public override void Populate(ModuleFactory mf, IPythonType declaringType, IGlobalScope gs)
{
_property.SetDocumentation(Documentation);
var o = new PythonFunctionOverload(_property, mf.DefaultLocation);
o.SetDocumentation(Documentation);
o.SetReturnValue(mf.ConstructMember(ReturnType), true);
_property.AddOverload(o);
}
public PythonLazyOverload(OverloadModel model, ModuleFactory mf, IPythonClassMember cm)
{
_model = model;
_mf = mf;
ClassMember = cm;
Documentation = model.Documentation;
_overload = new PythonFunctionOverload(cm, new Location(mf.Module, default));
_overload.SetDocumentation(cm.Documentation);
}
public PythonLazyPropertyType(PropertyModel model, ModuleFactory mf, IGlobalScope gs, IPythonType declaringType)
: base(model, mf, gs, declaringType)
{
var location = new Location(mf.Module, model.IndexSpan.ToSpan());
_property = new PythonPropertyType(model.Name, location, model.Documentation, declaringType,
model.Attributes.HasFlag(FunctionAttributes.Abstract));
// parameters and return type just to look at them.
var o = new PythonFunctionOverload(_property, location);
o.SetDocumentation(model.Documentation);
_property.AddOverload(o);
IsReadOnly = model.IsReadOnly;
SetInnerType(_property);
}
public override void Populate(ModuleFactory mf, IPythonType declaringType, IGlobalScope gs)
{
// Create inner functions and classes first since function may be returning one of them.
var all = Classes.Concat <MemberModel>(Functions).ToArray();
foreach (var model in all)
{
_function.AddMember(Name, model.Create(mf, _function, gs), overwrite: true);
}
foreach (var model in all)
{
model.Populate(mf, _function, gs);
}
foreach (var om in Overloads)
{
var o = new PythonFunctionOverload(_function, new Location(mf.Module, IndexSpan.ToSpan()));
o.SetDocumentation(Documentation);
o.SetReturnValue(mf.ConstructMember(om.ReturnType), true);
o.SetParameters(om.Parameters.Select(p => ConstructParameter(mf, p)).ToArray());
_function.AddOverload(o);
}
}
