Revert "Reland "Merge more Kernel infrastructure from kernel_sdk SDK fork.""

tests/kernel/unsorted/types_test.dart

Index: tests/kernel/unsorted/types_test.dart
diff --git a/tests/kernel/unsorted/types_test.dart b/tests/kernel/unsorted/types_test.dart
deleted file mode 100644
index d560217f558895e10b02f880571c1f08d28af6bf..0000000000000000000000000000000000000000
--- a/tests/kernel/unsorted/types_test.dart
+++ /dev/null
@@ -1,202 +0,0 @@
-// Copyright (c) 2016, the Dart project authors.  Please see the AUTHORS file
-// for details. All rights reserved. Use of this source code is governed by a
-// BSD-style license that can be found in the LICENSE file.
-
-import 'expect.dart';
-
-class TypeTester<T> {
-  const TypeTester();
-  bool isCorrectType(object) => object is T;
-}
-
-class ClosureTypeTester<T> {
-  const ClosureTypeTester();
-  bool isCorrectType(object) => (() => object is T)();
-}
-
-class Base<A, B> {
-  final A a;
-  final B b;
-  const Base(this.a, this.b);
-  const factory Base.fac(A a, B b) = Base<A, B>;
-}
-
-class Sub1<C, D> extends Base<C, C> {
-  final D d;
-  const Sub1(C a, this.d) : super(a, a);
-  const factory Sub1.fac(C a, D d) = Sub1<C, D>;
-}
-
-class Sub2<C, D> extends Base<D, C> {
-  const Sub2(C a, D b) : super(b, a);
-  const factory Sub2.fac(C a, D b) = Sub2<C, D>;
-}
-
-class G<T> { }
-class I { }
-class A implements I { }
-class B extends A { }
-class C {}
-
-testConstantLiteralTypes() {
-  Expect.isTrue(const [1] is List);
-  Expect.isTrue(const [1] is List<int>);
-  Expect.isTrue(const [1] is List<String>);
-  Expect.isTrue(const <int>[1] is List);
-  Expect.isTrue(const <int>[1] is List<int>);
-  Expect.isTrue(!(const <int>[1] is List<String>));
-  Expect.isTrue(const {"a": 1} is Map);
-  Expect.isTrue(const {"a": 1} is Map<String, int>);
-  Expect.isTrue(const {"a": 1} is Map<int, String>);
-  Expect.isTrue(const <String, int>{"a": 1} is Map);
-  Expect.isTrue(const <String, int>{"a": 1} is Map<String, int>);
-  Expect.isTrue(!(const <String, int>{"a": 1} is Map<int, String>));
-}
-
-testNonConstantLiteralTypes() {
-  Expect.isTrue([1] is List);
-  Expect.isTrue([1] is List<int>);
-  Expect.isTrue([1] is List<String>);
-  Expect.isTrue(<int>[1] is List);
-  Expect.isTrue(<int>[1] is List<int>);
-  Expect.isTrue(!(<int>[1] is List<String>));
-}
-
-testParametrizedClass() {
-  Expect.isTrue(new Base<int, int>(1, 1) is Base<int, int>);
-  Expect.isTrue(new Base<int, int>(1, 1) is Base);
-  Expect.isTrue(new Base<int, int>(1, 1) is Base<Object, Object>);
-  Expect.isTrue(!(new Base<int, int>(1, 1) is Base<int, String>));
-  Expect.isTrue(!(new Base<int, int>(1, 1) is Base<String, int>));
-  Expect.isTrue(new Sub1<int, String>(1, "1") is Base<int, int>);
-  Expect.isTrue(new Sub1<int, String>(1, "1") is Base);
-  Expect.isTrue(new Sub1<int, String>(1, "1") is Sub1<int, String>);
-  Expect.isTrue(new Sub1<int, String>(1, "1") is Sub1);
-  Expect.isTrue(!(new Sub1<int, String>(1, "1") is Base<String, int>));
-  Expect.isTrue(!(new Sub1<int, String>(1, "1") is Base<int, String>));
-  Expect.isTrue(!(new Sub1<int, String>(1, "1") is Sub1<String, String>));
-  Expect.isTrue(new Sub2<int, String>(1, "1") is Base<String, int>);
-  Expect.isTrue(new Sub2<int, String>(1, "1") is Base);
-  Expect.isTrue(new Sub2<int, String>(1, "1") is Sub2<int, String>);
-  Expect.isTrue(new Sub2<int, String>(1, "1") is Sub2);
-  Expect.isTrue(!(new Sub2<int, String>(1, "1") is Base<int, int>));
-  Expect.isTrue(!(new Sub2<int, String>(1, "1") is Base<int, String>));
-  Expect.isTrue(!(new Sub2<int, String>(1, "1") is Sub2<String, String>));
-}
-
-testTypeTester() {
-  Expect.isTrue(new TypeTester<int>().isCorrectType(10));
-  Expect.isTrue(!new TypeTester<int>().isCorrectType("abc"));
-  Expect.isTrue(new TypeTester<List<int>>().isCorrectType([1]));
-  Expect.isTrue(new TypeTester<List<int>>().isCorrectType(<int>[1]));
-  Expect.isTrue(!new TypeTester<List<int>>().isCorrectType(<String>["1"]));
-  Expect.isTrue(new TypeTester<Base<String, int>>()
-      .isCorrectType(new Sub2<int, String>(1, "1")));
-  Expect.isTrue(new TypeTester<Sub2<int, String>>()
-      .isCorrectType(new Sub2<int, String>(1, "1")));
-}
-
-testClosureTypeTester() {
-  Expect.isTrue(new ClosureTypeTester<int>().isCorrectType(10));
-  Expect.isTrue(!new ClosureTypeTester<int>().isCorrectType("abc"));
-  Expect.isTrue(new ClosureTypeTester<List<int>>().isCorrectType([1]));
-  Expect.isTrue(new ClosureTypeTester<List<int>>().isCorrectType(<int>[1]));
-  Expect.isTrue(!new ClosureTypeTester<List<int>>()
-      .isCorrectType(<String>["1"]));
-  Expect.isTrue(new ClosureTypeTester<Base<String, int>>()
-      .isCorrectType(new Sub2<int, String>(1, "1")));
-  Expect.isTrue(new ClosureTypeTester<Sub2<int, String>>()
-      .isCorrectType(new Sub2<int, String>(1, "1")));
-}
-
-testConstTypeArguments() {
-  Expect.isTrue(const Sub1<int, String>(1, "1") is Sub1<int, String>);
-  Expect.isTrue(const Sub1<int, String>.fac(1, "1") is Sub1<int, String>);
-  Expect.isTrue(!(const Sub1<int, String>(1, "1") is Sub1<String, String>));
-  Expect.isTrue(!(const Sub1<int, String>.fac(1, "1") is Sub1<String, String>));
-
-  Expect.isTrue(const ClosureTypeTester<List<Base<int, String>>>()
-      .isCorrectType(
-       const <Base<int, String>>[const Base<int, String>(1, "2")]));
-  Expect.isTrue(const ClosureTypeTester<List<Base<int, String>>>()
-      .isCorrectType(
-       const <Base<int, String>>[const Base<int, String>.fac(1, "2")]));
-  Expect.isTrue(!const ClosureTypeTester<List<Base<int, String>>>()
-      .isCorrectType(
-       const <Base<String, String>>[const Base<String, String>("1", "2")]));
-  Expect.isTrue(!const ClosureTypeTester<List<Base<int, String>>>()
-      .isCorrectType(
-       const <Base<String, String>>[const Base<String, String>.fac("1", "2")]));
-
-  Expect.isTrue(const TypeTester<Sub2<int, String>>()
-      .isCorrectType(const Sub2<int, String>(1, "1")));
-  Expect.isTrue(const TypeTester<Sub2<int, String>>()
-      .isCorrectType(const Sub2<int, String>.fac(1, "1")));
-  Expect.isTrue(!const TypeTester<Sub2<int, String>>()
-      .isCorrectType(const Sub2<String, String>("a", "b")));
-  Expect.isTrue(!const TypeTester<Sub2<int, String>>()
-      .isCorrectType(const Sub2<String, String>.fac("a", "b")));
-}
-
-testNoBound() {
-  new G<int>();
-  new G<num>();
-  new G<Function>();
-  new G<Object>();
-  new G();
-  new G();
-  new G<G>();
-}
-
-testSubtypeChecker() {
-  Expect.isTrue(new TypeTester<num>().isCorrectType(1));
-  Expect.isTrue(new TypeTester<num>().isCorrectType(1.0));
-  Expect.isTrue(new TypeTester<A>().isCorrectType(new B()));
-  Expect.isTrue(new TypeTester<Object>().isCorrectType(new C()));
-  Expect.isTrue(new TypeTester<I>().isCorrectType(new A()));
-}
-
-testFunctionTypes() {
-  fun(int x, String y) => "${x}${y}";
-  Expect.isTrue(fun is FunctionType);
-  Expect.isTrue(nan is FunctionType);
-  Expect.isTrue(nan is Function);
-}
-
-num nan(double d, Pattern p) => double.NAN;
-
-typedef int FunctionType(num _, Pattern __);
-
-
-testLiteralTypeArguments() {
-  Expect.isTrue(new Foo<String, int>().foo() is List<String>);
-  Expect.isTrue(new Foo<int, String>().bar() is Map<int, String>);
-}
-
-class Foo<T1, T2> {
-  foo() => <T1>[];
-  bar() => <T1, T2>{};
-}
-
-regressionTest1() {
-  Expect.isTrue(!StaticTypeTester.isInt('abc'));
-}
-
-class StaticTypeTester<T> {
-  static isInt(x) => x is int;
-}
-
-main() {
-  testConstantLiteralTypes();
-  testNonConstantLiteralTypes();
-  testParametrizedClass();
-  testTypeTester();
-  testClosureTypeTester();
-  testConstTypeArguments();
-  testNoBound();
-  testSubtypeChecker();
-  testFunctionTypes();
-  testLiteralTypeArguments();
-  regressionTest1();
-}
-