer and then can create a smart device application for the device in Visual Studio without using Platform Builder.
For more information about smart device application development, see. In Platform Builder, in Solution Explorer, click your OS design project. On the Project menu, click Add New SDK to open the SDK Property Pages dialog box. In the left pane of the SDK Property Pages dialog box, click General. Enter an SDK name, product name, product version, company name, and company website.
In the left pane of the SDK Property Pages dialog box, click Install. In the right pane of the SDK Property Pages dialog box, either accept the file location and name or browse to a different MSI folder path or type a different MSI file name. In the left pane of the SDK Property Pages dialog box, click CPU Families. Select the configuration for Virtual PC x86 Debug. In the left pane, click Development Languages.
If you want to include support for managed application development, select Managed development support. You do not need to select this option for this guide. Click OK to close the SDK Property Pages dialog box.
In Solution Explorer, right-click the SDK name and click Build. After the build is complete, the MSI file appears in the MSI folder path that you selected in the SDK Property Pages dialog box.
Windows Embedded Compact 7 applications execute on a custom-designed OS that an Original Equipment Manufacturer (OEMs) creates specifically for particular hardware devices or microprocessors. You create a customized OS by using the Platform Builder programming tool in Microsoft Visual Studio 2008 with Service Pack 1 (SP1) to select and combine drivers and other software components for their specific hardware devices. Application developers then use Microsoft Visual Studio 2008 SP1 to create Windows Embedded application programs that run on the devices.Windows Embedded Compact 7 provides two ways to create applications that are targeted for specific platforms.
Windows Embedded Compact 7 provides two ways to create applications that are targeted for specific platforms. Create each application as a subproject in a Microsoft Visual Studio 2008 SP1 Platform Builder OS Design project that is customized for the device.
Create each application as a separate project in Microsoft Visual Studio 2008 SP1, using a Windows Embedded Compact 7 Software Development Kit (SDK) that was created from the Platform Builder OS Design project that is customized for the device. A Windows Embedded SDK is a set of headers, libraries, run-time files, connectivity files, OS design extensions and Help documentation that developers need to create applications for a specific OS Design. Before you can create a Windows Embedded Compact 7 SDK, you must use Platform Builder in Microsoft Visual Studio 2008 SP1 to create the customized OS, and build the run-time image for the OS.
The specific configuration of your customized OS design is determined by two independent factors:. The functionality and support required by the embedded device on which the applications will run. The project types used to create the applications that will be built for the embedded device. For example, to ensure that all Smart Device project types can be built using the SDK created for your OS design, you must include the Smart Devices catalog item (set the SYSGENSMARTDEVICESSDK flag) in that OS Design. Building other project types may require that you modify the OS Design or include other components in the SDK.
Note that the SDK creation process currently relies on Visual Studio to contain Active Template Library (ATL) and Microsoft Foundation Classes (MFC) headers and libraries, and as a result these are not included in the SDK. The SDK is created as a Windows Installer (.msi) file that can be downloaded to a computer and run to install the SDK. Running the.msi file runs the SDK Setup Wizard, which guides the end user through the installation process. More information on creating OS designs with Platform Builder can be found.
To create a Windows Embedded Compact 7 SDK for a custom-designed OS:. Open the Platform Builder OS design project in Microsoft Visual Studio 2008 SP1. In the Solution Explorer window, click on the name of the OS design project to make it the active project.
From the Project Menu, select Add New SDK to open the SDK Property Pages dialog box. This automatically creates a folder at%WINCEROOT% OSDesigns SDKs SDK. An XML file, SDK.sdkcfg, that contains the specifics of the SDK configuration is also created and placed in this folder.
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When you build your SDK project in step 7 below, this folder will contain folders and files with information needed to generate the SDK from your OS design. Click on General in the left list of the dialog box to select the General property page. On the General property page, enter values for the following. Property Description SDK Name Defaults to SDK, must be non-blank and unique for the OS design project, and is the name that appears in your OS design project under SDKs in the Solution Explorer window. Product Name Must be non-blank and is the name used by the OS where the SDK is installed.
This is the name that appears in the License Agreement when the installation occurs, and that appears under the Programs and Features, Uninstall or Change a Program dialog box of the Control Panel. Product Version Defaults to Major: 0, Minor: 0, Build: 0 (0.0.0).
Windows Embedded Compact 7 Software
Must be non-blank and is used by the SDK installer to compare differing installations. This is the version that appears in the Programs and Features, Uninstall or Change a Program dialog box of the Control Panel. Company Name Must be non-blank and is the name that appears as Publisher in the Programs and Features, Uninstall or Change a Program dialog box of the Control Panel.
Company Website Must be non-blank. Click Apply on the SDK Property Pages dialog box to save the General properties, or click OK to save the SDK configuration and close the SDK Property Pages dialog box. To build the SDK, use one of the following methods:. Right-click the name of the SDK in the Solution Explorer window and select Build from the context menu. Select Build all SDKs from the Build menu. The build process automatically invokes appropriate modules (such as GenSDK, CoreRoller, setupgen, and BuildSDK), creates all necessary folders and files (such as BuildSDK.xml and SDKFiles.cab), and generates the final product, the Microsoft Installer file for the SDK (SDK.msi).
You can see the results of the build process in the Visual Studio Output window:. The location of the exported SDK. The location of the.msi file to use to install the SDK. To install an SDK for a custom-designed OS, see Install a Windows Embedded Compact 7 SDK. Property Page Description Install Specify the MSI file name, path and locale. MSI name defaults to SDK.msi and path defaults to%WINCEROOT% OSDesigns SDKs SDK MSI.
License Terms Designate a custom end user license agreement if you need one. You can specify a path to a Rich Text Format file that contains the terms you want to add to the license agreement. Readme Specify a custom readme file to include with the SDK. On the final page of the SDK Setup Wizard, a checkbox is provided to display the readme file after installation is complete. CPU Families Select the OS configurations you want your SDK to support. You can choose from the list of configurations that your OS design supports.
For more information on OS design configuration see. Development Languages Native development support is the only option available for Windows Embedded Compact. If your OS design requires a platform-specific macro, you can specify the name of that macro in the field provided.
For additional information see the in MSDN. Additional Folders Specify any additional directories you want to include in the SDK by using the Add, Edit and Delete keys on the Additional Folders property page. You specify complete paths for directories containing files your SDK will need.
These files may contain data, custom tools or programs you want to include in the SDK. For example, folders specified here may contain components that are required by a specific OS design configuration or project type, such as C: Program Files Microsoft Visual Studio 9.0 VC ce dll to include the MFC runtime dlls in the SDK. Emulation Configuration of a device emulator is not currently included in Windows Embedded. You can also add SDK support for connecting Visual Studio 2008 to a virtual CEPC, so that application developers can test Windows Embedded Compact applications by using the virtual CEPC.
For more information regarding Virtual CEPC, see. With SDK support for the virtual CEPC, application developers can set up a virtual CEPC by using either Windows Virtual PC or Microsoft Virtual PC 2007, to download and run Windows Embedded Compact applications that they develop in Visual Studio 2008. To add support for connecting to a virtual CEPC, add the following files from Platform Builder to an additional directory folder:. Add the Nk.bin file Nk.bin represents the OS image that you built by using the virtual CEPC board support package (BSP) and is located at%WINCEROOT% OSDesigns RelDir Nk.bin.
Add the WceldrC file WceldrC represents the boot loader that you built by using the virtual CEPC BSP and is located at%WINCEROOT% OSDesigns RelDir WceldrC. Add the Cesys.exe file Cesys.exe is a tool that embeds the boot loader into the virtual hard disk that the application developer uses to run the virtual CEPC and is located at%WINCEROOT% Platform VirtualPC src Boot Tools Bin i386 Cesys.exe. Add the following Core Connectivity files from C: Program Files Common Files Microsoft Shared CoreCon 1.0 Target wce400 x86:. Clientshutdown.exe. ConmanClient.exe. EDebgTl.dll.
TcpConnectionA.dll The application developer uses the Core Connectivity files to establish a connection between Visual Studio and the virtual CEPC. To add the additional directory folder to the SDK:. In the SDK Property Pages dialog box, click Additional Folders. In the Source folder, browse to the directory folder in which you added the files for virtual CEPC support.