diff --git a/CHANGELOG.md b/CHANGELOG.md
index bacba0fef57..4bdeeb175c2 100644
--- a/CHANGELOG.md
+++ b/CHANGELOG.md
@@ -18,6 +18,10 @@
 
 ### Libraries
 
+#### `dart:async`
+
+- Added `broadcast` parameter to `Stream.empty` constructor.
+
 #### `dart:developer`
 
 - Deprecated the `Service.getIsolateID` method.
diff --git a/pkg/async_helper/lib/async_helper.dart b/pkg/async_helper/lib/async_helper.dart
index 461e36a124a..bddbe38b20f 100644
--- a/pkg/async_helper/lib/async_helper.dart
+++ b/pkg/async_helper/lib/async_helper.dart
@@ -4,8 +4,8 @@
 
 /// This library is used for testing asynchronous tests.
 /// If a test is asynchronous, it needs to notify the testing driver
-/// about this (otherwise tests may get reported as passing [after main()
-/// finished] even if the asynchronous operations fail).
+/// about this (otherwise tests may get reported as passing after main()
+/// finished even if the asynchronous operations fail).
 ///
 /// This library provides four methods
 ///  - asyncStart(): Needs to be called before an asynchronous operation is
@@ -16,10 +16,9 @@
 ///  - asyncTest(f()): Helper method that wraps a computation that returns a
 ///                    Future with matching calls to asyncStart() and
 ///                    asyncSuccess(_).
-/// After the last asyncStart() called was matched with a corresponding
+/// After every asyncStart() called is matched with a corresponding
 /// asyncEnd() or asyncSuccess(_) call, the testing driver will be notified that
 /// the tests is done.
-
 library async_helper;
 
 import 'dart:async';
@@ -68,21 +67,25 @@ void asyncEnd() {
 /// Call this after an asynchronous test has ended successfully. This is a helper
 /// for calling [asyncEnd].
 ///
-/// This method intentionally has a signature that matches [:Future.then:] as a
-/// convenience for calling [asyncEnd] when a [:Future:] completes without error,
+/// This method intentionally has a signature that matches `Future.then` as a
+/// convenience for calling [asyncEnd] when a `Future` completes without error,
 /// like this:
-///
-///     asyncStart();
-///     Future result = test();
-///     result.then(asyncSuccess);
-void asyncSuccess(_) => asyncEnd();
+/// ```dart
+/// asyncStart();
+/// Future result = test();
+/// result.then(asyncSuccess);
+/// ```
+void asyncSuccess(void _) {
+  asyncEnd();
+}
 
-/// Helper method for performing asynchronous tests involving [:Future:].
+/// Helper method for performing asynchronous tests involving `Future`.
 ///
-/// [f] must return a [:Future:] for the test computation.
-Future<void> asyncTest(Function() f) {
+/// The function [test] must return a `Future` which completes without error
+/// when the test is successful.
+Future<void> asyncTest(Function() test) {
   asyncStart();
-  return f().then(asyncSuccess);
+  return test().then(asyncSuccess);
 }
 
 /// Verifies that the asynchronous [result] throws a [T].
@@ -109,7 +112,7 @@ Future<T> asyncExpectThrows<T extends Object>(Future<void> result,
     // Handle null being passed in from legacy code
     // while also avoiding producing an unnecessary null check warning here.
     if ((reason as dynamic) == null) reason = "";
-    // Only include the type in he message if it's not a top-type.
+    // Only include the type in the message if it's not `Object`.
     var type = Object() is! T ? "<$T>" : "";
     return "asyncExpectThrows$type($reason):";
   }
diff --git a/sdk/lib/async/stream.dart b/sdk/lib/async/stream.dart
index a9a925a0578..1b848e24fee 100644
--- a/sdk/lib/async/stream.dart
+++ b/sdk/lib/async/stream.dart
@@ -154,7 +154,15 @@ abstract mixin class Stream<T> {
   ///   },
   /// );
   /// ```
-  const factory Stream.empty() = _EmptyStream<T>;
+  ///
+  /// The stream defaults to being a broadcast stream,
+  /// as reported by [isBroadcast].
+  /// This value can be changed by passing `false` as
+  /// the [broadcast] parameter, which defaults to `true`.
+  ///
+  /// The stream can be listened to more than once,
+  /// whether it reports itself as broadcast or not.
+  const factory Stream.empty({@Since("3.2") bool broadcast}) = _EmptyStream<T>;
 
   /// Creates a stream which emits a single data event before closing.
   ///
diff --git a/sdk/lib/async/stream_impl.dart b/sdk/lib/async/stream_impl.dart
index 015d453c101..f32bc6fc605 100644
--- a/sdk/lib/async/stream_impl.dart
+++ b/sdk/lib/async/stream_impl.dart
@@ -630,49 +630,97 @@ typedef void _BroadcastCallback<T>(StreamSubscription<T> subscription);
 
 /// Done subscription that will send one done event as soon as possible.
 class _DoneStreamSubscription<T> implements StreamSubscription<T> {
-  static const int _DONE_SENT = 1;
-  static const int _SCHEDULED = 2;
-  static const int _PAUSED = 4;
+  // States of the subscription.
+  //
+  // The subscription will try to send a done event.
+  // When created, it schedules a microtask to emit the
+  // event to the current [_onDone] callback.
+  // If paused when the microtask happens, the subscription won't
+  // send the done event. It will reschedule a new microtask when
+  // the subscription is resumed.
+  // If cancelled, the event will not be sent, and a new
+  // microtask won't be scheduled, and further pauses
+  // are ignored.
 
+  /// Sending a done event is allowed.
+  ///
+  /// Not paused or cancelled, no microtask scheduled.
+  static const int _stateReadyToSend = 0;
+
+  /// Set when a microtask is scheduled, and not cancelled.
+  static const int _stateScheduled = 1;
+
+  /// State set when done event sent or subscription cancelled.
+  ///
+  /// Any negative value counts as done, so we can safely subtract
+  /// [_stateScheduled] or [_statePausedOnce] without affecting
+  /// being cancelled.
+  ///
+  /// Never considered paused in this state, may still be scheduled,
+  /// and [_onDone] is always set to `null`.
+  static const int _stateDone = -1;
+
+  /// Added for each pause while not done or cancelled, subtracted on resume.
+  ///
+  /// Subscription is paused when state is at least `_statePausedOnce`.
+  static const int _statePausedOnce = 2;
+
+  int _state;
   final Zone _zone;
-  int _state = 0;
   void Function()? _onDone;
 
-  _DoneStreamSubscription(this._onDone) : _zone = Zone.current {
-    _schedule();
-  }
-
-  bool get _isSent => (_state & _DONE_SENT) != 0;
-  bool get _isScheduled => (_state & _SCHEDULED) != 0;
-  bool get isPaused => _state >= _PAUSED;
-
-  void _schedule() {
-    if (_isScheduled) return;
-    _zone.scheduleMicrotask(_sendDone);
-    _state |= _SCHEDULED;
-  }
-
-  void onData(void handleData(T data)?) {}
-  void onError(Function? handleError) {}
-  void onDone(void handleDone()?) {
-    _onDone = handleDone;
-  }
-
-  void pause([Future<void>? resumeSignal]) {
-    _state += _PAUSED;
-    if (resumeSignal != null) resumeSignal.whenComplete(resume);
-  }
-
-  void resume() {
-    if (isPaused) {
-      _state -= _PAUSED;
-      if (!isPaused && !_isSent) {
-        _schedule();
-      }
+  _DoneStreamSubscription(void Function()? onDone)
+      : _zone = Zone.current,
+        _state = _stateScheduled {
+    scheduleMicrotask(_onMicrotask);
+    if (onDone != null) {
+      _onDone = _zone.registerCallback(onDone);
     }
   }
 
-  Future cancel() => Future._nullFuture;
+  bool get isPaused => _state >= _statePausedOnce;
+
+  /// True after being cancelled, or after delivering done event.
+  static bool _isDone(int state) => state < 0;
+
+  static int _incrementPauseCount(int state) => state + _statePausedOnce;
+  static int _decrementPauseCount(int state) => state - _statePausedOnce;
+
+  void onData(void handleData(T data)?) {}
+
+  void onError(Function? handleError) {}
+
+  void onDone(void handleDone()?) {
+    if (!_isDone(_state)) {
+      if (handleDone != null) handleDone = _zone.registerCallback(handleDone);
+      _onDone = handleDone;
+    }
+  }
+
+  void pause([Future<void>? resumeSignal]) {
+    if (!_isDone(_state)) {
+      _state = _incrementPauseCount(_state);
+      if (resumeSignal != null) resumeSignal.whenComplete(resume);
+    }
+  }
+
+  void resume() {
+    var resumeState = _decrementPauseCount(_state);
+    if (resumeState < 0) return; // Wasn't paused.
+    if (resumeState == _stateReadyToSend) {
+      // No longer paused, and not already scheduled.
+      _state = _stateScheduled;
+      scheduleMicrotask(_onMicrotask);
+    } else {
+      _state = resumeState;
+    }
+  }
+
+  Future cancel() {
+    _state = _stateDone;
+    _onDone = null;
+    return Future._nullFuture;
+  }
 
   Future<E> asFuture<E>([E? futureValue]) {
     E resultValue;
@@ -684,19 +732,28 @@ class _DoneStreamSubscription<T> implements StreamSubscription<T> {
     } else {
       resultValue = futureValue;
     }
-    _Future<E> result = new _Future<E>();
-    _onDone = () {
-      result._completeWithValue(resultValue);
-    };
+    _Future<E> result = _Future<E>();
+    if (!_isDone(_state)) {
+      _onDone = _zone.registerCallback(() {
+        result._completeWithValue(resultValue);
+      });
+    }
     return result;
   }
 
-  void _sendDone() {
-    _state &= ~_SCHEDULED;
-    if (isPaused) return;
-    _state |= _DONE_SENT;
-    var doneHandler = _onDone;
-    if (doneHandler != null) _zone.runGuarded(doneHandler);
+  void _onMicrotask() {
+    var unscheduledState = _state - _stateScheduled;
+    if (unscheduledState == _stateReadyToSend) {
+      // Send the done event.
+      _state = _stateDone;
+      if (_onDone case var doneHandler?) {
+        _onDone = null;
+        _zone.runGuarded(doneHandler);
+      }
+    } else {
+      // Paused or cancelled.
+      _state = unscheduledState;
+    }
   }
 }
 
@@ -1007,11 +1064,11 @@ class _StreamIterator<T> implements StreamIterator<T> {
 
 /// An empty broadcast stream, sending a done event as soon as possible.
 class _EmptyStream<T> extends Stream<T> {
-  const _EmptyStream();
-  bool get isBroadcast => true;
-  StreamSubscription<T> listen(void onData(T data)?,
-      {Function? onError, void onDone()?, bool? cancelOnError}) {
-    return new _DoneStreamSubscription<T>(onDone);
+  const _EmptyStream({bool broadcast = true}) : isBroadcast = broadcast;
+  final bool isBroadcast;
+  StreamSubscription<T> listen(void Function(T data)? onData,
+      {Function? onError, void Function()? onDone, bool? cancelOnError}) {
+    return _DoneStreamSubscription<T>(onDone);
   }
 }
 
diff --git a/tests/lib/async/stream_empty_test.dart b/tests/lib/async/stream_empty_test.dart
index d421b3de6fe..a5c6fdd3445 100644
--- a/tests/lib/async/stream_empty_test.dart
+++ b/tests/lib/async/stream_empty_test.dart
@@ -7,62 +7,158 @@ import "package:expect/expect.dart";
 import "dart:async";
 import 'package:async_helper/async_helper.dart';
 
-main() {
-  asyncStart();
-  runTest().whenComplete(asyncEnd);
+main() async {
+  await asyncTest(() async {
+    // Is a `const` constructor.
+    // Can be called with optional boolean to say whether broadcast or not.
+    await asyncTest(() => emptyTest(const Stream<int>.empty(), true));
+    await asyncTest(
+        () => emptyTest(const Stream<int>.empty(broadcast: true), true));
+    await asyncTest(
+        () => emptyTest(const Stream<int>.empty(broadcast: false), false));
+
+    // Check that the behavior is consistent with other empty multi-subscription
+    // streams.
+    await asyncTest(() => emptyTest(Stream<int>.fromIterable(<int>[]), false));
+    await asyncTest(() =>
+        emptyTest((StreamController<int>.broadcast()..close()).stream, true));
+    await asyncTest(
+        () => emptyTest(Stream<int>.multi((c) => c.close()), false));
+  });
+  await flushMicrotasks();
 }
 
-Future runTest() async {
-  unreachable([a, b]) {
-    throw "UNREACHABLE";
+// Function which fails the test if it gets called.
+void unreachable([a, b]) {
+  Expect.fail("Unreachable");
+}
+
+/// Check that something happens once.
+class Checker {
+  bool checked = false;
+  void check() {
+    if (checked) Expect.fail("Checked more than once");
+    checked = true;
   }
+}
 
-  int tick = 0;
-  ticker() {
-    tick++;
-  }
+Future<void> emptyTest(Stream<int> s, bool broadcast) async {
+  var checker = Checker();
+  // Respects type parameter (not a `Stream<Never>`)
+  Expect.notType<Stream<String>>(s);
 
-  asyncStart();
+  // Has the expected `isBroadcast`.
+  Expect.equals(broadcast, s.isBroadcast);
 
-  Stream<int> s = const Stream<int>.empty(); // Is const constructor.
-  Expect.isFalse(s is Stream<String>); // Respects type parameter.
   StreamSubscription<int> sub =
-      s.listen(unreachable, onError: unreachable, onDone: ticker);
-  Expect.isFalse(sub is StreamSubscription<String>); // Type parameter in sub.
+      s.listen(unreachable, onError: unreachable, onDone: checker.check);
+  // Type parameter of subscription repspects stream.
+  // Not a `StreamSubscription<Never>`.
+  Expect.isFalse(sub is StreamSubscription<String>);
 
-  // Doesn't do callback in response to listen.
-  Expect.equals(tick, 0);
+  Expect.isFalse(sub.isPaused);
+  // Doesn't do callback immediately in response to listen.
+  Expect.isFalse(checker.checked);
   await flushMicrotasks();
-  // Completes eventually.
-  Expect.equals(tick, 1);
+  // Completes eventually, after a microtask.
+  Expect.isTrue(checker.checked);
+  Expect.isFalse(sub.isPaused);
 
-  // It's a broadcast stream - can listen twice.
-  Expect.isTrue(s.isBroadcast);
+  // Can listen more than once, whether broadcast stream or not.
+  checker = Checker();
   StreamSubscription<int> sub2 =
-      s.listen(unreachable, onError: unreachable, onDone: unreachable);
-  // respects pause.
+      s.listen(unreachable, onError: unreachable, onDone: checker.check);
+  // Respects pauses.
   sub2.pause();
-  await flushMicrotasks();
-  // respects cancel.
-  sub2.cancel();
-  await flushMicrotasks();
-  Expect.equals(tick, 1);
-  // Still not complete.
+  Expect.isTrue(sub2.isPaused);
+  sub2.pause();
+  Expect.isTrue(sub2.isPaused);
+  sub2.pause(Future<int>.value(0));
+  Expect.isTrue(sub2.isPaused);
 
-  StreamSubscription<int> sub3 =
-      s.listen(unreachable, onError: unreachable, onDone: ticker);
-  // respects pause.
+  await flushMicrotasks();
+  Expect.isTrue(sub2.isPaused);
+  Expect.isFalse(checker.checked);
+
+  // Resumes when all pauses resumed.
+  sub2.resume();
+  Expect.isTrue(sub2.isPaused);
+  await flushMicrotasks();
+  Expect.isFalse(checker.checked);
+  Expect.isTrue(sub2.isPaused);
+
+  sub2.resume();
+  Expect.isFalse(sub2.isPaused);
+  await flushMicrotasks();
+  Expect.isTrue(checker.checked);
+  Expect.isFalse(sub2.isPaused);
+
+  // Can't pause after done.
+  sub2.pause(Future<int>.value(0));
+  Expect.isFalse(sub2.isPaused);
+  sub2.pause();
+  Expect.isFalse(sub2.isPaused);
+
+  // Respects cancel.
+  var sub3 = s.listen(unreachable, onError: unreachable, onDone: unreachable);
+  sub3.cancel();
+  sub3.onDone(unreachable);
+  Expect.isFalse(sub3.isPaused);
+  await flushMicrotasks();
+  Expect.isFalse(sub3.isPaused);
+
+  // Can't pause after cancel
   sub3.pause();
-  Expect.equals(tick, 1);
-  await flushMicrotasks();
-  // Doesn't complete while paused.
-  Expect.equals(tick, 1);
-  sub3.resume();
-  await flushMicrotasks();
-  // Now completed.
-  Expect.equals(tick, 2);
+  Expect.isFalse(sub3.isPaused);
+  sub3.pause(Future<int>.value(0));
+  Expect.isFalse(sub3.isPaused);
+  // No errors.
 
-  asyncEnd();
+  // Respects cancel while paused.
+  var sub4 = s.listen(unreachable, onError: unreachable, onDone: unreachable);
+  sub4.pause();
+  sub4.cancel();
+  sub4.onDone(unreachable);
+  await flushMicrotasks();
+  sub4.resume();
+  await flushMicrotasks();
+
+  // Check that the stream is zone-aware.
+  // Registers onDone callback.
+  var log = [];
+  late final Zone zone;
+
+  void callback1() {
+    // Run in correct zone.
+    Expect.equals(zone, Zone.current);
+    log.add("don1");
+  }
+
+  void callback2() {
+    // Run in correct zone.
+    Expect.equals(zone, Zone.current);
+    log.add("don2");
+  }
+
+  zone = Zone.current.fork(
+      specification: ZoneSpecification(registerCallback: <R>(s, p, z, f) {
+    if (f == callback1) log.add("reg1");
+    if (f == callback2) log.add("reg2");
+    return p.registerCallback<R>(z, f);
+  }, run: <R>(s, p, z, f) {
+    if (f == callback1) log.add("run1");
+    if (f == callback2) log.add("run2");
+    return p.run<R>(z, f);
+  }));
+
+  await zone.run(() async {
+    var s = Stream<int>.empty();
+
+    var sub = s.listen(unreachable, onError: unreachable, onDone: callback1);
+    sub.onDone(callback2);
+  });
+  await flushMicrotasks();
+  Expect.listEquals(["reg1", "reg2", "run2", "don2"], log);
 }
 
 Future flushMicrotasks() => new Future.delayed(Duration.zero);
diff --git a/tests/lib_2/async/stream_empty_test.dart b/tests/lib_2/async/stream_empty_test.dart
index e4914a907a5..8390d0f2b03 100644
--- a/tests/lib_2/async/stream_empty_test.dart
+++ b/tests/lib_2/async/stream_empty_test.dart
@@ -9,62 +9,158 @@ import "package:expect/expect.dart";
 import "dart:async";
 import 'package:async_helper/async_helper.dart';
 
-main() {
-  asyncStart();
-  runTest().whenComplete(asyncEnd);
+main() async {
+  await asyncTest(() async {
+    // Is a `const` constructor.
+    // Can be called with optional boolean to say whether broadcast or not.
+    await asyncTest(() => emptyTest(const Stream<int>.empty(), true));
+    await asyncTest(
+        () => emptyTest(const Stream<int>.empty(broadcast: true), true));
+    await asyncTest(
+        () => emptyTest(const Stream<int>.empty(broadcast: false), false));
+
+    // Check that the behavior is consistent with other empty multi-subscription
+    // streams.
+    await asyncTest(() => emptyTest(Stream<int>.fromIterable(<int>[]), false));
+    await asyncTest(() =>
+        emptyTest((StreamController<int>.broadcast()..close()).stream, true));
+    await asyncTest(
+        () => emptyTest(Stream<int>.multi((c) => c.close()), false));
+  });
+  await flushMicrotasks();
 }
 
-Future runTest() async {
-  unreachable([a, b]) {
-    throw "UNREACHABLE";
+// Function which fails the test if it gets called.
+void unreachable([a, b]) {
+  Expect.fail("Unreachable");
+}
+
+/// Check that something happens once.
+class Checker {
+  bool checked = false;
+  void check() {
+    if (checked) Expect.fail("Checked more than once");
+    checked = true;
   }
+}
 
-  int tick = 0;
-  ticker() {
-    tick++;
-  }
+Future<void> emptyTest(Stream<int> s, bool broadcast) async {
+  var checker = Checker();
+  // Respects type parameter (not a `Stream<Never>`)
+  Expect.notType<Stream<String>>(s);
 
-  asyncStart();
+  // Has the expected `isBroadcast`.
+  Expect.equals(broadcast, s.isBroadcast);
 
-  Stream<int> s = const Stream<int>.empty(); // Is const constructor.
-  Expect.isFalse(s is Stream<String>); // Respects type parameter.
   StreamSubscription<int> sub =
-      s.listen(unreachable, onError: unreachable, onDone: ticker);
-  Expect.isFalse(sub is StreamSubscription<String>); // Type parameter in sub.
+      s.listen(unreachable, onError: unreachable, onDone: checker.check);
+  // Type parameter of subscription repspects stream.
+  // Not a `StreamSubscription<Never>`.
+  Expect.isFalse(sub is StreamSubscription<String>);
 
-  // Doesn't do callback in response to listen.
-  Expect.equals(tick, 0);
+  Expect.isFalse(sub.isPaused);
+  // Doesn't do callback immediately in response to listen.
+  Expect.isFalse(checker.checked);
   await flushMicrotasks();
-  // Completes eventually.
-  Expect.equals(tick, 1);
+  // Completes eventually, after a microtask.
+  Expect.isTrue(checker.checked);
+  Expect.isFalse(sub.isPaused);
 
-  // It's a broadcast stream - can listen twice.
-  Expect.isTrue(s.isBroadcast);
+  // Can listen more than once, whether broadcast stream or not.
+  checker = Checker();
   StreamSubscription<int> sub2 =
-      s.listen(unreachable, onError: unreachable, onDone: unreachable);
-  // respects pause.
+      s.listen(unreachable, onError: unreachable, onDone: checker.check);
+  // Respects pauses.
   sub2.pause();
-  await flushMicrotasks();
-  // respects cancel.
-  sub2.cancel();
-  await flushMicrotasks();
-  Expect.equals(tick, 1);
-  // Still not complete.
+  Expect.isTrue(sub2.isPaused);
+  sub2.pause();
+  Expect.isTrue(sub2.isPaused);
+  sub2.pause(Future<int>.value(0));
+  Expect.isTrue(sub2.isPaused);
 
-  StreamSubscription<int> sub3 =
-      s.listen(unreachable, onError: unreachable, onDone: ticker);
-  // respects pause.
+  await flushMicrotasks();
+  Expect.isTrue(sub2.isPaused);
+  Expect.isFalse(checker.checked);
+
+  // Resumes when all pauses resumed.
+  sub2.resume();
+  Expect.isTrue(sub2.isPaused);
+  await flushMicrotasks();
+  Expect.isFalse(checker.checked);
+  Expect.isTrue(sub2.isPaused);
+
+  sub2.resume();
+  Expect.isFalse(sub2.isPaused);
+  await flushMicrotasks();
+  Expect.isTrue(checker.checked);
+  Expect.isFalse(sub2.isPaused);
+
+  // Can't pause after done.
+  sub2.pause(Future<int>.value(0));
+  Expect.isFalse(sub2.isPaused);
+  sub2.pause();
+  Expect.isFalse(sub2.isPaused);
+
+  // Respects cancel.
+  var sub3 = s.listen(unreachable, onError: unreachable, onDone: unreachable);
+  sub3.cancel();
+  sub3.onDone(unreachable);
+  Expect.isFalse(sub3.isPaused);
+  await flushMicrotasks();
+  Expect.isFalse(sub3.isPaused);
+
+  // Can't pause after cancel
   sub3.pause();
-  Expect.equals(tick, 1);
-  await flushMicrotasks();
-  // Doesn't complete while paused.
-  Expect.equals(tick, 1);
-  sub3.resume();
-  await flushMicrotasks();
-  // Now completed.
-  Expect.equals(tick, 2);
+  Expect.isFalse(sub3.isPaused);
+  sub3.pause(Future<int>.value(0));
+  Expect.isFalse(sub3.isPaused);
+  // No errors.
 
-  asyncEnd();
+  // Respects cancel while paused.
+  var sub4 = s.listen(unreachable, onError: unreachable, onDone: unreachable);
+  sub4.pause();
+  sub4.cancel();
+  sub4.onDone(unreachable);
+  await flushMicrotasks();
+  sub4.resume();
+  await flushMicrotasks();
+
+  // Check that the stream is zone-aware.
+  // Registers onDone callback.
+  var log = [];
+  Zone zone;
+
+  void callback1() {
+    // Run in correct zone.
+    Expect.equals(zone, Zone.current);
+    log.add("don1");
+  }
+
+  void callback2() {
+    // Run in correct zone.
+    Expect.equals(zone, Zone.current);
+    log.add("don2");
+  }
+
+  zone = Zone.current.fork(
+      specification: ZoneSpecification(registerCallback: <R>(s, p, z, f) {
+    if (f == callback1) log.add("reg1");
+    if (f == callback2) log.add("reg2");
+    return p.registerCallback<R>(z, f);
+  }, run: <R>(s, p, z, f) {
+    if (f == callback1) log.add("run1");
+    if (f == callback2) log.add("run2");
+    return p.run<R>(z, f);
+  }));
+
+  await zone.run(() async {
+    var s = Stream<int>.empty();
+
+    var sub = s.listen(unreachable, onError: unreachable, onDone: callback1);
+    sub.onDone(callback2);
+  });
+  await flushMicrotasks();
+  Expect.listEquals(["reg1", "reg2", "run2", "don2"], log);
 }
 
 Future flushMicrotasks() => new Future.delayed(Duration.zero);