Revert "reflectType() dynamic type arguments support (#26012)"

tests/lib/mirrors/reflected_type_generics_test.dart

Index: tests/lib/mirrors/reflected_type_generics_test.dart
diff --git a/tests/lib/mirrors/reflected_type_generics_test.dart b/tests/lib/mirrors/reflected_type_generics_test.dart
deleted file mode 100644
index 53a916a623744e05520d2970a94b25b79a26d5e2..0000000000000000000000000000000000000000
--- a/tests/lib/mirrors/reflected_type_generics_test.dart
+++ /dev/null
@@ -1,99 +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.
-
-library test.reflected_type_generics_test;
-
-@MirrorsUsed(targets: "test.reflected_type_generics_test")
-import 'dart:mirrors';
-
-import 'package:expect/expect.dart';
-
-import 'reflected_type_helper.dart';
-
-class A<T> {}
-
-class P {}
-
-class B extends A<P> {}
-
-class C<K, V> {}
-
-class D<T> extends A<T> {}
-
-class E<K> extends C<K, int> {}
-
-class F<G> {}
-
-typedef bool Predicate<T>(T arg);
-
-class FBounded<S extends FBounded> {}
-
-class Helper<T> {
-  Type get param => T;
-}
-
-class Mixin<T extends P> {}
-
-class Composite<K extends P, V> extends Object with Mixin<K> {}
-
-main() {
-  // "Happy" paths:
-  expectReflectedType(reflectType(A, [P]), new A<P>().runtimeType);
-  expectReflectedType(reflectType(C, [B, P]), new C<B, P>().runtimeType);
-  expectReflectedType(reflectType(D, [P]), new D<P>().runtimeType);
-  expectReflectedType(reflectType(E, [P]), new E<P>().runtimeType);
-  expectReflectedType(
-      reflectType(FBounded, [FBounded]), new FBounded<FBounded>().runtimeType);
-
-  var predicateHelper = new Helper<Predicate<P>>();
-  expectReflectedType(reflectType(Predicate, [P]), predicateHelper.param); /// 01: ok
-  var composite = new Composite<P, int>();
-  expectReflectedType(reflectType(Composite, [P, int]), composite.runtimeType);
-
-  // Edge cases:
-  Expect.throws(
-      () => reflectType(P, []),
-      (e) => e is ArgumentError && e.invalidValue is List,
-      "Should throw an ArgumentError if reflecting not a generic class with "
-      "empty list of type arguments");
-  Expect.throws(
-      () => reflectType(P, [B]),
-      (e) => e is Error,
-      "Should throw an ArgumentError if reflecting not a generic class with "
-      "some type arguments");
-  Expect.throws(
-      () => reflectType(A, []),
-      (e) => e is ArgumentError && e.invalidValue is List,
-      "Should throw an ArgumentError if type argument list is empty for a "
-      "generic class");
-  Expect.throws(
-      () => reflectType(A, [P, B]),
-      (e) => e is ArgumentError && e.invalidValue is List,
-      "Should throw an ArgumentError if number of type arguments is not "
-      "correct");
-  Expect.throws(() => reflectType(B, [P]), (e) => e is Error,
-      "Should throw an ArgumentError for non-generic class extending "
-      "generic one");
-  Expect.throws(
-      () => reflectType(A, ["non-type"]),
-      (e) => e is ArgumentError && e.invalidValue is List,
-      "Should throw an ArgumentError when any of type arguments is not a Type");
-  Expect.throws(
-      () => reflectType(A, [P, B]),
-      (e) => e is ArgumentError && e.invalidValue is List,
-      "Should throw an ArgumentError if number of type arguments is not correct "
-      "for generic extending another generic");
-  Expect.throws(
-      () => reflectType(reflectType(F).typeVariables[0].reflectedType, [int]));
-  Expect.throws(() => reflectType(FBounded, [int])); /// 02: ok
-  var boundedType =
-      reflectType(FBounded).typeVariables[0].upperBound.reflectedType;
-  Expect.throws(() => reflectType(boundedType, [int])); /// 02: ok
-  Expect.throws(() => reflectType(Composite, [int, int])); /// 02: ok
-
-  // Instantiation of a generic class preserves type information:
-  ClassMirror m = reflectType(A, [P]) as ClassMirror;
-  var instance = m.newInstance(const Symbol(""), []).reflectee;
-  Expect.equals(new A<P>().runtimeType, instance.runtimeType);
-}