/// <summary>
/// Get an InteractivePackage with populated assembly references from a restored NuGet package.
/// </summary>
/// <param name="inputPackages">Input to RestorePackagesAsync, used to ensure the returned package
/// has the same SupportedVersionRange as the requested package, and to determine if this is a
/// user-specified package or a dependency.</param>
static InteractivePackage GetInteractivePackageFromReader(
PackageReaderBase packageReader,
InteractiveNuGetProject project,
IEnumerable <InteractivePackage> inputPackages)
{
ImmutableList <FilePath> assemblyReferences = null;
var fx = project.TargetFramework;
var packageIdentity = packageReader.GetIdentity();
if (packageReader
.GetSupportedFrameworks()
.Any(f => DefaultCompatibilityProvider.Instance.IsCompatible(fx, f)))
{
assemblyReferences =
project.GetPackageAssemblyReferences(packageReader, packageIdentity);
}
var originalInputPackage = inputPackages.FirstOrDefault(
p => PackageIdComparer.Equals(p.Identity, packageIdentity));
// Persist original VersionRange to what gets in the installed package list so that
// the same original version range string gets written to the manifest on save
return(new InteractivePackage(
packageIdentity,
isExplicit: originalInputPackage?.IsExplicit == true,
assemblyReferences: assemblyReferences,
supportedVersionRange: originalInputPackage?.SupportedVersionRange));
}
public static IReadOnlyDictionary <NuGetFramework, IReadOnlyList <TypeChanges> > ComparePackageTypes(PackageReaderBase package1, PackageReaderBase package2, out NuGetVersion suggestedVersion)
{
if (package1 == null)
{
throw new ArgumentNullException(nameof(package1));
}
if (package2 == null)
{
throw new ArgumentNullException(nameof(package2));
}
var frameworkChanges = new Dictionary <NuGetFramework, IReadOnlyList <TypeChanges> >();
foreach (var targetFramework in package1.GetSupportedFrameworks())
{
var typeChanges = new List <TypeChanges>();
frameworkChanges.Add(targetFramework, typeChanges.AsReadOnly());
var dlls1 = package1.GetAssemblyReferences(targetFramework).ToList();
var dlls2 = package2.GetAssemblyReferences(targetFramework).ToList();
if (dlls1.Count != 0 && dlls2.Count == 0)
{
typeChanges.Add(new TypeChanges(null, new[] { Change.NonBreaking("Framework support removed: {0}", targetFramework) }.ToList().AsReadOnly()));
continue;
}
var changes = new List <Change>();
foreach (var file1 in dlls1)
{
if (dlls2.Contains(file1))
{
typeChanges.AddRange(FindChanges(package1.GetStream(file1), package2.GetStream(file1)));
}
else
{
changes.Add(Change.Breaking("Assembly removed: {0}", file1));
}
}
if (changes.Count != 0)
{
typeChanges.Add(new TypeChanges(null, changes.AsReadOnly()));
}
}
suggestedVersion = SuggestVersion(package1.GetIdentity().Version, frameworkChanges.SelectMany(x => x.Value.SelectMany(y => y.Changes)).ToList());
return(frameworkChanges);
}
public PackageSearchItem(Project project, PackageReaderBase reader)
{
Identity = reader.GetIdentity();
Id = Identity.Id;
Title = reader.NuspecReader.GetTitle();
if (string.IsNullOrEmpty(Title))
{
Title = Id;
}
IsInstalled = isPackageIdInProjectDependencies(project, Id);
InstalledVersion = "";
// Find installed version !
var LocalVersion = NuGetPackageManager.Instance.getLocal(Id);
CanInstall = false;
if (LocalVersion != null)
{
if (project.dependencies != null)
{
foreach (JProperty jp in (JToken)project.dependencies)
{
if (jp.Name == Id)
{
InstalledVersion = (string)jp.Value;
CanInstall = true;
}
}
}
if (string.IsNullOrEmpty(InstalledVersion))
{
InstalledVersion = LocalVersion.Identity.Version.ToString();
}
SelectedVersion = InstalledVersion;
}
NotifyPropertyChanged("InstalledVersion");
LicenseUrl = reader.NuspecReader.GetLicenseUrl();
ProjectUrl = reader.NuspecReader.GetProjectUrl();
Tags = reader.NuspecReader.GetTags();
Description = reader.NuspecReader.GetDescription();
IconUrl = reader.NuspecReader.GetIconUrl();
Authors = reader.NuspecReader.GetAuthors();
Dependencies = reader.GetPackageDependencies().ToList();
}
