public static void TestGetNugetPackageInfo()
{
// Arrange
var nugetPackageAssembly = GetAssemblyInfo("NugetPackageAssembly", "2.0.5.0", isExplicitlySpecified: false);
var inputAssemblies = new[]
{
GetAssemblyInfo("TestUserAssembly", "2.0.5.0", isExplicitlySpecified: true),
nugetPackageAssembly,
GetAssemblyInfo("TestUserLibrary", "5.0.0", isExplicitlySpecified: true),
};
var targets = new[] { Windows80, Net11, NetStandard16 };
var packageFinder = Substitute.For <IPackageFinder>();
var packageId = "TestNuGetPackage";
var nugetPackageWin80Version = "1.3.4"; // supported version of the package
var nugetPackageNetStandardVersion = "10.0.8";
var packagesList = new[]
{
new NuGetPackageInfo(packageId, new Dictionary <FrameworkName, string>()
{
{ Windows80, nugetPackageWin80Version },
{ NetStandard16, nugetPackageNetStandardVersion },
})
};
packageFinder.TryFindPackages(nugetPackageAssembly.AssemblyIdentity, targets, out var packages)
.Returns(x =>
{
// return this value in `out var packages`
x[2] = packagesList.ToImmutableList();
return(true);
});
var engine = new AnalysisEngine(Substitute.For <IApiCatalogLookup>(), Substitute.For <IApiRecommendations>(), packageFinder);
// Act
var nugetPackageResult = engine.GetNuGetPackagesInfoFromAssembly(inputAssemblies.Select(x => x.AssemblyIdentity), targets).ToArray();
// Assert
Assert.Single(nugetPackageResult);
Assert.Equal(nugetPackageResult[0].SupportedVersions[Windows80], nugetPackageWin80Version);
Assert.Equal(nugetPackageResult[0].SupportedVersions[NetStandard16], nugetPackageNetStandardVersion);
// We did not have any packages that supported .NET Standard 2.0
Assert.True(!nugetPackageResult[0].SupportedVersions.TryGetValue(Net11, out var value) || string.IsNullOrEmpty(value));
Assert.Equal(nugetPackageResult[0].AssemblyInfo, nugetPackageAssembly.AssemblyIdentity);
}
