// INITIALIZATION
//_________________________________________________________________________________________
/// <summary>
/// Creates a new Symbol object.
/// </summary>
/// <param name="prototype"> The next object in the prototype chain. </param>
/// <param name="instancePrototype"> The prototype for instances created by this function. </param>
internal SymbolConstructor(ObjectInstance prototype, ObjectInstance instancePrototype)
: base(prototype, __STUB__Construct, __STUB__Call)
{
Iterator = new SymbolInstance(instancePrototype, "Symbol.iterator");
Species = new SymbolInstance(instancePrototype, "Symbol.Species");
ToPrimitive = new SymbolInstance(instancePrototype, "Symbol.toPrimitive");
ToStringTag = new SymbolInstance(instancePrototype, "Symbol.toStringTag");
// Initialize the constructor properties.
var properties = new List <PropertyNameAndValue>(3);
InitializeConstructorProperties(properties, "Symbol", 0, instancePrototype);
//properties.Add(new PropertyNameAndValue("hasInstance", null, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("isConcatSpreadable", null, PropertyAttributes.Sealed));
properties.Add(new PropertyNameAndValue("iterator", Iterator, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("match", null, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("replace", null, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("search", null, PropertyAttributes.Sealed));
properties.Add(new PropertyNameAndValue("species", Species, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("split", null, PropertyAttributes.Sealed));
properties.Add(new PropertyNameAndValue("toPrimitive", ToPrimitive, PropertyAttributes.Sealed));
properties.Add(new PropertyNameAndValue("toStringTag", ToStringTag, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("unscopables", null, PropertyAttributes.Sealed));
FastSetProperties(properties);
}
// INITIALIZATION
//_________________________________________________________________________________________
/// <summary>
/// Creates a new Symbol object.
/// </summary>
/// <param name="prototype"> The next object in the prototype chain. </param>
/// <param name="instancePrototype"> The prototype for instances created by this function. </param>
internal SymbolConstructor(ObjectInstance prototype, ObjectInstance instancePrototype)
: base(prototype, __STUB__Construct, __STUB__Call)
{
Iterator = new SymbolInstance(instancePrototype, "Symbol.iterator");
Species = new SymbolInstance(instancePrototype, "Symbol.Species");
ToPrimitive = new SymbolInstance(instancePrototype, "Symbol.toPrimitive");
ToStringTag = new SymbolInstance(instancePrototype, "Symbol.toStringTag");
// Initialize the constructor properties.
var properties = new List<PropertyNameAndValue>(3);
InitializeConstructorProperties(properties, "Symbol", 0, instancePrototype);
//properties.Add(new PropertyNameAndValue("hasInstance", null, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("isConcatSpreadable", null, PropertyAttributes.Sealed));
properties.Add(new PropertyNameAndValue("iterator", Iterator, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("match", null, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("replace", null, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("search", null, PropertyAttributes.Sealed));
properties.Add(new PropertyNameAndValue("species", Species, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("split", null, PropertyAttributes.Sealed));
properties.Add(new PropertyNameAndValue("toPrimitive", ToPrimitive, PropertyAttributes.Sealed));
properties.Add(new PropertyNameAndValue("toStringTag", ToStringTag, PropertyAttributes.Sealed));
//properties.Add(new PropertyNameAndValue("unscopables", null, PropertyAttributes.Sealed));
FastSetProperties(properties);
}
public string KeyFor(SymbolInstance symbol)
{
throw new NotImplementedException();
}
public string KeyFor(SymbolInstance symbol)
{
throw new NotImplementedException();
}