Microsoft Windows SDK Blog : C++

New samples in Win 7 SDK: Direct2D and DirectWrite

wsdkblog@microsoft.com — Tue, 20 Oct 2009 19:12:49 GMT

The Windows 7 SDK comes with several components, including tools, documentation, headers and libraries, and samples. In this series of blogs, I’ll go through a number of sample that particularly target the new features in Windows 7. I’ll talk about how to build and run them and what the requirements are for each.

Samples have been one of the most valuable educational tools out there and Windows SDK sure has all those samples needed to educate yourself about any aspect of Windows programming.

For the rest of this article, I’ll assume the default location for the Windows 7 SDK root folder, which is “C:\Program Files\Microsoft SDKs\Windows\v7.0\Samples”

Direct2D and DirectWrite samples

New to Windows 7 are Direct2D and Direct3D, which are part of the DirectX family. These technologies are aimed at providing a better and faster developer and user experience for creating 2D graphics and text

Direct2D (or D2D) is a native immediate-mode 2D graphics rendering API that is built on top of Direct3D, and offers some compelling performance and visual quality improvements over GDI and GDI+. DirectWrite supports high-quality text rendering, resolution-independent outline fonts, and full Unicode text and layout support.

I’m not going to go into detail about these technologies now. But, you can always Bing them or directly visit the MSDN portals for Direct2d and DirectWrite, where you’ll find a wealth of information about each and how they interoperate together or with their other family member, Dirct3D.

Samples included in the Windows 7 SDK

The samples that illustrate Direct2D are installed by default under “C:\Program Files\Microsoft SDKs\Windows\v7.0\Samples\multimedia\Direct2D”. Similarly, the DirectWrite samples are installed to “C:\Program Files\Microsoft SDKs\Windows\v7.0\Samples\multimedia\DirectWrite”. (The blog post New Win32 Samples in Windows SDK for Windows 7: Multimedia describes all multimedia samples in native code that were updated for Windows 7.)

All of the Direct2D and DirectWrite samples come preconfigured with Visual Studio 2008 solution and project files.

Other than Visual Studio 2008, and the Win32 headers and libraries that are installed with the Windows SDK, the only prerequisite you might need is DirectX SDK. It is needed for only two Direct3D samples that require a compiler shader that ships with DirectX SDK. Both samples interop with D3D. (See the blog post Development with Windows SDK & DirectX SDK when Visual Studio 2008 is installed for more information on working with both the Windows SDK and the DirectX SDK.)

Here are the available samples.

Direct2D Samples (C:\Program Files\Microsoft SDKs\Windows\v7.0\Samples\

Multimedia\Direct2D):

Sample	Description	Location
Simple "Hello, World" Direct2D application that draws text to the screen.	Demonstrates how to use Direct2D to draw the text, “Hello, World.”	Direct2DHelloWorld
Direct3D/Direct2D Interoperability Sample	Demonstrates how to use Direct2D to project 2D content onto a 3D surface.	DXGI Interoperation Sample
GDI/Direct2D Interoperability Sample	Demonstrates how to write Direct2D content to a GDI DC.	GdiInteropSample
Direct2D Geometry Realization Sample	Demonstrates how to use meshes and A8 render targets to improve performance when rendering complex shapes.	GeometryRealizationSample
Interactive 3D Text Sample	Demonstrates how to use DirectWrite and Direct2D to create editable 3D text.	Interactive3dTextSample
Direct2D ListView Control Sample	Demonstrates how to use Direct2D to create a list view control.	ListViewSample
Direct2D Antialiasing Sample	Demonstrates different antialiasing rendering modes.	MSAARenderingSample
Direct2D Saving an Image as a File Example	Demonstrates how to write Direct2D content to an image file.	SaveAsImageFileSample
Simple Direct2D Application	Demonstrates a simple Direct2D application. It draws text, images, shapes, and creates a pattern.	SimpleDirect2DApplication
Direct2D Animate Along a Path Sample	Demonstrates how to animate an object along a geometric path.	SimplePathAnimationSample
Direct2D Text Animation Sample	Demonstrates different ways to render animated text.	TextAnimationSample

DirectWrite Samples (C:\Program Files\Microsoft SDKs\Windows\v7.0\Samples\Multimedia\DirectWrite):

Sample	Description	Location
A Choose Font Dialog Using DirectWrite	Demonstrates choosing a font face, size and weight.	ChooseFont
Custom Font Loader Sample	Demonstrates how to load a custom font embedded in an application using DirectWrite.	CustomFont
DirectWrite Custom Layout Sample	Demonstrates how a custom layout can utilize the information from script itemization, bidi analysis, line breaking analysis, and shaping to accomplish text measurement and fitting, line breaking, basic justification, and drawing.	CustomLayout
Font Enumeration Sample	Demonstrates how to enumerate fonts using DirectWrite and outputs the font family names to the console.	FontEnumeration
DirectWrite - GDI Interoperation Sample	Demonstrates how DirectWrite can convert from GDI font objects and display DirectWrite text on a GDI surface.	GdiInterop
Hello World using DirectWrite	Demonstrates how to use DirectWrite to render simple text, text with multiple formats, and customized text with a custom renderer.	HelloWorld
DirectWrite layout sample	Demonstrates various DirectWrite features such as: Glyph rendering, Complex script shaping, Script analysis, Bidi ordering (?abc?), Line breaking, Font fallback, Font enumeration, ClearType rendering, OpenType styles, Inline objects, Trimming, and Selection hit-testing.	PadWrite
DirectWrite Text Rendering Sample	Demonstrates the rendering capabilities of DirectWrite, both to a DIB and a Direct2D surface.	RenderTest
A simple version of Hello World with DirectWrite	A version of the DirectWrite Hello World sample that uses simple text only.	SimpleHelloWorld
DirectWrite Text Dialog Sample	Demonstrates font enumeration, changing font face, style, weight, underline, and size using DirectWrite. Displays the changes in real time.	TextDialogSample

Building SDK samples in the “Program Files” directory

When building Samples, you should do so in a directory outside C:\Program Files to which you have write access. Copying to a location other than C:\Program Files makes it possible to maintain a pristine copy of the SDK samples and avoid issues when writing to files and directories located under C:\Program Files.

If you wish to build the samples in the “Program Files” directory, which is a secured Windows folder, Visual Studio 2008 may ask you to run with elevated permissions. (Click on the images to enlarge them.)

Use the Windows SDK Configuration Tool to set the Current SDK

Building the SDK samples with Visual Studio 2008 should be straightforward after you install Windows SDK and Use the Windows SDK Configuration Tool to set the Windows 7 SDK as the “current” SDK for MSBuild and VCBuild. Running this tool will update the Windows 7 SDK build environment and the Visual Studio 2008 IDE build environment to use the Windows 7 SDK headers, libraries and tools. You can also use this tool to switch it back again. (For more information, see the blog post Using the Win 7 SDK Build Environment with VS 2008.)

To run the GUI version of the Windows SDK Configuration Tool, go to Start, All Programs, Microsoft Windows SDK v7.0, Visual Studio Registration, Windows SDK Configuration Tool, and set the Windows SDK version to v7.0 for Visual Studio 2008. (Because this tool modifies registry settings, it needs elevated permissions to run.)

After the tool launches, select v7.0 from the drop down menu. (You may see something slightly different on your computer. In the screenshot below, you see two other versions of the SDK. v6.0A indicates the Windows SDK components that ship in-the-box with Visual Studio 2008. 7.0A indicates the Windows SDK components that ship in-the-box with Visual Studio 2010 BETA integrated SDK.)

Click Make Current, and you should see an output like this:

Now, restart Visual Studio 2008 and rebuild the solution and you will be building with the Windows 7 components:

Setting Visual C++ directories manually

You may wish to set the Visual C++ directories manually. However, if you have successfully configured Visual Studio directories using the Windows SDK Configuration tool, you won’t need to follow the manual steps below.

1. From the main Visual Studio menu, select Tools àOptions, and open the Project and Solutions | VC++ Directories property sheet. This is used to select the location of the folders Visual Studio needs to build and run Visual C++ solutions. (The Platform is the build/run target; the most common are Win32 (x86) or x64.)

2. We want to update the Include folders path, so In “Show directories for:”, select Include Files, and add the SDK include path, c:\Program Files\Microsoft SDKs\Windows\v7.0\Include, to the top of the list:

3. In the Libraries files directories, add C:\Program Files\Microsoft SDKs\Windows\v7.0\Lib to the top of the list (Note, the x64 Library Files are under C:\Program Files\Microsoft SDKs\Windows\v7.0\Lib\x64):

Remember, if you have successfully configured Visual Studio folders using WinSDK Configuration tool, you won’t need any of the manual steps above.

Troubleshooting

After building and running the solution, if you get a compilation error such as:” Fatal error C1083: Cannot open include file: 'd2d1.h': No such file or directory”

This means that Visual Studio 2008 cannot find the headers (and probably it won’t find the libraries too). This might happen for several reasons, for example if you had more than one version of Visual Studio when the SDK was installed.

Make sure you have told Visual Studio 2008 about the location of those file by using either the Windows SDK Configuration tool, or setting the VC++ directories manually, using instructions earlier in this post.

Running the samples

Now, back to building and running the Direct2D and DirectWrite samples. Here are some screen shots for the samples. (Click on the image to enlarge it.)

Simple Direct2D Application:

Direct2D Geometry realization Samples:

Remember, two of the Direct2D samples, DXGISample and Interactive3dTextSample, require that the DirectX SDK is installed on your machine. (See the blog post Development with Windows SDK & DirectX SDK when Visual Studio 2008 is installed for more information on working with both the Windows SDK and the DirectX SDK.)

Here are shots of the Direct2D Interactive 3D Text Sample, which shows the interaction between Direct3D (through DXGI), Direct2D and DirectWrite:

Here is the DirectWrite Simple Hello World sample:

Here is the Render Test Sample:

Here is the Custom layout sample in English and Arabic:

Mahmoud Saleh
Software Engineer
Windows C++ Team

Building web services on Windows with C++

wsdkblog@microsoft.com — Tue, 20 Oct 2009 17:19:37 GMT

Windows 7 and Windows Server 2008 R2 introduce the new framework for building web services in C++ code. Windows Web Services API (WWSAPI) supports the core set of protocols for SOAP-based web services. Developers can use WWSAPI in applications where they need to use native C/C++ code and they cannot take dependency on .Net Framework. Solutions built with this API require significantly less memory than WCF on the client side. On the server side, the API allows developers to achieve much higher throughput than WCF. You can find links to all online resources available to you to learn more about this new API on this page. WWS API is available on all versions of Windows 7 and Windows Server 2008 R2 and it can also be deployed to Windows XP, Vista, Server 2003 and Server 2008. The redistributable installers are available on a formal request to wwsredst@microsoft.com with a brief description of plans for using this runtime and the business contact information for your company.

The Microsoft Windows SDK for Windows 7 and .NET Framework 3.5 SP1 plays a very important role in this story of enabling developers to connect their native C and C++ code to web services. Here is what Windows SDK delivers for this scenario:

1) webservices.h header is part of the set of headers installed. This header contains declarations of all functions and types that are part of the API. If Windows SDK did not contain this header, you would get the following error when trying to build code that uses WWSAPI:

> fatal error C1083: Cannot open include file: 'WebServices.h': No such file or directory

If you see this error when you try to use WWSAPI or build samples from MSDN, you need to:

a) Install Windows SDK for Windows 7.

b) Run the Windows SDK Configuration Tool to utilize the Windows 7 headers and libraries. Go to Start > All Programs > Microsoft Windows SDK v7.0 > Visual Studio Registration > Windows SDK Configuration Tool.

c) After these two steps, you should be able to compile the code that uses WWSAPI. To complete linking of your application, you will need webservices.lib.

2) webservices.lib library contains declarations of exports from the Windows Web Services Runtime DLL (webservices.dll). There are three versions of this library installed by Windows SDK for each of CPU architecture (x86, x64 and Itanium). After you completed steps 1.a. and 1.b. from above, you may still get LNK2001 errors for Ws*() functions used in your code. Here is an example of such errors:

1>SortServiceClient.obj : error LNK2001: unresolved external symbol _WsCreateError@12

1>SortServiceClient.obj : error LNK2001: unresolved external symbol _WsFreeError@4

1>SortServiceClient.obj : error LNK2001: unresolved external symbol _WsCloseServiceProxy@12

1>SortServiceClient.obj : error LNK2001: unresolved external symbol _WsFreeHeap@4

1>SortServiceClient.obj : error LNK2001: unresolved external symbol _WsCreateHeap@24

1>SortServiceClient.obj : error LNK2001: unresolved external symbol _WsOpenServiceProxy@16

1>sortservice.wsdl.obj : error LNK2001: unresolved external symbol _WsCreateServiceProxyFromTemplate@40

1>sortservice.wsdl.obj : error LNK2001: unresolved external symbol _WsCreateServiceEndpointFromTemplate@56

1>sortservice.wsdl.obj : error LNK2001: unresolved external symbol _WsCall@32

1>C:\C++ Project that uses WWSAPI.exe : fatal error LNK1120: 12 unresolved externals

To resolve these errors, you need to point VC++ linker to use webservices.lib to build the final binary. You can do this by opening properties of your project. Then browse to Linker options and add webservices.lib to the list of Additional Libraries. See picture below for details:

Once you do that, all linker errors should go away.

Wsutil.exe is Windows Web Services Tool for generating C code from metadata that describes a web service. You are most likely to use this tool as the first step when you need to implement a client to an existing web services or create a new web service. This tool serves the same purpose as WCF Service Model Metadata Utility Tool (Svcutil.exe). There are many commands available in this tool, which you can read about by passing “/?” or “/help” option on the command line. However the core steps for using this tool are:

a. Save your metadata files somewhere on the local hard drive.

i. If you need to download metadata from a running web service, you can use svcutil.exe as follows:

> svcutil.exe /t:metadata <URL to Web Service>

b. Run wsutil.exe on the SDK Shell prompt either as

> wsutil.exe *.wsdl *.xsd

or

> wsutil.exe /wsdl:<filename> /xsd:<filename> /wsp:<filename>

When you run wsutil.exe, it is going to process each WSDL, XML schema and policy file and generates one C header and one C source file for each input file.

Please note that you need to provide all WSDL and XSD files at once. Passing an incomplete set will result in wsutil.exe issuing errors for references in the input files to non-present WSDL or XSD files. Make sure that you pass all WSDL and XSD files in one call to the wsutil.exe.

For more information please refer to the Windows Web Services API documentation on MSDN.

4) Wstrace.bat and wstracedump.exe are tools that help you with enabling and collecting Windows Web Services Tracing. With these tools you can:

1. Create and delete a trace log

2. Enable and disable tracing

3. Update the tracing level

4. Converting trace logs to CSV files

You can find a tutorial on how to use these tools with Windows 7 RC in this post on Nikola’s blog. For more information please refer to the WWSAPI documentation on MSDN.

5) 92 samples for WWSAPI. Each sample is a complete application that demonstrates how to use WWSAPI in a particular scenario end-to-end. Most of Service Model and Channel Layer samples come in pairs. One sample demonstrates the client side and another one demonstrates the server side. There is usually one example for showing how to use some functions from XML Layer. Assuming that you have not changed the default install path for Windows SDK, you can find all samples under this folder C:\Program Files\Microsoft SDKs\Windows\v7.0\Samples\Web\WWSAPI.

To build WWSAPI samples

1. Copy sample from C:\Program Files\Microsoft SDKs\Windows\v7.0\Samples\Web\WWSAPI to a some other folder with all other projects of yours

2. Open a sample in Visual Studio

3. Select Build Solution from the Build Menu.

4. Run the Windows SDK Configuration Tool to utilize the Windows 7 headers and libraries. Go to Start > All Programs > Microsoft Windows SDK v7.0 > Visual Studio Registration > Windows SDK Configuration Tool.

a. If you see any build errors, please make sure you have completed integrating Windows SDK with Visuals Studio.

b. If you still experience errors, please post your issue on the forum.

To run samples that demonstrate a scenario from both client and server sides, you should:

1. Run the sample for the server side of a scenario first. For example, run HttpCalculatorService first before running HttpCalculatorClient.

2. Run the sample that demonstrates the client side after the server side has started.

If the sample is not part of client-server pair, just run the sample after the build is completed.

For more information please refer to the Using Windows Web Services documentation on MSDN.

6) The Windows SDK also installs a local version of the MSDN documentation for WWSAPI. Once you install Windows SDK and integrate it with Visual Studio, pressing F1 should allow you to get documentation installed with Windows SDK. Please note however, that the online documentation tends to be more accurate because technical writers update online version more frequently.

As you can see, the Windows SDK plays a very important role in this scenario. To learn more about WWSAPI and how you can use it in your C++ code, please see these other resources:

1) Video recordings

a. Introduction to WWSAPI and a tutorial on building native C/C++ clients to web services using WWSAPI at PDC 2008.

b. Advantages for using native C/C++ code in building web services and key steps that developers have to take can be found in the session at TechEd 2009.

c. An open discussion about Windows Web Services API with answers to frequently asked questions can be found in a recording on Channel 9.

2) Follow links to all online resources available for building web services and clients to web services in C and C++ code on this page.

3) Follow Web Services in Native C++ code series of posts on Nikola’s blog and Hao’s blog.

If you have any questions or if you would like to participate in discussions about WWSAPI, please visit the forum or just comment on this post.

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

The MSDN Windows SDK Developer Center is the place to find resources and links to Windows SDK products, release notes, technical articles, and more.

Development with Windows SDK & DirectX SDK when Visual Studio 2008 is installed

wsdkblog@microsoft.com — Thu, 15 Oct 2009 23:08:00 GMT

In order to utilize DirectX SDK resources you should ensure that the DirectX SDK include, library, and executables directories are set correctly in Visual Studio 2008. The order in which Visual Studio 2008 looks for executable directories and library files is important. The Windows SDK directories should appear above the DirectX SDK directories.

The DirectX SDK includes some files that are also shipped in the Windows SDK. These files may also be installed with the Windows headers and libraries that are included in Visual Studio 2008. It's possible to get a mixture of different versions of DirectX files on your computer, depending on what versions of the Windows SDK, DirectX SDK, and Visual Studio you install.

The Windows SDK Configuration tool can be used set the Windows 7 SDK as the “current” SDK for MSBuild and VCBuild. This will update the Windows 7 SDK build environment and the Visual Studio 2008 build environment to use the Windows 7 SDK headers, libraries and tools. You can also use this tool to switch it back again. However, the configuration tool does not set the DirectX SDK paths. You will need to do this manually, following the instructions in this article.

If you have installed the DirectX SDK and wish to build an application in the Windows SDK command line build environment, or in the Visual Studio build environments, you will need to set the VC++ directory paths manually. If you wish to build with the Windows 7 headers and libraries, you should ensure that directory path for this content is found first, before the DirectX SDK content.

In the following example I have installed the November 2008 version of the Microsoft DirectX SDK on a computer with the Windows 7 SDK and Visual Studio 2008.

How to set the C++ Directories manually

1. Launch Visual Studio 2008.

2. Open the Tools menu and select Options…. The Options dialog box appears.

3. In the left pane of the Options dialog box, expand the Projects and Solutions node.

4. Under Project and Solutions, select VC++ Directories.

5. In the right pane, set the "Platform" drop-down list box to Win32® and the "Show directories for" drop-down list box to "Executable" files.

6. At the bottom of the list of executable file directories, create a new entry for the DirectX SDK: [drive]:\Program Files\Microsoft DirectX SDK [version]\Utilities\bin\x86 (If there is already such an entry, move it to the bottom of the list.)

7. Set the "Show directories for" drop-down list box to "Include" files.

8. At the bottom of the list of directories, create a new entry for the DirectX SDK: [drive]:\Program Files\Microsoft DirectX SDK [version]\Include (If there is already such an entry, move it to the bottom of the list.)

9. Set the "Show directories for" drop-down list box to "Library" files.

10. At the bottom of the list of directories, create a new entry for the DirectX SDK: [drive]:\Program Files\Microsoft DirectX SDK [version]\LibX86 (If there is already such an entry, move it to the bottom of the list.)

11. If you are developing an application to run on AMD64, you should repeat these steps to set the AMD64 paths by setting the "Platform" drop-down list box to X64 and providing the appropriate paths.

12. Click OK.

Karin Meier-Magruder
Program Manager
Windows C++ Team

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

The MSDN Windows SDK Developer Center is the place to find resources and links to Windows SDK products, release notes, technical articles, and more.

Installing Windows SDK for Server 2008 (v6.1) after VS2008 SP1 causes conflicts with Security Update (KB971092)

wsdkblog@microsoft.com — Fri, 07 Aug 2009 23:57:00 GMT

Issue: If you install the Windows SDK for Windows Server 2008 and .NET Framework 3.5, on top of Visual Studio 2008 Service Pack1, some CRT files will revert back to RTM version. (See this post for more information about this issue) This can cause conflicts when you install patches or updates such as the Security Update for Microsoft Visual Studio 2008 Service Pack 1: July 28, 2009 (KB971092), which may lead to compile errors similar to this:

· error C2039: '_Swap_adl' : is not a member of 'std' c:\program files\microsoft visual studio 9.0\vc\include\xutility 2764

· error C3861: '_Swap_adl': identifier not found c:\program files\microsoft visual studio 9.0\vc\include\xutility 2764

Cause: This problem occurs when you install the Windows SDK for Windows Server 2008 and .NET Framework 3.5 on top of a post-RTM Visual Studio 2008 Service Pack, Feature Pack, or QFE. Visual Studio 2008 and the Windows SDK share compiler and CRT packages. Because the Windows SDK v6.1 includes the RTM version of the CRT, installing the Windows SDK second causes any non-versioned CRT files to be reverted back to Visual Studio 2008 RTM version. When you install a service patch, the patch will assume that all the SP1 files are still present.

Workaround: Ensure that you are using the Visual Studio 2008 SP1 version of the CRT by installing the Windows SDK for Windows Server 2008 and .NET Framework 3.5 first, then re-installing Visual Studio 2008 SP1. Then you can apply the Security Update.

Caution: Running “Repair” on the Windows SDK will cause the CRT files to go back to RTM state and should be avoided.

Karin Meier-Magruder
Program Manager
Windows SDK Team

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

The MSDN Windows SDK Developer Center is the place to find resources and links to Windows SDK products, release notes, technical articles, and more.

Using the Win 7 SDK Build Environment with VS 2008

wsdkblog@microsoft.com — Fri, 07 Aug 2009 20:50:00 GMT

Changes have been made to the Windows SDK build environment and how the SDK interacts with MSBUILD and Visual Studio 2008. This post applies to the RTM release of the Windows SDK for Windows 7 and .NET Framework 3.5 SP1.

What changed with the Windows SDK for Windows 7?

The Windows SDK for Server 2008 sets a registry key upon installation to identify the SDK as the “current” SDK to use when building. This key is used by the VC++ toolset in both Visual Studio 2008 and in the Windows SDK build environment:

On an X86 computer: HKLM\SOFTWARE\Microsoft\Microsoft SDKs\Windows
On an X64 or IA64 computer: HKLM\SOFTWARE\Wow6432Node\Microsoft\Microsoft SDKs\Windows

The Windows SDK for Windows 7 does not set this key during installation in order to avoid unexpected changes to Visual Studio 2008. To set the Windows SDK used by Visual Studio, use the Windows SDK Configuration Tool.

Out-of-the-box experience with the Windows SDK for Windows 7

If you install the Windows SDK for Windows 7 on a clean computer and create an application with the SDK build environment, the SDK will use the Windows 7 headers, libraries and tools that are included with the SDK.

If Visual Studio 2008 is installed, MSBuild and/or VCBuild will default to the headers, libraries and tools that have been previously integrated with Visual Studio 2008, in most cases, this is the (Vista-level) Windows SDK v6.0a. If this is the case, the Windows SDK build environment will display a warning when launched.

How to use the Windows SDK for Windows 7 headers, libraries and tools with Visual Studio 2008

Use the Windows SDK Configuration Tool to set the Windows 7 SDK as the “current” SDK for MSBuild and VCBuild. This will update the Windows 7 SDK build environment and the Visual Studio 2008 IDE build environment to use the Windows 7 SDK headers, libraries and tools. You can also use this tool to switch it back again.

To run the GUI version of the Windows SDK Configuration Tool, go to Start, All Programs, Microsoft Windows SDK v7.0, Visual Studio Registration, Windows SDK Configuration Tool.

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience. The MSDN Windows SDK Developer Center is the place to find resources and links to Windows SDK products, release notes, technical articles, and more.

Karin Meier-Magruder
Program Manager
Windows SDK Team

New Win32 Samples in Windows SDK for Windows 7: Communication

wsdkblog@microsoft.com — Thu, 23 Jul 2009 02:30:00 GMT

This is the post number 11, the final article in a series that describes new and updated samples in the Windows 7 SDK. The following is a new COM+ Spy sample that was updated to support Windows 7.

New Win32 Samples in Windows SDK for Windows 7: Multimedia

New Win32 Samples in Windows SDK for Windows 7: Security

New Win32 Samples in Windows SDK for Windows 7: Systems Management

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

New Win32 Samples in Windows SDK for Windows 7: Web

New Win32 Samples in Windows SDK for Windows 7: Windows Base

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

New Win32 Samples in Windows SDK for Windows 7: Windows XML Paper Specification (XPS)

Over 1,200 samples were changed since the release of the Windows SDK for Windows 7 RC release. Many “new to Win 7” samples were added, simplified, or extended, and many older samples were updated to support Windows 7 as well as older operating systems.

For build instructions and additional information about the samples, see the Readme.txt files and other documents in the SDK sample folders. For general sample building instructions, refer to the Samples Reference page that installs with the Windows SDK, and the SDK Release Notes (under the Start menu, in All Programs > Microsoft Windows SDK v7.0). By default, Win32 samples are installed under the following path: C:\Program Files\Microsoft SDKs\Windows\v7.0\Samples.

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

Updated Com+ Spy sample in the Windows SDK for Windows 7

Sample	Description	Install Location
COM+ Spy	The COM+ system event publisher publishes events using COM+ LCE services. The COMSpy sample application provides an example of a program which subscribes to these published events. COMSpy Demonstrates what is going on inside a COM+ process by displaying and logging event metrics.	com\administration

Karin Meier-Magruder

Program Manager for Samples

Windows SDK Team

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

wsdkblog@microsoft.com — Tue, 21 Jul 2009 21:05:00 GMT

This is post number 9 in a series that describes new and updated samples in the Windows 7 SDK. The following table lists samples that pertain to Windows User Interface, and are new to Windows 7 or updated to support Windows 7. Technologies include Shell, Locations and Sensors, Sidebar, Sideshow, Windows Ribbon, Windows Search, and more. These samples are new to Windows 7 or updated to support Windows 7.

New Win32 Samples in Windows SDK for Windows 7: Multimedia

New Win32 Samples in Windows SDK for Windows 7: Security

New Win32 Samples in Windows SDK for Windows 7: Systems Management

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

New Win32 Samples in Windows SDK for Windows 7: Web

New Win32 Samples in Windows SDK for Windows 7: Windows Base

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

New Win32 Samples in Windows SDK for Windows 7: Windows XML Paper Specification (XPS)

New Win32 Samples in Windows SDK for Windows 7: Communication

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

New/updated Windows User Interface samples in the Windows SDK for Windows 7

Sample	Description	Install Location
WinUI ChooseFont Sample	Demonstrates how to use the ChooseFont with flags for Windows 7.	winui\ChooseFont
WinUI: CWMFEx Sample	Demonstrates how to use the RegisterHotKey function with MOD_NOREPEAT to avoid generating multiple hotkey notifications when the user-defined 'b'+ ALT hotkey is being repeatly pressed.	winui\CWMFEx
Location API Gadget sample	Demonstrates how to use the Location Platform to retrieve the current location and display that on a map.	WinUI\Location\LocateMe.gadget
Location API eventing sample	Demonstrates how to access the Location Platform in an asynchronous (event driven) manner.	WinUI\Location\LocationEvents
Location API SetLocation Sample	Demonstrates how to set the default location using the Location API. This sample requires Visual Studio to be built. This sample must be run as administrator for the call to IDefaultLocation::SetReport to succeed. This application retrieves the default civic address that is specified in Control Panel, and prints its fields. It then prompts the user to change the default civic address in Control Panel, prints the new values, and then sets the default location back to its original.	winui\Location\SetLocation
Location API Simple Location sample	Simple Location Demonstrates how to access the Location Platform in a synchronous manner.	WinUI\Location\SimpleLocation
WinUI: RegisterHotKey Sample	Demonstrates how to use the RegisterHotKey function with MOD_NOREPEAT to avoid generating multiple hotkey notifications when the user-defined 'b'+ ALT hotkey is being repeatly pressed.	winui\RegisterHotKey
Ambient Light Aware Sample	Demonstrates how to use the Sensor Platform by reading data from Ambient Light Sensors on the computer and changing a label's font size to be optimized for the reported light conditions.	WinUI\Sensors\AmbientLightAware
ChangeNotifyWatcher Sample	Demonstrates the ShellChangeNotify system.	winui\shell\AppPlatform\ChangeNotifyWatcher
Using and extending Common File Dialog	Demonstrates the use of the different Common File Dialog APIs (IFileDialog, IFileSaveDialog, and associated interfaces) to create a custom file open/save dialog. Build and run CommonFileDialogSDKSample.exe and play with the File menu to see it in action.	WinUI\Shell\AppPlatform\CommonFileDialog
Common File Dialog Modes Sample	Demonstrates how to use the Common File Dialog in different modes to pick files, containers (folders) or multiple items in a “basket” mode without dismissing the dialog. This sample also demonstrates how to use the Common File Dialog to pick both files and folders from the same dialog in “basket” mode.	winui\Shell\AppPlatform\CommonFileDialogModes
DragDrop Visuals Sample	Demonstrates how to use the shell drag drop services to get the presentation features that shell drag drop supports for both targets and sources. This includes: 1) drop targets rendering the drag image 2) drop target provided drop tips 3) drag source populating the drag image information when using a custom data object 4) drag source enable drop tips 5) use the shell provided IDropSource implementation by calling SHDoDragDrop(). This handles many of the edge cases for you dealing with different types of targets	winui\Shell\AppPlatform\DragDropVisuals
Execute in Explorer Sample	Demonstrates how to perform a ShellExecute in the Explorer Process. This is most useful when you are an elevated process that you want to run in an unelevated. The Windows Explorer runs unelevated most of the time so applications can use this code to take advantage of that.	winui\Shell\AppPlatform\ExecInExplorer
Explorer Browser Search Sample	Demonstrates how to use the Explorer Browser control to embed Windows Explorer in an application. It then demonstrates how to simply implement instant search functionality with an in-memory search folder.	winui\shell\AppPlatform\ExplorerBrowserSearch
FileIsInUse	Implemenets the IFileIsInUse interface. See the included docx file for a complete description.	winui\Shell\AppPlatform\FileIsInUse
FileOperations	Demonstrates the use of the file operation API for performing actions such as copy/move/delete/rename on file system objects.	WinUI\Shell\AppPlatform\FileOperations
KnownFolders Sample	Demonstrates registering a KnownFolder by directly writing the relevant registry keys and values. This sample showcases only the most common KnownFolder Definition fields and targets developers of managed code who would prefer registry access to COM interop.	WinUI\Shell\AppPlatform\KnownFolders
NamespaceTreeControl Sample	Demonstrates how to implement a custom namespace tree control	WinUI\Shell\AppPlatform\NamespaceTreeControl
Parsing With Parameters Sample	Demonstrates how to take advantage of shell helpers that use the parsing name interact with items via the shell programming model.	winui\Shell\AppPlatform\ParsingWithParameters
PropertyEdit Sample	Demonstrates how to use the Property System APIs to read and write values to and from files. You can try this sample for reading/writing files on file types including .jpg, .tiff, .doc, .mp3, .wma files. (and more if they have property handlers associated with them.) You can also use this sample in conjunction with the Recipe Property Handler sample which Demonstrates a sample property handler for .recipe file to debug that handler. Usage: propertyedit [OPTIONS] [Filename] Options: -get <PropertyName> Get the value for the property defined by its Canonical Name in <propertyName> -set <PropertyName> Set the value for the property defined <PropertyValue> by <PropertyName> with value <PropertyValue> -enum Enumerate all the properties. -info <PropertyName> Get schema information on property. Examples: PropertyEdit -get “System.Author” foo.jpg PropertyEdit -set “System.Author” “John Doe” foo.jpg PropertyEdit -enum foo.jpg PropertyEdit -info “System.Author”	WinUI\Shell\AppPlatform\PropertyEdit
Property Schema API sample	Demonstrates the use of the different Property System APIs to register/unregister custom property schemas, or get detailed information about properties alredy registered with the system. Run PropSchema.exe without any arguments to see usage information.	WinUI\Shell\AppPlatform\PropertySchemas
SearchFolder Sample	Demonstrates the use of ISearchFolderItemFactory API to create search folders. Build and run SearchFolder.exe to it in action.	WinUI\Shell\AppPlatform\SearchFolder
Shell Library Backup Sample	Demonstrates how to pick and interact with libraries as containers. ShellLibraryBackup is a fictional backup application that supports picking and backing up libraries in addition to folders. Libraries are the new storage location for user files in Windows 7. The Documents, Pictures, Music and Videos libraries provide a superset of functionality to users and they look a little different when discovered programmatically.	winui\Shell\AppPlatform\ShellLibraryBackup
Shell Library Command Line Sample (shlib.exe)	Sample command-line interface for the IShellLibrary interface, providing programmatic access to inspect and manipulate Windows libraries files from the console.	winui\Shell\AppPlatform\ShellLibraryCommandLine
Shell Storage Sample	Demonstrates how to use the IStorage and IStream APIs to create files and folders in shell containers like libraries or any container picked from either the folder picker dialog or the SHBrowseForFolder dialog. Also demonstrates how to save directly to to the shell item returned from the file dialog using these APIs.	winui\Shell\AppPlatform\ShellStorage
UsingImageFactory Sample	Demonstrates the use of IShellItemImageFactory API to create file icons from existing image files.	winui\shell\AppPlatform\UsingImageFactory
UsingThumbnailProviders Sample	Demonstrates how to call the IThumbnailProvider methods to retrieve a thumbnail for an image file.	winui\shell\AppPlatform\UsingThumbnailProviders
Shell: AppUserModelIDWindowProperty	Demonstrates how to control the taskbar grouping behavior of an application's windows by setting the AppUserModelID on a window via the use of the IPropertyStore implementation for windows, obtained via SHGetPropertyStoreForWindow.	winui\shell\AppShellIntegration\AppUserModelIDWindowProperty
Automatic Jump List sample	Demonstrates how to utilize the automatic Jump Lists in Windows 7, which are generated from information provided through SHAddToRecentDocs. Also Demonstrates how to set an application's jump list to show the Frequent category instead of Recent.	WinUI\Shell\AppShellIntegration\AutomaticJumpList
CreateProcess Verb Sample	This demonstrates how implement a shell verb using the CreateProcess method CreateProcess based verbs depend on running a .exe and passing it a command line. This method is not as powerful as the DropTarget and DelegateExecute methods but it does achieve the desirable out of process behavior.	winui\Shell\AppShellIntegration\CreateProcessVerb
Custom Jump List Sample	Demonstrates how to customize the Jump List for an application using ICustomDestinationList.	WinUI\Shell\AppShellIntegration\CustomJumpList
DropTarget Verb Sample	Demonstrates how implement a shell verb using the DropTarget method this method is prefered for verb implementations that need to work on Windows XP as it provides the most flexibility, it is simple, and supports out of process activation. This sample implements a stand alone local server COM object but it is expected that the verb implementation will be integreated into existing applications. To do that have your main application object register a class factory for itself and have that object implement IDropTarget for the verbs of your application. Note that COM will launch your application if it is not already running and will connect to an already running instance of your application if it is already running. These are features of the COM based verb implementation methods.	winui\Shell\AppShellIntegration\DropTargetVerb
Execute Command Verb Sample	Demonstrates how implement a shell verb using the ExecuteCommand method. This method is preferred for verb implementations as it provides the most flexibility, it is simple, and supports out of process activation. This sample implements a standalone local server COM object but it is expected that the verb implementation will be integrated into existing applications. to do that have your main application object register a class factory for itself and have that object implement IDropTarget for the verbs of your application. Note that COM will launch your application if it is not already running and will connect to an already running instance of your application if it is already running. These are features of the COM based verb implementation methods.	winui\Shell\AppShellIntegration\ExecuteCommandVerb
Explorer Command Verb Sample	Demonstrates how implement a shell verb using the ExplorerCommand method.	winui\shell\AppShellIntegration\ExplorerCommandVerb
Shell: HomeGroup Sample	Demonstrates how to determine homegroup membership status, enumerate top level items in the HomeGroup Shell Folder, and launch the HomeGroup Sharing Wizard.	winui\shell\AppShellIntegration\HomeGroup
Ideal Property Handler	Demonstrates the implementation of an ideal property handler for an OleDoc File Format (.docfile-ms) or a fictional OpenMetadata format (.openmetadata-ms) which supports reading and writing properties and custom schema.	winui\Shell\AppShellIntegration\IdealPropertyHandler
NonDefaultDropMenuVerb Sample	Demonstrates how to extend the non-default drag-and-drop context menu.	winui\shell\AppShellIntegration\NonDefaultDropMenuVerb
Shell: NotificationIcon Sample	Demonstrates how to use the Shell_NotifyIcon and Shell_NotifyIconGetRect APIs to display a notification.	winui\shell\AppShellIntegration\NotificationIcon
Player Verb Sample	Demonstrates how to create a verb that operates on shell items and containers to play items or add items to a queue. Particularly useful for media applications.	winui\Shell\AppShellIntegration\PlayerVerbSample
Playlist Creator Sample	Demonstrates how to create a verb that operates on shell items and containers. In this case, the verb creates a playlist from the selected item or container.	winui\Shell\AppShellIntegration\PlaylistCreator
Playlist Property Handler	Demonstrates the implementation of a property handler for the .WPL and .ZPL playlist file formats.	winui\Shell\AppShellIntegration\PlaylistPropertyHandler
Recipe Preview Handlers	Demonstrates the use of the different Preview handler APIs to register a preview handler COM servers for custom file types. These API provide a mechanism to expose “live” content of files in the Preview Pane of Explorer. Build and register the dll. Navigate into the Recipes folder, enable Preview Pane in Explorer, and select a .recipe file to see live contents of the file show up in the Preview Pane.	WinUI\Shell\AppShellIntegration\RecipePreviewHandler
Recipe Property Handler	This sample Demonstrates the creation of a sample property handler for an XML based .recipe file format. It supports Open Metadata. (handles all properties given to it by saving under <ExtendedProperties> section of the XML file)	winui\Shell\AppShellIntegration\RecipePropertyHandler
Sync and Share Verbs	Demonstrates how to register a verb that extends the “Sync” and “Share” verbs in the Windows Explorer Command Bar.	winui\Shell\AppShellIntegration\SyncAndShareVerbs
Shell: TabThumbnails	Demonstrates how an application can expose multiple switch targets (as for tabs) on the taskband and how to provide their thumbnails.	winui\shell\AppShellIntegration\TabThumbnails
Desktop Integration sample	Demonstrates how to show peripheral status in the taskbar for an application window. Demonstrates both overlay icons and progress bars.	winui\shell\AppShellIntegration\TaskbarPeripheralStatus
Windows 7 Taskbar Integration sample	Demonstrates how to add a thumbnail toolbar and respond to its commands.	winui\Shell\AppShellIntegration\TaskbarThumbnailToolbar
Drawing text on glass using Buffered Paint Theming APIs	Drawing text on glass using Buffered Paint Theming APIs	WinUI\Shell\AppShellIntegration\TextOnGlassBuffered
Shell AppBar	Demonstrates how to implement an application desktop toolbar that is resizable, can attach to any side of the screen, and allows itself to be hidden in the same way the Explorer taskbar automatically hides.	winui\Shell\LegacySamples\AppBar
Shell Fakemenu	Demonstrates how an application can display a window that behaves in a similar manner as a menu.	winui\Shell\LegacySamples\Fakemenu
Building glass enabled deskbands	Demonstrates the use of the different DeskBand API APIs to create a custom desk band. Build and register DeskBandSDKSample.dll and right-click on the Task Bar, expand “Toolbars” menu option and choose “DeskBand Sample”. You will see the newly created Desk Band show up on the Task Bar.	WinUI\Shell\ShellExtensibility\DeskBands
OpenSearch Sample	Demonstrates a custom federated search provider with Visual Studio 2008 that connects to the AdventureWorks database. Uses ASP.NET to create a custom federated search provider. Queries are federated from Windows to the search provider using the OpenSearch standard. Results from this federated search provider are enumerated in the Windows Explorer as rich items in the view. Windows 7 understands search results that are returned in the RSS format. Other systems that support OpenSearch are compatible with Windows 7 federated search sources like Microsoft Search Server 2008 and other RSS-enabled clients.	winui\shell\ShellExtensibility\OpenSearch
Sidebar: IDesktopGadget Sample	Demonstrates how to add a gadget programmatically.	winui\sidebar\IDesktopGadget
Gadgets: sdk_graphicsapi.gadget Sample	Demonstrates key functionality the Windows Desktop Gadgets graphics library, for both text and images.	winui\sidebar\sdk_graphicsapi.gadget
SideShow Alarms Sample	Demonstrates a application that sends notifications to a Windows SideShow-compatible device. The application registers with the platform and sends notifications based on user specified alarm times. Output: The application should open a window titled 'My Alarm' and allow you to set an alarm time. When the alarm time elapses, a notification is shown on the device.	Winui\sideshow\Alarms
SideShow HelloWorld Sample	Demonstrates the creation of a simple Windows SideShow application. The application registers with the Simple Content Endpoint and pre-loads or sends a page with the string ‘Hello World’ to the device.	Winui\sideshow\HelloWorld
SideShow Pictures Sample	Demonstrates the sending of pictures / images from a file to an Windows SideShow device. The application takes jpeg images from the Pictures directory and sends them to the device to be viewed.	Winui\sideshow\Pictures
SideShow Tasks Sample	Uses the events and the Simple Content Format more extensively. The sample application gets its data from the TaskList.xml file in the sample folder. It uses the ContentMissing event to send content to the device.	Winui\sideshow\tasks
Simple UI Automation Provider sample	Demonstrates how to implement UI Automation on a simple custom control.	WinUI\UIAutomation\SimpleUIAProvider
Windows Ribbon: ContextPopup sample	Demonstrates the markup and code required to implement a Windows Ribbon application with various ContextPopups, with options to output Ribbon framework callbacks to a console window.	winui\WindowsRibbon\ContextPopup
Windows Ribbon: DropDownColorPicker sample	Demonstrates the markup and code required to use a Windows Ribbon DropDownColorPicker control.	winui\WindowsRibbon\DropDownColorPicker
Windows Ribbon: FontControl sample	Demonstrates the markup and code required to implement a FontControl within a Windows Ribbon application, with options to output various Ribbon Framework callbacks to a console window.	winui\WindowsRibbon\FontControl
Windows Ribbon: Gallery sample	Demonstrates the markup and code required to use the different types of Gallery controls included in the Windows Ribbon framework. The sample includes code that can be used to dynamically populate items into the Galleries, and handle special Gallery previewing events that support Results-oriented UI. The sample also demonstrates how to create a Ribbon application that works properly in high DPI modes.	winui\WindowsRibbon\Gallery
Windows Ribbon: HTMLEditRibbon sample	Demonstrates markup and code required to migrate an existing MFC application to use the Windows Ribbon.	winui\WindowsRibbon\HTMLEditRibbon
Windows Ribbon: SimpleRibbon sample	Demonstrates the markup and code required to implement a very simple Win32 application with a Windows Ribbon.	winui\WindowsRibbon\SimpleRibbon
Windows Search Command Line	Windows Search Command Line Utility console application to query the Windows Search index like FINDSTR /S and DIR /S	winui\WindowsSearch\DSearch
SearchEvents Sample	Demonstrates how to implement and use the IRowsetEvents interface to monitor changes to items belonging to a query over a particular scope. This demo also Demonstrates how to use the IRowsetPrioritization interface to set the indexing speed and priority of items also belonging to that scope.	winui\WindowsSearch\SearchEvents
Structured Query Code Sample	Demonstrates the Structured Query APIs. This sample program reads lines from the console, parses them using the system schema, and displays the resulting condition trees.	winui\WindowsSearch\StructuredQuerySample
Windows Search with OleDB	Demonstrates how to query Windows Search or Windows Desktop Search using OleDB and C++	winui\WindowsSearch\WSOleDB

Karin Meier-Magruder

Program Manager for Samples

Windows SDK Team

New Win32 Samples in Windows SDK for Windows 7: Windows Base

wsdkblog@microsoft.com — Wed, 15 Jul 2009 23:57:00 GMT

This is post number 8 in a series that describe new and updated samples in the Windows 7 SDK. The following table lists samples that pertain to Windows Base technologies, and are new to Windows 7 or updated to support Windows 7. This includes technologies such as Boot Configuration, Debugging, Device Foundation, Eventing, File Server Resource Manager (FSRM), iSCSI Software Initiator, IO, Monitor Services, Performance Counters, Registry, Services, Storage, Troubleshooting, Volume Shadow Copy Service (VSS), Windows Error Reporting, and more.

New Win32 Samples in Windows SDK for Windows 7: Multimedia

New Win32 Samples in Windows SDK for Windows 7: Security

New Win32 Samples in Windows SDK for Windows 7: Systems Management

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

New Win32 Samples in Windows SDK for Windows 7: Web

New Win32 Samples in Windows SDK for Windows 7: Windows Base

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

New Win32 Samples in Windows SDK for Windows 7: Windows XML Paper Specification (XPS)

New Win32 Samples in Windows SDK for Windows 7: Communication

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

New/updated Windows Base samples in the Windows SDK for Windows 7

Sample	Description	Install Location
C# WMI BCD Samples application and library	Demonstrates how to use the new Bcd boot configuration framework WMI classes using C# and .NET 2.	WinBase\BootConfigurationData
Debug dbh	Demonstrates the dbghelp API.	winbase\Debug\dbh
RaiseFailFastException API Code Sample	Demonstrates how to use the RaiseFailFastException API. The RaiseFailFastException API differs from its RaiseException counterpart in that it bypasses any frame-based or vectored exception handlers, including the process' unhandled exception filter.	WinBase\Debug\FailFast
Devices and Printers Folder Extensibility Sample	Demonstrates how to create property pages and context menu handlers for devices in the Devices and Printers Folder. The sample solution contains two projects: a context menu project and a property page project. Each builds into its own DLL. If a client wants to implement a context menu and property page, then they could both just be built into the same DLL and share the same class factory.	WinBase\DeviceFoundation\DeviceFolderExtensibility
Function Discovery Client Sample	Demonstrates the query and notification functionality of the Function Discovery APIs.	WinBase\DeviceFoundation\FunctionDiscovery\Client
Function Discovery Provider Sample	Demonstrates how to write a fully functional PnP-X Function Discovery provider.	WinBase\DeviceFoundation\FunctionDiscovery\Provider
PnP-X Simple Thermostat Sample	Demonstrates an end-to-end scenario using PnP-X. It includes device samples using UPnP and WSD, a driver to install the devices in PnP, proxies to talk with the devices, and a client application that uses the devices through the proxies. Developers will find this sample when implementing end-to-end scenarios using PnP-X or just implementing small portions of a scenario, like a PnP-X compliant device.	WinBase\DeviceFoundation\PNPX\SimpleThermostat
Event Trace Controller Sample	Demonstrates use of control APIs for event tracing.	WinBase\Eventing\Controller
ETW Consumer Sample	Demonstrates the use of the Vista and Windows 7 TDH APIs for manifested event consumption.	WinBase\Eventing\EtwConsumer
Event Log Consumer Sample	Demonstrates Event Log consumption using Evt APIs	WinBase\Eventing\EventLogConsumer\CPP
ChannelConfig CSharp	Demonstrates some of the configuration capabilities of Windows Event Log.	WinBase\Eventing\EventLogConsumer\CSharp\Config
LogManagement CSharp	This sample retrieves log information, exports events into a log archive, saves the localized message information for the exported log archive, and clears the log.	WinBase\Eventing\EventLogConsumer\Csharp\LogManagement
ProviderMetadata CSharp	Demonstrates some of the provider and event discovery capabilities of Windows Event Log.	WinBase\Eventing\EventLogConsumer\CSharp\ProviderMetadata
ReadEvents CSharp	Demonstrates the use of querying and rendering capabilities of Windows Event Log.	WinBase\Eventing\EventLogConsumer\CSharp\Querying
Subscribe CSharp	Demonstrates some of the subscription capabilities of Windows Event Log.	WinBase\Eventing\EventLogConsumer\CSharp\Subscribe
Advanced Eventing CSharp Sample	Demonstrates advanced eventing concepts. For an introductory sample, refer to Samples\WinBase\Eventing\Simple\CSharp	WinBase\Eventing\Provider\Advanced\CSharp
WPP Consumer Sample	Demonstrates consumption of WPP events	WinBase\Eventing\WppConsumer
Retrieves properties and property definitions for FSRM Classification	Demonstrates retrieving FSRM property definitions and properties on a file using native C++ COM	WinBase\FSRM\EnumClassificationProperties\
Simple Content Classifier for FSRM	Demonstrates how to create a simple managed content classifier for FSRM	WinBase\FSRM\ManagedContentClassifier
Managed FSRM property enumeration	Demonstrates how to enumerate and get property definitions and properties on files from FSRM	WinBase\FSRM\ManagedGetEnumProperties
FSRM PowerShell Hosting Classifier	A sample classifier that can host powershell scripts for determining classification of files	WinBase\FSRM\PowerShellHostClassifier
FSRM Content Based Classification Using IFilter	Demonstrates the extensibility of the FSRM classification infrastructure by adding a custom classification module to the FSRM pipeline. This classifier Demonstrates how to use the streaming interface exposed in the IFsrmPropertyBag, and to leverage IFilters to classify content on application generated files such as .docx, .xsl etc.	WinBase\FSRM\SampleIFilterBasedClassifier
FSRM Sample Classification Module	Demonstrates the extensibility of the FSRM classification infrastructure by adding a custom classification module to the FSRM pipeline. The classifier can be configured via parameters to classify files that contain a particular text string in its contents or file name.	WinBase\FSRM\SampleTextBasedClassifier\
Asynchronous Create and Cancellation sample	Demonstrates safe usage of the CancelSynchronousIo API to cancel a call to CreateFile that is made 'asynchronous' by posting it to another thread.	winbase\io\cancel\create
Extended File Handle API Sample	Demonstrates a new API, GetFileInformationByHandleEx, that was added in the Windows Vista timeframe that allows a user to query the file system for extended information for a given file handle. In addition, it demonstrates the use of another new API, OpenFileById, which can be used to open a handle to a file when the underlying file system supports opening the file by ID (eg. NTFS).	WinBase\IO\ExtendedFileAPIs
Winbase: Oplock Sample	Demonstrates the usage of the new oplock levels introduced in Windows 7.	Winbase\Io\Oplocks
iSCSI Initiator Sample	Demonstrates how to use the iSCSI initiator apis with the Microsoft iSCSI initiator service.	WinBase\iSCSI
Service Status Change Notification API samples	Demonstrates usage of the Service Status Change Notification APIs in Vista. This sample implements a simple service that monitors the start and stop of other services using the notification APIs.	WinBase\MonitorServices
Perflib v2 Basic Sample	Demonstrates basic functionality of perflib v2. For global aggregation, refer to sample located under Samples\WinBase\PerfCounters\GlobalAggregation\CPP.	WinBase\PerfCounters\Basic\CPP
Performance Counters (C#)	Demonstrates providing performance counter data from a .Net application using System.Diagnostics.PerformanceData namespace.	WinBase\PerfCounters\Basic\CSharp
Perflib v2 Global Aggregate Sample	Demonstrates the use of Global Aggregation functionality provided by performance counter infrastructure.	WinBase\PerfCounters\GlobalAggregate\CPP
Registry	Simple utility which demonstrates the functions needed to access the registry. The sample goes up and down the branches of the registry tree, displaying the individual key's data values.	winbase\Registry
Service	Demonstrates how to create and install a service.	winbase\Service
Unmanaged code sample for Enhanced Storage	Demonstrates how to work with certificate and password silo devices using portable devices API.	WinBase\Storage\EhStorEnumerator
Enhanced Storage Interop Library	Demonstrates Managed Interop Library for Enhanced Storage API's	WinBase\Storage\EhStorManaged
Windows Troubleshooting - Advanced	Demonstrates how to use the Windows Troubleshooting Platform to solve a simple configuration issue.	WinBase\Troubleshooting\Advanced
Windows Troubleshooting - Simple	Demonstrates how to use the Windows Troubleshooting Platform to solve a simple configuration issue.	WinBase\Troubleshooting\Simple
Express Writer sample application	Demonstrates the new Express Writer functionality	winbase\vss\ExpressW
Sample Writer	Demonstrates how to create a VSS sample writer	winbase\VSS\SampleWriter
VSS Requester Sample	Demonstrates Volume Shadow Copy Service(VSS) requestor functionality and design.	winbase\VSS\vshadow
Volume Shadow Copy Service Sample Provider	Demonstrates operation of a VSS hardware provider.	winbase\VSS\vsssampleprovider
WerReportAddDump API Code Sample	Demonstrates how to use the Windows Error Reporting APIs to send a report that contains a dump file of the current process.	WinBase\WindowsErrorReporting\AddDumpSample
WerReportAddFile API Code Sample	Demonstrates how to use the Windows Error Reporting APIs to send a report that contains a custom file.	WinBase\WindowsErrorReporting\AddFileSample
RegisterApplicationRecoveryCallback API Sample	Demonstrates how to use the RegisterApplicationRecoveryCallback API. The RegisterApplicationRecoveryCallback API registers a special callback that Windows Error Reporting will call prior to terminating the process due to a crash or a hang.	WinBase\WindowsErrorReporting\AppRecovery
RegisterApplicationRestart API Code Sample	Demonstrates how to use the RegisterApplicationRestart API. The RegisterApplicationRestart API lets Windows Error Reporting restart the application automatically in the event that the application crashes or hangs, or has to be restarted due to an update.	WinBase\WindowsErrorReporting\AppRestart
WerRegisterFile API Code Sample	Demonstrates how to use the WerRegisterFile API. The WerRegisterFile API allows an application to include a custom file that is collected when WER creates an error report in the event that an application crashes or hangs.	WinBase\WindowsErrorReporting\RegisterFile
WerRegisterMemoryBlock API Code Sample	Demonstrates how to use the WerRegisterMemoryBlock API. The WerRegisterMemoryBlock API allows an application to include a block of memory as part of the minidump file that WER generates in the event that an application crashes or hangs.	WinBase\WindowsErrorReporting\RegisterMemoryBlock
WER Runtime Exception Module Sample	Demonstrates how to use the runtime exception module technology introduced by WER in Windows 7 and Windows Server 2008 R2.	WinBase\WindowsErrorReporting\RuntimeExceptionModule
WerReportSetUIOption API Code Sample	Demonstrates how to customize the Windows Error Reporting UI when creating and submitting a generic report.	WinBase\WindowsErrorReporting\UICustomizationSample

Karin Meier-Magruder

Program Manager for Samples

Windows SDK Team

New Win32 Samples in Windows SDK for Windows 7: Web

wsdkblog@microsoft.com — Tue, 14 Jul 2009 00:09:00 GMT

This is the seventh in a series of posts that describe new and updated samples in the Windows 7 SDK. The following table lists samples that pertain to Web development, and are new to Windows 7 or updated to support Windows 7. Technologies illustrated include WinHTTP, Windows Internet (WinInet), Web Services on Devices (WSDAPI), and Web Services with the Windows Web Services API (WWSAPI).

New Win32 Samples in Windows SDK for Windows 7: Multimedia

New Win32 Samples in Windows SDK for Windows 7: Security

New Win32 Samples in Windows SDK for Windows 7: Systems Management

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

New Win32 Samples in Windows SDK for Windows 7: Web

New Win32 Samples in Windows SDK for Windows 7: Windows Base

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

New Win32 Samples in Windows SDK for Windows 7: Windows XML Paper Specification (XPS)

New Win32 Samples in Windows SDK for Windows 7: Communication

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

New/updated Web development samples in the Windows SDK for Windows 7

Sample	Description	Install Location
Winhttp NTLM authentication with default credentials sample	Demonstrates the use of Winhttp APIs to send a request and authenticate using default credentials with a server that require NTLM authentication WARNING: It is not secure to use default credentials on an untrusted server/network or internet server.	Web\Winhttp\AuthDefaultCred
Winhttp Negotiate authentication sample	This sample demonstrates the use of Winhttp APIs to access a server with Negotiate authentication. It builds a simple Winhttp application that does the following: - Negotiate server auth - Synchronous POST - SspiPromptForCredentials HTTP server setup: - Negotiate auth - A URL that accepts POSTs	Web\Winhttp\AuthNegotiate
WinHttpAsyncSample with request cancellation	Demonstrates the use of Winhttp APIs to send asynchronous requests to a server and how to cancel such requests.	Web\winhttp\WinHttpAsyncSample
Winhttp Proxy determination sample	Demonstrates the core functionality for querying the proxy settings. It builds a WinHttp application for determining the proxy for a particular URL. Additional features may be added by the application/module basing their proxy code from this sample, including but not limited to: 1) Per URL proxy cache. 2) Network Change awareness. 3) Bad Proxy Filter.	Web\Winhttp\WinhttpProxySample
WinInet asynchronous use of the APIs sample	Demonstrates the asynchronous use of WinInet APIs. This application can be used to download resources from a web server as well as upload resources to it (POST). It also provides options to use a proxy or establish a secure communication using SSL.	Web\Wininet\Async
Wininet Cache APIs usage	Demonstrate the use of Wininet cache APIs to enumerate cache entries for different urls.	Web\Wininet\CacheEnumerate
Wininet http authentication	Demonstrates the use of wininet APIs to authenticate with a server.	Web\Wininet\httpauth
WSDAPI FileService sample	Demonstrates advanced WSDAPI code generation and service messaging (inc. attachments and eventing)	Web\WSDAPI\FileService
WSDAPI StockQuote sample	Demonstrates basic WSDAPI code generation and service messaging.	Web\WSDAPI\StockQuote
WWSAPI Sample - AsmxPublicServiceSampleWithCustomProxy	Demonstrates Windows Web Services API	web\wwsapi\AsmxPublicServiceSampleWithCustomProxy
WWSAPI Sample - AsyncAdd3Explicit	Demonstrates Windows Web Services API	web\wwsapi\AsyncAdd3Explicit
WWSAPI Sample - AsyncAdd3Implicit	Demonstrates Windows Web Services API	web\wwsapi\AsyncAdd3Implicit
WWSAPI Sample - AsyncModel	Demonstrates Windows Web Services API	web\wwsapi\AsyncModel
WWSAPI Sample - AsyncStreamingTcpClient	Demonstrates Windows Web Services API	web\wwsapi\AsyncStreamingTcpClient
WWSAPI Sample - AsyncStreamingTcpServer	Demonstrates Windows Web Services API	web\wwsapi\AsyncStreamingTcpServer
WWSAPI Sample - CallAbandon	Demonstrates Windows Web Services API	web\wwsapi\CallAbandon
WWSAPI Sample - CancellingService	Demonstrates Windows Web Services API	web\wwsapi\CancellingService
WWSAPI Sample - CustomHeader	Demonstrates Windows Web Services API	web\wwsapi\CustomHeader
WWSAPI Sample - DerivedType	Demonstrates Windows Web Services API	web\wwsapi\DerivedType\
WWSAPI Sample - FileRepService	Demonstrates Windows Web Services API	web\wwsapi\FileRepService
WWSAPI Sample - FileRepTool	Demonstrates Windows Web Services API	web\wwsapi\FileRepTool
WWSAPI Sample - ForwardMessage	Demonstrates Windows Web Services API	web\wwsapi\ForwardMessage
WWSAPI Sample - HttpCalculatorClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorClient
WWSAPI Sample - HttpCalculatorService	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorService
WWSAPI Sample - HttpCalculatorWithBasicOverSslClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithBasicOverSslClient
WWSAPI Sample - HttpCalculatorWithBasicOverSslService	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithBasicOverSslService
WWSAPI Sample - HttpCalculatorWithEncodedChannelClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithEncodedChannelClient
WWSAPI Sample - HttpCalculatorWithEncodedChannelService	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithEncodedChannelService
WWSAPI Sample - HttpCalculatorWithKerberosOverSslClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithKerberosOverSslClient
WWSAPI Sample - HttpCalculatorWithKerberosOverSslService	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithKerberosOverSslService
WWSAPI Sample - HttpCalculatorWithLayeredChannelClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithLayeredChannelClient
WWSAPI Sample - HttpCalculatorWithLayeredChannelService	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithLayeredChannelService
WWSAPI Sample - HttpCalculatorWithSslClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithSslClient
WWSAPI Sample - HttpCalculatorWithSslPolicyClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithSslPolicyClient
WWSAPI Sample - HttpCalculatorWithSslPolicyService	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithSslPolicyService
WWSAPI Sample - HttpCalculatorWithSslService	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithSslService
WWSAPI Sample - HttpCalculatorWithUsernameOverSslClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithUsernameOverSslClient
WWSAPI Sample - HttpCalculatorWithUserNameOverSslService	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithUserNameOverSslService
WWSAPI Sample - HttpCalculatorWithUsernameXmlTokenOverSslClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCalculatorWithUsernameXmlTokenOverSslClient
WWSAPI Sample - HttpClient	Demonstrates Windows Web Services API	web\wwsapi\HttpClient
WWSAPI Sample - HttpClientWithKerberosOverSsl	Demonstrates Windows Web Services API	web\wwsapi\HttpClientWithKerberosOverSsl
WWSAPI Sample - HttpClientWithSsl	Demonstrates Windows Web Services API	web\wwsapi\HttpClientWithSsl
WWSAPI Sample - HttpClientWithUsernameOverSsl	Demonstrates Windows Web Services API	web\wwsapi\HttpClientWithUsernameOverSsl
WWSAPI Sample - HttpCustomHeaderPurchaseOrderClient	Demonstrates Windows Web Services API	web\wwsapi\HttpCustomHeaderPurchaseOrderClient
WWSAPI Sample - HttpCustomHeaderPurchaseOrderService	Demonstrates Windows Web Services API	web\wwsapi\HttpCustomHeaderPurchaseOrderService
WWSAPI Sample - HttpGetService	Demonstrates Windows Web Services API	web\wwsapi\HttpGetService
WWSAPI Sample - HttpPurchaseOrderClient	Demonstrates Windows Web Services API	web\wwsapi\HttpPurchaseOrderClient
WWSAPI Sample - HttpPurchaseOrderService	Demonstrates Windows Web Services API	web\wwsapi\HttpPurchaseOrderService
WWSAPI Sample - HttpPurchaseOrderWithKerberosOverSslClient	Demonstrates Windows Web Services API	web\wwsapi\HttpPurchaseOrderWithKerberosOverSslClient
WWSAPI Sample - HttpPurchaseOrderWithKerberosOverSslService	Demonstrates Windows Web Services API	web\wwsapi\HttpPurchaseOrderWithKerberosOverSslService
WWSAPI Sample - HttpPurchaseOrderWithSslClient	Demonstrates Windows Web Services API	web\wwsapi\HttpPurchaseOrderWithSslClient
WWSAPI Sample - HttpPurchaseOrderWithSslService	Demonstrates Windows Web Services API	web\wwsapi\HttpPurchaseOrderWithSslService
WWSAPI Sample - HttpPurchaseOrderWithUsernameOverSslClient	Demonstrates Windows Web Services API	web\wwsapi\HttpPurchaseOrderWithUsernameOverSslClient
WWSAPI Sample - HttpPurchaseOrderWithUserNameOverSslService	Demonstrates Windows Web Services API	web\wwsapi\HttpPurchaseOrderWithUserNameOverSslService
WWSAPI Sample - HttpRawClient	Demonstrates Windows Web Services API	web\wwsapi\HttpRawClient
WWSAPI Sample - HttpRawService	Demonstrates Windows Web Services API	web\wwsapi\HttpRawService
WWSAPI Sample - HttpServer	Demonstrates Windows Web Services API	web\wwsapi\HttpServer
WWSAPI Sample - HttpServerWithKerberosOverSsl	Demonstrates Windows Web Services API	web\wwsapi\HttpServerWithKerberosOverSsl
WWSAPI Sample - HttpServerWithSsl	Demonstrates Windows Web Services API	web\wwsapi\HttpServerWithSsl
WWSAPI Sample - HttpServerWithUsernameOverSsl	Demonstrates Windows Web Services API	web\wwsapi\HttpServerWithUsernameOverSsl
WWSAPI Sample - InsertElement	Demonstrates Windows Web Services API	web\wwsapi\InsertElement
WWSAPI Sample - MessageEncoding	Demonstrates Windows Web Services API	web\wwsapi\MessageEncoding
WWSAPI Sample - MetadataExchangeMonikerClient	Demonstrates Windows Web Services API	web\wwsapi\MetadataExchangeMonikerClient
WWSAPI Sample - MetadataExchangeService	Demonstrates Windows Web Services API	web\wwsapi\MetadataExchangeService
WWSAPI Sample - MetadataImportWithIssuedTokenOverSslExample	Demonstrates Windows Web Services API	web\wwsapi\MetadataImportWithIssuedTokenOverSslExample
WWSAPI Sample - MetadataImportWithUsernameOverSslExample	Demonstrates Windows Web Services API	web\wwsapi\MetadataImportWithUsernameOverSslExample
WWSAPI Sample - MetadataImportWithX509OverSslExample	Demonstrates Windows Web Services API	web\wwsapi\MetadataImportWithX509OverSslExample
WWSAPI Sample - MulticastUdpClient	Demonstrates Windows Web Services API	web\wwsapi\MulticastUdpClient
WWSAPI Sample - MulticastUdpClient6	Demonstrates Windows Web Services API	web\wwsapi\MulticastUdpClient6
WWSAPI Sample - MulticastUdpServer	Demonstrates Windows Web Services API	web\wwsapi\MulticastUdpServer
WWSAPI Sample - MulticastUdpServer6	Demonstrates Windows Web Services API	web\wwsapi\MulticastUdpServer6
WWSAPI Sample - NavigateXml	Demonstrates Windows Web Services API	web\wwsapi\NavigateXml
WWSAPI Sample - OneWayTcpClient	Demonstrates Windows Web Services API	web\wwsapi\OneWayTcpClient
WWSAPI Sample - OneWayTcpServer	Demonstrates Windows Web Services API	web\wwsapi\OneWayTcpServer
WWSAPI Sample - OneWayUdpClient	Demonstrates Windows Web Services API	web\wwsapi\OneWayUdpClient
WWSAPI Sample - OneWayUdpServer	Demonstrates Windows Web Services API	web\wwsapi\OneWayUdpServer
WWSAPI Sample - PolicyTemplate	Demonstrates Windows Web Services API	web\wwsapi\PolicyTemplate
WWSAPI Sample - ReadAttribute	Demonstrates Windows Web Services API	web\wwsapi\ReadAttribute
WWSAPI Sample - ReadWriteArray	Demonstrates Windows Web Services API	web\wwsapi\ReadWriteArray
WWSAPI Sample - ReadWriteBytesXml	Demonstrates Windows Web Services API	web\wwsapi\ReadWriteBytesXml
WWSAPI Sample - ReadWriteRawXml	Demonstrates Windows Web Services API	web\wwsapi\ReadWriteRawXml
WWSAPI Sample - ReadWriteXml	Demonstrates Windows Web Services API	web\wwsapi\ReadWriteXml
WWSAPI Sample - ReadXml	Demonstrates Windows Web Services API	web\wwsapi\ReadXml
WWSAPI Sample - ReadXmlSimple	Demonstrates Windows Web Services API	web\wwsapi\ReadXmlSimple
WWSAPI Sample - RequestReplyTcpClient	Demonstrates Windows Web Services API	web\wwsapi\RequestReplyTcpClient
WWSAPI Sample - RequestReplyTcpClientWithWindowsTransportSecurity	Demonstrates Windows Web Services API	web\wwsapi\RequestReplyTcpClientWithWindowsTransportSecurity
WWSAPI Sample - RequestReplyTcpServer	Demonstrates Windows Web Services API	web\wwsapi\RequestReplyTcpServer
WWSAPI Sample - RequestReplyTcpServerWithWindowsTransportSecurity	Demonstrates Windows Web Services API	web\wwsapi\RequestReplyTcpServerWithWindowsTransportSecurity
WWSAPI Sample - ServiceCancelClient	Demonstrates Windows Web Services API	web\wwsapi\ServiceCancelClient
WWSAPI Sample - SessionfullCalculatorClient	Demonstrates Windows Web Services API	web\wwsapi\SessionfullCalculatorClient
WWSAPI Sample - SessionfullCalculatorService	Demonstrates Windows Web Services API	web\wwsapi\SessionfullCalculatorService
WWSAPI Sample - StreamingHttpClient	Demonstrates Windows Web Services API	web\wwsapi\StreamingHttpClient
WWSAPI Sample - StreamingHttpServer	Demonstrates Windows Web Services API	web\wwsapi\StreamingHttpServer
WWSAPI Sample - StreamingTcpClient	Demonstrates Windows Web Services API	web\wwsapi\StreamingTcpClient
WWSAPI Sample - StreamingTcpServer	Demonstrates Windows Web Services API	web\wwsapi\StreamingTcpServer
WWSAPI Sample - UnTypedClient	Demonstrates Windows Web Services API	web\wwsapi\UnTypedClient
WWSAPI Sample - UnTypedService	Demonstrates Windows Web Services API	web\wwsapi\UnTypedService
WWSAPI Sample - WcfPublicServiceClient	Demonstrates Windows Web Services API	web\wwsapi\WcfPublicServiceClient
WWSAPI Sample - WriteXmlSimple	Demonstrates Windows Web Services API	web\wwsapi\WriteXmlSimple
WWSAPI Sample - XmlBuffer	Demonstrates Windows Web Services API	web\wwsapi\XmlBuffer
WWSAPI Sample - XmlDictionary	Demonstrates Windows Web Services API.	web\wwsapi\XmlDictionary

Karin Meier-Magruder

Program Manager for Samples

Windows SDK Team

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

wsdkblog@microsoft.com — Fri, 10 Jul 2009 01:34:00 GMT

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

This is the sixth in a series of posts that describe new and updated samples in the Windows 7 SDK. The following table lists samples that pertain to Tablet PC and MultiTouch, and are new to Windows 7 or updated to support Windows 7.

New Win32 Samples in Windows SDK for Windows 7: Multimedia

New Win32 Samples in Windows SDK for Windows 7: Security

New Win32 Samples in Windows SDK for Windows 7: Systems Management

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

New Win32 Samples in Windows SDK for Windows 7: Web

New Win32 Samples in Windows SDK for Windows 7: Windows Base

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

New Win32 Samples in Windows SDK for Windows 7: Windows XML Paper Specification (XPS)

New Win32 Samples in Windows SDK for Windows 7: Communication

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

New/updated Tablet PC and MultiTouch samples in the Windows SDK for Windows 7

Sample	Description	Install Location
TabletPC AdvReco C++	Demonstrates some of the more advanced recognition features, such as explicit recognizer choice and factoids.	TabletPC\AdvReco
LHPSDK: TabletPC AutoClaims Sample	Demonstrates using the InkEdit and InkPicture controls, including: * Initializing the form and ink layers. * Redrawing the InkPicture control. * Selecting an ink layer through the list box. * Changing the visibility of an ink layer.	TabletPC\AutoClaims
TabletPC BasicRecognition C++	Demonstrates how to build a simple handwriting recognition application, by using the RecognizerContext class.	TabletPC\BasicRecognition
TabletPC EventSink C++	This program demonstrates how you can build an application that captures InkCollector events using only C++.	TabletPC\EventSink
TabletPC InkClipboard C#	Demonstrates rendering ink, copying that ink, and pasting the ink to another application such as Microsoft Paint.	TabletPC\InkClipboard
TabletPC InkCollection Sample	This application is based on the InkCollector object and demonstrates the collection of ink. The application creates a window, attaches a InkCollector object to it, and provides the user with menu choices that can be used to change the ink color, the ink width, and enable/disable ink collection.	TabletPC\InkCollection
TabletPC InkDivider C#	Demonstrates how to use the InkDivider to seperate multiple lines in a document, then get Text Recognition results using the RecognizerContext API.	TabletPC\InkDivider\CS
TabletPC InkErase C#	Provides a Windows form application that demonstrates how to delete ink strokes. The form has a menu with four modes to choose from: ink-enabled, erasing at cusp, erasing at intersections, and erasing strokes.	TabletPC\InkErase\CS
TabletPC InkHitTest C#	Demonstrates how to test for ink within a hit region, specifically within a circle. When the circle touches the ink object, the circle turns red. In another mode, the program draws a line to show the nearest point from the ink object to the test point.	TabletPC\InkHitTest
TabletPC InkRecognition Sample	This application demonstrates how you can build a handwriting recognition application using the Reco API's.	TabletPC\InkRecognition
TabletPC InkZoom C#	This sample program demonstrates how to zoom and scroll ink. In particular, it enables the user to zoom in and out of ink in increments. It also demonstrates how to zoom into a particular region using a zoom rectangle. Finally, this sample Demonstrates how to collect ink at different zoom ratios and how to set up scrolling within the zoomed drawing area.	TabletPC\InkZoom
Tablet PC Math Input Control	demonstrates how you can create Math Input Control, set up events between main application and Math Input Control, recognize handwritten math inside the control and display recognition result inside the text box.	TabletPC\mathinputcontrol
TabletPC MultiReco C++	Demonstrates advanced features for handwriting recognition, specifically enumerating the installed recognizers, creating a recognizer context with a specific language recognizer, serializing recognition results with a stroke collection, organizing stroke collections into a custom collection within the InkDisp object, serializing ink objects to and retrieving them from an ink serialized format (ISF) file, setting recognizer input guides, and using synchronous and asynchronous recognition.	TabletPC\MultiReco
Real Time Stylus Ink Collection	Demonstrates ink collection and rendering when using the RealTimeStylus class.	TabletPC\RealTimeStylusInkCollection\
Real Time Stylus Plugin Sample	Demonstrates working with the RealTimeStylus class. Plug-ins, objects that implement the IStylusSyncPlugin or IStylusAsyncPlugin interface can be added to a RealTimeStylus object. This sample application uses several types of plug-in: Packet Filter Plug-in Custom Dynamic Renderer Plug-in Dynamic Renderer Plug-in Gesture Recognizer Plug-in	TabletPC\RealTimeStylusPlugin
TabletPC RecoDLL C++	This sample contains a template for creating a handwriting recognizer DLL.	TabletPC\RecoDLL
TabletPC ScannedPaperForm C#	Demonstrates the use of InkAnalysis in form applications, specifically, loading a scanned paper form, using an InkOverlay to gather and display Ink over the scanned form, using an InkAnalyzer to interpret handwriting results, generating AnalysisHintNodes to improve handwriting results, and populating TextBoxes from AnalysisHintNodes for a basic correction experience.	TabletPC\ScannedPaperForm
TabletPC Serialization C#	Demonstrates how to load and save Ink Serialized Format (ISF). Also demonstrates several other ways to serialize Ink, such as XML with base64 ISF or HTML with a fortified GIF.	TabletPC\Serialization
Tablet: TIP Auto Complete Sample	Demonstrates the use of the ITipAutoCompleteProvider interface to allow the TIP to interact with an application’s autocomplete lists.	TabletPC\TipAutoComplete
TabletPC TPCInfo C++	Demonstrates checks the presence and configuration of the Microsoft® Tablet PC Platform core components. It determines whether Tablet PC components are enabled in the operating system, and lists the names and version information for the core controls and default handwriting and speech recognizer. The application uses the GetSystemMetrics Windows API, passing in SM_TABLETPC, to determine whether the application running on a Tablet PC. SM_TABLETPC is defined in WinUser.h. Of particular interest is the way the application uses the Recognizers collection to provide information about the default recognizer. Before attempting to use the Recognizers collection and Recognizer object, the application tests for their successful creation.	TabletPC\TPCInfo
Multi-touch Gestures Application (C++)	Demonstrates how to configure and handle multi-touch gesture messages in a Win32 application.	Touch\MTGestures\cpp
Multi-touch Gestures Application (C#)	Demonstrates how to configure and handle multi-touch gesture messages in a managed application.	Touch\MTGestures\CS
Multi-touch Manipulation Application	Demonstrates how to setup and handle manipulation multi-touch events in a Win32 application.	Touch\MTManipulation\cpp
Manipulations and Inertia API	Demonstrates how to add multitouch to unmanaged win32 applications using the Manipulation and Inertia API.	Touch\MTManipulationInertia
Multi-touch Scratchpad Application (RTS/C++)	Demonstrates how to enable and handle multi-touch events in a RealTimeStylus inking application.	Touch\MTScratchpadRTStylus\cpp
Multi-touch Scratchpad Application (RTS/C#)	Demonstrates how to enable and handle multi-touch events in a RealTimeStylus inking application.	Touch\MTScratchpadRTStylus\CS
Multi-touch Scratchpad Application (WM_TOUCH/C++)	Demonstrates how to enable and handle multi-touch window messages in a Win32 application.	Touch\MTScratchpadWMTouch\cpp
Multi-touch Scratchpad Application (WM_TOUCH/C#)	Demonstrates how to enable and handle multi-touch window messages in a managed application.	Touch\MTScratchpadWMTouch\CS

Karin Meier-Magruder

Program Manager for Samples

Windows SDK Team

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

wsdkblog@microsoft.com — Fri, 10 Jul 2009 01:24:00 GMT

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

This is the fifth in a series of posts that describe new and updated samples in the Windows 7 SDK. The following table lists samples that pertain to Open Packaging Conventions (OPC), and are new to Windows 7 or updated to support Windows 7.

New Win32 Samples in Windows SDK for Windows 7: Multimedia

New Win32 Samples in Windows SDK for Windows 7: Security

New Win32 Samples in Windows SDK for Windows 7: Systems Management

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

New Win32 Samples in Windows SDK for Windows 7: Web

New Win32 Samples in Windows SDK for Windows 7: Windows Base

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

New Win32 Samples in Windows SDK for Windows 7: Windows XML Paper Specification (XPS)

New Win32 Samples in Windows SDK for Windows 7: Communication

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

New/updated Open Packaging Conventions (OPC) samples in the Windows SDK for Windows 7

Sample	Description	Install Location
OPC API sample for creating & reading custom packages	Demonstrates how to create & consume an OPC package using a custom package format.	DataAccess\OPC\MusicBundle
OPC API sample for creating & validating digital signatures	Demonstrates how to use OPC digital signature APIs to sign & validate the signature on an OPC package.	DataAccess\OPC\musicbundlesignature
OPC object model API usage sample	Demonstrates how to use OPC in conjunction with MSXML to edit DocX files.	DataAccess\OPC\SetAuthor

Karin Meier-Magruder

Program Manager for Samples

Windows SDK Team

New Win32 Samples in Windows SDK for Windows 7: Systems Management

wsdkblog@microsoft.com — Wed, 08 Jul 2009 00:45:00 GMT

This is the fourth in a series of posts that describe new and updated samples in the Windows 7 SDK. The following table lists systems management and scheduling samples, including Task Scheduler, Windows PowerShell, and Windows Remote Management (WinRM).

New Win32 Samples in Windows SDK for Windows 7: Multimedia

New Win32 Samples in Windows SDK for Windows 7: Security

New Win32 Samples in Windows SDK for Windows 7: Systems Management

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

New Win32 Samples in Windows SDK for Windows 7: Web

New Win32 Samples in Windows SDK for Windows 7: Windows Base

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

New Win32 Samples in Windows SDK for Windows 7: Windows XML Paper Specification (XPS)

New Win32 Samples in Windows SDK for Windows 7: Communication

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

New/updated Systems Management samples in the Windows SDK for Windows 7

Sample	Description	Location (under Samples)
Sending email on event	Demonstrates constructing a task that sends an email when an event occurs.	SysMgmt\TaskSched\emailOnEvent
Execute Task on System Startup Sample	Demonstrates how to create a task running an executable on system startup.	SysMgmt\TaskSched\ExeOnBoot
Execute Task on Logon Sample	Demonstrates how to create a task running an executable when a user logs on.	SysMgmt\TaskSched\ExeOnLogon
Execute Task on Registration Sample	Demonstrates how to create a task running an executable immediately upon registration.	SysMgmt\TaskSched\ExeOnRegistration
Enumerate Registered Tasks Sample	Demonstrates how to enumerate the scheduled tasks registered on the computer in the root task folder.	SysMgmt\TaskSched\RegisteredTaskEnum
Basic PowerShell provider	Demonstrates a Basic provider	SysMgmt\WindowsPowerShell\CSharp\AccessDBProviderSample01
Provider which creates PowerShell Drives	Demonstrates a Provider which creates PowerShell Drives	SysMgmt\WindowsPowerShell\CSharp\AccessDBProviderSample02
Provider which creates PowerShell Drives and manipulates items	Demonstrates a Provider which creates PowerShell Drives and manipulates items	SysMgmt\WindowsPowerShell\CSharp\AccessDBProviderSample03
Provider with container based manipulation of items	Demonstrates a Provider with container based manipulation of items	SysMgmt\WindowsPowerShell\CSharp\AccessDBProviderSample04
Provider with support for levels of navigation	Demonstrates a Provider with support for levels of navigation	SysMgmt\WindowsPowerShell\CSharp\AccessDBProviderSample05
Provider with support for content access	Demonstrates a Provider with support for content access	SysMgmt\WindowsPowerShell\CSharp\AccessDBProviderSample06
Naming and Declaring a Cmdlet	Basic Cmdlet which is used to display a list of available processes.	SysMgmt\WindowsPowerShell\CSharp\GetProcessSample01
Parameter Declaration and Validation	Demonstrates Parameter Declaration and Validation	SysMgmt\WindowsPowerShell\CSharp\GetProcessSample02
Taking Input from Pipeline	Demonstrates Taking Input from Pipeline	SysMgmt\WindowsPowerShell\CSharp\GetProcessSample03
Error Handling	Demonstrates Error Handling	SysMgmt\WindowsPowerShell\CSharp\GetProcessSample04
A completely conforming and reasonably complete get cmdlet.	Demonstrates a completely conforming and reasonably complete get cmdlet.	SysMgmt\WindowsPowerShell\CSharp\GetProcessSample05
Basic host implementation	Demonstrates creating a host interface class, mapping exit status, creating a runspace using host implementation, creating and running a script and verify if script returned correct value and the exit process operated correctly	SysMgmt\WindowsPowerShell\CSharp\Host01
Host Interface and Host Raw User Interface	Demonstrates creating a host interface class, a host user interface and a host raw user interface class, creating a runspace using host implementation, setting host culture, creating and running a script and verify if script returned correct value and the exit process operated correctly	SysMgmt\WindowsPowerShell\CSharp\Host02
Completely interactive console based host	Demonstrates a Completely interactive console based host	SysMgmt\WindowsPowerShell\CSharp\Host03
Run a command in the default runspace	Demonstrates how to run a command in the default runspace	SysMgmt\WindowsPowerShell\CSharp\Runspace01
Run scripts in default runspace and show results in WinForm	Demonstrates how to Run scripts in default runspace and show results in WinForm	SysMgmt\WindowsPowerShell\CSharp\Runspace02
Run scripts in default runspace handling input and errors	Demonstrates how to Run scripts in default runspace handling input and errors	SysMgmt\WindowsPowerShell\CSharp\Runspace03
Run scripts in default runspace handling input and exceptions	Demonstrates how to Run scripts in default runspace handling input and exceptions	SysMgmt\WindowsPowerShell\CSharp\Runspace04
Using specific consolefiles to invoke commands	Demonstrates how to use specific consolefiles to invoke commands	SysMgmt\WindowsPowerShell\CSharp\Runspace05
Adding snap-in to a Runspace configuration and using it to invoke commands	Demonstrates adding snap-in to a Runspace configuration and using it to invoke commands	SysMgmt\WindowsPowerShell\CSharp\Runspace06
Adding Command and Scripts directly to Pipeline	Demonstrates adding Command and Scripts directly to Pipeline	SysMgmt\WindowsPowerShell\CSharp\Runspace07
Adding parameters to commands in Pipeline	Demonstrates adding parameters to commands in Pipeline	SysMgmt\WindowsPowerShell\CSharp\Runspace08
Asynchronous Invocation of Commands from Pipeline	Demonstrates Asynchronous Invocation of Commands from Pipeline	SysMgmt\WindowsPowerShell\CSharp\Runspace09
Add specific Cmdlet to RunspaceConfiguration and use modified configuration for invoking Cmdlets	Demonstrates Adding specific Cmdlet to RunspaceConfiguration and use modified configuration for invoking Cmdlets	SysMgmt\WindowsPowerShell\CSharp\Runspace10
Creating Advanced Cmdlets	Demonstrates Creating Advanced Cmdlets	SysMgmt\WindowsPowerShell\CSharp\SelectObject
Cmdlet that uses InputObject, ParameterSets, PSCmdlet derivation	Demonstrates Cmdlet that uses InputObject, ParameterSets, PSCmdlet derivation	SysMgmt\WindowsPowerShell\CSharp\SelectString
ShouldProcess, ShouldContinue, Force and PassThru support	Demonstrates ShouldProcess, ShouldContinue, Force and PassThru support	SysMgmt\WindowsPowerShell\CSharp\StopProcessSample01
User Notifications	Demonstrates User Notifications (WriteWarning, WriteVerbose, WriteDebug)	SysMgmt\WindowsPowerShell\CSharp\StopProcessSample02
Aliases, Wildcards and Help messages	Demonstrates Aliases, Wildcards and HelpMessage	sysmgmt\WindowsPowerShell\CSharp\StopProcessSample03
Web Services for Management (WSMan) Shell client API sample	Demonstrates how to use WinRM public shell client API	SysMgmt\WinRM\ShellClientAPI
Web Services for Management (WSMan) Authorization Plugin API sample	Demonstrates how to use WinRM Authorization plugin public API	SysMgmt\WinRM\WSManAuthzPlugin
Web Services for Management (WSMan) Shell Plugin API sample	Demonstrates how to use WinRM shell plugin public API	SysMgmt\WinRM\WSManShellPlugin

Karin Meier-Magruder

Program Manager for Samples

Windows SDK Team

New Win32 Samples in Windows SDK for Windows 7: Security

wsdkblog@microsoft.com — Tue, 07 Jul 2009 01:36:00 GMT

This is the third in a series of posts that describe new and updated samples in the Windows 7 SDK. The following table lists Security samples, including Authorization, CryptoApi, Local Security Authority (LSA), Windows Firewall, and x509SecurityToken.

New Win32 Samples in Windows SDK for Windows 7: Multimedia

New Win32 Samples in Windows SDK for Windows 7: Security

New Win32 Samples in Windows SDK for Windows 7: Systems Management

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

New Win32 Samples in Windows SDK for Windows 7: Web

New Win32 Samples in Windows SDK for Windows 7: Windows Base

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

New Win32 Samples in Windows SDK for Windows 7: Windows XML Paper Specification (XPS)

New Win32 Samples in Windows SDK for Windows 7: Communication

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience.

New/updated Security services samples in the Windows SDK for Windows 7

Sample	Description	Location (under Samples)
Security Authorization AclApi	ACL API usage sample	Security\Authorization\AclApi
Security Authorization Audit	Demonstrates how to use the LSA security API to manage the audit status on the local machine or a remote machine.	Security\Authorization\Audit
Security Authorization MyToken	Demonstrates the contents of the NT token of the user.	Security\Authorization\MyToken
Security Authorization SecPrint	Demonstrates how to use the low-level access control APIs to add permissions to a printer.	Security\Authorization\SecPrint
Security Authorization SecurObj	Demonstrates how to integrate NT security with an application that needs to protect components or data. Some of the NT Security concepts that this sample demonstrates: - Building hierarchical container/object security with automatic ACL inheritance using the Private Object security APIs - How to validate access for a client against an object - How to call the NT5 provided ACLUI interface for setting access permissions Because of the inclusion of the ACLUI interface, this sample will run as-is only on NT5. If you would like to run this sample on NT4, remove the ACLUI module and references to it in Main.cpp from the project. You will then have to add code to view/set security on the objects. Note to programmers: Some of you may notice that I am UI challenged. I apologize in advance if you think my interface to the objects is clumsy, ugly, or annoying.	Security\Authorization\SecurObj
Security Authorization TextSid	Demonstrates how to obtain the textual representation of a binary Sid. This is useful in scenarios where it is not appropriate to obtain the name associated with the Sid, or when the network is not available to obtain such information.	Security\Authorization\TextSid
Certificate chain building and validation	Demonstrates how to validate a certificate by building and verifying a certificate chain	Security\CryptoApi\BuildChain
Certificate Selection sample	Demonstrates how to select certificates using new Windows 7 APIs - CertSelectCertificateChains and display the certificate selection dialog using CredUIPromptForWindowsCredentials	Security\CryptoApi\CertSelect
Acquire private key from certificate; use it for signing	Demonstrates how to acquire a private key associated with a certificate and use it for signing.	Security\CryptoApi\CertSign
Creating a Certificate	Demonstrates how to create a certificate with a private key associated with it.	Security\CryptoApi\CreateCertificate
CryptXML: Signing and Verifying and XML Digital Signature with the CryptXML API	Demonstrates how to create and verify XML signatures using X.509 certificates. Looks for a test certificate in the user's personal certificate store and builds a chain for it. Demonstrates the use of the following APIs: - CryptXmlOpenToDecode - CryptXmlVerifySignature - CryptXmlOpenToEncode - CryptXmlCreateReference - CryptXmlSign - CryptXmlEncode - CryptXmlDigestReference - CryptXmlGetStatus - CryptXmlFindAlgorithmInfo	security\cryptoapi\cryptxml
Security CryptoApi Encrypt	Demonstrates a console application that encrypts files	Security\CryptoApi\Encrypt
Security CryptoAPI EncryptDecrypt	Demonstrates Encryption/Decryption using a random session key, using session key derived from a password hash.	Security\CryptoApi\EncryptDecrypt
Message Encryption Sample	Demonstrates how to encrypt and decrypt a PKCS7 (CMS) message using the CryptEncryptMessage and CryptDecryptMessage APIs	Security\CryptoApi\EncryptMessage
Security CryptoApi EnumAlgs	Demonstrates a console application that lists the algorithms supported by the default provider	Security\CryptoApi\EnumAlgs
Using exclusive trust anchors for certificate validation	Demonstrates how to use exclusive trust anchors for validating a certificate.	Security\CryptoApi\ExclusiveTrust
Security CryptoApi InitUser	Sets up the default cryptographic client	Security\CryptoApi\InitUser
X.509 Logotypes Retrieval Sample	Demonstrates the new Win32 API to retrieve logotype and biometric extensions in X.509 certificates	Security\CryptoApi\logotypes
Retrieve and embed an OCSP response	Demonstrates how to retrieve an OCSP response from the revocation information in a certificate chain and also Demonstrates how to embed an OCSP response as a property on a certificate	Security\CryptoApi\OCSP_Response
Peer Trust Sample	Demonstrates chain building for a certificate in the Trusted People store	Security\CryptoApi\peertrust
Sample Certificate Store Provider	Demonstrates how to implement a custom certificate store provider	Security\CryptoApi\SampleStoreProvider
Security CryptoApi SignHash	File Signing/Verification sample that hashes the data in a file and signs or verifies the signature with the private or public key respectively.	Security\CryptoApi\SignHash
Message Signing and Signature Verification Sample	Demonstrates how to sign a message and verify message signature	security\CryptoAPI\SignMessage
CryptoAPI: Verify Software Signature by Publisher Name	Demonstrates how Win32 applications can verify that a file with an Authenticode signature originates from a specific software publisher using WinVerifyTrust and associated helper APIs using the publishers’ name.	security\cryptoapi\VerifyNameTrust
Security LSAPolicy MachAcct	Demonstrates how to create a machine account on the specified domain.	Security\LSAPolicy\MachAcct
Windows Firewall Add GRE Rule	This sample code adds a GRE rule while temporarily elevating the user using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\Add_GRE_Rule
Windows Firewall Add ICMP Rule Sample	This sample code adds a ICMP rule while temporarily elevating the user using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\Add_ICMP_Rule
Windows Firewall Add LAN Rule sample	This sample code adds a LAN rule while temporarily elevating the user using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\Add_LAN_Rule
Windows Firewall Add Outbound Rule Sample	This sample code adds a outbound rule to allow a TCP connection while temporarily elevating the user using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\Add_Outbound_Rule
Windows Firewall Add Rule per Interface Sample	This sample code is to add a rule per interface while temporarily elevating the user using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\Add_PerInterface_Rule
Windows Firewall Add Service Rule Sample	This sample code adds a Service while temporarily elevating the user using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\Add_Service_Rule
Windows Firewall Disable Firewall Per Interface Sample	This sample code is for disabling Windows Firewall per Interface while temporarily elevating the user using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\Disable_Firewall_PerInterface
Disable Windows Firewall Sample	This sample code is for disabling Windows Firewall per profile using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\DisableWindowsFirewall
Windows Firewall Edge Traversal Options Sample	Demonstrates how to add firewall rule with the EdgeTraversalOptions.	Security\WindowsFirewall\EdgeTraversalOptions
Windows Firewall Enable Group Sample	This sample code is for enabling Windows Firewall exception groups using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\EnableGroup
Windows Firewall Get Firewall Settings Sample	This sample code is for reading Windows Firewall Settings per profile using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\GetFirewallSettings
Handling Multiple Active Firewall Profiles Sample	Demonstrates correct usage of following methods/properties of INetFwPolicy2 COM interface when multiple firewall profiles are active/current at the same time: - CurrentProfileTypes - IsRuleGroupCurrentlyEnabled - IsRuleGroupEnabled - LocalPolicyModifyState	Security\WindowsFirewall\MultipleActiveProfiles
Windows Firewall Restrict Service	Demonstrates how to restrict a service while temporarily elevating the user using the Microsoft Windows Firewall APIs.	Security\WindowsFirewall\RestrictService
C# sample: enrollWithIX509EnrollmentHelper	Demonstrates how to use the Windows 7 new http protocol to enroll a certificate by calling the IX509EnrollmentHelper::AddEnrollmentServer and X509Enrollment2::Enroll methods. The purpose of the call to the IX509EnrollmentHelper::AddEnrollmentServer is to cache the authentication credential to enrollment server in Windows vault.	security\x509 certificate enrollment\CSharp\enrollWithIX509EnrollmentHelper
enrollWithICertRequest3	Demonstrates how to use the Windows 7 new http protocol to enroll a certificate by calling the IX509Enrollment2:CreateRequest, ICertRequest3::SetCredential, ICertRequest3::Submit and IX509Enrollment2::InstallResponse2 methods. The purpose of the call to the ICertRequest3::SetCredential is to set the authentication credential to enrollment server in the object pointed by the interface ICertRequest3.	security\x509 certificate enrollment\vc\enrollWithICertRequest3
enrollWithIX509EnrollmentHelper	Demonstrates how to use the Windows 7 new http protocol to enroll a certificate by calling the IX509EnrollmentHelper::AddEnrollmentServer and IX509Enrollment2::Enroll methods. The purpose of the call to the IX509EnrollmentHelper::AddEnrollmentServer is to cache the authentication credential to enrollment server in Windows vault.	security\x509 certificate enrollment\vc\enrollWithIX509EnrollmentHelper

Karin Meier-Magruder
Program Manager for Samples
Windows SDK Team

New Win32 Samples in Windows SDK for Windows 7: Networking and Related Services

wsdkblog@microsoft.com — Thu, 02 Jul 2009 21:14:00 GMT

This is the second in a series of posts that describe new and updated samples in the Windows 7 SDK. The following table lists samples that pertain to networking and related services, and are new to Windows 7 or updated to support Windows 7, including the Active Directory Service Interfaces (ADSI), Dynamic Host Configuration Protocol (DHCP), EAP, HTTP, IPHelp, Mobile Broadband, Network Access Protection (NAP), Distributed Routing, Quality of Service (QOS), Remote Access Server (RAS), Remote Procedure Call (RPC), Universal Plug and Play (UPNP), Windows File Protection (WFP), Winsock, and Wireless LAN (WLAN).

New Win32 Samples in Windows SDK for Windows 7: Multimedia

New Win32 Samples in Windows SDK for Windows 7: Security

New Win32 Samples in Windows SDK for Windows 7: Systems Management

New Win32 Samples in Windows SDK for Windows 7: Open Packaging Conventions (OPC)

New Win32 Samples in Windows SDK for Windows 7: Tablet PC and MultiTouch

New Win32 Samples in Windows SDK for Windows 7: Web

New Win32 Samples in Windows SDK for Windows 7: Windows Base

New Win32 Samples in Windows SDK for Windows 7: Windows User Interface

New Win32 Samples in Windows SDK for Windows 7: Windows XML Paper Specification (XPS)

New Win32 Samples in Windows SDK for Windows 7: Communication

Send your thoughts to the Windows SDK Feedback alias. Tell us how you use the SDK and what we can do to improve your development experience. The MSDN Windows SDK Developer Center is the place to find resources and links to Windows SDK products, release notes, technical articles, and more.

New/updated Networking and related services samples in the Windows SDK for Windows 7

Sample	Description	Location (under Samples)
AddGroup	The AddGroup sample adds a group object to a specified container in Active Directory.	NetDs\ADSI\ActiveDir\AddGroup\vc
ActiveDir ADEvent	Demonstrates an Active Directory administrative notification handler.	netds\ADSI\ActiveDir\ADEvent
ActiveDir Attributes	Uses ADSI to bind to the Active Directory schema container and enumerate some types of its attributes.	netds\adsi\activedir\attributes\vc
BindToParent Sample	The BindtoParent sample uses ADSI to bind to the local domain partition in Active Directory. It then searches for a specified user object. When it finds the object, the sample binds to the parent of that object, which is the container of the user object in the Active Directory hierarchy.	netds\ADSI\activedir\bindtoparent\VC
ActiveDir CreateUser	The CreateUser sample uses ADSI with the LDAP provider to create a domain account for a user.	netds\ADSI\activedir\createuser\VC
Active Dir Credentials	The Credentials sample uses ADSI and the LDAP provider to bind to Active Directory using specified credentials rather than using the default credentials of the logged-on user.	NetDs\ADSI\ActiveDir\Credentials\VC
ActiveDIR GCAllUsers	The GCallUsers sample searches the global catalog to enumerate users in an Active Directory forest.	netds\ADSI\activedir\gcallusers\VC
ActiveDir GetDomainMode	The GetDomainmode sample binds to an Active Directory domain partition and reads the ntMixedDomain property to determine the operation mode of the domain.	netds\ADSI\activedir\getdomainmode\VC
ActiveDir GetSchemaInfo	The GetSchemaInfo sample uses ADSI to bind to the Active Directory schema container and search for classSchema and/or attributeSchema objects that match a specified query.	NetDs\ADSI\ActiveDir\GetSchemaInfo\vc
ActiveDir PropertyList	The PropertyList sample uses ADSI to bind to Active Directory and enumerate its attributes. The sample Demonstrates use of the IADs, IADsPropertyList, IADsPropertyEntry, and IADsPropertyValue interfaces.	netds\ADSI\ActiveDir\PropertyList\vc
PropSheetHost_s	The PropSheetHost Demonstrates how to host the Active Directory Users and Computers MMC snap-in property sheet for an Active Directory object.	netds\adsi\activedir\PropSheetHost
ActiveDir QueryUsers Sample	The QueryUsers sample queries an Active Directory domain partition for user objects that match a specified filter.	NetDs\ADSI\ActiveDir\QueryUsers\vc
ActiveDir RootDSE	The RootDSE sample binds to rootDSE of an Active Directory server using the IADs interface and retrieves the defaultNamingContext property, which contains the distinguished name of the domain partition, as well as other naming contexts for the domain.	netds\ADSI\ActiveDir\RootDSE\VC
ActiveDir SID	The SID sample uses ADSI to bind to the local domain partition in Active Directory. It then searches for a specified user object. When it finds the object, the sample retrieves the user's SID and converts the binary SID to a SID string format.	netds\ADSI\activedir\sid\VC
ADSI ActiveDir User	The User sample binds to a user object in Active Directory and uses the IADsUser interface to retrieve information about the user.	NetDs\ADSI\ActiveDir\User\vc
ActiveDir WkGuid Sample	The WkGuid sample uses the well-known GUID of the Users container to bind to the Users container in the default naming context.	NetDs\ADSI\ActiveDir\WKGUID\vc
ADSI General ADQI	Lists all supported ADSI interfaces for a given ADsPath. For selected supported interfaces, the sample allows you to run some of the object methods.	netds\ADSI\General\ADQI
ADSI General ADsCmd	Demonstrates dumping all properties from an ADSI object.	netds\ADSI\General\ADsCmd
ADSI General ADSIDump	Traverses the Active Directory tree and dumps a listing of all objects and their attributes for the specified ADsPath to a file.	netds\ADSI\General\ADSIDump
ADSI General DsSrch	Demonstrates searching using IID_IDirectorySearch and ADSI.	netds\ADSI\General\DsSrch
ADSI Start Binding	Demonstrates how to bind to a domain using the credentials of the currently logged-on user and with credentials of a specified user.	netds\ADSI\Start\Binding\vc
ADSI Start Child	Demonstrates binding to a child object from a container	netds\ADSI\Start\Child\vc
ADSI Start Create	The Create sample creates a new local user account. It includes a function that uses the IADsContainer interface with the WinNT provider to create a local user account. It also has an optional function that uses the IDirectoryObject interface with the LDAP provider to create a domain user account in Active Directory.	netds\ADSI\Start\Create\vc
ADSI Start Delete	Uses the WinNT: provider and the IADsContainer interface to delete a local user object. It also uses the LDAP provider and the IDirectoryObject interface to delete a user account from Active Directory.	netds\ADSI\Start\Delete\vc
ADSI Start Enum	Enumerates the objects in a container, printing the name and class of every object in a specified WinNT domain.	netds\ADSI\Start\Enum\vc
ADSI Start Filter	Enumerates selected objects in a container, printing the name and class of the filtered objects in a specified WinNT domain.	netds\ADSI\Start\Filter\vc
ADSI Start Move	Moves an object from one container to another by moving a user from one organizational unit to another.	netds\ADSI\Start\Move\vc
ADSI Start Parent	Binds to an object and then uses the IADs interface to retrieve a binding string for the object's parent.	netds\ADSI\Start\Parent\vc
ADSI Start Read	Reads various single-valued and multi-valued properties of an Active Directory object.	netds\ADSI\Start\Read\vc
ADSI Start Rename	Renames an Active Directory Object.	netds\ADSI\Start\Rename\vc
ADSI Start Schema	Enumerates the objects in the schema using the WinNT provider.	netds\ADSI\Start\Schema\vc
ADSI Start Search	Uses the IDirectorySearch interface to search Active Directory for objects that match a specified filter.	netds\ADSI\Start\Search\vc
ADSI Start Write	How to set single-valued and multi-valued attributes of an Active Directory object.	netds\ADSI\Start\Write\vc
DHCP Notify	Demonstrates obtaining notification of parameters when they change. This example monitors the change of the Gateway address (OPTION_ROUTER_ADDRESS = 3) in a DHCP Client. The DHCP Client Options API will signal an application via an Event handle whenever this value changes. This change can occur during the renew or release state of a DHCP Client.	netds\DHCP\DHCPNotify
DHCP Persist	Demonstrates how to request an option to be made persistent; i.e. the option is retrieved during every DHCP Client boot.	netds\DHCP\DHCPPersist
DHCP Request	Demonstrates requesting parameters from the DHCP Client. The parameters requested will either come from the DHCP Client cache or the DHCP Client will request them from the DHCP Server via a DHCP_INFORM packet. Please note that not all DHCP Servers support the DHCP_INFORM packet so if no data is received either the server does not support it or the client timed out waiting for a response.	netds\DHCP\DHCPRequest
DHCPv4 Compare Scopes	Compares scope-level options for V4 scopes with the same scope address on 2 DHCP servers (e.g. when configured in an 80:20 configuration) and highlights the differences.	netds\dhcp\DHCPServerCompareScopesV4
DHCPv4 Server Scope Stats	Dump statistics across all the V4 scopes on a DHCP server.	netds\dhcp\DHCPServerScopeStatsV4
DHCPv4 Server Show Leases	Dump IPv4 leases across all the scopes configured on a DHCP server	netds\dhcp\DHCPServerShowLeasesV4
DHCPv6 Server Show Leases	Dump IPv6 leases across all the scopes configured on a DHCP server.	netds\dhcp\DHCPServerShowLeasesV6
EAPHost Method Sample	Demonstrates a working EAPHost EAP method - both peer and authenticator implementation. Also demonstrates how one would author an EAPHost supplicant.	NetDS\EAP\EAPHost
Asynchronous HTTP server sample	Demonstrates how to create a simple HTTP server using the HTTP API, v2. It does this using the system thread pool.	NetDs\HTTP\AsyncServer
Http.sys Server	Demonstrates a simple server app that receives a request and sends back a response. Demonstrates the use of V2 http.sys Api's for writing a server application. This program creates a server seesion, Url group and request Queue and starts a listener on the URL specified by the user. The listener receives a request and sends the response.	NetDs\Http\HttpV2Server
IPHelp EnableRouter	Demonstrates how to use IPHLPAPI EnableRouter	netds\IPHelp\EnableRouter
IPHelp IPArp	Demonstrates the use of IP Helper APIs to manipulate ARP cache.	netds\IPHelp\IPArp
IPHelp IPChange	Demonstrates how to programmatically change an IP address for a specific network adapter on your machine. This program also demonstrates how to retrieve existing network adapter IP configuration information.	netds\IPHelp\IPChange
IPHelp IPRenew	Demonstrates how to programmatically release and renew IPv4 addresses obtained through DHCP. Also demonstrates how to retrieve existing network adapter configuration information.	netds\IPHelp\IPRenew
IPHelp IPRoute	Demonstrates how to manipulate network routing tables.	netds\IPHelp\IPRoute
IPHelp IPStat	Demonstrates the use of IP Helper APIs to get IP statistics.	netds\IPHelp\IPStat
Mobile Broadband APIs sample	Demonstrates how to use Mobile Broadband APIs such as how to enumerate mobile broadband interfaces or how to get radio state of specific interface	NetDs\MB\mbapi\
Network Access Protection Sample	Demonstrates NAP System Health Agent, NAP System Health Validator, NAP SHV Configuration UI, and a NAP Enforcement Client.	Netds\NAP
Distributed Routing Table (DRT)	The DRT Sample Demonstrates the use of a subset of the Peer to Peer APIs centered on the Distributed Routing Table (DRT) protocol.	NetDs\PeerToPeer\DRT
QOS2 sample	Demonstrates the use of the QOS2 API. This program implements a simple traffic generator which uses the QOS2 API to not overload the network path between the source and its destination.	netds\Qos\Qos2
Traffic Control API sample	Demonstrates how to use the Traffic Control API.	NetDs\QoS\TC\
RRAS Agile VPN	Demonstrates how to use the RasUpdateConnection and RasGetProjectionInfoEx APIs to get the IKEv2 projection information and to perform a MOBIKE switch. First it makes a VPN connection using RasDial on the interface specified by argument “interface_index”. Once the connection is setup it tries to perform a MOBIKE switch to the “new_interface_index” and if the switch is successful the local tunnel end point will be changed as seen on the console in program output.	netds\ras\RASAgileVPN
RPC AsyncRPC	Demonstrates Asynchronous RPC functionalities	netds\rpc\AsyncRPC
RPC ClUuid	Demonstrates how to supply multiple implementations of the remote procedure specified in the interface.	netds\rpc\ClUuid
RPC Data DUnion	Demonstrates discriminated unions	netds\rpc\Data\DUnion
RPC Data InOut	Demonstrates the use of [in,out] parameters	netds\rpc\Data\InOut
RPC User Marshal	Demonstrates the use of User Marshal attributes and functionalities instead of the obsolete Represent_As functionality in the original sample.	netds\rpc\Data\UserMarshal
RPC Data Xmit	Demonstrates the type-conversion attribute transmit_as. Older sample was rewritten to use Wire Marshal instead of less-efficient transmit as.	netds\rpc\Data\WireMarshal
RPC Dynept	Demonstrates a client application managing its connection to the server through dynamic endpoints.	netds\rpc\Dynept
RPC Handles cxhndl	Demonstrates the use of the context_handle attribute.	netds\rpc\Handles\cxhndl
RPC Handles usrdef	Demonstrates the use of user-defined handles	netds\rpc\Handles\usrdef
RPC Hello	Demonstrates a client/server implementation of the classic "Hello world" program.	netds\rpc\Hello
RPC RPCsvc	Demonstrates how to implement an NT system service that uses RPC.	netds\rpc\RPCsvc
RPC StrOut	Demonstrates how to allocate memory at a server for a two-dimensional object (an array of pointers) and pass it back to the client as an [out]-only parameter.	netds\rpc\StrOut
upnp DCO_DimmerService	Implements the dimmer device and dimmer service functionality of the RegDevice sample. This is implemented as COM server object.	netds\upnp\DCO_DimmerService
UPNP GenericUCP	GenericUCP is a C++ sample UPnP application that discovers and controls UPnP devices found on the network. This sample was developed using Visual C++. The sample application uses the UPnP Control Point API provided by upnp.dll. More description about the application can be found in the documentation. The application first starts by discovering devices on the network through one of the three types of searches available, FindByType, FindByUDN and AsyncFind. The devices found are instantiated in the device list. One of the devices can be selected and the service objects for the selected device are listed in the service list. One of the services can be selected and controlled by invoking actions against it. The events relevant to the service are displayed in the events field.	netds\upnp\GenericUCP
upnp RegisterDevice	Implements dimmer device functionality as a COM server object and demonstrates how to register/unregister this device with the Microsoft UPnP framework's Device Host. The device specific functionality is implemented in the ..\DCO_DimmerService directory.	netds\upnp\RegisterDevice
MsnFilter_s bulk submission.	Sample program that uses WFP API's to block all incoming traffic except traffic destined to windows live messenger.	NetDS\WFP\MsnFilter
Windows Connect Now sample	Demonstrates the basic usage of the WCNAPI’s to configure a WCN enabled device. This includes devices such as a wireless router or printer. Also, this demonstrates getting a wireless profile from a configured WCN enabled router via the devices' push button.	NetDs\WindowsConnectNow
Bluetooth Connection Sample	Demonstrates how to establish a connection using Bluetooth	NetDS\Winsock\Bluetooth
Winsock Ideal Send Backlog sample	Demonstrates simple implementation of ideal send backlog feature of winsock.	netds\winsock\isb
Wireless Autconfig API Sample	Demonstrates the use of APIs provided by the Wireless Autoconfig Service. Profile Management and Connection Control is shown.	netds\wlan\AutoConfig
Wireless Hosted Network Sample	Demonstrates how to use the wireless Hostednetwork feature available on Windows 7. The operating system installs a virtual device if a Hosted Network capable wireless adapter is present on the machine. This virtual device is used exclusively for performing software access point (SoftAP) connections.

Karin Meier-Magruder
Program Manager for Samples
Windows SDK Team