Change generic comment syntax to real generic syntax.

lib/src/typed/stream.dart

 // 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 'dart:async';
 
 import 'package:collection/collection.dart';
 
 import '../utils.dart';
 import 'stream_subscription.dart';
@@ skipping 19 matching lines @@
         onListen: onListen == null
             ? null
             : (subscription) =>
                   onListen(new TypeSafeStreamSubscription<T>(subscription)),
         onCancel: onCancel == null
             ? null
             : (subscription) =>
                   onCancel(new TypeSafeStreamSubscription<T>(subscription))));
   }
 
-  Stream/*<E>*/ asyncExpand/*<E>*/(Stream/*<E>*/ convert(T event)) =>
+  Stream<E> asyncExpand<E>(Stream<E> convert(T event)) =>
       _stream.asyncExpand(_validateType(convert));
 
-  Stream/*<E>*/ asyncMap/*<E>*/(convert(T event)) =>
+  Stream<E> asyncMap<E>(convert(T event)) =>
       _stream.asyncMap(_validateType(convert));
 
   Stream<T> distinct([bool equals(T previous, T next)]) =>
       new TypeSafeStream<T>(_stream.distinct(equals == null
           ? null
           : (previous, next) => equals(previous as T, next as T)));
 
-  Future/*<E>*/ drain/*<E>*/([/*=E*/ futureValue]) =>
+  Future<E> drain<E>([E futureValue]) =>
       _stream.drain(futureValue);
 
-  Stream/*<S>*/ expand/*<S>*/(Iterable/*<S>*/ convert(T value)) =>
+  Stream<S> expand<S>(Iterable<S> convert(T value)) =>
       _stream.expand(_validateType(convert));
 
   Future firstWhere(bool test(T element), {Object defaultValue()}) =>
       _stream.firstWhere(_validateType(test), defaultValue: defaultValue);
 
   Future lastWhere(bool test(T element), {Object defaultValue()}) =>
       _stream.lastWhere(_validateType(test), defaultValue: defaultValue);
 
   Future<T> singleWhere(bool test(T element)) async =>
       (await _stream.singleWhere(_validateType(test))) as T;
 
-  Future/*<S>*/ fold/*<S>*/(/*=S*/ initialValue,
-          /*=S*/ combine(/*=S*/ previous, T element)) =>
+  Future<S> fold<S>(S initialValue,
+          S combine(S previous, T element)) =>
       _stream.fold(initialValue,
           (previous, element) => combine(previous, element as T));
 
   Future forEach(void action(T element)) =>
       _stream.forEach(_validateType(action));
 
   Stream<T> handleError(Function onError, {bool test(error)}) =>
       new TypeSafeStream<T>(_stream.handleError(onError, test: test));
 
   StreamSubscription<T> listen(void onData(T value),
           {Function onError, void onDone(), bool cancelOnError}) =>
       new TypeSafeStreamSubscription<T>(_stream.listen(_validateType(onData),
           onError: onError, onDone: onDone, cancelOnError: cancelOnError));
 
-  Stream/*<S>*/ map/*<S>*/(/*=S*/ convert(T event)) =>
+  Stream<S> map<S>(S convert(T event)) =>
       _stream.map(_validateType(convert));
 
   // Don't forward to `_stream.pipe` because we want the consumer to see the
   // type-asserted stream.
   Future pipe(StreamConsumer<T> consumer) =>
       consumer.addStream(this).then((_) => consumer.close());
 
   Future<T> reduce(T combine(T previous, T element)) async {
     var result = await _stream.reduce(
         (previous, element) => combine(previous as T, element as T));
     return result as T;
   }
 
   Stream<T> skipWhile(bool test(T element)) =>
       new TypeSafeStream<T>(_stream.skipWhile(_validateType(test)));
 
   Stream<T> takeWhile(bool test(T element)) =>
       new TypeSafeStream<T>(_stream.takeWhile(_validateType(test)));
 
   Stream<T> timeout(Duration timeLimit, {void onTimeout(EventSink<T> sink)}) =>
       new TypeSafeStream<T>(_stream.timeout(
           timeLimit,
           onTimeout: (sink) => onTimeout(DelegatingEventSink.typed(sink))));
 
   Future<List<T>> toList() async =>
-      DelegatingList.typed/*<T>*/(await _stream.toList());
+      DelegatingList.typed<T>(await _stream.toList());
 
   Future<Set<T>> toSet() async =>
-      DelegatingSet.typed/*<T>*/(await _stream.toSet());
+      DelegatingSet.typed<T>(await _stream.toSet());
 
   // Don't forward to `_stream.transform` because we want the transformer to see
   // the type-asserted stream.
-  Stream/*<S>*/ transform/*<S>*/(
-          StreamTransformer<T, dynamic/*=S*/> transformer) =>
+  Stream<S> transform<S>(
+          StreamTransformer<T, S> transformer) =>
       transformer.bind(this);
 
   Stream<T> where(bool test(T element)) =>
       new TypeSafeStream<T>(_stream.where(_validateType(test)));
 
   Future<bool> every(bool test(T element)) =>
       _stream.every(_validateType(test));
 
   Future<bool> any(bool test(T element)) => _stream.any(_validateType(test));
   Stream<T> skip(int count) => new TypeSafeStream<T>(_stream.skip(count));
   Stream<T> take(int count) => new TypeSafeStream<T>(_stream.take(count));
   Future<T> elementAt(int index) async => (await _stream.elementAt(index)) as T;
   Future<bool> contains(Object needle) => _stream.contains(needle);
   Future<String> join([String separator = ""]) => _stream.join(separator);
   String toString() => _stream.toString();
 
   /// Returns a version of [function] that asserts that its argument is an
   /// instance of `T`.
-  UnaryFunction/*<dynamic, S>*/ _validateType/*<S>*/(
-          /*=S*/ function(T value)) =>
+  UnaryFunction<dynamic, S> _validateType<S>(
+          S function(T value)) =>
       function == null ? null : (value) => function(value as T);
 }