call method

@override Object? call(Interpreter interpreter, List<Object?> arguments, Map<Symbol, Object?> namedArguments)

Implementation

@override
Object? call(Interpreter interpreter, List<Object?> arguments,
    Map<Symbol, Object?> namedArguments) {
  List<Widget> children = [];
  var childrenParsed = namedArguments[const Symbol('children')];
  if (childrenParsed != null) {
    children = (childrenParsed as List).cast<Widget>();
  }
  Axis scrollDirection = Axis.vertical;
  var scrollDirectionParsed = namedArguments[const Symbol('scrollDirection')];
  if (scrollDirectionParsed != null) {
    scrollDirection = scrollDirectionParsed as Axis;
  }
  bool reverse = false;
  var reverseParsed = namedArguments[const Symbol('reverse')];
  if (reverseParsed != null) {
    reverse = reverseParsed as bool;
  }
  bool? primary;
  var primaryParsed = namedArguments[const Symbol('primary')];
  if (primaryParsed != null) {
    primary = primaryParsed as bool;
  }
  bool shrinkWrap = false;
  var shrinkWrapParsed = namedArguments[const Symbol('shrinkWrap')];
  if (shrinkWrapParsed != null) {
    shrinkWrap = shrinkWrapParsed as bool;
  }
  EdgeInsetsGeometry? padding;
  var paddingParsed = namedArguments[const Symbol('padding')];
  if (paddingParsed != null) {
    padding = paddingParsed as EdgeInsetsGeometry;
  }
  double? itemExtent =
      parseDouble(namedArguments[const Symbol('itemExtent')]);
  double? cacheExtent =
      parseDouble(namedArguments[const Symbol('cacheExtent')]);
  Widget? prototypeItem;
  var prototypeItemParsed = namedArguments[const Symbol('prototypeItem')];
  if (prototypeItemParsed != null) {
    prototypeItem = prototypeItemParsed as Widget;
  }
  return ListView(
      primary: primary,
      reverse: reverse,
      padding: padding,
      itemExtent: itemExtent,
      cacheExtent: cacheExtent,
      shrinkWrap: shrinkWrap,
      prototypeItem: prototypeItem,
      scrollDirection: scrollDirection,
      children: children);
}