Look for the official standalone installer file named VisualBasicPowerPacksSetup.exe .
Type 'Microsoft.VisualBasic.PowerPacks.ShapeContainer' is not defined.
Set the property of the Microsoft.VisualBasic.PowerPacks.Vs reference to True in your Visual Studio project properties. This ensures the DLL is placed directly in the application's build folder alongside your .exe file, eliminating the need for the user to install PowerPacks separately. Look for the official standalone installer file named
: If you have Visual Studio 2010 installed, the setup file is typically already on your system at: C:\Program Files\Microsoft SDKs\Windows\v7.0A\Bootstrapper\Packages\VBPowerPacks\en\VisualBasicPowerPacksSetup.exe .
Microsoft Visual Basic PowerPacks version 10.0.0.0, containing tools like This ensures the DLL is placed directly in
Your legacy VB.NET applications can continue to run safely—without chasing phantom versions. Stick to the signed, official Microsoft bits, and your software will remain stable, secure, and maintainable.
Run the installer as an Administrator to automatically copy the DLLs and register them to your system's Global Assembly Cache (GAC). Method 2: Extracting from Visual Studio Installation Media Stick to the signed, official Microsoft bits, and
The PowerPacks are legacy components. Microsoft does not officially support or update them for new development. As .NET and Visual Studio evolve, these older libraries become increasingly difficult to use and may cause unpredictable issues.
The most secure way to obtain the official Version=10.0.0.0 DLL is to extract it directly from a legacy Visual Studio 2010 installation media or its SDK payload.
If you need the full installer – for example, to distribute PowerPacks as a prerequisite with your application – the following Microsoft URL has been widely referenced in official documentation and developer forums:
: Specifically designed to help developers migrate legacy printing code from Visual Basic 6.0 to .NET. Compatibility Note
