pkg/kernel/testcases/closures/instance_tear_off.dart.expect

library;
import self as self;
import "dart:core" as core;

class C extends core::Object {
  field dynamic f = MakeClosure<() → dynamic>(self::closure#C#f#function, null);
  default constructor •() → void
    : super core::Object::•()
    ;
  get g() → dynamic {
    return MakeClosure<(dynamic) → dynamic>(self::closure#C#g#function, null);
  }
  method a() → dynamic {
    return "a";
  }
  method b(dynamic x) → dynamic {
    return x;
  }
  method c(dynamic x, [dynamic y = 2]) → dynamic {
    return x.+(y);
  }
  method d(dynamic x, {dynamic y = 2}) → dynamic {
    return x.+(y);
  }
}
class D<T extends core::Object> extends core::Object {
  field dynamic f = MakeClosure<() → dynamic>(self::closure#D#f#function, null);
  default constructor •() → void
    : super core::Object::•()
    ;
  get g() → dynamic {
    return MakeClosure<(dynamic) → dynamic>(self::closure#D#g#function, null);
  }
  method a() → dynamic {
    return "a";
  }
  method b(dynamic x) → dynamic {
    return x;
  }
  method c(dynamic x, [dynamic y = 2]) → dynamic {
    return x.+(y);
  }
  method d(dynamic x, {dynamic y = 2}) → dynamic {
    return x.+(y);
  }
}
class E<T extends core::Object> extends core::Object {
  field dynamic f = MakeClosure<() → dynamic>(self::closure#E#f#function, null);
  default constructor •() → void
    : super core::Object::•()
    ;
  get g() → dynamic {
    return MakeClosure<<T extends core::Object>(T) → dynamic, self::E::T>(self::closure#E#g#function, null);
  }
  method a() → dynamic {
    return "a";
  }
  method b(self::E::T x) → dynamic {
    return x;
  }
  method c(self::E::T x, [self::E::T y = 2]) → dynamic {
    return x.+(y);
  }
  method d(self::E::T x, {self::E::T y = 2}) → dynamic {
    return x.+(y);
  }
}
static method expect(dynamic expected, dynamic actual) → dynamic {
  core::print("Expecting '${expected}' and got '${actual}'");
  if(!expected.==(actual)) {
    core::print("Expected '${expected}' but got '${actual}'");
    throw "Expected '${expected}' but got '${actual}'";
  }
}
static method test(dynamic o) → dynamic {
  self::expect("f", o.f());
  self::expect("f", o.f.call());
  self::expect("g(42)", o.g(42));
  self::expect("g(42)", o.g.call(42));
  self::expect("a", o.a());
  self::expect("a", o.a.call());
  self::expect(42, o.b(42));
  self::expect(42, o.b.call(42));
  self::expect(42, o.c(40));
  self::expect(42, o.c.call(40));
  self::expect(87, o.c(80, 7));
  self::expect(87, o.c.call(80, 7));
  self::expect(42, o.d(40));
  self::expect(42, o.d.call(40));
  self::expect(87, o.d(80, y: 7));
  self::expect(87, o.d.call(80, y: 7));
}
static method main(dynamic arguments) → dynamic {
  self::test(new self::C::•());
  self::test(new self::D::•<core::int>());
  self::test(new self::E::•<core::int>());
}
static method closure#C#g#function(Vector #contextParameter, dynamic x) → dynamic {
  return "g(${x})";
}
static method closure#C#f#function(Vector #contextParameter) → dynamic {
  return "f";
}
static method closure#D#g#function(Vector #contextParameter, dynamic x) → dynamic {
  return "g(${x})";
}
static method closure#D#f#function(Vector #contextParameter) → dynamic {
  return "f";
}
static method closure#E#g#function<T extends core::Object>(Vector #contextParameter, self::closure#E#g#function::T x) → dynamic {
  return "g(${x})";
}
static method closure#E#f#function(Vector #contextParameter) → dynamic {
  return "f";
}