import 'dart:async';
import 'dart:core';

import 'package:sdp_transform/sdp_transform.dart' as sdp_transform;
import 'package:webrtc_interface/webrtc_interface.dart';

import 'package:matrix/matrix.dart';
import 'package:matrix/src/utils/cached_stream_controller.dart';

/// Delegate WebRTC basic functionality.
abstract class WebRTCDelegate {
  MediaDevices get mediaDevices;
  Future<RTCPeerConnection> createPeerConnection(
      Map<String, dynamic> configuration,
      [Map<String, dynamic> constraints = const {}]);
  VideoRenderer createRenderer();
  Future<void> playRingtone();
  Future<void> stopRingtone();
  Future<void> handleNewCall(CallSession session);
  Future<void> handleCallEnded(CallSession session);
  Future<void> handleMissedCall(CallSession session);
  Future<void> handleNewGroupCall(GroupCall groupCall);
  Future<void> handleGroupCallEnded(GroupCall groupCall);
  bool get isWeb;

  /// This should be set to false if any calls in the client are in kConnected
  /// state. If another room tries to call you during a connected call this fires
  /// a handleMissedCall
  bool get canHandleNewCall => true;
}

class VoIP {
  TurnServerCredentials? _turnServerCredentials;
  Map<String, CallSession> calls = <String, CallSession>{};
  Map<String, GroupCall> groupCalls = <String, GroupCall>{};
  final CachedStreamController<CallSession> onIncomingCall =
      CachedStreamController();
  String? currentCID;
  String? currentGroupCID;
  String? get localPartyId => client.deviceID;
  final Client client;
  final WebRTCDelegate delegate;
  final StreamController<GroupCall> onIncomingGroupCall = StreamController();
  void _handleEvent(
          Event event,
          Function(String roomId, String senderId, Map<String, dynamic> content)
              func) =>
      func(event.roomId!, event.senderId, event.content);
  Map<String, String> incomingCallRoomId = {};

  VoIP(this.client, this.delegate) : super() {
    // to populate groupCalls with already present calls
    for (final room in client.rooms) {
      if (room.activeGroupCallEvents.isNotEmpty) {
        for (final groupCall in room.activeGroupCallEvents) {
          // ignore: discarded_futures
          createGroupCallFromRoomStateEvent(groupCall,
              emitHandleNewGroupCall: false);
        }
      }
    }

    client.onCallInvite.stream
        .listen((event) => _handleEvent(event, onCallInvite));
    client.onCallAnswer.stream
        .listen((event) => _handleEvent(event, onCallAnswer));
    client.onCallCandidates.stream
        .listen((event) => _handleEvent(event, onCallCandidates));
    client.onCallHangup.stream
        .listen((event) => _handleEvent(event, onCallHangup));
    client.onCallReject.stream
        .listen((event) => _handleEvent(event, onCallReject));
    client.onCallNegotiate.stream
        .listen((event) => _handleEvent(event, onCallNegotiate));
    client.onCallReplaces.stream
        .listen((event) => _handleEvent(event, onCallReplaces));
    client.onCallSelectAnswer.stream
        .listen((event) => _handleEvent(event, onCallSelectAnswer));
    client.onSDPStreamMetadataChangedReceived.stream.listen(
        (event) => _handleEvent(event, onSDPStreamMetadataChangedReceived));
    client.onAssertedIdentityReceived.stream
        .listen((event) => _handleEvent(event, onAssertedIdentityReceived));

    client.onRoomState.stream.listen(
      (event) async {
        if ([
          EventTypes.GroupCallPrefix,
          EventTypes.GroupCallMemberPrefix,
        ].contains(event.type)) {
          Logs().v('[VOIP] onRoomState: type ${event.toJson()}.');
          await onRoomStateChanged(event);
        }
      },
    );

    client.onToDeviceEvent.stream.listen((event) async {
      Logs().v('[VOIP] onToDeviceEvent: type ${event.toJson()}.');

      if (event.type == 'org.matrix.call_duplicate_session') {
        Logs().v('[VOIP] onToDeviceEvent: duplicate session.');
        return;
      }

      final confId = event.content['conf_id'];
      final groupCall = groupCalls[confId];
      if (groupCall == null) {
        Logs().d('[VOIP] onToDeviceEvent: groupCall is null.');
        return;
      }
      final roomId = groupCall.room.id;
      final senderId = event.senderId;
      final content = event.content;
      switch (event.type) {
        case EventTypes.CallInvite:
          await onCallInvite(roomId, senderId, content);
          break;
        case EventTypes.CallAnswer:
          await onCallAnswer(roomId, senderId, content);
          break;
        case EventTypes.CallCandidates:
          await onCallCandidates(roomId, senderId, content);
          break;
        case EventTypes.CallHangup:
          await onCallHangup(roomId, senderId, content);
          break;
        case EventTypes.CallReject:
          await onCallReject(roomId, senderId, content);
          break;
        case EventTypes.CallNegotiate:
          await onCallNegotiate(roomId, senderId, content);
          break;
        case EventTypes.CallReplaces:
          await onCallReplaces(roomId, senderId, content);
          break;
        case EventTypes.CallSelectAnswer:
          await onCallSelectAnswer(roomId, senderId, content);
          break;
        case EventTypes.CallSDPStreamMetadataChanged:
        case EventTypes.CallSDPStreamMetadataChangedPrefix:
          await onSDPStreamMetadataChangedReceived(roomId, senderId, content);
          break;
        case EventTypes.CallAssertedIdentity:
          await onAssertedIdentityReceived(roomId, senderId, content);
          break;
      }
    });

    delegate.mediaDevices.ondevicechange = _onDeviceChange;
  }

  Future<void> _onDeviceChange(dynamic _) async {
    Logs().v('[VOIP] _onDeviceChange');
    for (final call in calls.values) {
      if (call.state == CallState.kConnected && !call.isGroupCall) {
        await call.updateAudioDevice();
      }
    }
    for (final groupCall in groupCalls.values) {
      if (groupCall.state == GroupCallState.Entered) {
        await groupCall.updateAudioDevice();
      }
    }
  }

  Future<void> onCallInvite(
      String roomId, String senderId, Map<String, dynamic> content) async {
    if (senderId == client.userID) {
      // Ignore messages to yourself.
      return;
    }

    Logs().v(
        '[VOIP] onCallInvite $senderId => ${client.userID}, \ncontent => ${content.toString()}');

    final String callId = content['call_id'];
    final String partyId = content['party_id'];
    final int lifetime = content['lifetime'];
    final String? confId = content['conf_id'];

    // msc3401 group call invites send deviceId and senderSessionId in to device messages
    final String? deviceId = content['device_id'];
    final String? senderSessionId = content['sender_session_id'];

    final call = calls[callId];

    Logs().d(
        '[glare] got new call ${content.tryGet('call_id')} and currently room id is mapped to ${incomingCallRoomId.tryGet(roomId)}');

    if (call != null && call.state == CallState.kEnded) {
      // Session already exist.
      Logs().v('[VOIP] onCallInvite: Session [$callId] already exist.');
      return;
    }

    if (content['invitee'] != null && content['invitee'] != client.userID) {
      return; // This invite was meant for another user in the room
    }

    if (content['capabilities'] != null) {
      final capabilities = CallCapabilities.fromJson(content['capabilities']);
      Logs().v(
          '[VOIP] CallCapabilities: dtmf => ${capabilities.dtmf}, transferee => ${capabilities.transferee}');
    }

    var callType = CallType.kVoice;
    SDPStreamMetadata? sdpStreamMetadata;
    if (content[sdpStreamMetadataKey] != null) {
      sdpStreamMetadata =
          SDPStreamMetadata.fromJson(content[sdpStreamMetadataKey]);
      sdpStreamMetadata.sdpStreamMetadatas
          .forEach((streamId, SDPStreamPurpose purpose) {
        Logs().v(
            '[VOIP] [$streamId] => purpose: ${purpose.purpose}, audioMuted: ${purpose.audio_muted}, videoMuted:  ${purpose.video_muted}');

        if (!purpose.video_muted) {
          callType = CallType.kVideo;
        }
      });
    } else {
      callType = getCallType(content['offer']['sdp']);
    }

    final room = client.getRoomById(roomId);

    final opts = CallOptions()
      ..voip = this
      ..callId = callId
      ..groupCallId = confId
      ..dir = CallDirection.kIncoming
      ..type = callType
      ..room = room!
      ..localPartyId = localPartyId!
      ..iceServers = await getIceSevers();

    final newCall = createNewCall(opts);
    newCall.remotePartyId = partyId;
    newCall.remoteUser = await room.requestUser(senderId);
    newCall.opponentDeviceId = deviceId;
    newCall.opponentSessionId = senderSessionId;
    if (!delegate.canHandleNewCall &&
        (confId == null || confId != currentGroupCID)) {
      Logs().v(
          '[VOIP] onCallInvite: Unable to handle new calls, maybe user is busy.');
      await newCall.reject(reason: CallErrorCode.UserBusy, shouldEmit: false);
      await delegate.handleMissedCall(newCall);
      return;
    }

    final offer = RTCSessionDescription(
      content['offer']['sdp'],
      content['offer']['type'],
    );

    /// play ringtone. We decided to play the ringtone before adding the call to
    /// the incoming call stream because getUserMedia from initWithInvite fails
    /// on firefox unless the tab is in focus. We should atleast be able to notify
    /// the user about an incoming call
    ///
    /// Autoplay on firefox still needs interaction, without which all notifications
    /// could be blocked.
    if (confId == null) {
      await delegate.playRingtone();
    }

    // When getUserMedia throws an exception, we handle it by terminating the call,
    // and all this happens inside initWithInvite. If we set currentCID after
    // initWithInvite, we might set it to callId even after it was reset to null
    // by terminate.
    currentCID = callId;

    await newCall.initWithInvite(
        callType, offer, sdpStreamMetadata, lifetime, confId != null);

    // Popup CallingPage for incoming call.
    if (confId == null && !newCall.callHasEnded) {
      await delegate.handleNewCall(newCall);
    }

    if (confId != null) {
      // the stream is used to monitor incoming peer calls in a mesh call
      onIncomingCall.add(newCall);
    }
  }

  Future<void> onCallAnswer(
      String roomId, String senderId, Map<String, dynamic> content) async {
    Logs().v('[VOIP] onCallAnswer => ${content.toString()}');
    final String callId = content['call_id'];
    final String partyId = content['party_id'];

    final call = calls[callId];
    if (call != null) {
      if (senderId == client.userID) {
        // Ignore messages to yourself.
        if (!call.answeredByUs) {
          await delegate.stopRingtone();
        }
        if (call.state == CallState.kRinging) {
          await call.onAnsweredElsewhere();
        }
        return;
      }
      if (call.room.id != roomId) {
        Logs().w(
            'Ignoring call answer for room $roomId claiming to be for call in room ${call.room.id}');
        return;
      }
      call.remotePartyId = partyId;
      call.remoteUser = await call.room.requestUser(senderId);

      final answer = RTCSessionDescription(
          content['answer']['sdp'], content['answer']['type']);

      SDPStreamMetadata? metadata;
      if (content[sdpStreamMetadataKey] != null) {
        metadata = SDPStreamMetadata.fromJson(content[sdpStreamMetadataKey]);
      }
      await call.onAnswerReceived(answer, metadata);
    } else {
      Logs().v('[VOIP] onCallAnswer: Session [$callId] not found!');
    }
  }

  Future<void> onCallCandidates(
      String roomId, String senderId, Map<String, dynamic> content) async {
    if (senderId == client.userID) {
      // Ignore messages to yourself.
      return;
    }
    Logs().v('[VOIP] onCallCandidates => ${content.toString()}');
    final String callId = content['call_id'];
    final call = calls[callId];
    if (call != null) {
      if (call.room.id != roomId) {
        Logs().w(
            'Ignoring call candidates for room $roomId claiming to be for call in room ${call.room.id}');
        return;
      }
      await call.onCandidatesReceived(content['candidates']);
    } else {
      Logs().v('[VOIP] onCallCandidates: Session [$callId] not found!');
    }
  }

  Future<void> onCallHangup(String roomId, String _ /*senderId unused*/,
      Map<String, dynamic> content) async {
    // stop play ringtone, if this is an incoming call
    await delegate.stopRingtone();
    Logs().v('[VOIP] onCallHangup => ${content.toString()}');
    final String callId = content['call_id'];
    final String partyId = content['party_id'];
    final call = calls[callId];
    if (call != null) {
      if (call.room.id != roomId) {
        Logs().w(
            'Ignoring call hangup for room $roomId claiming to be for call in room ${call.room.id}');
        return;
      }
      if (call.remotePartyId != null && call.remotePartyId != partyId) {
        Logs().w(
            'Ignoring call hangup from sender with a different party_id $partyId for call in room ${call.room.id}');
        return;
      }
      // hangup in any case, either if the other party hung up or we did on another device
      await call.terminate(CallParty.kRemote,
          content['reason'] ?? CallErrorCode.UserHangup, true);
    } else {
      Logs().v('[VOIP] onCallHangup: Session [$callId] not found!');
    }
    if (callId == currentCID) {
      currentCID = null;
    }
  }

  Future<void> onCallReject(
      String roomId, String senderId, Map<String, dynamic> content) async {
    final String callId = content['call_id'];
    final String partyId = content['party_id'];
    Logs().d('Reject received for call ID $callId');

    final call = calls[callId];
    if (call != null) {
      if (call.room.id != roomId) {
        Logs().w(
            'Ignoring call reject for room $roomId claiming to be for call in room ${call.room.id}');
        return;
      }
      if (call.remotePartyId != null && call.remotePartyId != partyId) {
        Logs().w(
            'Ignoring call reject from sender with a different party_id $partyId for call in room ${call.room.id}');
        return;
      }
      await call.onRejectReceived(content['reason']);
    } else {
      Logs().v('[VOIP] onCallReject: Session [$callId] not found!');
    }
  }

  Future<void> onCallReplaces(
      String roomId, String senderId, Map<String, dynamic> content) async {
    if (senderId == client.userID) {
      // Ignore messages to yourself.
      return;
    }
    final String callId = content['call_id'];
    Logs().d('onCallReplaces received for call ID $callId');
    final call = calls[callId];
    if (call != null) {
      if (call.room.id != roomId) {
        Logs().w(
            'Ignoring call replace for room $roomId claiming to be for call in room ${call.room.id}');
        return;
      }
      //TODO: handle replaces
    }
  }

  Future<void> onCallSelectAnswer(
      String roomId, String senderId, Map<String, dynamic> content) async {
    if (senderId == client.userID) {
      // Ignore messages to yourself.
      return;
    }
    final String callId = content['call_id'];
    Logs().d('SelectAnswer received for call ID $callId');
    final call = calls[callId];
    final String selectedPartyId = content['selected_party_id'];

    if (call != null) {
      if (call.room.id != roomId) {
        Logs().w(
            'Ignoring call select answer for room $roomId claiming to be for call in room ${call.room.id}');
        return;
      }
      await call.onSelectAnswerReceived(selectedPartyId);
    }
  }

  Future<void> onSDPStreamMetadataChangedReceived(
      String roomId, String senderId, Map<String, dynamic> content) async {
    if (senderId == client.userID) {
      // Ignore messages to yourself.
      return;
    }
    final String callId = content['call_id'];
    Logs().d('SDP Stream metadata received for call ID $callId');
    final call = calls[callId];
    if (call != null) {
      if (call.room.id != roomId) {
        Logs().w(
            'Ignoring call sdp metadata change for room $roomId claiming to be for call in room ${call.room.id}');
        return;
      }

      if (content[sdpStreamMetadataKey] == null) {
        Logs().d('SDP Stream metadata is null');
        return;
      }
      await call.onSDPStreamMetadataReceived(
          SDPStreamMetadata.fromJson(content[sdpStreamMetadataKey]));
    }
  }

  Future<void> onAssertedIdentityReceived(
      String roomId, String senderId, Map<String, dynamic> content) async {
    if (senderId == client.userID) {
      // Ignore messages to yourself.
      return;
    }
    final String callId = content['call_id'];
    Logs().d('Asserted identity received for call ID $callId');
    final call = calls[callId];
    if (call != null) {
      if (call.room.id != roomId) {
        Logs().w(
            'Ignoring call asserted identity for room $roomId claiming to be for call in room ${call.room.id}');
        return;
      }

      if (content['asserted_identity'] == null) {
        Logs().d('asserted_identity is null ');
        return;
      }
      call.onAssertedIdentityReceived(
          AssertedIdentity.fromJson(content['asserted_identity']));
    }
  }

  Future<void> onCallNegotiate(
      String roomId, String senderId, Map<String, dynamic> content) async {
    if (senderId == client.userID) {
      // Ignore messages to yourself.
      return;
    }
    final String callId = content['call_id'];
    Logs().d('Negotiate received for call ID $callId');
    final call = calls[callId];
    if (call != null) {
      if (call.room.id != roomId) {
        Logs().w(
            'Ignoring call negotiation for room $roomId claiming to be for call in room ${call.room.id}');
        return;
      }
      if (content['party_id'] != call.remotePartyId) {
        Logs().w('Ignoring call negotiation, wrong partyId detected');
        return;
      }
      if (content['party_id'] == call.localPartyId) {
        Logs().w('Ignoring call negotiation echo');
        return;
      }

      // ideally you also check the lifetime here and discard negotiation events
      // if age of the event was older than the lifetime but as to device events
      // do not have a unsigned age nor a origin_server_ts there's no easy way to
      // override this one function atm

      final description = content['description'];
      try {
        SDPStreamMetadata? metadata;
        if (content[sdpStreamMetadataKey] != null) {
          metadata = SDPStreamMetadata.fromJson(content[sdpStreamMetadataKey]);
        }
        await call.onNegotiateReceived(metadata,
            RTCSessionDescription(description['sdp'], description['type']));
      } catch (e, s) {
        Logs().e('Failed to complete negotiation', e, s);
      }
    }
  }

  CallType getCallType(String sdp) {
    try {
      final session = sdp_transform.parse(sdp);
      if (session['media'].indexWhere((e) => e['type'] == 'video') != -1) {
        return CallType.kVideo;
      }
    } catch (e, s) {
      Logs().e('Failed to getCallType', e, s);
    }

    return CallType.kVoice;
  }

  Future<bool> requestTurnServerCredentials() async {
    return true;
  }

  Future<List<Map<String, dynamic>>> getIceSevers() async {
    if (_turnServerCredentials == null) {
      try {
        _turnServerCredentials = await client.getTurnServer();
      } catch (e) {
        Logs().v('[VOIP] getTurnServerCredentials error => ${e.toString()}');
      }
    }

    if (_turnServerCredentials == null) {
      return [];
    }

    return [
      {
        'username': _turnServerCredentials!.username,
        'credential': _turnServerCredentials!.password,
        'urls': _turnServerCredentials!.uris
      }
    ];
  }

  /// Make a P2P call to room
  ///
  /// [roomId] The room id to call
  ///
  /// [type] The type of call to be made.
  Future<CallSession> inviteToCall(String roomId, CallType type) async {
    final room = client.getRoomById(roomId);
    if (room == null) {
      Logs().v('[VOIP] Invalid room id [$roomId].');
      return Null as CallSession;
    }
    final callId = 'cid${DateTime.now().millisecondsSinceEpoch}';
    if (currentGroupCID == null) {
      incomingCallRoomId[roomId] = callId;
    }
    final opts = CallOptions()
      ..callId = callId
      ..type = type
      ..dir = CallDirection.kOutgoing
      ..room = room
      ..voip = this
      ..localPartyId = localPartyId!
      ..iceServers = await getIceSevers();

    final newCall = createNewCall(opts);
    currentCID = callId;
    await newCall.initOutboundCall(type).then((_) {
      delegate.handleNewCall(newCall);
    });
    currentCID = callId;
    return newCall;
  }

  CallSession createNewCall(CallOptions opts) {
    final call = CallSession(opts);
    calls[opts.callId] = call;
    return call;
  }

  /// Create a new group call in an existing room.
  ///
  /// [roomId] The room id to call
  ///
  /// [type] The type of call to be made.
  ///
  /// [intent] The intent of the call.
  Future<GroupCall?> newGroupCall(
      String roomId, String type, String intent) async {
    if (getGroupCallForRoom(roomId) != null) {
      Logs().e('[VOIP] [$roomId] already has an existing group call.');
      return null;
    }
    final room = client.getRoomById(roomId);
    if (room == null) {
      Logs().v('[VOIP] Invalid room id [$roomId].');
      return null;
    }
    final groupId = genCallID();
    final groupCall = await GroupCall(
      groupCallId: groupId,
      client: client,
      voip: this,
      room: room,
      type: type,
      intent: intent,
    ).create();
    groupCalls[groupId] = groupCall;
    groupCalls[roomId] = groupCall;
    return groupCall;
  }

  Future<GroupCall?> fetchOrCreateGroupCall(String roomId) async {
    final groupCall = getGroupCallForRoom(roomId);
    final room = client.getRoomById(roomId);
    if (room == null) {
      Logs().w('Not found room id = $roomId');
      return null;
    }

    if (groupCall != null) {
      if (!room.canJoinGroupCall) {
        Logs().w('No permission to join group calls in room $roomId');
        return null;
      }
      return groupCall;
    }

    if (!room.groupCallsEnabled) {
      await room.enableGroupCalls();
    }

    if (room.canCreateGroupCall) {
      // The call doesn't exist, but we can create it

      final groupCall = await newGroupCall(
          roomId, GroupCallType.Video, GroupCallIntent.Prompt);
      if (groupCall != null) {
        await groupCall.sendMemberStateEvent();
      }
      return groupCall;
    }

    final completer = Completer<GroupCall?>();
    Timer? timer;
    final subscription = onIncomingGroupCall.stream.listen((GroupCall call) {
      if (call.room.id == roomId) {
        timer?.cancel();
        completer.complete(call);
      }
    });

    timer = Timer(Duration(seconds: 30), () {
      subscription.cancel();
      completer.completeError('timeout');
    });

    return completer.future;
  }

  GroupCall? getGroupCallForRoom(String roomId) {
    return groupCalls[roomId];
  }

  GroupCall? getGroupCallById(String groupCallId) {
    return groupCalls[groupCallId];
  }

  Future<void> startGroupCalls() async {
    final rooms = client.rooms;
    for (final room in rooms) {
      await createGroupCallForRoom(room);
    }
  }

  Future<void> stopGroupCalls() async {
    for (final groupCall in groupCalls.values) {
      await groupCall.terminate();
    }
    groupCalls.clear();
  }

  /// Create a new group call in an existing room.
  Future<void> createGroupCallForRoom(Room room) async {
    final events = await client.getRoomState(room.id);
    events.sort((a, b) => a.originServerTs.compareTo(b.originServerTs));

    for (final event in events) {
      if (event.type == EventTypes.GroupCallPrefix) {
        if (event.content['m.terminated'] != null) {
          return;
        }
        await createGroupCallFromRoomStateEvent(event);
      }
    }

    return;
  }

  /// Create a new group call from a room state event.
  Future<GroupCall?> createGroupCallFromRoomStateEvent(MatrixEvent event,
      {bool emitHandleNewGroupCall = true}) async {
    final roomId = event.roomId;
    final content = event.content;

    final room = client.getRoomById(roomId!);

    if (room == null) {
      Logs().w('Couldn\'t find room $roomId for GroupCall');
      return null;
    }

    final groupCallId = event.stateKey;

    final callType = content.tryGet<String>('m.type');

    if (callType == null ||
        callType != GroupCallType.Video && callType != GroupCallType.Voice) {
      Logs().w('Received invalid group call type $callType for room $roomId.');
      return null;
    }

    final callIntent = content.tryGet<String>('m.intent');

    if (callIntent == null ||
        callIntent != GroupCallIntent.Prompt &&
            callIntent != GroupCallIntent.Room &&
            callIntent != GroupCallIntent.Ring) {
      Logs()
          .w('Received invalid group call intent $callType for room $roomId.');
      return null;
    }

    final groupCall = GroupCall(
      client: client,
      voip: this,
      room: room,
      groupCallId: groupCallId,
      type: callType,
      intent: callIntent,
    );

    groupCalls[groupCallId!] = groupCall;
    groupCalls[room.id] = groupCall;

    onIncomingGroupCall.add(groupCall);
    if (emitHandleNewGroupCall) {
      await delegate.handleNewGroupCall(groupCall);
    }
    return groupCall;
  }

  Future<void> onRoomStateChanged(MatrixEvent event) async {
    final eventType = event.type;
    final roomId = event.roomId;
    if (eventType == EventTypes.GroupCallPrefix) {
      final groupCallId = event.stateKey;
      final content = event.content;
      final currentGroupCall = groupCalls[groupCallId];
      if (currentGroupCall == null && content['m.terminated'] == null) {
        await createGroupCallFromRoomStateEvent(event);
      } else if (currentGroupCall != null &&
          currentGroupCall.groupCallId == groupCallId) {
        if (content['m.terminated'] != null) {
          await currentGroupCall.terminate(emitStateEvent: false);
        } else if (content['m.type'] != currentGroupCall.type) {
          // TODO: Handle the callType changing when the room state changes
          Logs().w(
              'The group call type changed for room: $roomId. Changing the group call type is currently unsupported.');
        }
      } else if (currentGroupCall != null &&
          currentGroupCall.groupCallId != groupCallId) {
        // TODO: Handle new group calls and multiple group calls
        Logs().w(
            'Multiple group calls detected for room: $roomId. Multiple group calls are currently unsupported.');
      }
    } else if (eventType == EventTypes.GroupCallMemberPrefix) {
      final groupCall = groupCalls[roomId];
      if (groupCall == null) {
        return;
      }
      await groupCall.onMemberStateChanged(event);
    }
  }

  @Deprecated('Call `hasActiveGroupCall` on the room directly instead')
  bool hasActiveCall(Room room) => room.hasActiveGroupCall;
}