private void ProcessExtensionReference(ExtensionLoadingContext context,
ExtensionProbeEntry activatedExtension,
string referenceName,
IList <DependencyReferenceDescriptor> activatedReferences)
{
// If the reference is an extension has been processed already, use the same loader as
// that extension, since a given extension should be loaded with a unique loader for the
// whole application
var bestExtensionReference = context.ProcessedExtensions.ContainsKey(referenceName) ?
context.ProcessedExtensions[referenceName] :
null;
// Activated the extension reference
if (bestExtensionReference != null)
{
activatedReferences.Add(new DependencyReferenceDescriptor
{
LoaderName = bestExtensionReference.Loader.Name,
Name = referenceName,
VirtualPath = bestExtensionReference.VirtualPath
});
return;
}
// Skip references from "~/bin"
if (_buildManager.HasReferencedAssembly(referenceName))
{
return;
}
// Binary references
var references = context.ReferencesByName.ContainsKey(referenceName) ?
context.ReferencesByName[referenceName] :
Enumerable.Empty <ExtensionReferenceProbeEntry>();
var bestBinaryReference = references
.Where(entry => !string.IsNullOrEmpty(entry.VirtualPath))
.Select(entry => new { Entry = entry, LastWriteTimeUtc = _virtualPathProvider.GetFileLastWriteTimeUtc(entry.VirtualPath) })
.OrderBy(e => e.LastWriteTimeUtc)
.ThenBy(e => e.Entry.Name)
.FirstOrDefault();
// Activate the binary ref
if (bestBinaryReference != null)
{
if (!context.ProcessedReferences.ContainsKey(bestBinaryReference.Entry.Name))
{
context.ProcessedReferences.Add(bestBinaryReference.Entry.Name, bestBinaryReference.Entry);
bestBinaryReference.Entry.Loader.ReferenceActivated(context, bestBinaryReference.Entry);
}
activatedReferences.Add(new DependencyReferenceDescriptor
{
LoaderName = bestBinaryReference.Entry.Loader.Name,
Name = bestBinaryReference.Entry.Name,
VirtualPath = bestBinaryReference.Entry.VirtualPath
});
return;
}
}
private void ProcessExtensionReference(ExtensionLoadingContext context, string referenceName, ICollection <DependencyReferenceDescriptor> activatedReferences)
{
//如果参考是一个扩展已经被处理，使用相同的装载机扩展，因为给定的扩展名应具有独特的装载机在整个应用程序加载
var bestExtensionReference = context.ProcessedExtensions.ContainsKey(referenceName) ?
context.ProcessedExtensions[referenceName] :
null;
//激活扩展引用
if (bestExtensionReference != null)
{
activatedReferences.Add(new DependencyReferenceDescriptor
{
LoaderName = bestExtensionReference.Loader.Name,
Name = referenceName,
VirtualPath = bestExtensionReference.VirtualPath
});
return;
}
//跳过来自 "~/bin" 的引用。
if (_buildManager.HasReferencedAssembly(referenceName))
{
return;
}
//二进制引用
var references = context.ReferencesByName.ContainsKey(referenceName) ?
context.ReferencesByName[referenceName] :
Enumerable.Empty <ExtensionReferenceProbeEntry>();
var bestBinaryReference = references
.Where(entry => !string.IsNullOrEmpty(entry.VirtualPath))
.Select(entry => new { Entry = entry, LastWriteTimeUtc = _virtualPathProvider.GetFileLastWriteTimeUtc(entry.VirtualPath) })
.OrderBy(e => e.LastWriteTimeUtc)
.ThenBy(e => e.Entry.Name)
.FirstOrDefault();
//激活二进制引用
if (bestBinaryReference == null)
{
return;
}
if (!context.ProcessedReferences.ContainsKey(bestBinaryReference.Entry.Name))
{
context.ProcessedReferences.Add(bestBinaryReference.Entry.Name, bestBinaryReference.Entry);
bestBinaryReference.Entry.Loader.ReferenceActivated(context, bestBinaryReference.Entry);
}
activatedReferences.Add(new DependencyReferenceDescriptor
{
LoaderName = bestBinaryReference.Entry.Loader.Name,
Name = bestBinaryReference.Entry.Name,
VirtualPath = bestBinaryReference.Entry.VirtualPath
});
}
