- HOW TO DEBUG IN VISUAL STUDIO 2012 WITH DLL REFERENCE HOW TO
- HOW TO DEBUG IN VISUAL STUDIO 2012 WITH DLL REFERENCE UPDATE
- HOW TO DEBUG IN VISUAL STUDIO 2012 WITH DLL REFERENCE SOFTWARE
Go to the Project Property Pages dialog, Configuration Properties, Linker, Input, add PxLApi40.lib to the list of Additional Dependencies to be linked in. Now that this directory is added, you have to specify that you want the import library linked in. In the above example, we've added the library directory to all configurations for our project ('getcamerafeature'). Go to the Project Property Pages dialog, Configuration Properties, Linker, General, add $(PIXELINK_SDK_ROOT)\lib to the Additional Library Directories.
HOW TO DEBUG IN VISUAL STUDIO 2012 WITH DLL REFERENCE HOW TO
When linking, you'll have to link in the API's DLL import library, PxLApi40.lib, so that the project knows how to use PxLApi40.dll.
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Now that this directory is added, in your code you can include the header file(s) usingĪnd the compiler will find it in the include path. In the above example, we have added the dir to all configurations for our project ('getcamerafeature'). Select Configuration Properties, C/C++, General, and then add $(PIXELINK_SDK_ROOT)\include to the Additional Include Directories field. Go to the Visual Studio Project Property Pages dialog (From the Project menu, select Properties, or right-click on the project in the Solution Explorer). To ensure that Visual Studio can find the PixeLINK API header files and import library, it is recommended that you make use of the PIXELINK_SDK_ROOT environment variable that was created when you installed the SDK.
HOW TO DEBUG IN VISUAL STUDIO 2012 WITH DLL REFERENCE SOFTWARE
NET Framework 4.5 as the target framework from the properties of the Test Project.Solution home Software Development Kit Information SDK Launch Pad Configuring Visual Studio for C/C++ Projects Once you're done, there should be no warning icons and your project should build successfully.Īlso ensure you select. You must select all the unresolved references at once or repeat these steps for every unresolved reference. The yellow warning icons for the selected references should disappear. Right click on the selected assemblies and choose Properties from the context menu.Ĭheck the Specific Version property. If none of them have yellow warning icons, then select them all.ĥ. Select the references with a yellow warning icon. Expand the project and open the References folder.Ĥ. Open your test project in Visual Studio.ģ. It assumes the assemblies needed to build the project are now missing (cannot be resolved) and your project does not build.ġ. The replacements carry a newer version number even though they might not contain any differences.īecause of the difference in version number, the GAC sees these replacement files as different assemblies.
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HOW TO DEBUG IN VISUAL STUDIO 2012 WITH DLL REFERENCE UPDATE
When you update Test Studio, all of its assemblies are replaced. By default, Visual Studio references assemblies stored in the GAC (Global Assembly Cache) with their specific version number. When you add your first test to a new test project in Visual Studio, references to the required assemblies are automatically referenced. When you open the References folder in Solution Explorer, some of the referenced assemblies might have a yellow warning icon signifying they cannot be resolved: Test Studio test projects created and maintained in Visual Studio may no longer build after upgrading the Test Studio plugin, because of missing ArtOfTest Assemblies. The problem typically occurs after updating the Test Studio plugin for Visual Studio. Download free 30-day trial Missing Assembly References in Visual Studio (Typically After Updating Test Studio Plugin)