private void SetupDefaultPrototype()
{
BuiltinObject obj = new BuiltinObject ();
obj.DefineProperty ("constructor", this, ScriptableObject.DONTENUM);
// put the prototype property into the object now, then in the
// wacky case of a user defining a function Object(), we don't
// get an infinite loop trying to find the prototype.
prototypeProperty = obj;
IScriptable proto = GetObjectPrototype (this);
if (proto != obj) {
// not the one we just made, it must remain grounded
obj.SetPrototype (proto);
}
}
static void InitItObject(Context cx, ScriptableObject scope)
{
BuiltinObject itObj = new BuiltinObject ();
itObj.SetPrototype (scope);
itObj.DefineProperty ("color", Undefined.Value, ScriptableObject.PERMANENT);
itObj.DefineProperty ("height", Undefined.Value, ScriptableObject.PERMANENT);
itObj.DefineProperty ("width", Undefined.Value, ScriptableObject.PERMANENT);
itObj.DefineProperty ("funny", Undefined.Value, ScriptableObject.PERMANENT);
itObj.DefineProperty ("array", Undefined.Value, ScriptableObject.PERMANENT);
itObj.DefineProperty ("rdonly", Undefined.Value, ScriptableObject.READONLY);
scope.DefineProperty ("it", itObj, ScriptableObject.PERMANENT);
}
/// <summary> Creates new script object.
/// The default implementation of {@link #construct} uses the method to
/// to get the value for <tt>thisObj</tt> argument when invoking
/// {@link #call}.
/// The methos is allowed to return <tt>null</tt> to indicate that
/// {@link #call} will create a new object itself. In this case
/// {@link #construct} will set scope and prototype on the result
/// {@link #call} unless they are already set.
/// </summary>
public virtual IScriptable CreateObject(Context cx, IScriptable scope)
{
IScriptable newInstance = new BuiltinObject ();
newInstance.SetPrototype (GetClassPrototype ());
newInstance.ParentScope = ParentScope;
return newInstance;
}