Update to latest analyzer

tool/input_sdk/lib/async/stream.dart

 // Copyright (c) 2013, 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.
 
 part of dart.async;
 
 // -------------------------------------------------------------------
 // Core Stream types
 // -------------------------------------------------------------------
 
@@ skipping 278 matching lines @@
   }
 
   /**
    * Creates a new stream that converts each element of this stream
    * to a new value using the [convert] function.
    *
    * The returned stream is a broadcast stream if this stream is.
    * If a broadcast stream is listened to more than once, each subscription
    * will individually execute `map` for each event.
    */
-  Stream map(convert(T event)) {
-    return new _MapStream<T, dynamic>(this, convert);
+  Stream/*<S>*/ map/*<S>*/(/*=S*/ convert(T event)) {
+    return new _MapStream<T, dynamic/*=S*/>(this, convert);
   }
 
   /**
    * Creates a new stream with each data event of this stream asynchronously
    * mapped to a new event.
    *
    * This acts like [map], except that [convert] may return a [Future],
    * and in that case, the stream waits for that future to complete before
    * continuing with its result.
    *
@@ skipping 140 matching lines @@
    * into zero or more events.
    *
    * Each incoming event is converted to an [Iterable] of new events,
    * and each of these new events are then sent by the returned stream
    * in order.
    *
    * The returned stream is a broadcast stream if this stream is.
    * If a broadcast stream is listened to more than once, each subscription
    * will individually call `convert` and expand the events.
    */
-  Stream expand(Iterable convert(T value)) {
-    return new _ExpandStream<T, dynamic>(this, convert);
+  Stream/*<S>*/ expand/*<S>*/(Iterable/*<S>*/ convert(T value)) {
+    return new _ExpandStream<T, dynamic/*=S*/>(this, convert);
   }
 
   /**
    * Binds this stream as the input of the provided [StreamConsumer].
    *
    * The `streamConsumer` is closed when the stream has been added to it.
    *
    * Returns a future which completes when the stream has been consumed
    * and the consumer has been closed.
    */
@@ skipping 43 matching lines @@
         } else {
           result._complete(value);
         }
       },
       cancelOnError: true
     );
     return result;
   }
 
   /** Reduces a sequence of values by repeatedly applying [combine]. */
-  Future fold(var initialValue, combine(var previous, T element)) {
-    _Future result = new _Future();
+  Future/*<S>*/ fold/*<S>*/(var/*=S*/ initialValue,
+      /*=S*/ combine(var/*=S*/ previous, T element)) {
+    _Future/*<S>*/ result = new _Future();
     var value = initialValue;
     StreamSubscription subscription;
     subscription = this.listen(
       (T element) {
         _runUserCode(
           () => combine(value, element),
           (newValue) { value = newValue; },
           _cancelAndErrorClosure(subscription, result)
         );
       },
@@ skipping 1023 matching lines @@
    *             },
    *             onPause: subscription.pause,
    *             onResume: subscription.resume,
    *             onCancel: subscription.cancel,
    *             sync: true);
    *           return controller.stream.listen(null);
    *         });
    */
   const factory StreamTransformer(
       StreamSubscription<T> transformer(Stream<S> stream, bool cancelOnError))
-      = _StreamSubscriptionTransformer;
+  = _StreamSubscriptionTransformer<S, T>;
 
   /**
    * Creates a [StreamTransformer] that delegates events to the given functions.
    *
    * Example use of a duplicating transformer:
    *
    *     stringStream.transform(new StreamTransformer<String, String>.fromHandlers(
    *         handleData: (String value, EventSink<String> sink) {
    *           sink.add(value);
    *           sink.add(value);  // Duplicate the incoming events.
    *         }));
    */
   factory StreamTransformer.fromHandlers({
       void handleData(S data, EventSink<T> sink),
       void handleError(Object error, StackTrace stackTrace, EventSink<T> sink),
       void handleDone(EventSink<T> sink)})
-          = _StreamHandlerTransformer;
+      = _StreamHandlerTransformer<S, T>;
 
   /**
    * Transform the incoming [stream]'s events.
    *
    * Creates a new stream.
    * When this stream is listened to, it will start listening on [stream],
    * and generate events on the new stream based on the events from [stream].
    *
    * Subscriptions on the returned stream should propagate pause state
    * to the subscription on [stream].
@@ skipping 61 matching lines @@
 class _ControllerEventSinkWrapper<T> implements EventSink<T> {
   EventSink _sink;
   _ControllerEventSinkWrapper(this._sink);
 
   void add(T data) { _sink.add(data); }
   void addError(error, [StackTrace stackTrace]) {
     _sink.addError(error, stackTrace);
   }
   void close() { _sink.close(); }
 }