public static VersionInfo GetLambdaSharpAssemblyReferenceVersion(VersionInfo version) => version.GetMajorMinorVersion();
public static bool IsValidLambdaSharpAssemblyReferenceForToolVersion(VersionInfo toolVersion, string projectFramework, string lambdaSharpAssemblyVersion, out bool outdated)
{
// extract assembly version pattern without wildcard
VersionWithSuffix libraryVersion;
if (lambdaSharpAssemblyVersion.EndsWith(".*", StringComparison.Ordinal))
{
libraryVersion = VersionWithSuffix.Parse(lambdaSharpAssemblyVersion.Substring(0, lambdaSharpAssemblyVersion.Length - 2));
}
else
{
libraryVersion = VersionWithSuffix.Parse(lambdaSharpAssemblyVersion);
}
// compare based on selected framework
bool valid;
switch (projectFramework)
{
case "netstandard2.1":
// .NET Standard 2.1 projects (Blazor) require 0.8.1.*
valid = (libraryVersion.Major == 0) &&
(libraryVersion.Minor == 8) &&
(libraryVersion.Build >= 1);
outdated = false;
break;
case "netcoreapp2.1":
case "netcoreapp3.1":
// .NET Core 2.1/3.1 projects (Lambda) require 0.8.0.* or 0.8.1.*
valid = (libraryVersion.Major == 0) &&
(libraryVersion.Minor == 8) &&
(
(libraryVersion.Build == 0) ||
(libraryVersion.Build == 1)
);
break;
default:
throw new VersionInfoCompatibilityUnsupportedFrameworkException(projectFramework);
}
outdated = valid && VersionInfo.From(libraryVersion, strict: false).IsLessThanVersion(toolVersion.GetMajorMinorVersion());
return(valid);
}