anchor.diff:          },
         ];
   
  -      final List<MockPeer> mockPeerConnections = <MockPeer>[];
  -      final List<Uri> uriConnections = <Uri>[];
  +      mockPeerConnections = <MockPeer>[];
  +      uriConnections = <Uri>[];
         Future<json_rpc.Peer> mockVmConnectionFunction(Uri uri) {
           return new Future<json_rpc.Peer>(() async {
             final MockPeer mp = new MockPeer();
  
positive.code:       verify(forwardedPorts[1].stop());
        verify(forwardedPorts[2].stop());
      });
    });
  }
  
  
negative.code: void main() {
    group('FuchsiaRemoteConnection.connect', () {
      MockSshCommandRunner mockRunner;
      List<MockPortForwarder> forwardedPorts;
      List<MockPeer> mockPeerConnections;
      List<Uri> uriConnections;
  
      setUp(() {
        mockRunner = new MockSshCommandRunner();
        // Adds some extra junk to make sure the strings will be cleaned up.
        when(mockRunner.run(typed(any))).thenAnswer((_) =>
            new Future<List<String>>.value(
                <String>['123\n\n\n', '456  ', '789']));
        const String address = 'fe80::8eae:4cff:fef4:9247';
        const String interface = 'eno1';
        when(mockRunner.address).thenReturn(address);
        when(mockRunner.interface).thenReturn(interface);
        forwardedPorts = <MockPortForwarder>[];
        int port = 0;
        Future<PortForwarder> mockPortForwardingFunction(
            String address, int remotePort,
            [String interface = '', String configFile]) {
  