public static BuildTargetResult CrossgenSharedFx(BuildTargetContext c, string pathToAssemblies)
{
// Check if we need to skip crossgen
if (string.Equals(Environment.GetEnvironmentVariable("DONT_CROSSGEN_SHAREDFRAMEWORK"), "1"))
{
c.Warn("Skipping crossgen for SharedFx because DONT_CROSSGEN_SHAREDFRAMEWORK is set to 1");
return(c.Success());
}
foreach (var file in Directory.GetFiles(pathToAssemblies))
{
string fileName = Path.GetFileName(file);
if (fileName == "mscorlib.dll" || fileName == "mscorlib.ni.dll" || !HasMetadata(file))
{
continue;
}
string tempPathName = Path.ChangeExtension(file, "readytorun");
// This is not always correct. The version of crossgen we need to pick up is whatever one was restored as part
// of the Microsoft.NETCore.Runtime.CoreCLR package that is part of the shared library. For now, the version hardcoded
// in CompileTargets and the one in the shared library project.json match and are updated in lock step, but long term
// we need to be able to look at the project.lock.json file and figure out what version of Microsoft.NETCore.Runtime.CoreCLR
// was used, and then select that version.
ExecSilent(Crossgen.GetCrossgenPathForVersion(CompileTargets.CoreCLRVersion),
"-readytorun", "-in", file, "-out", tempPathName, "-platform_assemblies_paths", pathToAssemblies);
File.Delete(file);
File.Move(tempPathName, file);
}
return(c.Success());
}
public SharedFrameworkPublisher(
string repoRoot,
string corehostLockedDirectory,
string corehostLatestDirectory,
string corehostPackageSource,
string sharedFrameworkNugetVersion,
string sharedFrameworkRid,
string sharedFrameworkTarget)
{
_repoRoot = repoRoot;
_corehostLockedDirectory = corehostLockedDirectory;
_corehostLatestDirectory = corehostLatestDirectory;
_corehostPackageSource = corehostPackageSource;
_crossgenUtil = new Crossgen(DependencyVersions.CoreCLRVersion, DependencyVersions.JitVersion, sharedFrameworkRid == "win10-arm64" ? sharedFrameworkRid : null);
_sharedFrameworkTemplateSourceRoot = Path.Combine(repoRoot, "src", "sharedframework", "framework");
_sharedFrameworkNugetVersion = sharedFrameworkNugetVersion;
_sharedFrameworkRid = sharedFrameworkRid;
_sharedFrameworkTarget = sharedFrameworkTarget;
_sharedFrameworkSourceRoot = GenerateSharedFrameworkProject(
_sharedFrameworkNugetVersion,
_sharedFrameworkTemplateSourceRoot,
_sharedFrameworkRid,
_sharedFrameworkTarget);
}
public SharedFrameworkPublisher(
string repoRoot,
string corehostLockedDirectory,
string corehostLatestDirectory,
string corehostPackageSource,
string sharedFrameworkNugetVersion,
string sharedFrameworkRid,
string sharedFrameworkTarget)
{
_repoRoot = repoRoot;
_corehostLockedDirectory = corehostLockedDirectory;
_corehostLatestDirectory = corehostLatestDirectory;
_corehostPackageSource = corehostPackageSource;
string crossgenRID = null;
// If we are dealing with cross-targeting compilation, then specify the
// correct RID for crossgen to use when compiling SharedFramework.
// TODO-ARM-Crossgen: Add ubuntu.14.04-arm and ubuntu.16.04-arm
string portablePlatformRID = null;
if ((sharedFrameworkRid == "win8-arm") || (sharedFrameworkRid == "win10-arm64") || (Utils.IsPortableRID(sharedFrameworkRid, out portablePlatformRID)))
{
crossgenRID = sharedFrameworkRid;
}
_crossgenUtil = new Crossgen(DependencyVersions.CoreCLRVersion, DependencyVersions.JitVersion, crossgenRID);
_sharedFrameworkTemplateSourceRoot = Path.Combine(repoRoot, "src", "sharedframework", "framework");
_sharedFrameworkNugetVersion = sharedFrameworkNugetVersion;
_sharedFrameworkRid = sharedFrameworkRid;
_sharedFrameworkTarget = sharedFrameworkTarget;
_sharedFrameworkSourceRoot = GenerateSharedFrameworkProject(
_sharedFrameworkNugetVersion,
_sharedFrameworkTemplateSourceRoot,
_sharedFrameworkRid,
_sharedFrameworkTarget);
}
