test/tall/invocation/constructor.stmt

40 columns                              |
### Constructor invocations are handled identically to function calls, so just
### test the basics and make sure that we handle the keywords correctly.
>>> Empty argument list.
new  Foo  (  )  ;
<<< 3.7
new Foo();
>>> Inline arguments.
new  SomeType  ( argument , another ) ;
<<< 3.7
new SomeType(argument, another);
>>> Split argument list.
const  SomeType  ( argument , another , third ) ;
<<< 3.7
const SomeType(
  argument,
  another,
  third,
);
>>> With type arguments.
new  Map  <  int  ,  String  >  (  1  ,  2  ,  3  );
<<< 3.7
new Map<int, String>(1, 2, 3);
>>> Named constructor.
new  Thing  .  name  (  argument  )  ;
<<< 3.7
new Thing.name(argument);
>>> Named constructor on class with type arguments.
const  List  <  int  >  .  filled  (  1  ,  2  );
<<< 3.7
const List<int>.filled(1, 2);
>>> Prefixed.
new  prefix  .  TypeName  (  argument  )  ;
<<< 3.7
new prefix.TypeName(argument);
>>> Prefix named constructor.
const  prefix  .  Thing  .  name  (  argument  )  ;
<<< 3.7
const prefix.Thing.name(argument);
>>> Don't split at name.
new VeryLongClassName.veryLongNamedConstructor();
<<< 3.7
new VeryLongClassName.veryLongNamedConstructor();
>>> Don't split at name on prefixed named constructor.
new prefix.VeryLongClassName.veryLongNamedConstructor();
<<< 3.7
new prefix.VeryLongClassName.veryLongNamedConstructor();
>>> Allow block-formatted argument.
new Future(new Duration(1), () {
      print('I am a callback');
    });
<<< 3.7
new Future(new Duration(1), () {
  print('I am a callback');
});