library test /*isNonNullableByDefault*/;
//
// Problems in library:
//
// pkg/front_end/testcases/runtime_checks/covariant_generic_method_type_parameter.dart:11:15: Error: The argument type 'double' can't be assigned to the parameter type 'U'.
//     this.f<U>(1.5);
//               ^
//
// pkg/front_end/testcases/runtime_checks/covariant_generic_method_type_parameter.dart:20:16: Error: Type argument 'num' doesn't conform to the bound 'int' of the type variable 'U' on 'C<int>.g1'.
//  - 'C' is from 'pkg/front_end/testcases/runtime_checks/covariant_generic_method_type_parameter.dart'.
// Try changing type arguments so that they conform to the bounds.
//   new C<int>().g1<num>();
//                ^
//
import self as self;
import "dart:core" as core;

class C<T extends core::Object? = dynamic> extends core::Object {
  synthetic constructor •() → self::C<self::C::T%>
    : super core::Object::•()
    ;
  method f<covariant-by-class U extends self::C::T%>(self::C::f::U% x) → void {}
  method g1<covariant-by-class U extends self::C::T%>() → void {
    this.{self::C::f}<self::C::g1::U%>(invalid-expression "pkg/front_end/testcases/runtime_checks/covariant_generic_method_type_parameter.dart:11:15: Error: The argument type 'double' can't be assigned to the parameter type 'U'.
    this.f<U>(1.5);
              ^" in 1.5 as{TypeError,ForNonNullableByDefault} Never){(self::C::g1::U%) → void};
  }
}
static method g2(self::C<core::Object> c) → void {
  c.{self::C::f}<core::num>(1.5){(core::num) → void};
}
static method test() → void {
  new self::C::•<core::int>().{self::C::g1}<core::num>(){() → void};
  self::g2(new self::C::•<core::int>());
}
static method main() → void {}