public static Type GetType(string name, string @namespace = "")
{
if (Assemblies == null || !Assemblies.Any())
{
Assemblies = GetAllAssemblies();
}
List <Type> types = new List <Type>();
foreach (var asm in Assemblies)
{
types.AddRange(asm.GetTypes());
}
var typeFound = types.FirstOrDefault(type => type.AssemblyQualifiedName != null &&
type.AssemblyQualifiedName.Contains(name) &&
type.AssemblyQualifiedName.Contains(@namespace));
if (typeFound != null && !string.IsNullOrEmpty(typeFound.AssemblyQualifiedName))
{
if (!TypeCache.ContainsKey(typeFound.AssemblyQualifiedName))
{
TypeCache.Add(typeFound.AssemblyQualifiedName, typeFound);
}
}
return(typeFound);
}
private static ReadOnlyCollection <Type> GetConcreteTypesCore(Type genericType, LinkList <Binding> bindings)
{
Debug.Assert(genericType != null);
Debug.Assert(bindings != null);
bool cached = concreteTypeCache_.ContainsKey(genericType);
bool unbound = genericType.GetGenericArguments( )
.All((a) => !Binding.ContainsArgument(bindings, a));
// If the type has already been evaluated and there are no interfering bindings, return cached value.
if (cached && unbound)
{
return(concreteTypeCache_[genericType]);
}
// Otherwise, get a concrete type for each set of bindings.
LinkList <Type> openArguments;
BindingCollection concreteTypeBindngs = GenericTypeResolver.GetConcreteTypeBindings(genericType, bindings, out openArguments);
var concreteTypes = concreteTypeBindngs
.Transform((argumentBindings) => MakeConcreteType(genericType, openArguments, argumentBindings))
.ToReadOnlyCollection( );
// If there are no interfering bindings, cache the concrete types.
if (!cached && unbound)
{
concreteTypeCache_.TryAdd(genericType, concreteTypes);
concreteTypes = concreteTypeCache_[genericType];
}
return(concreteTypes);
}
private static IEnumerable <Type> GetTypes(Assembly assembly)
{
if (!types_.ContainsKey(assembly))
{
try {
types_[assembly] =
IsExcludedAssembly(assembly)
? Type.EmptyTypes
: GetTypesCore(assembly);
}
catch (Exception ex) {
if (ex is NotSupportedException && ex.Message.Contains("dynamic"))
{
// Ignore types from dynamic assemblies.
TypeLoader.types_[assembly] = Type.EmptyTypes;
}
else
{
// Include assembly that caused the failure.
ex.Data[TypeLoaderAssemblyKey] = assembly;
throw;
}
}
}
return(TypeLoader.types_[assembly]);
}
/// <summary>
/// Converts runtime type full name to numeric ID
/// </summary>
/// <param name="typeFullName">Runtime type full name</param>
/// <returns>Object type ID</returns>
private int GetObjectTypeID(string?typeFullName)
{
if (typeFullName == null)
{
throw new ArgumentNullException(nameof(typeFullName));
}
if (!TypeCache.ContainsKey(typeFullName))
{
TypeCache.Add(typeFullName, ++TypeGenID);
TypeCacheBack.Add(TypeGenID, typeFullName);
}
return(TypeCache[typeFullName]);
}
public virtual void Update(_KEY_TYPE key, _OBJECT_TYPE updated)
{
if (ObjectCaching.Enabled)
{
try
{
_lock.Lock();
if (!_cache.ContainsKey(key))
{
_cache.Add(key, new CacheEntry <_OBJECT_TYPE>(updated));
}
else
{
if (updated is ICopyable <_OBJECT_TYPE> )
{
((ICopyable <_OBJECT_TYPE>)_cache[key].CachedObject).CopyFrom(updated);
_cache[key].EntryTime = DateTime.UtcNow;
}
else
{
_cache[key] = new CacheEntry <_OBJECT_TYPE>(updated);
}
}
if (ObjectCaching.TrackYoungestEntry)
{
_youngestEntry = _cache[key];
}
}
finally
{
_lock.Unlock();
}
}
}
public void PrepareDataReader(IDataReader reader)
{
if (!TypeCache.ContainsKey(typeof(T)))
{
TypeCache.Add(typeof(T), typeof(T).GetProperties().ToList());
}
_cache = Enumerable
.Range(0, reader.FieldCount)
.ToDictionary(reader.GetName, x => x);
foreach (var notInCache in TypeCache[typeof(T)].Where(x => _cache.All(y => y.Key != x.Name)))
{
_cache.Add(notInCache.Name, -1);
}
}
private System.Type GetObjectSubtype(System.Type objectType, string discriminator, JObject jObject)
{
// Check the type cache.
if (discriminator != null && TypeCache.ContainsKey(discriminator))
{
return(TypeCache[discriminator]);
}
// If it's not in the type cache see if it's got a representation.
// Import it as a GeometricElement.
if (jObject.TryGetValue("Representation", out JToken representationToken))
{
return(typeof(GeometricElement));
}
// The default behavior for this converter, as provided by nJSONSchema
// is to return the base objectType if a derived type can't be found.
return(objectType);
}
internal void AssertTypeNotInterned(LLVMTypeRef typeRef)
{
Debug.Assert(!TypeCache.ContainsKey(typeRef.Pointer));
}
