/// <summary>
/// Validates that the compatible frameworks have compatible surface area.
/// </summary>
/// <param name="package">Nuget Package that needs to be validated.</param>
public void Validate(PackageValidatorOption option)
{
ApiCompatRunner apiCompatRunner = new(_log,
option.EnableStrictMode,
option.FrameworkReferences,
option.Package.PackagePath);
ManagedCodeConventions conventions = new(null);
PatternSet patternSet = option.Package.RefAssets.Any() ?
conventions.Patterns.CompileRefAssemblies :
conventions.Patterns.CompileLibAssemblies;
IEnumerable <ContentItem> compileAssets = option.Package.CompileAssets.OrderByDescending(t => ((NuGetFramework)t.Properties["tfm"]).Version);
Queue <ContentItem> compileAssetsQueue = new(compileAssets);
while (compileAssetsQueue.Count > 0)
{
ContentItem compileTimeAsset = compileAssetsQueue.Dequeue();
// If no assets are available for comparison, stop the iteration.
if (compileAssetsQueue.Count == 0)
{
break;
}
// The runtime graph doesn't need to be passed in to the collection as compile time assets can't be rid specific.
ContentItemCollection contentItemCollection = new();
// The collection won't contain the current compile time asset as it is already dequeued.
contentItemCollection.Load(compileAssetsQueue.Select(t => t.Path));
NuGetFramework framework = (NuGetFramework)compileTimeAsset.Properties["tfm"];
SelectionCriteria managedCriteria = conventions.Criteria.ForFramework(framework);
// Searches for a compatible compile time asset and compares it.
ContentItem?compatibleFrameworkAsset = contentItemCollection.FindBestItemGroup(managedCriteria, patternSet)?.Items.FirstOrDefault();
if (compatibleFrameworkAsset != null)
{
string header = string.Format(Resources.ApiCompatibilityHeader, compatibleFrameworkAsset.Path, compileTimeAsset.Path);
apiCompatRunner.QueueApiCompatFromContentItem(option.Package.PackageId, compatibleFrameworkAsset, compileTimeAsset, header);
}
}
apiCompatRunner.RunApiCompat();
}
/// <summary>
/// Validates that there are compile time and runtime assets for all the compatible frameworks.
/// Validates that the surface between compile time and runtime assets is compatible.
/// </summary>
/// <param name="package">Nuget Package that needs to be validated.</param>
public void Validate(PackageValidatorOption option)
{
ApiCompatRunner apiCompatRunner = new(_log,
option.EnableStrictMode,
option.FrameworkReferences,
option.Package.PackagePath);
HashSet <NuGetFramework> compatibleTargetFrameworks = new();
foreach (NuGetFramework item in option.Package.FrameworksInPackage)
{
compatibleTargetFrameworks.Add(item);
if (s_packageTfmMapping.ContainsKey(item))
{
compatibleTargetFrameworks.UnionWith(s_packageTfmMapping[item]);
}
}
foreach (NuGetFramework framework in compatibleTargetFrameworks)
{
ContentItem?compileTimeAsset = option.Package.FindBestCompileAssetForFramework(framework);
if (compileTimeAsset == null)
{
_log.LogError(
new Suppression(DiagnosticIds.ApplicableCompileTimeAsset)
{
Target = framework.ToString()
},
DiagnosticIds.ApplicableCompileTimeAsset,
Resources.NoCompatibleCompileTimeAsset,
framework.ToString());
break;
}
ContentItem?runtimeAsset = option.Package.FindBestRuntimeAssetForFramework(framework);
if (runtimeAsset == null)
{
_log.LogError(
new Suppression(DiagnosticIds.CompatibleRuntimeRidLessAsset)
{
Target = framework.ToString()
},
DiagnosticIds.CompatibleRuntimeRidLessAsset,
Resources.NoCompatibleRuntimeAsset,
framework.ToString());
}
// Invoke ApiCompat to compare the compile time asset with the runtime asset if they are not the same assembly.
else if (option.RunApiCompat && compileTimeAsset.Path != runtimeAsset.Path)
{
string header = string.Format(Resources.ApiCompatibilityHeader, compileTimeAsset.Path, runtimeAsset.Path);
apiCompatRunner.QueueApiCompatFromContentItem(option.Package.PackageId, compileTimeAsset, runtimeAsset, header);
}
foreach (string rid in option.Package.Rids.Where(t => IsSupportedRidTargetFrameworkPair(framework, t)))
{
ContentItem?runtimeRidSpecificAsset = option.Package.FindBestRuntimeAssetForFrameworkAndRuntime(framework, rid);
if (runtimeRidSpecificAsset == null)
{
_log.LogError(
new Suppression(DiagnosticIds.CompatibleRuntimeRidSpecificAsset)
{
Target = framework.ToString() + "-" + rid
},
DiagnosticIds.CompatibleRuntimeRidSpecificAsset,
Resources.NoCompatibleRidSpecificRuntimeAsset,
framework.ToString(),
rid);
}
// Invoke ApiCompat to compare the compile time asset with the runtime specific asset if they are not the same and
// if the comparison hasn't already happened (when the runtime asset is the same as the runtime specific asset).
else if (option.RunApiCompat &&
compileTimeAsset.Path != runtimeRidSpecificAsset.Path &&
(runtimeAsset == null || runtimeAsset.Path != runtimeRidSpecificAsset.Path))
{
string header = string.Format(Resources.ApiCompatibilityHeader, compileTimeAsset.Path, runtimeRidSpecificAsset.Path);
apiCompatRunner.QueueApiCompatFromContentItem(option.Package.PackageId, compileTimeAsset, runtimeRidSpecificAsset, header);
}
}
}
if (option.RunApiCompat)
{
apiCompatRunner.RunApiCompat();
}
}
/// <summary>
/// Validates the latest nuget package doesnot drop any target framework/rid and does not introduce any breaking changes.
/// </summary>
/// <param name="package">Nuget Package that needs to be validated.</param>
public void Validate(PackageValidatorOption option)
{
if (option.BaselinePackage is null)
{
throw new ArgumentNullException(nameof(option.BaselinePackage));
}
ApiCompatRunner apiCompatRunner = new(_log,
option.EnableStrictMode,
option.FrameworkReferences,
option.BaselinePackage.PackagePath,
option.Package.PackagePath);
// Iterate over all available baseline assets
foreach (ContentItem baselineCompileTimeAsset in option.BaselinePackage.RefAssets)
{
// Search for a compatible compile time asset in the latest package
NuGetFramework baselineTargetFramework = (NuGetFramework)baselineCompileTimeAsset.Properties["tfm"];
ContentItem? latestCompileTimeAsset = option.Package.FindBestCompileAssetForFramework(baselineTargetFramework);
if (latestCompileTimeAsset == null)
{
_log.LogError(
new Suppression(DiagnosticIds.TargetFrameworkDropped)
{
Target = baselineTargetFramework.ToString()
},
DiagnosticIds.TargetFrameworkDropped,
Resources.MissingTargetFramework,
baselineTargetFramework.ToString());
}
else if (option.RunApiCompat)
{
string header = string.Format(Resources.ApiCompatibilityBaselineHeader, baselineCompileTimeAsset.Path, latestCompileTimeAsset.Path, option.BaselinePackage.Version, option.Package.Version);
apiCompatRunner.QueueApiCompatFromContentItem(option.Package.PackageId, baselineCompileTimeAsset, latestCompileTimeAsset, header, isBaseline: true);
}
}
// Iterates over both runtime and runtime specific baseline assets and searches for a compatible non runtime
// specific asset in the latest package.
foreach (ContentItem baselineRuntimeAsset in option.BaselinePackage.RuntimeAssets)
{
// Search for a compatible runtime asset in the latest package
NuGetFramework baselineTargetFramework = (NuGetFramework)baselineRuntimeAsset.Properties["tfm"];
ContentItem? latestRuntimeAsset = option.Package.FindBestRuntimeAssetForFramework(baselineTargetFramework);
if (latestRuntimeAsset == null)
{
_log.LogError(
new Suppression(DiagnosticIds.TargetFrameworkDropped)
{
Target = baselineTargetFramework.ToString()
},
DiagnosticIds.TargetFrameworkDropped,
Resources.MissingTargetFramework,
baselineTargetFramework.ToString());
}
else if (option.RunApiCompat)
{
string header = string.Format(Resources.ApiCompatibilityBaselineHeader, baselineRuntimeAsset.Path, latestRuntimeAsset.Path, option.BaselinePackage.Version, option.Package.Version);
apiCompatRunner.QueueApiCompatFromContentItem(option.Package.PackageId, baselineRuntimeAsset, latestRuntimeAsset, header, isBaseline: true);
}
}
// Compares runtime specific baseline assets against runtime specific latest assets.
foreach (ContentItem baselineRuntimeSpecificAsset in option.BaselinePackage.RuntimeSpecificAssets)
{
NuGetFramework baselineTargetFramework = (NuGetFramework)baselineRuntimeSpecificAsset.Properties["tfm"];
string baselineRid = (string)baselineRuntimeSpecificAsset.Properties["rid"];
ContentItem? latestRuntimeSpecificAsset = option.Package.FindBestRuntimeAssetForFrameworkAndRuntime(baselineTargetFramework, baselineRid);
if (latestRuntimeSpecificAsset == null)
{
_log.LogError(
new Suppression(DiagnosticIds.TargetFrameworkAndRidPairDropped)
{
Target = baselineTargetFramework.ToString() + "-" + baselineRid
},
DiagnosticIds.TargetFrameworkAndRidPairDropped,
Resources.MissingTargetFrameworkAndRid,
baselineTargetFramework.ToString(),
baselineRid);
}
else if (option.RunApiCompat)
{
string header = string.Format(Resources.ApiCompatibilityBaselineHeader, baselineRuntimeSpecificAsset.Path, latestRuntimeSpecificAsset.Path, option.BaselinePackage.Version, option.Package.Version);
apiCompatRunner.QueueApiCompatFromContentItem(option.Package.PackageId, baselineRuntimeSpecificAsset, latestRuntimeSpecificAsset, header, isBaseline: true);
}
}
if (option.RunApiCompat)
{
apiCompatRunner.RunApiCompat();
}
}
