matcher: fixed status file, formatting, tweaks to readme

test/matchers_minified_test.dart

 // Copyright (c) 2012, 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.
 
 // This file is for matcher tests that rely on the names of various Dart types.
 // These tests normally fail when run in minified dart2js, since the names will
 // be mangled. This version of the file is modified to expect minified names.
 
 library matcher.minified_test;
 
 import 'package:matcher/matcher.dart';
 import 'package:unittest/unittest.dart' show test, group;
 
 import 'test_common.dart';
 import 'test_utils.dart';
 
 // A regexp fragment matching a minified name.
 const _MINIFIED_NAME = r"[A-Za-z0-9]{1,3}";
 
 void main() {
   initUtils();
 
   group('Core matchers', () {
     test('throwsFormatException', () {
-      shouldPass(() { throw new FormatException(''); },
-          throwsFormatException);
-      shouldFail(() { throw new Exception(); },
-          throwsFormatException,
-          matches(
-              r"Expected: throws FormatException +"
-              r"Actual: <Closure(: \(\) => dynamic)?> +"
-              r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
+      shouldPass(() {
+        throw new FormatException('');
+      }, throwsFormatException);
+      shouldFail(() {
+        throw new Exception();
+      }, throwsFormatException, matches(r"Expected: throws FormatException +"
+          r"Actual: <Closure(: \(\) => dynamic)?> +"
+          r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
     });
 
     test('throwsArgumentError', () {
-      shouldPass(() { throw new ArgumentError(''); },
-          throwsArgumentError);
-      shouldFail(() { throw new Exception(); },
-          throwsArgumentError,
-          matches(
-              r"Expected: throws ArgumentError +"
-              r"Actual: <Closure(: \(\) => dynamic)?> +"
-              r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
+      shouldPass(() {
+        throw new ArgumentError('');
+      }, throwsArgumentError);
+      shouldFail(() {
+        throw new Exception();
+      }, throwsArgumentError, matches(r"Expected: throws ArgumentError +"
+          r"Actual: <Closure(: \(\) => dynamic)?> +"
+          r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
     });
 
     test('throwsRangeError', () {
-      shouldPass(() { throw new RangeError(0); },
-          throwsRangeError);
-      shouldFail(() { throw new Exception(); },
-          throwsRangeError,
-          matches(
-              r"Expected: throws RangeError +"
-              r"Actual: <Closure(: \(\) => dynamic)?> +"
-              r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
+      shouldPass(() {
+        throw new RangeError(0);
+      }, throwsRangeError);
+      shouldFail(() {
+        throw new Exception();
+      }, throwsRangeError, matches(r"Expected: throws RangeError +"
+          r"Actual: <Closure(: \(\) => dynamic)?> +"
+          r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
     });
 
     test('throwsNoSuchMethodError', () {
       shouldPass(() {
         throw new NoSuchMethodError(null, const Symbol(''), null, null);
       }, throwsNoSuchMethodError);
-      shouldFail(() { throw new Exception(); },
-          throwsNoSuchMethodError,
-          matches(
-              r"Expected: throws NoSuchMethodError +"
+      shouldFail(() {
+        throw new Exception();
+      }, throwsNoSuchMethodError, matches(
+          r"Expected: throws NoSuchMethodError +"
               r"Actual: <Closure(: \(\) => dynamic)?> +"
               r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
     });
 
     test('throwsUnimplementedError', () {
-      shouldPass(() { throw new UnimplementedError(''); },
-          throwsUnimplementedError);
-      shouldFail(() { throw new Exception(); },
-          throwsUnimplementedError,
-          matches(
-              r"Expected: throws UnimplementedError +"
+      shouldPass(() {
+        throw new UnimplementedError('');
+      }, throwsUnimplementedError);
+      shouldFail(() {
+        throw new Exception();
+      }, throwsUnimplementedError, matches(
+          r"Expected: throws UnimplementedError +"
               r"Actual: <Closure(: \(\) => dynamic)?> +"
               r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
     });
 
     test('throwsUnsupportedError', () {
-      shouldPass(() { throw new UnsupportedError(''); },
-          throwsUnsupportedError);
-      shouldFail(() { throw new Exception(); },
-          throwsUnsupportedError,
-          matches(
-              r"Expected: throws UnsupportedError +"
-              r"Actual: <Closure(: \(\) => dynamic)?> +"
-              r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
+      shouldPass(() {
+        throw new UnsupportedError('');
+      }, throwsUnsupportedError);
+      shouldFail(() {
+        throw new Exception();
+      }, throwsUnsupportedError, matches(r"Expected: throws UnsupportedError +"
+          r"Actual: <Closure(: \(\) => dynamic)?> +"
+          r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
     });
 
     test('throwsStateError', () {
-      shouldPass(() { throw new StateError(''); },
-          throwsStateError);
-      shouldFail(() { throw new Exception(); },
-          throwsStateError,
-          matches(
-              r"Expected: throws StateError +"
-              r"Actual: <Closure(: \(\) => dynamic)?> +"
-              r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
+      shouldPass(() {
+        throw new StateError('');
+      }, throwsStateError);
+      shouldFail(() {
+        throw new Exception();
+      }, throwsStateError, matches(r"Expected: throws StateError +"
+          r"Actual: <Closure(: \(\) => dynamic)?> +"
+          r"Which: threw " + _MINIFIED_NAME + r":<Exception>"));
     });
   });
 
   group('Iterable Matchers', () {
     test('isEmpty', () {
       var d = new SimpleIterable(0);
       var e = new SimpleIterable(1);
       shouldPass(d, isEmpty);
       shouldFail(e, isEmpty,
           matches(r"Expected: empty +Actual: " + _MINIFIED_NAME + r":\[1\]"));
     });
 
     test('isNotEmpty', () {
       var d = new SimpleIterable(0);
       var e = new SimpleIterable(1);
       shouldPass(e, isNotEmpty);
-      shouldFail(d, isNotEmpty,
-          matches(r"Expected: non-empty +Actual: " + _MINIFIED_NAME + r":\[\]"));
+      shouldFail(d, isNotEmpty, matches(
+          r"Expected: non-empty +Actual: " + _MINIFIED_NAME + r":\[\]"));
     });
 
     test('contains', () {
       var d = new SimpleIterable(3);
       shouldPass(d, contains(2));
-      shouldFail(d, contains(5),
-          matches(
-              r"Expected: contains <5> +"
-              r"Actual: " + _MINIFIED_NAME + r":\[3, 2, 1\]"));
+      shouldFail(d, contains(5), matches(r"Expected: contains <5> +"
+          r"Actual: " + _MINIFIED_NAME + r":\[3, 2, 1\]"));
     });
   });
 
   group('Feature Matchers', () {
     test("Feature Matcher", () {
       var w = new Widget();
       w.price = 10;
       shouldPass(w, new HasPrice(10));
       shouldPass(w, new HasPrice(greaterThan(0)));
-      shouldFail(w, new HasPrice(greaterThan(10)),
-          matches(
-              r"Expected: Widget with a price that is a value greater than "
-                  r"<10> +"
+      shouldFail(w, new HasPrice(greaterThan(10)), matches(
+          r"Expected: Widget with a price that is a value greater than "
+              r"<10> +"
               r"Actual: <Instance of '" + _MINIFIED_NAME + r"'> +"
               r"Which: has price with value <10> which is not "
               r"a value greater than <10>"));
     });
   });
 }