public CachedTypeCatalog(ComposablePartCatalogCache cache)
{
Requires.NotNull(cache, "cache");
ComposablePartCatalog cacheCatalog = cache.GetCacheCatalog(AttributedComposablePartCatalogSite.CreateForReading());
List<Type> notUpToDateTypes = new List<Type>();
List<ComposablePartDefinition> upToDateParts = new List<ComposablePartDefinition>();
foreach (ComposablePartDefinition partDefinition in cacheCatalog.Parts)
{
if (!partDefinition.IsPartDefinitionCacheUpToDate())
{
notUpToDateTypes.Add(ReflectionModelServices.GetPartType(partDefinition).Value);
}
else
{
upToDateParts.Add(partDefinition);
}
}
if (notUpToDateTypes.Count == 0)
{
// everything is up to date, we can use the cached catalog
this._cacheCatalog = cacheCatalog;
}
else
{
// some parts are not up-to-date, we will not query the catalog, but rather a combination of the type catalog and up-to-date parts
this._upToDateParts = upToDateParts;
this._typeCatalog = new TypeCatalog(notUpToDateTypes);
}
}
public CachedAssemblyCatalog(ComposablePartCatalogCache cache)
{
Requires.NotNull(cache, "cache");
this._useAssemblyIdentity = cache.Metadata.IsAssemblyIdentityStored();
// if the assembly hasn't been changed since the caching, then load the cache
if (cache.Metadata.IsAssemblyCacheUpToDate())
{
this._cacheCatalogMetadata = cache.Metadata;
this._innerCatalog = cache.GetCacheCatalog(AttributedComposablePartCatalogSite.CreateForReading(() => this.Assembly));
this._isCached = true;
}
else
{
// just load the assembly given the information we have
this._innerCatalog = new AssemblyCatalog(cache.Metadata.ReadAssembly());
this._isCached = false;
}
}