/// <summary>
/// Get the Python type that reflects the given CLR type.
/// </summary>
/// <remarks>
/// Returned <see cref="ReflectedClrType"/> might be partially initialized.
/// If you need fully initialized type, use <see cref="GetOrInitialize(ClassBase, Type)"/>
/// </remarks>
public static ReflectedClrType GetOrCreate(Type type)
{
if (ClassManager.cache.TryGetValue(type, out var pyType))
{
return(pyType);
}
// Ensure, that matching Python type exists first.
// It is required for self-referential classes
// (e.g. with members, that refer to the same class)
pyType = AllocateClass(type);
ClassManager.cache.Add(type, pyType);
var impl = ClassManager.CreateClass(type);
TypeManager.InitializeClassCore(type, pyType, impl);
ClassManager.InitClassBase(type, impl, pyType);
// Now we force initialize the Python type object to reflect the given
// managed type, filling the Python type slots with thunks that
// point to the managed methods providing the implementation.
TypeManager.InitializeClass(pyType, impl, type);
return(pyType);
}
public void CreateNew(string aName, int aYear, bool aStandartBase)
{
ClassManager.CreateClass(TurgoSettings.I.Model, aStandartBase?TurgoSettings.I.UserBaseList:new List <User>(), aName, aYear);
TurgoSettings.Save(TurgoSettings.I);
TurgoSettings.Load();
}