pkg/front_end/testcases/primary_constructors/primary_and_generative.dart.strong.modular.expect

library;
//
// Problems in library:
//
// pkg/front_end/testcases/primary_constructors/primary_and_generative.dart:6:3: Error: Classes with primary constructors can't have non-redirecting generative constructors.
// Try making the constructor redirect to the primary constructor, or remove the primary constructor.
//   C1.other(); // Error
//   ^
//
// pkg/front_end/testcases/primary_constructors/primary_and_generative.dart:10:7: Error: Classes with primary constructors can't have non-redirecting generative constructors.
// Try making the constructor redirect to the primary constructor, or remove the primary constructor.
//   new other1(); // Error
//       ^
//
// pkg/front_end/testcases/primary_constructors/primary_and_generative.dart:11:7: Error: Classes with primary constructors can't have non-redirecting generative constructors.
// Try making the constructor redirect to the primary constructor, or remove the primary constructor.
//   new other2(); // Error
//       ^
//
// pkg/front_end/testcases/primary_constructors/primary_and_generative.dart:23:3: Error: Classes with primary constructors can't have non-redirecting generative constructors.
// Try making the constructor redirect to the primary constructor, or remove the primary constructor.
//   new(); // Error
//   ^
//
// pkg/front_end/testcases/primary_constructors/primary_and_generative.dart:34:9: Error: Classes with primary constructors can't have non-redirecting generative constructors.
// Try making the constructor redirect to the primary constructor, or remove the primary constructor.
//   const E1.other(); // Error
//         ^
//
// pkg/front_end/testcases/primary_constructors/primary_and_generative.dart:42:13: Error: Classes with primary constructors can't have non-redirecting generative constructors.
// Try making the constructor redirect to the primary constructor, or remove the primary constructor.
//   const new other1(); // Error
//             ^
//
// pkg/front_end/testcases/primary_constructors/primary_and_generative.dart:43:13: Error: Classes with primary constructors can't have non-redirecting generative constructors.
// Try making the constructor redirect to the primary constructor, or remove the primary constructor.
//   const new other2(); // Error
//             ^
//
// pkg/front_end/testcases/primary_constructors/primary_and_generative.dart:64:9: Error: Classes with primary constructors can't have non-redirecting generative constructors.
// Try making the constructor redirect to the primary constructor, or remove the primary constructor.
//   const new(); // Error
//         ^
//
import self as self;
import "dart:core" as core;

class C1 extends core::Object {
  constructor •() → self::C1
    : super core::Object::•()
    ;
  constructor other() → self::C1
    : super core::Object::•()
    ;
}
class C2 extends core::Object {
  constructor •() → self::C2
    : super core::Object::•()
    ;
  constructor other1() → self::C2
    : super core::Object::•()
    ;
  constructor other2() → self::C2
    : super core::Object::•()
    ;
}
class C3 extends core::Object {
  constructor •() → self::C3
    : super core::Object::•()
    ;
  constructor other() → self::C3
    : this self::C3::•()
    ;
}
class C4 extends core::Object {
  constructor •() → self::C4
    : super core::Object::•()
    ;
  constructor other() → self::C4
    : this self::C4::•()
    ;
}
class C5 extends core::Object {
  constructor primary() → self::C5
    : super core::Object::•()
    ;
  constructor •() → self::C5
    : super core::Object::•()
    ;
}
class C6 extends core::Object {
  constructor primary() → self::C6
    : super core::Object::•()
    ;
  constructor •() → self::C6
    : this self::C6::primary()
    ;
}
class E1 extends core::_Enum /*isEnum*/  {
  enum-element static const field self::E1 a = #C3;
  enum-element static const field self::E1 b = #C6;
  static const field core::List<self::E1> values = #C7;
  const constructor •(core::int #index, core::String #name) → self::E1
    : super core::_Enum::•(#index, #name)
    ;
  const constructor other(core::int #index, core::String #name) → self::E1
    : super core::_Enum::•(#index, #name)
    ;
  method core::_enumToString() → core::String
    return "E1.${this.{core::_Enum::_name}{core::String}}";
}
class E2 extends core::_Enum /*isEnum*/  {
  enum-element static const field self::E2 a = #C8;
  enum-element static const field self::E2 b = #C9;
  enum-element static const field self::E2 c = #C12;
  static const field core::List<self::E2> values = #C13;
  const constructor •(core::int #index, core::String #name) → self::E2
    : super core::_Enum::•(#index, #name)
    ;
  const constructor other1(core::int #index, core::String #name) → self::E2
    : super core::_Enum::•(#index, #name)
    ;
  const constructor other2(core::int #index, core::String #name) → self::E2
    : super core::_Enum::•(#index, #name)
    ;
  method core::_enumToString() → core::String
    return "E2.${this.{core::_Enum::_name}{core::String}}";
}
class E3 extends core::_Enum /*isEnum*/  {
  enum-element static const field self::E3 a = #C14;
  enum-element static const field self::E3 b = #C15;
  static const field core::List<self::E3> values = #C16;
  const constructor •(core::int #index, core::String #name) → self::E3
    : super core::_Enum::•(#index, #name)
    ;
  const constructor other(core::int #index, core::String #name) → self::E3
    : this self::E3::•(#index, #name)
    ;
  method core::_enumToString() → core::String
    return "E3.${this.{core::_Enum::_name}{core::String}}";
}
class E4 extends core::_Enum /*isEnum*/  {
  enum-element static const field self::E4 a = #C17;
  enum-element static const field self::E4 b = #C18;
  static const field core::List<self::E4> values = #C19;
  const constructor •(core::int #index, core::String #name) → self::E4
    : super core::_Enum::•(#index, #name)
    ;
  const constructor other(core::int #index, core::String #name) → self::E4
    : this self::E4::•(#index, #name)
    ;
  method core::_enumToString() → core::String
    return "E4.${this.{core::_Enum::_name}{core::String}}";
}
class E5 extends core::_Enum /*isEnum*/  {
  enum-element static const field self::E5 a = #C20;
  enum-element static const field self::E5 b = #C21;
  static const field core::List<self::E5> values = #C22;
  const constructor primary(core::int #index, core::String #name) → self::E5
    : super core::_Enum::•(#index, #name)
    ;
  const constructor •(core::int #index, core::String #name) → self::E5
    : super core::_Enum::•(#index, #name)
    ;
  method core::_enumToString() → core::String
    return "E5.${this.{core::_Enum::_name}{core::String}}";
}
class E6 extends core::_Enum /*isEnum*/  {
  enum-element static const field self::E6 a = #C23;
  enum-element static const field self::E6 b = #C24;
  static const field core::List<self::E6> values = #C25;
  const constructor primary(core::int #index, core::String #name) → self::E6
    : super core::_Enum::•(#index, #name)
    ;
  const constructor •(core::int #index, core::String #name) → self::E6
    : this self::E6::primary(#index, #name)
    ;
  method core::_enumToString() → core::String
    return "E6.${this.{core::_Enum::_name}{core::String}}";
}
extension type ET1(core::int i) {
  abstract extension-type-member representation-field get i() → core::int;
  constructor • = self::ET1|constructor#;
  constructor tearoff • = self::ET1|constructor#_#new#tearOff;
  constructor other = self::ET1|constructor#other;
  constructor tearoff other = self::ET1|constructor#_#other#tearOff;
}
extension type E2T(core::int i) {
  abstract extension-type-member representation-field get i() → core::int;
  constructor • = self::E2T|constructor#;
  constructor tearoff • = self::E2T|constructor#_#new#tearOff;
  constructor other = self::E2T|constructor#other;
  constructor tearoff other = self::E2T|constructor#_#other#tearOff;
}
extension type ET3(core::int i) {
  abstract extension-type-member representation-field get i() → core::int;
  constructor primary = self::ET3|constructor#primary;
  constructor tearoff primary = self::ET3|constructor#_#primary#tearOff;
  constructor • = self::ET3|constructor#;
  constructor tearoff • = self::ET3|constructor#_#new#tearOff;
}
extension type ET4(core::int i) {
  abstract extension-type-member representation-field get i() → core::int;
  constructor primary = self::ET4|constructor#primary;
  constructor tearoff primary = self::ET4|constructor#_#primary#tearOff;
  constructor • = self::ET4|constructor#;
  constructor tearoff • = self::ET4|constructor#_#new#tearOff;
}
static extension-type-member method ET1|constructor#(initializing-formal core::int i) → self::ET1% /* erasure=core::int, declared=! */ {
  lowered final self::ET1% /* erasure=core::int, declared=! */ #this = i;
  return #this;
}
static extension-type-member synthetic method ET1|constructor#_#new#tearOff(core::int i) → self::ET1% /* erasure=core::int, declared=! */
  return self::ET1|constructor#(i);
static extension-type-member method ET1|constructor#other(initializing-formal core::int i) → self::ET1% /* erasure=core::int, declared=! */ {
  lowered final self::ET1% /* erasure=core::int, declared=! */ #this = i;
  return #this;
}
static extension-type-member synthetic method ET1|constructor#_#other#tearOff(core::int i) → self::ET1% /* erasure=core::int, declared=! */
  return self::ET1|constructor#other(i);
static extension-type-member method E2T|constructor#(initializing-formal core::int i) → self::E2T% /* erasure=core::int, declared=! */ {
  lowered final self::E2T% /* erasure=core::int, declared=! */ #this = i;
  return #this;
}
static extension-type-member synthetic method E2T|constructor#_#new#tearOff(core::int i) → self::E2T% /* erasure=core::int, declared=! */
  return self::E2T|constructor#(i);
static extension-type-member method E2T|constructor#other(core::int i) → self::E2T% /* erasure=core::int, declared=! */ {
  lowered final self::E2T% /* erasure=core::int, declared=! */ #this;
  #this = self::E2T|constructor#(i);
  return #this;
}
static extension-type-member synthetic method E2T|constructor#_#other#tearOff(core::int i) → self::E2T% /* erasure=core::int, declared=! */
  return self::E2T|constructor#other(i);
static extension-type-member method ET3|constructor#primary(initializing-formal core::int i) → self::ET3% /* erasure=core::int, declared=! */ {
  lowered final self::ET3% /* erasure=core::int, declared=! */ #this = i;
  return #this;
}
static extension-type-member synthetic method ET3|constructor#_#primary#tearOff(core::int i) → self::ET3% /* erasure=core::int, declared=! */
  return self::ET3|constructor#primary(i);
static extension-type-member method ET3|constructor#(initializing-formal core::int i) → self::ET3% /* erasure=core::int, declared=! */ {
  lowered final self::ET3% /* erasure=core::int, declared=! */ #this = i;
  return #this;
}
static extension-type-member synthetic method ET3|constructor#_#new#tearOff(core::int i) → self::ET3% /* erasure=core::int, declared=! */
  return self::ET3|constructor#(i);
static extension-type-member method ET4|constructor#primary(initializing-formal core::int i) → self::ET4% /* erasure=core::int, declared=! */ {
  lowered final self::ET4% /* erasure=core::int, declared=! */ #this = i;
  return #this;
}
static extension-type-member synthetic method ET4|constructor#_#primary#tearOff(core::int i) → self::ET4% /* erasure=core::int, declared=! */
  return self::ET4|constructor#primary(i);
static extension-type-member method ET4|constructor#(core::int i) → self::ET4% /* erasure=core::int, declared=! */ {
  lowered final self::ET4% /* erasure=core::int, declared=! */ #this;
  #this = self::ET4|constructor#primary(i);
  return #this;
}
static extension-type-member synthetic method ET4|constructor#_#new#tearOff(core::int i) → self::ET4% /* erasure=core::int, declared=! */
  return self::ET4|constructor#(i);

constants  {
  #C1 = 0
  #C2 = "a"
  #C3 = self::E1 {index:#C1, _name:#C2}
  #C4 = 1
  #C5 = "b"
  #C6 = self::E1 {index:#C4, _name:#C5}
  #C7 = <self::E1>[#C3, #C6]
  #C8 = self::E2 {index:#C1, _name:#C2}
  #C9 = self::E2 {index:#C4, _name:#C5}
  #C10 = 2
  #C11 = "c"
  #C12 = self::E2 {index:#C10, _name:#C11}
  #C13 = <self::E2>[#C8, #C9, #C12]
  #C14 = self::E3 {index:#C1, _name:#C2}
  #C15 = self::E3 {index:#C4, _name:#C5}
  #C16 = <self::E3>[#C14, #C15]
  #C17 = self::E4 {index:#C1, _name:#C2}
  #C18 = self::E4 {index:#C4, _name:#C5}
  #C19 = <self::E4>[#C17, #C18]
  #C20 = self::E5 {index:#C1, _name:#C2}
  #C21 = self::E5 {index:#C4, _name:#C5}
  #C22 = <self::E5>[#C20, #C21]
  #C23 = self::E6 {index:#C1, _name:#C2}
  #C24 = self::E6 {index:#C4, _name:#C5}
  #C25 = <self::E6>[#C23, #C24]
}


Constructor coverage from constants:
org-dartlang-testcase:///primary_and_generative.dart:
- E1. (from org-dartlang-testcase:///primary_and_generative.dart:30:8)
- _Enum. (from org-dartlang-sdk:///sdk/lib/core/enum.dart)
- Object. (from org-dartlang-sdk:///sdk/lib/core/object.dart)
- E1.other (from org-dartlang-testcase:///primary_and_generative.dart:34:9)
- E2. (from org-dartlang-testcase:///primary_and_generative.dart:37:8)
- E2.other1 (from org-dartlang-testcase:///primary_and_generative.dart:42:13)
- E2.other2 (from org-dartlang-testcase:///primary_and_generative.dart:43:13)
- E3. (from org-dartlang-testcase:///primary_and_generative.dart:46:8)
- E3.other (from org-dartlang-testcase:///primary_and_generative.dart:50:13)
- E4. (from org-dartlang-testcase:///primary_and_generative.dart:53:8)
- E4.other (from org-dartlang-testcase:///primary_and_generative.dart:57:13)
- E5. (from org-dartlang-testcase:///primary_and_generative.dart:64:9)
- E5.primary (from org-dartlang-testcase:///primary_and_generative.dart:60:9)
- E6. (from org-dartlang-testcase:///primary_and_generative.dart:71:9)
- E6.primary (from org-dartlang-testcase:///primary_and_generative.dart:67:9)