private bool AddAotOrR2RRuntimePackage(AotPackageType packageType, Version normalizedTargetFrameworkVersion, List <ITaskItem> packagesToDownload)
{
var knownPacks = packageType == AotPackageType.Crossgen2 ? KnownCrossgen2Packs : KnownILCompilerPacks;
var knownPack = knownPacks.Where(pack =>
{
var packTargetFramework = NuGetFramework.Parse(pack.GetMetadata("TargetFramework"));
return(packTargetFramework.Framework.Equals(TargetFrameworkIdentifier, StringComparison.OrdinalIgnoreCase) &&
NormalizeVersion(packTargetFramework.Version) == normalizedTargetFrameworkVersion);
}).SingleOrDefault();
if (knownPack == null)
{
return(false);
}
var packageName = packageType == AotPackageType.Crossgen2 ? "Crossgen2" : "ILCompiler";
var packPattern = knownPack.GetMetadata(packageName + "PackNamePattern");
var packVersion = knownPack.GetMetadata(packageName + "PackVersion");
var packSupportedRuntimeIdentifiers = knownPack.GetMetadata(packageName + "RuntimeIdentifiers").Split(';');
// Get the best RID for the host machine, which will be used to validate that we can run crossgen for the target platform and architecture
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var hostRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(runtimeGraph, NETCoreSdkRuntimeIdentifier, packSupportedRuntimeIdentifiers, out bool wasInGraph);
if (hostRuntimeIdentifier == null)
{
return(false);
}
var runtimePackName = packPattern.Replace("**RID**", hostRuntimeIdentifier);
if (!string.IsNullOrEmpty(RuntimeFrameworkVersion))
{
packVersion = RuntimeFrameworkVersion;
}
// We need to download the runtime pack
TaskItem runtimePackToDownload = new TaskItem(runtimePackName);
runtimePackToDownload.SetMetadata(MetadataKeys.Version, packVersion);
packagesToDownload.Add(runtimePackToDownload);
var newItem = new TaskItem(runtimePackName);
newItem.SetMetadata(MetadataKeys.NuGetPackageId, runtimePackName);
newItem.SetMetadata(MetadataKeys.NuGetPackageVersion, packVersion);
if (packageType == AotPackageType.Crossgen2)
{
Crossgen2Packs = new[] { newItem };
}
else
{
ILCompilerPacks = new[] { newItem };
}
return(true);
}
private void ProcessRuntimeIdentifier(string runtimeIdentifier, KnownFrameworkReference knownFrameworkReference,
string runtimeFrameworkVersion, HashSet <string> unrecognizedRuntimeIdentifiers,
List <ITaskItem> unavailableRuntimePacks, List <ITaskItem> runtimePacks, List <ITaskItem> packagesToDownload, string isTrimmable)
{
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var knownFrameworkReferenceRuntimePackRuntimeIdentifiers = knownFrameworkReference.RuntimePackRuntimeIdentifiers.Split(';');
string runtimePackRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(
runtimeGraph,
runtimeIdentifier,
knownFrameworkReferenceRuntimePackRuntimeIdentifiers,
out bool wasInGraph);
if (runtimePackRuntimeIdentifier == null)
{
if (wasInGraph)
{
// Report this as an error later, if necessary. This is because we try to download
// all available runtime packs in case there is a transitive reference to a shared
// framework we don't directly reference. But we don't want to immediately error out
// here if a runtime pack that we might not need to reference isn't available for the
// targeted RID (e.g. Microsoft.WindowsDesktop.App for a linux RID).
var unavailableRuntimePack = new TaskItem(knownFrameworkReference.Name);
unavailableRuntimePack.SetMetadata(MetadataKeys.RuntimeIdentifier, runtimeIdentifier);
unavailableRuntimePacks.Add(unavailableRuntimePack);
}
else if (!unrecognizedRuntimeIdentifiers.Contains(runtimeIdentifier))
{
// NETSDK1083: The specified RuntimeIdentifier '{0}' is not recognized.
Log.LogError(Strings.RuntimeIdentifierNotRecognized, runtimeIdentifier);
unrecognizedRuntimeIdentifiers.Add(runtimeIdentifier);
}
}
else
{
foreach (var runtimePackNamePattern in knownFrameworkReference.RuntimePackNamePatterns.Split(';'))
{
string runtimePackName = runtimePackNamePattern.Replace("**RID**", runtimePackRuntimeIdentifier);
if (runtimePacks != null)
{
TaskItem runtimePackItem = new TaskItem(runtimePackName);
runtimePackItem.SetMetadata(MetadataKeys.PackageName, runtimePackName);
runtimePackItem.SetMetadata(MetadataKeys.PackageVersion, runtimeFrameworkVersion);
runtimePackItem.SetMetadata(MetadataKeys.FrameworkName, knownFrameworkReference.Name);
runtimePackItem.SetMetadata(MetadataKeys.RuntimeIdentifier, runtimePackRuntimeIdentifier);
runtimePackItem.SetMetadata(MetadataKeys.IsTrimmable, isTrimmable);
runtimePackItem.SetMetadata(MetadataKeys.AvailableRuntimeIdentifiers, knownFrameworkReference.RuntimePackRuntimeIdentifiers);
runtimePacks.Add(runtimePackItem);
}
TaskItem packageToDownload = new TaskItem(runtimePackName);
packageToDownload.SetMetadata(MetadataKeys.Version, runtimeFrameworkVersion);
packagesToDownload.Add(packageToDownload);
}
}
}
private string GetBestRuntimeIdentifier(string targetRuntimeIdentifier, string availableRuntimeIdentifiers, out bool wasInGraph)
{
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var bestRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(runtimeGraph,
AppHostRuntimeIdentifier,
availableRuntimeIdentifiers.Split(';'),
out wasInGraph);
return(bestRuntimeIdentifier);
}
protected override void ExecuteCore()
{
// Get the list of runtime identifiers that we support and can target
ITaskItem frameworkRef = KnownFrameworkReferences.Where(item => String.Compare(item.ItemSpec, "Microsoft.NETCore.App", true) == 0).SingleOrDefault();
string supportedRuntimeIdentifiers = frameworkRef == null ? null : frameworkRef.GetMetadata("RuntimePackRuntimeIdentifiers");
// Get information on the runtime package used for the current target
ITaskItem frameworkPack = RuntimePacks.Where(pack =>
pack.GetMetadata(MetadataKeys.FrameworkName).Equals("Microsoft.NETCore.App", StringComparison.OrdinalIgnoreCase))
.SingleOrDefault();
_runtimeIdentifier = frameworkPack == null ? null : frameworkPack.GetMetadata(MetadataKeys.RuntimeIdentifier);
_packagePath = frameworkPack == null ? null : frameworkPack.GetMetadata(MetadataKeys.PackageDirectory);
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var supportedRIDsList = supportedRuntimeIdentifiers == null?Array.Empty <string>() : supportedRuntimeIdentifiers.Split(';');
// Get the best RID for the host machine, which will be used to validate that we can run crossgen for the target platform and architecture
string hostRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(
runtimeGraph,
NETCoreSdkRuntimeIdentifier,
supportedRIDsList,
out bool wasInGraph);
if (hostRuntimeIdentifier == null || _runtimeIdentifier == null || _packagePath == null)
{
Log.LogError(Strings.ReadyToRunNoValidRuntimePackageError);
return;
}
if (!ExtractTargetPlatformAndArchitecture(_runtimeIdentifier, out string targetPlatform, out _targetArchitecture) ||
!ExtractTargetPlatformAndArchitecture(hostRuntimeIdentifier, out string hostPlatform, out Architecture hostArchitecture) ||
targetPlatform != hostPlatform)
{
Log.LogError(Strings.ReadyToRunTargetNotSupportedError);
return;
}
if (!GetCrossgenComponentsPaths() || !File.Exists(_crossgenPath) || !File.Exists(_clrjitPath))
{
Log.LogError(Strings.ReadyToRunTargetNotSupportedError);
return;
}
// Create tool task item
CrossgenTool = new TaskItem(_crossgenPath);
CrossgenTool.SetMetadata("JitPath", _clrjitPath);
if (!String.IsNullOrEmpty(_diasymreaderPath))
{
CrossgenTool.SetMetadata("DiaSymReader", _diasymreaderPath);
}
// Process input lists of files
ProcessInputFileList(FilesToPublish, _compileList, _symbolsCompileList, _r2rFiles);
}
protected override void ExecuteCore()
{
_runtimePack = GetNETCoreAppRuntimePack();
_crossgen2Pack = Crossgen2Packs?.FirstOrDefault();
_targetRuntimeIdentifier = _runtimePack?.GetMetadata(MetadataKeys.RuntimeIdentifier);
// Get the list of runtime identifiers that we support and can target
ITaskItem targetingPack = GetNETCoreAppTargetingPack();
string supportedRuntimeIdentifiers = targetingPack?.GetMetadata(MetadataKeys.RuntimePackRuntimeIdentifiers);
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var supportedRIDsList = supportedRuntimeIdentifiers == null?Array.Empty <string>() : supportedRuntimeIdentifiers.Split(';');
// Get the best RID for the host machine, which will be used to validate that we can run crossgen for the target platform and architecture
_hostRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(
runtimeGraph,
NETCoreSdkRuntimeIdentifier,
supportedRIDsList,
out bool wasInGraph);
if (_hostRuntimeIdentifier == null || _targetRuntimeIdentifier == null)
{
Log.LogError(Strings.ReadyToRunNoValidRuntimePackageError);
return;
}
if (ReadyToRunUseCrossgen2)
{
if (!ValidateCrossgen2Support())
{
return;
}
// NOTE: Crossgen2 does not yet currently support emitting native symbols, and until this feature
// is implemented, we will use crossgen for it. This should go away in the future when crossgen2 supports the feature.
if (EmitSymbols && !ValidateCrossgenSupport())
{
return;
}
}
else
{
if (!ValidateCrossgenSupport())
{
return;
}
}
// Future: check DiaSymReaderPath in the _crossgen2Tool info when crossgen2 starts supporting emitting native symbols
bool hasValidDiaSymReaderLib = String.IsNullOrEmpty(_crossgenTool.DiaSymReaderPath) ? false : File.Exists(_crossgenTool.DiaSymReaderPath);
// Process input lists of files
ProcessInputFileList(Assemblies, _compileList, _symbolsCompileList, _r2rFiles, _r2rReferences, hasValidDiaSymReaderLib);
}
protected override void ExecuteCore()
{
ITaskItem runtimePack = GetNETCoreAppRuntimePack();
_runtimeIdentifier = runtimePack?.GetMetadata(MetadataKeys.RuntimeIdentifier);
_packagePath = runtimePack?.GetMetadata(MetadataKeys.PackageDirectory);
// Get the list of runtime identifiers that we support and can target
ITaskItem targetingPack = GetNETCoreAppTargetingPack();
string supportedRuntimeIdentifiers = targetingPack?.GetMetadata(MetadataKeys.RuntimePackRuntimeIdentifiers);
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var supportedRIDsList = supportedRuntimeIdentifiers == null?Array.Empty <string>() : supportedRuntimeIdentifiers.Split(';');
// Get the best RID for the host machine, which will be used to validate that we can run crossgen for the target platform and architecture
string hostRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(
runtimeGraph,
NETCoreSdkRuntimeIdentifier,
supportedRIDsList,
out bool wasInGraph);
if (hostRuntimeIdentifier == null || _runtimeIdentifier == null || _packagePath == null)
{
Log.LogError(Strings.ReadyToRunNoValidRuntimePackageError);
return;
}
if (!ExtractTargetPlatformAndArchitecture(_runtimeIdentifier, out string targetPlatform, out _targetArchitecture) ||
!ExtractTargetPlatformAndArchitecture(hostRuntimeIdentifier, out string hostPlatform, out Architecture hostArchitecture) ||
targetPlatform != hostPlatform)
{
Log.LogError(Strings.ReadyToRunTargetNotSupportedError);
return;
}
if (!GetCrossgenComponentsPaths() || !File.Exists(_crossgenPath) || !File.Exists(_clrjitPath))
{
Log.LogError(Strings.ReadyToRunTargetNotSupportedError);
return;
}
// Create tool task item
CrossgenTool = new TaskItem(_crossgenPath);
CrossgenTool.SetMetadata("JitPath", _clrjitPath);
if (!String.IsNullOrEmpty(_diasymreaderPath))
{
CrossgenTool.SetMetadata("DiaSymReader", _diasymreaderPath);
}
// Process input lists of files
ProcessInputFileList(Assemblies, _compileList, _symbolsCompileList, _r2rFiles, _r2rReferences);
}
protected override void ExecuteCore()
{
_runtimePack = GetNETCoreAppRuntimePack();
_crossgen2Pack = Crossgen2Packs?.FirstOrDefault();
_targetRuntimeIdentifier = _runtimePack?.GetMetadata(MetadataKeys.RuntimeIdentifier);
// Get the list of runtime identifiers that we support and can target
ITaskItem targetingPack = GetNETCoreAppTargetingPack();
string supportedRuntimeIdentifiers = targetingPack?.GetMetadata(MetadataKeys.RuntimePackRuntimeIdentifiers);
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var supportedRIDsList = supportedRuntimeIdentifiers == null?Array.Empty <string>() : supportedRuntimeIdentifiers.Split(';');
// Get the best RID for the host machine, which will be used to validate that we can run crossgen for the target platform and architecture
_hostRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(
runtimeGraph,
NETCoreSdkRuntimeIdentifier,
supportedRIDsList,
out _);
if (_hostRuntimeIdentifier == null || _targetRuntimeIdentifier == null)
{
Log.LogError(Strings.ReadyToRunNoValidRuntimePackageError);
return;
}
if (ReadyToRunUseCrossgen2)
{
if (!ValidateCrossgen2Support())
{
return;
}
// NOTE: Crossgen2 does not yet currently support emitting native symbols, and until this feature
// is implemented, we will use crossgen for it. This should go away in the future when crossgen2 supports the feature.
if (EmitSymbols && !ValidateCrossgenSupport())
{
return;
}
}
else
{
if (!ValidateCrossgenSupport())
{
return;
}
}
}
protected override void ExecuteCore()
{
_runtimePack = GetNETCoreAppRuntimePack();
_crossgen2Pack = Crossgen2Packs?.FirstOrDefault();
_targetRuntimeIdentifier = _runtimePack?.GetMetadata(MetadataKeys.RuntimeIdentifier);
// Get the list of runtime identifiers that we support and can target
ITaskItem targetingPack = GetNETCoreAppTargetingPack();
string supportedRuntimeIdentifiers = targetingPack?.GetMetadata(MetadataKeys.RuntimePackRuntimeIdentifiers);
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var supportedRIDsList = supportedRuntimeIdentifiers == null?Array.Empty <string>() : supportedRuntimeIdentifiers.Split(';');
// Get the best RID for the host machine, which will be used to validate that we can run crossgen for the target platform and architecture
_hostRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(
runtimeGraph,
NETCoreSdkRuntimeIdentifier,
supportedRIDsList,
out _);
if (_hostRuntimeIdentifier == null || _targetRuntimeIdentifier == null)
{
Log.LogError(Strings.ReadyToRunNoValidRuntimePackageError);
return;
}
if (ReadyToRunUseCrossgen2)
{
if (!ValidateCrossgen2Support())
{
return;
}
// In .NET 5 Crossgen2 did not support emitting native symbols, so we use Crossgen to emit them
if (_crossgen2IsVersion5 && EmitSymbols && !ValidateCrossgenSupport())
{
return;
}
}
else
{
if (!ValidateCrossgenSupport())
{
return;
}
}
}
private bool AddCrossgen2Package(Version normalizedTargetFrameworkVersion, List <ITaskItem> packagesToDownload)
{
var knownCrossgen2Pack = KnownCrossgen2Packs.Where(crossgen2Pack =>
{
var packTargetFramework = NuGetFramework.Parse(crossgen2Pack.GetMetadata("TargetFramework"));
return(packTargetFramework.Framework.Equals(TargetFrameworkIdentifier, StringComparison.OrdinalIgnoreCase) &&
NormalizeVersion(packTargetFramework.Version) == normalizedTargetFrameworkVersion);
}).SingleOrDefault();
if (knownCrossgen2Pack == null)
{
return(false);
}
var crossgen2PackPattern = knownCrossgen2Pack.GetMetadata("Crossgen2PackNamePattern");
var crossgen2PackVersion = knownCrossgen2Pack.GetMetadata("Crossgen2PackVersion");
var crossgen2PackSupportedRuntimeIdentifiers = knownCrossgen2Pack.GetMetadata("Crossgen2RuntimeIdentifiers").Split(';');
// Get the best RID for the host machine, which will be used to validate that we can run crossgen for the target platform and architecture
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var hostRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(runtimeGraph, NETCoreSdkRuntimeIdentifier, crossgen2PackSupportedRuntimeIdentifiers, out bool wasInGraph);
if (hostRuntimeIdentifier == null)
{
return(false);
}
var crossgen2PackName = crossgen2PackPattern.Replace("**RID**", hostRuntimeIdentifier);
if (!string.IsNullOrEmpty(RuntimeFrameworkVersion))
{
crossgen2PackVersion = RuntimeFrameworkVersion;
}
TaskItem packageToDownload = new TaskItem(crossgen2PackName);
packageToDownload.SetMetadata(MetadataKeys.Version, crossgen2PackVersion);
packagesToDownload.Add(packageToDownload);
Crossgen2Packs = new ITaskItem[1];
Crossgen2Packs[0] = new TaskItem(crossgen2PackName);
Crossgen2Packs[0].SetMetadata(MetadataKeys.NuGetPackageId, crossgen2PackName);
Crossgen2Packs[0].SetMetadata(MetadataKeys.NuGetPackageVersion, crossgen2PackVersion);
return(true);
}
private void ProcessRuntimeIdentifier(
string runtimeIdentifier,
KnownRuntimePack selectedRuntimePack,
string runtimePackVersion,
List <string> additionalFrameworkReferencesForRuntimePack,
HashSet <string> unrecognizedRuntimeIdentifiers,
List <ITaskItem> unavailableRuntimePacks,
List <ITaskItem> runtimePacks,
List <ITaskItem> packagesToDownload,
string isTrimmable,
bool addRuntimePackAndDownloadIfNecessary)
{
var runtimeGraph = new RuntimeGraphCache(this).GetRuntimeGraph(RuntimeGraphPath);
var knownFrameworkReferenceRuntimePackRuntimeIdentifiers = selectedRuntimePack.RuntimePackRuntimeIdentifiers.Split(';');
string runtimePackRuntimeIdentifier = NuGetUtils.GetBestMatchingRid(
runtimeGraph,
runtimeIdentifier,
knownFrameworkReferenceRuntimePackRuntimeIdentifiers,
out bool wasInGraph);
if (runtimePackRuntimeIdentifier == null)
{
if (wasInGraph)
{
// Report this as an error later, if necessary. This is because we try to download
// all available runtime packs in case there is a transitive reference to a shared
// framework we don't directly reference. But we don't want to immediately error out
// here if a runtime pack that we might not need to reference isn't available for the
// targeted RID (e.g. Microsoft.WindowsDesktop.App for a linux RID).
var unavailableRuntimePack = new TaskItem(selectedRuntimePack.Name);
unavailableRuntimePack.SetMetadata(MetadataKeys.RuntimeIdentifier, runtimeIdentifier);
unavailableRuntimePacks.Add(unavailableRuntimePack);
}
else if (!unrecognizedRuntimeIdentifiers.Contains(runtimeIdentifier))
{
// NETSDK1083: The specified RuntimeIdentifier '{0}' is not recognized.
Log.LogError(Strings.RuntimeIdentifierNotRecognized, runtimeIdentifier);
unrecognizedRuntimeIdentifiers.Add(runtimeIdentifier);
}
}
else if (addRuntimePackAndDownloadIfNecessary)
{
foreach (var runtimePackNamePattern in selectedRuntimePack.RuntimePackNamePatterns.Split(';'))
{
string runtimePackName = runtimePackNamePattern.Replace("**RID**", runtimePackRuntimeIdentifier);
// Look up runtimePackVersion from workload manifests if necessary
string resolvedRuntimePackVersion = GetResolvedPackVersion(runtimePackName, runtimePackVersion);
string runtimePackPath = GetPackPath(runtimePackName, resolvedRuntimePackVersion);
if (runtimePacks != null)
{
TaskItem runtimePackItem = new TaskItem(runtimePackName);
runtimePackItem.SetMetadata(MetadataKeys.NuGetPackageId, runtimePackName);
runtimePackItem.SetMetadata(MetadataKeys.NuGetPackageVersion, resolvedRuntimePackVersion);
runtimePackItem.SetMetadata(MetadataKeys.FrameworkName, selectedRuntimePack.Name);
runtimePackItem.SetMetadata(MetadataKeys.RuntimeIdentifier, runtimePackRuntimeIdentifier);
runtimePackItem.SetMetadata(MetadataKeys.IsTrimmable, isTrimmable);
if (selectedRuntimePack.RuntimePackAlwaysCopyLocal)
{
runtimePackItem.SetMetadata(MetadataKeys.RuntimePackAlwaysCopyLocal, "true");
}
if (additionalFrameworkReferencesForRuntimePack != null)
{
runtimePackItem.SetMetadata(MetadataKeys.AdditionalFrameworkReferences, string.Join(";", additionalFrameworkReferencesForRuntimePack));
}
if (runtimePackPath != null)
{
runtimePackItem.SetMetadata(MetadataKeys.PackageDirectory, runtimePackPath);
}
runtimePacks.Add(runtimePackItem);
}
if (runtimePackPath == null)
{
TaskItem packageToDownload = new TaskItem(runtimePackName);
packageToDownload.SetMetadata(MetadataKeys.Version, resolvedRuntimePackVersion);
packagesToDownload.Add(packageToDownload);
}
}
}
}
