Central deployment by using the redistributable packages is preferred. To determine which DLLs you have to redistribute with your application, collect a list of the DLLs that your application depends on.
These are normally listed as import library inputs to the linker. Unfortunately, this tool is outdated and may report that it can't find certain DLLs. When you have the list of dependencies, compare it to the list linked in the Redist. It's available on all Windows 10 and later operating systems. To deploy your application to earlier operating systems, you may need to redistribute the UCRT as well. An early version of the UCRT is included in the Visual Studio redistributable files, which is only installed on operating systems earlier than Windows 10, and only if no version of the UCRT is already installed.
You cannot redistribute all of the files that are included in Visual Studio; you are only permitted to redistribute the files that are specified in Redist.
For more information, see Choosing a Deployment Method. Its functionality has been moved to headers and a static library. For examples, see Deployment Examples. Typically, you do not have to redistribute system DLLs because they are part of the operating system.
However, there might be exceptions, for example, when your application will run on several versions of Microsoft operating systems. In this case, be sure to read the corresponding license terms. Also, try to get the system DLLs upgraded either through Windows Update, service packs or by using redistributable packages made available by Microsoft.
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Contributors 2. You signed in with another tab or window. Reload to refresh your session. In this post I look at the various different version numbers you can set for a. For each one I'll describe the format it can take, provide some examples, and what it's for. This post is very heavily inspired by Nate McMaster 's question which he also answered on Stack Overflow. I'm mostly just reproducing it here so I can more easily find it again later!
NET loves version numbers - they're sprinkled around everywhere, so figuring out what version of a tool you have is sometimes easier said than done. Leaving aside the tooling versioning,. NET also contains a plethora of version numbers for you to add to your assemblies and NuGet packages.
There are at least seven different version numbers you can set when you build your assemblies. The version numbers available to you break logically into two different groups. The first group, below, exist only as MSBuild properties. You can set them in your csproj file, or pass them as command line arguments when you build your app, but their values are only used to control other properties; as far as I can tell, they're not visible directly anywhere in the final build output:.
So what are they for then? They control the default values for the version numbers which are visible in the final build output. I'll explain each number in turn, then I'll explain how you can set the version numbers when you build your app. It indirectly controls all of the other version numbers generated by your app though you can override it for other specific versions.
Typically, you would use a SemVer 1. If you don't explicitly set it, VersionPrefix defaults to 1. VersionSuffix is used to set the pre-release label of the version number, if there is one, such as alpha or beta. If you don't set VersionSuffix , then you won't have any pre-release labels.
The Version property is the value most commonly set when building. NET Core applications. For example,. Alternatively, you can explicitly overwrite the value of Version. If you do that, then the values of VersionPrefix and VersionSuffix are effectively unused. The format of Version , as you might expect, is a combination of the VersionPrefix and VersionSuffix formats.
The first part is typically a SemVer three-digit string, but it can be up to four digits. The second part, the pre-release label, is an alphanumeric-plus-hyphen string, as for VersionSuffix. Every assembly you produce as part of your build process has a version number embedded in it, which forms an important part of the assembly's identity.
It's stored in the assembly manifest and is used by the runtime to ensure correct versions are loaded etc. The AssemblyVersion is used along with name, public key token and culture information only if the assemblies are strong-named signed. If assemblies are not strong-named signed, only file names are used for loading. You can read more about assembly versioning in the docs. The value of AssemblyVersion defaults to the value of Version , but without the pre-release label, and expanded to 4 digits.
For example:. The AssemblyVersion is embedded in the output assembly as an attribute, System.
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