public static string[] GetSameFolderReferences(string assemblyPath)
{
using (DomainIsolator isolator = new DomainIsolator("GetSameFolderReferences"))
{
return(isolator.GetInstance <CustomTypeInspector>().GetSameFolderReferences(assemblyPath, false));
}
}
public static FileWithVersionInfo[] GetSameFolderAssemblyReferenceChain(IEnumerable <string> assemblyFilePaths)
{
string[] strArray = (from path in assemblyFilePaths
where _refCache.NeedsUpdate(path)
select path).ToArray <string>();
if (strArray.Length > 0)
{
using (DomainIsolator isolator = new DomainIsolator("GetSameFolderAssemblyReferenceChain"))
{
isolator.GetInstance <CustomTypeInspector>().UpdateSameFolderAssemblyReferenceChain(_refCache, strArray);
}
}
List <FileWithVersionInfo> results = new List <FileWithVersionInfo>();
HashSet <string> visitedPaths = new HashSet <string>();
foreach (string str in assemblyFilePaths)
{
GetRefsWithDescendants(str, visitedPaths, results);
}
return((from g in from r in results group r by Path.GetFileName(r.FilePath).ToUpperInvariant()
select(from r in g
orderby r.LastWriteTimeUtc descending
select r).First <FileWithVersionInfo>() into r
orderby r.FilePath
select r).ToArray <FileWithVersionInfo>());
}
private static RefInfo[] GetRefs(string[] assemPaths, string[] gacNames)
{
using (DomainIsolator isolator = new DomainIsolator("Inspect Custom Assembly for Refs"))
{
return(isolator.GetInstance <CustomTypeInspector>().GetRefs(assemPaths, gacNames));
}
}
public static string[] GetNamespaces(string assemblyPath)
{
using (DomainIsolator isolator = new DomainIsolator("GetNamespaces"))
{
return(isolator.GetInstance <CustomTypeInspector>().GetNamespaces(assemblyPath));
}
}
public static string[] GetTypeNames(string assemblyPath, string baseTypeName)
{
assemblyPath = assemblyPath.Trim();
using (DomainIsolator isolator = new DomainIsolator("Inspect Custom Assembly"))
{
return(isolator.GetInstance <CustomTypeInspector>().GetTypeNames(assemblyPath, baseTypeName));
}
}
private void UpdateSchema()
{
object obj2;
LINQPad.Repository repository;
lock ((obj2 = this._locker))
{
if ((this._worker != Thread.CurrentThread) || this._disposed)
{
return;
}
this._status = "Populating";
}
this.NotifyChange();
TempFileRef random = TempFileRef.GetRandom("TypedDataContext", ".dll");
AssemblyName assemblyToBuild = new AssemblyName(Path.GetFileNameWithoutExtension(random.FileName))
{
CodeBase = random.FullPath
};
lock ((obj2 = this._locker))
{
if ((this._worker != Thread.CurrentThread) || this._disposed)
{
return;
}
repository = this._repository.Clone();
}
IEnumerable <ExplorerItem> enumerable = null;
string nameSpace = "LINQPad.User";
string typeName = "TypedDataContext";
IDictionary <string, object> sessionData = null;
using (DomainIsolator isolator = new DomainIsolator(repository.DriverLoader.CreateNewDriverDomain("LINQPad Schema Generator", null, null)))
{
enumerable = isolator.GetInstance <SchemaBuilder>().GetSchemaAndBuildAssembly(repository.GetStore().ToString(), assemblyToBuild, ref nameSpace, ref typeName, Program.AllowOneToOne, out sessionData);
}
lock ((obj2 = this._locker))
{
if (this._worker == Thread.CurrentThread)
{
this._repository.AutoGenNamespace = nameSpace;
this._repository.AutoGenTypeName = typeName;
this._repository.IsAutoGenAssemblyAvailable = true;
if (sessionData != null)
{
this._repository.SessionData = sessionData;
}
this._schema = enumerable;
this._assemblyPath = random;
}
}
}
