// Module ID: 2011
// Function ID: 2012
// Name: RTCControlSocket
// Dependencies: [1370, 2012, 5117, 1102, 5140, 569, 3, 5121, 14388, 1382, 38, 2]

// Module 2011 (RTCControlSocket)
import LoggerDefault from "Logger" /* 3 */;
import _modDef38 from "module_38" /* 38 */;
import BackoffDefault from "Backoff" /* 569 */;
import DurationsDefault from "Durations" /* 1102 */;
import PlatformUtils from "PlatformUtils" /* 1382 */;
import TimeUtils from "TimeUtils" /* 5121 */;
import DeveloperOptionsStore from "DeveloperOptionsStore" /* 1370 */;
import MediaEngineStore from "MediaEngineStore" /* 2012 */;
import Constants from "Constants" /* 5117 */;
import TypedEventEmitter from "TypedEventEmitter" /* 5140 */;
import size_mod from "module_2" /* 2 */;

let hasOwnProperty;
let metroImportAll;
let metroImportDefault;
let metroRequire;
const f87117 = (name) => ({ name: name.name, type: name.type, priority: 1000 * name.priority, payload_type: name.payloadType, rtx_payload_type: name.rtxPayloadType, encode: name.encode, decode: name.decode });
const f87118 = (type) => {
  let tmp;
  const obj = { type: type.type, rid: type.rid, ssrc: type.ssrc, active: type.active, quality: type.quality, rtx_ssrc: type.rtxSsrc, max_bitrate: type.maxBitrate, max_framerate: type.maxFrameRate, max_resolution: tmp };
  tmp = undefined;
  if (null != type.maxResolution) {
    size = { type: type.maxResolution.type, width: type.maxResolution.width, height: type.maxResolution.height };
    tmp = size;
  }
  return obj;
};
const f87119 = (rid) => {
  let VIDEO;
  let tmp5;
  const type = rid.type;
  if ("audio" === type) {
    VIDEO = constants.AUDIO;
  } else if ("test" === type) {
    VIDEO = constants.TEST;
  } else if ("screen" === type) {
    VIDEO = constants.SCREEN;
  } else {
    VIDEO = constants.VIDEO;
  }
  const obj = { type: VIDEO, rid: rid.rid, ssrc: rid.ssrc, rtxSsrc: rid.rtx_ssrc, active: rid.active, quality: rid.quality, maxBitrate: rid.max_bitrate, maxFrameRate: rid.max_framerate, maxResolution: tmp5 };
  tmp5 = undefined;
  if (null != rid.max_resolution) {
    size = { type: rid.max_resolution.type, width: rid.max_resolution.width, height: rid.max_resolution.height };
    tmp5 = size;
  }
  return obj;
};
function noop() {

}
({ Features: hasOwnProperty, MediaEngineContextTypes: metroRequire, MediaTypes: metroImportDefault, SpeakingFlags: metroImportAll } = Constants);
const RTCSocketOpcode = { IDENTIFY: 0, [0]: "IDENTIFY", SELECT_PROTOCOL: 1, [1]: "SELECT_PROTOCOL", READY: 2, [2]: "READY", HEARTBEAT: 3, [3]: "HEARTBEAT", SELECT_PROTOCOL_ACK: 4, [4]: "SELECT_PROTOCOL_ACK", SPEAKING: 5, [5]: "SPEAKING", HEARTBEAT_ACK: 6, [6]: "HEARTBEAT_ACK", RESUME: 7, [7]: "RESUME", HELLO: 8, [8]: "HELLO", RESUMED: 9, [9]: "RESUMED", CLIENT_CONNECT: 11, [11]: "CLIENT_CONNECT", VIDEO: 12, [12]: "VIDEO", CLIENT_DISCONNECT: 13, [13]: "CLIENT_DISCONNECT", SESSION_UPDATE: 14, [14]: "SESSION_UPDATE", MEDIA_SINK_WANTS: 15, [15]: "MEDIA_SINK_WANTS", VOICE_BACKEND_VERSION: 16, [16]: "VOICE_BACKEND_VERSION", CHANNEL_OPTIONS_UPDATE: 17, [17]: "CHANNEL_OPTIONS_UPDATE", FLAGS: 18, [18]: "FLAGS", PLATFORM: 20, [20]: "PLATFORM", DAVE_PROTOCOL_PREPARE_TRANSITION: 21, [21]: "DAVE_PROTOCOL_PREPARE_TRANSITION", DAVE_PROTOCOL_EXECUTE_TRANSITION: 22, [22]: "DAVE_PROTOCOL_EXECUTE_TRANSITION", DAVE_PROTOCOL_READY_FOR_TRANSITION: 23, [23]: "DAVE_PROTOCOL_READY_FOR_TRANSITION", DAVE_PROTOCOL_PREPARE_EPOCH: 24, [24]: "DAVE_PROTOCOL_PREPARE_EPOCH", MLS_EXTERNAL_SENDER_PACKAGE: 25, [25]: "MLS_EXTERNAL_SENDER_PACKAGE", MLS_KEY_PACKAGE: 26, [26]: "MLS_KEY_PACKAGE", MLS_PROPOSALS: 27, [27]: "MLS_PROPOSALS", MLS_COMMIT_WELCOME: 28, [28]: "MLS_COMMIT_WELCOME", MLS_PREPARE_COMMIT_TRANSITION: 29, [29]: "MLS_PREPARE_COMMIT_TRANSITION", MLS_WELCOME: 30, [30]: "MLS_WELCOME", MLS_INVALID_COMMIT_WELCOME: 31, [31]: "MLS_INVALID_COMMIT_WELCOME", CLIENT_CANNOT_REACH_RTC_SERVER: 32, [32]: "CLIENT_CANNOT_REACH_RTC_SERVER", SFU_UPDATE: 33, [33]: "SFU_UPDATE" };
let obj2 = { AUTHENTICATION_FAILED: 4004, [4004]: "AUTHENTICATION_FAILED", INVALID_SESSION: 4006, [4006]: "INVALID_SESSION", SERVER_NOT_FOUND: 4011, [4011]: "SERVER_NOT_FOUND", SERVER_CRASH: 4015, [4015]: "SERVER_CRASH", CANCELED: 4016, [4016]: "CANCELED", HEARTBEAT_TIMEOUT: 4800, [4800]: "HEARTBEAT_TIMEOUT", UNRESUMABLE: 4801, [4801]: "UNRESUMABLE", RESET_BACKOFF: 4802, [4802]: "RESET_BACKOFF", REPEATED_MLS_INVALID_MESSAGES: 4803, [4803]: "REPEATED_MLS_INVALID_MESSAGES", DAVE_DOWNGRADE_REFUSED: 4804, [4804]: "DAVE_DOWNGRADE_REFUSED" };
const authStore2 = { DISCONNECTED: 0, [0]: "DISCONNECTED", CONNECTING: 1, [1]: "CONNECTING", IDENTIFYING: 2, [2]: "IDENTIFYING", RESUMING: 3, [3]: "RESUMING", CONNECTED: 4, [4]: "CONNECTED", RECONNECTING: 5, [5]: "RECONNECTING" };
let closure_13 = 20 * DurationsDefault.Millis.SECOND;
const MINUTE = DurationsDefault.Millis.MINUTE;
let closure_15 = 5 * DurationsDefault.Millis.SECOND;
let obj3 = { Connecting: "connecting", Connect: "connect", Disconnect: "disconnect", Resuming: "resuming", Ready: "ready", SelectProtocolAck: "select-protocol-ack", SfuUpdate: "sfu-update", Speaking: "speaking", Video: "video", Ping: "ping", ClientConnect: "client-connect", ClientDisconnect: "client-disconnect", Codecs: "codecs", MediaSessionId: "media-session-id", MediaSinkWants: "media-sink-wants", VoiceBackendVersion: "voice-backend-version", KeyframeInterval: "keyframe-interval", ChannelOptionsUpdateSecureFramesProtocol: "update-secure-frames-protocol", Flags: "flags", Platform: "platform", SDP: "sdp", Encryption: "encryption", BandwidthEstimationExperiment: "bandwidth-estimation-experiment", SecureFramesInit: "secure-frames-init", SecureFramesPrepareTransition: "secure-frames-prepare-transition", SecureFramesExecuteTransition: "secure-frames-execute-transition", SecureFramesPrepareEpoch: "secure-frames-prepare-epoch", MLSExternalSenderPackage: "mls-external-sender-package", MLSProposals: "mls-proposals", MLSPrepareCommitTransition: "mls-prepare-commit-transition", MLSWelcome: "mls-welcome", ReceiveMessage: "receive-message", SendMessage: "send-message" };
class RTCControlSocket extends TypedEventEmitter {
  constructor(url, DEFAULT) {
    if (DEFAULT === undefined) {
      DEFAULT = metroRequire.DEFAULT;
    }
    const tmp6 = new RTCControlSocket(tmp4, tmp3, tmp2, DEFAULT, tmp, url);
    tmp6.backoff = new BackoffDefault(1000, 5000);
    tmp6.serverVersion = 0;
    tmp6.url = url;
    new BackoffDefault(1000, 5000);
    const tmp8 = LoggerDefault;
    tmp6.logger = new tmp8("RTCControlSocket(" + DEFAULT + ")");
    const logger = tmp6.logger;
    new tmp8("RTCControlSocket(" + DEFAULT + ")");
    logger.enableNativeLogger(true);
    tmp6.webSocket = null;
    tmp6.connectionState = constants3.DISCONNECTED;
    tmp6.helloTimeout = null;
    tmp6.lastHeartbeatAckTime = null;
    tmp6.heartbeatInterval = null;
    tmp6.heartbeater = null;
    tmp6.heartbeatAck = true;
    tmp6.expeditedHeartbeatTimeout = null;
    tmp6.heartbeatIntervalModifier = 1;
    tmp6.connectionStartTime = 0;
    tmp6.lastRecvSeqNum = null;
    tmp6.sessionId = null;
    tmp6.serverId = null;
    tmp6.channelId = null;
    tmp6.token = null;
    tmp6.resumable = false;
    return tmp6;
  }
  createWebSocket() {
    let self = this;
    let logger = this.logger;
    logger.info("[CONNECT] " + this.url);
    if (null !== this.webSocket) {
      let logger2 = self.logger;
      let str = "Connect called with already existing websocket";
      logger2.error("Connect called with already existing websocket");
      self.cleanupWebSocket((close) => close.close(4000));
    }
    let obj = self(5121);
    self.connectionStartTime = obj.now();
    self.helloTimeout = setTimeout(() => {
      const obj = TimeUtils;
      self.handleClose(false, 0, "The connection timed out after " + obj.now() - self.connectionStartTime + " ms - did not receive OP_HELLO in time.");
    }, closure_13);
    obj2 = self(14388);
    obj3 = { location: "RTCControlSocket", supportsSfuUpdate: MediaEngineStore.supports(constants.UDP_ENDPOINT_UPDATE) };
    const webSocket = new WebSocket("" + self.url + "?v=" + obj2.getVoiceGatewayProtocolVersion(obj3));
    self.webSocket = webSocket;
    webSocket.binaryType = "arraybuffer";
    webSocket.onopen = () => {
      if (self.connectionState === constants.CONNECTING) {
        self.emit(obj3.Connect);
      } else if (self.connectionState === constants.RECONNECTING) {
        self.doResumeOrClose();
      }
      self.connectionState = constants.CONNECTED;
      obj2 = TimeUtils;
      const diff = obj2.now() - obj.connectionStartTime;
      const logger = obj.logger;
      logger.info("[CONNECTED] " + self.url + " in " + diff + " ms");
      self.emit(obj3.Ping, Math.round(diff / 2));
    };
    webSocket.onmessage = function(data) {
      let audio_ssrc;
      let d;
      let op;
      let seq;
      let streams;
      let user_id;
      let video_ssrc;
      let obj = self;
      const result = self.parseWebSocketMessage(data);
      ({ op, seq, d } = result);
      self.emit(obj3.ReceiveMessage, op, d);
      if (seq) {
        obj.lastRecvSeqNum = seq;
      }
      if (DeveloperOptionsStore.isLoggingGatewayEvents) {
        let tmp5 = globalThis;
        const _Uint8Array = Uint8Array;
        if (d instanceof Uint8Array) {
          const items = [];
          HermesBuiltin.arraySpread(items, d, 0);
          const mapped = items.map((item) => {
            const str = item.toString(16);
            return str.padStart(2, "0");
          });
          const logger2 = obj.logger;
          const _HermesInternal2 = HermesInternal;
          logger2.info("~> " + op + ": 0x" + mapped.join(""));
        } else {
          const logger = obj.logger;
          const _JSON = JSON;
          const _HermesInternal = HermesInternal;
          let str = ": ";
          logger.info("~> " + op + ": " + JSON.stringify(d));
        }
      }
      if (obj.HELLO === op) {
        obj.clearHelloTimeout();
        obj.handleHello(d);
      } else if (obj.READY === op) {
        obj.handleReady(d);
      } else if (obj.SFU_UPDATE === op) {
        obj.emit(obj3.SfuUpdate, d);
      } else if (obj.RESUMED === op) {
        obj.handleResumed(d);
      } else if (obj.SELECT_PROTOCOL_ACK === op) {
        obj.emit(obj3.SelectProtocolAck);
        if (d.bandwidth_estimation_experiment) {
          obj.emit(obj3.BandwidthEstimationExperiment, d.bandwidth_estimation_experiment);
        }
        obj.emit(obj3.Codecs, d.audio_codec, d.video_codec);
        if (d.media_session_id) {
          obj.emit(obj3.MediaSessionId, d.media_session_id);
        }
        if (d.sdp) {
          obj.emit(obj3.SDP, d.sdp);
        } else if (d.mode) {
          obj.emit(obj3.Encryption, d.mode, d.secret_key);
        }
        if (d.keyframe_interval) {
          obj.emit(obj3.KeyframeInterval, d.keyframe_interval);
        }
        let num8 = d.dave_protocol_version;
        const emit2 = obj.emit;
        const SecureFramesInit = tmp3.SecureFramesInit;
        if (!num8) {
          num8 = 0;
        }
        emit2(SecureFramesInit, num8);
        obj.resumable = true;
      } else if (obj.SPEAKING === op) {
        const speaking = d.speaking;
        let tmp58 = speaking;
        if (typeof speaking === "boolean") {
          tmp58 = speaking ? tmp76.VOICE : tmp76.NONE;
        }
        obj.emit(obj3.Speaking, d.user_id, d.ssrc, tmp58);
      } else if (obj.HEARTBEAT === op) {
        obj.sendHeartbeat();
      } else if (obj.HEARTBEAT_ACK === op) {
        obj.handleHeartbeatAck(d);
      } else if (obj.VIDEO === op) {
        const Video = tmp3.Video;
        ({ user_id, audio_ssrc, video_ssrc, streams } = d);
        let mapped1;
        const emit = obj.emit;
        if (streams != null) {
          mapped1 = streams.map(f87119);
        }
        if (mapped1 == null) {
          mapped1 = [];
        }
        emit(Video, user_id, audio_ssrc, video_ssrc, mapped1);
      } else if (obj.CLIENT_CONNECT === op) {
        obj.emit(obj3.ClientConnect, d.user_ids);
      } else if (obj.CLIENT_DISCONNECT === op) {
        obj.emit(obj3.ClientDisconnect, d.user_id);
      } else if (obj.SESSION_UPDATE === op) {
        const tmp42 = null == d.audio_codec && null == d.video_codec;
        if (!tmp42) {
          obj.emit(obj3.Codecs, d.audio_codec, d.video_codec);
        }
        if (null != d.media_session_id) {
          obj.emit(obj3.MediaSessionId, d.media_session_id);
        }
        if (d.keyframe_interval) {
          obj.emit(obj3.KeyframeInterval, d.keyframe_interval);
        }
      } else if (obj.MEDIA_SINK_WANTS === op) {
        obj.emit(obj3.MediaSinkWants, d);
      } else if (obj.VOICE_BACKEND_VERSION === op) {
        const tmp38 = null != d.voice && null != d.rtc_worker;
        if (tmp38) {
          obj.emit(obj3.VoiceBackendVersion, d.voice, d.rtc_worker);
        }
      } else if (obj.FLAGS === op) {
        const tmp35 = null != d.flags && null != d.user_id;
        if (tmp35) {
          obj.emit(obj3.Flags, d.user_id, d.flags);
        }
      } else if (obj.PLATFORM === op) {
        const tmp32 = null != d.platform && null != d.user_id;
        if (tmp32) {
          obj.emit(obj3.Platform, d.user_id, d.platform);
        }
      } else if (obj.DAVE_PROTOCOL_PREPARE_TRANSITION === op) {
        const tmp29 = null != d.transition_id && null != d.protocol_version;
        if (tmp29) {
          obj.emit(obj3.SecureFramesPrepareTransition, d.transition_id, d.protocol_version);
        }
      } else if (obj.DAVE_PROTOCOL_EXECUTE_TRANSITION === op) {
        if (null != d.transition_id) {
          obj.emit(obj3.SecureFramesExecuteTransition, d.transition_id);
        }
      } else if (obj.DAVE_PROTOCOL_PREPARE_EPOCH === op) {
        const tmp25 = null != d.epoch && null != d.protocol_version;
        if (tmp25) {
          obj.emit(obj3.SecureFramesPrepareEpoch, d.epoch, d.protocol_version);
        }
      } else if (obj.MLS_EXTERNAL_SENDER_PACKAGE === op) {
        obj.emit(obj3.MLSExternalSenderPackage, d);
      } else if (obj.MLS_PROPOSALS === op) {
        obj.emit(obj3.MLSProposals, d);
      } else if (obj.MLS_PREPARE_COMMIT_TRANSITION === op) {
        const _DataView2 = DataView;
        const self3 = this;
        const self4 = this;
        const dataView = new DataView(d.buffer, d.byteOffset, 2);
        const uint16 = dataView.getUint16(0, false);
        obj.emit(obj3.MLSPrepareCommitTransition, uint16, d.slice(2));
      } else if (obj.MLS_WELCOME === op) {
        const _DataView = DataView;
        self = this;
        const self2 = this;
        const dataView1 = new DataView(d.buffer, d.byteOffset, 2);
        const uint161 = dataView1.getUint16(0, false);
        obj.emit(obj3.MLSWelcome, uint161, d.slice(2));
      } else {
        const logger3 = obj.logger;
        const _HermesInternal3 = HermesInternal;
        logger3.info("Unhandled op " + op);
      }
    };
    webSocket.onerror = () => self.handleClose(false, 0, "An error with the websocket occurred");
    webSocket.onclose = (wasClean) => self.handleClose(wasClean.wasClean, wasClean.code, wasClean.reason);
  }
  send(op) {
    let tmp = arg1;
    if (arg1 === undefined) {
      tmp = null;
    }
    const self = this;
    const webSocket = this.webSocket;
    if (null != webSocket) {
      const _WebSocket = WebSocket;
      if (webSocket.readyState === WebSocket.OPEN) {
        const _JSON = JSON;
        const obj = { op, d: tmp };
        const json = JSON.stringify(obj);
        if (DeveloperOptionsStore.isLoggingGatewayEvents) {
          const logger = self.logger;
          const _HermesInternal = HermesInternal;
          logger.info("<~ " + json);
        }
        self.emit(obj3.SendMessage, op, tmp);
        try {
          webSocket.send(json);
        } catch (err) {
        }
      }
    }
  }
  sendBinary(MLS_COMMIT_WELCOME, uint8Array) {
    const webSocket = this.webSocket;
    if (null != webSocket) {
      const _WebSocket = WebSocket;
      if (webSocket.readyState === WebSocket.OPEN) {
        const _Uint8Array = Uint8Array;
        const self = this;
        const self2 = this;
        uint8Array = new Uint8Array(uint8Array.byteLength + 1);
        uint8Array[0] = MLS_COMMIT_WELCOME;
        const result = uint8Array.set(uint8Array, 1);
        try {
          webSocket.send(uint8Array.buffer);
        } catch (err) {
        }
      }
    }
  }
  doResumeOrClose() {
    const self = this;
    const obj = TimeUtils;
    const nowResult = obj.now();
    if (null !== this.serverId) {
      if (null !== self.channelId) {
        if (null !== self.token) {
          if (null !== self.sessionId) {
            if (self.resumable) {
              self.doResume();
              self.lastHeartbeatAckTime = nowResult;
            }
          }
        }
      }
    }
    self.disconnect(false, obj2.UNRESUMABLE, "Cannot resume connection.");
  }
  doResume() {
    let logger;
    let serverId;
    const self = this;
    let num = this.lastRecvSeqNum;
    if (num == null) {
      num = -1;
    }
    ({ logger, serverId } = self);
    const info = logger.info;
    if (serverId == null) {
      serverId = "";
    }
    let str = self.channelId;
    if (str == null) {
      str = "";
    }
    let str2 = self.sessionId;
    if (str2 == null) {
      str2 = "";
    }
    info("[RESUME] resuming session. serverId=" + serverId + " channelId=" + str + " sessionId=" + str2 + " seqAck=" + num);
    self.emit(obj3.Resuming);
    self.connectionState = constants3.RESUMING;
    const obj = { token: self.token, session_id: self.sessionId, server_id: self.serverId, channel_id: self.channelId, seq_ack: num };
    self.send(obj.RESUME, obj);
  }
  handleHello(d) {
    let heartbeatInterval;
    let logger;
    let tmp4;
    let num = d.v;
    if (num == null) {
      num = 3;
    }
    const self = this;
    this.serverVersion = num;
    if (this.serverVersion <= 3) {
      let num3 = 0.1;
      const tmp7 = require;
      if (PlatformUtils.isPlatformEmbedded) {
        num3 = 0.25;
      }
      self.heartbeatInterval = d.heartbeat_interval * num3;
      tmp4 = tmp7;
    } else {
      self.heartbeatInterval = d.heartbeat_interval * self.heartbeatIntervalModifier;
      tmp4 = require;
      const tmp = require;
      if (!PlatformUtils.isPlatformEmbedded) {
        let num2 = self.heartbeatInterval;
        const _Math = Math;
        const tmp6 = closure_15;
        if (num2 == null) {
          num2 = NaN;
        }
        self.heartbeatInterval = min(tmp6, num2);
        tmp4 = tmp;
      }
    }
    const tmp4Result = tmp4(5121);
    const diff = tmp4Result.now() - self.connectionStartTime;
    ({ logger, heartbeatInterval } = self);
    const info = logger.info;
    if (heartbeatInterval == null) {
      heartbeatInterval = "??";
    }
    info("[HELLO] heartbeat interval: " + heartbeatInterval + ", version: " + self.serverVersion + ", took " + diff + " ms");
    self.startHeartbeater();
  }
  handleReady(experiments) {
    let ip;
    let modes;
    let port;
    let ssrc;
    let streams;
    const self = this;
    const backoff = this.backoff;
    backoff.succeed();
    const obj = TimeUtils;
    const logger = this.logger;
    logger.info("[READY] took " + obj.now() - this.connectionStartTime + " ms");
    if (this.serverVersion >= 6) {
      self.send(obj.VOICE_BACKEND_VERSION, {});
    }
    const Ready = obj3.Ready;
    ({ ip, port, modes, ssrc, streams } = experiments);
    let mapped;
    const emit = self.emit;
    if (streams != null) {
      mapped = streams.map(f87119);
    }
    if (mapped == null) {
      mapped = [];
    }
    emit(Ready, ip, port, modes, ssrc, mapped, experiments.experiments);
  }
  supportsSfuUpdate() {
    return this.serverVersion >= 10;
  }
  handleResumed() {
    const backoff = this.backoff;
    backoff.succeed();
  }
  handleClose(arg0, arg1, arg2) {
    let backoff;
    let logger2;
    const self = this;
    let flag = arg0;
    let closure_2 = arg1;
    let closure_0 = arg2;
    this.connectionState = constants3.DISCONNECTED;
    if (!arg0) {
      flag = false;
    }
    self.cleanupWebSocket();
    if (arg1 !== obj2.AUTHENTICATION_FAILED) {
      if (arg1 !== obj2.SERVER_CRASH) {
        if (arg1 !== obj2.SERVER_NOT_FOUND) {
          if (arg1 !== obj2.INVALID_SESSION) {
            if (self.backoff.fails > 3) {
              const logger = self.logger;
              logger.warn("[WS CLOSED] Backoff exceed. Resetting.");
              self.disconnect(flag, arg1, arg2);
            } else {
              ({ backoff, logger: logger2 } = self);
              const warn = logger2.warn;
              const failResult = backoff.fail(() => self.reconnect(flag, closure_2, closure_0));
              const result = failResult / 1000;
              const _HermesInternal = HermesInternal;
              const str1 = flag.toString();
              warn("[WS CLOSED] (clean: " + str1 + ", code: " + arg1 + ", reason: " + arg2 + ") retrying in " + result.toFixed(2) + " seconds.");
            }
          }
        }
      }
    }
    return self.disconnect(flag, arg1, arg2);
  }
  disconnect(arg0, arg1, arg2) {
    const logger = this.logger;
    logger.warn("[DISCONNECT] (" + arg0.toString() + ", " + arg1 + ", " + arg2 + ")");
    this.cleanupWebSocket();
    this.cleanupState();
    this.connectionState = constants3.DISCONNECTED;
    this.emit(obj3.Disconnect, arg0, arg1, arg2);
  }
  reconnect(arg0, arg1, arg2) {
    const logger = this.logger;
    logger.info("[RECONNECT] wasClean=" + arg0.toString() + " code=" + arg1 + " reason=" + arg2);
    this.cleanupWebSocket((close) => close.close(4000));
    this.connectionState = constants3.RECONNECTING;
    const webSocket = this.createWebSocket();
  }
  cleanupWebSocket(fn) {
    this.stopHeartbeater();
    this.clearHelloTimeout();
    const webSocket = this.webSocket;
    this.webSocket = null;
    if (null != webSocket) {
      webSocket.onopen = noop;
      webSocket.onmessage = noop;
      webSocket.onerror = noop;
      webSocket.onclose = noop;
      if (fn != null) {
        fn(webSocket);
      }
    }
    const backoff = this.backoff;
    backoff.cancel();
  }
  cleanupState() {
    this.serverId = null;
    this.channelId = null;
    this.sessionId = null;
    this.token = null;
    this.resumable = false;
    this.lastRecvSeqNum = null;
  }
  parseWebSocketMessage(data) {
    if (data.data instanceof ArrayBuffer) {
      const _Uint8Array = Uint8Array;
      const self2 = this;
      const self3 = this;
      const self = this;
      const uint8Array = new Uint8Array(data.data);
      let uint16 = null;
      if (this.serverVersion >= 8) {
        const _DataView = DataView;
        const self4 = this;
        const self5 = this;
        const dataView = new DataView(uint8Array.buffer);
        uint16 = dataView.getUint16(0, false);
      }
      let num3 = 0;
      if (self.serverVersion >= 8) {
        num3 = 2;
      }
      const obj = { op: uint8Array[num3], seq: uint16, d: uint8Array.subarray(num3 + 1) };
      return obj;
    } else {
      const _JSON = JSON;
      return JSON.parse(data.data);
    }
  }
  clearHelloTimeout() {
    const self = this;
    if (null != this.helloTimeout) {
      const _clearTimeout = clearTimeout;
      clearTimeout(self.helloTimeout);
      self.helloTimeout = null;
    }
  }
  handleHeartbeatAck(d) {
    const self = this;
    const logger = this.logger;
    logger.info("Heartbeat ACK received");
    let t = d;
    if (this.serverVersion >= 8) {
      t = d.t;
    }
    const emit = self.emit;
    const Ping = obj3.Ping;
    const obj = TimeUtils;
    emit(Ping, obj.now() - t);
    obj2 = TimeUtils;
    self.lastHeartbeatAckTime = obj2.now();
    self.heartbeatAck = true;
    if (null !== self.expeditedHeartbeatTimeout) {
      const _clearTimeout = clearTimeout;
      clearTimeout(self.expeditedHeartbeatTimeout);
      self.expeditedHeartbeatTimeout = null;
      const logger2 = self.logger;
      logger2.info("Expedited heartbeat succeeded");
    }
  }
  handleHeartbeatTimeout() {
    let backoff;
    let logger;
    const self = this;
    this.cleanupWebSocket((close) => close.close(4000));
    ({ backoff, logger } = this);
    const result = backoff.fail(() => self.reconnect(false, obj2.HEARTBEAT_TIMEOUT, "Heartbeat timeout.")) / 1000;
    logger.warn("[HEARTBEAT ACK TIMEOUT] reconnecting in " + result.toFixed(2) + " seconds.");
  }
  startHeartbeater() {
    const self = this;
    _modDef38(null != this.heartbeatInterval, "RTCControlSocket: Heartbeat interval should never null here.");
    const logger = this.logger;
    logger.info("Starting heartbeat with interval: " + this.heartbeatInterval);
    if (null !== this.heartbeater) {
      const _clearInterval = clearInterval;
      clearInterval(self.heartbeater);
    }
    self.heartbeatAck = true;
    self.heartbeater = setInterval(() => {
      if (self.heartbeatAck) {
        self.heartbeatAck = false;
        self.sendHeartbeat();
      } else if (null === self.expeditedHeartbeatTimeout) {
        const result = obj.handleHeartbeatTimeout();
      }
    }, self.heartbeatInterval);
  }
  sendHeartbeat() {
    let obj;
    const self = this;
    if (this.serverVersion >= 8) {
      let num = self.lastRecvSeqNum;
      if (num == null) {
        num = -1;
      }
      const logger2 = self.logger;
      const _HermesInternal = HermesInternal;
      logger2.info("Sending heartbeat with last received sequence number: " + num);
      const send2 = self.send;
      const HEARTBEAT2 = obj.HEARTBEAT;
      obj2 = { t: obj3.now(), seq_ack: num };
      obj3 = TimeUtils;
      send2(HEARTBEAT2, obj2);
    } else {
      const logger = self.logger;
      logger.info("Sending heartbeat");
      const send = self.send;
      const HEARTBEAT = obj.HEARTBEAT;
      obj = TimeUtils;
      send(HEARTBEAT, obj.now());
    }
  }
  stopHeartbeater() {
    const self = this;
    if (null !== this.heartbeater) {
      const _clearInterval = clearInterval;
      clearInterval(self.heartbeater);
      self.heartbeater = null;
    }
    if (null !== self.expeditedHeartbeatTimeout) {
      const _clearTimeout = clearTimeout;
      clearTimeout(self.expeditedHeartbeatTimeout);
      self.expeditedHeartbeatTimeout = null;
    }
  }
  connect() {
    let flag;
    const self = this;
    if (this.connectionState !== constants3.DISCONNECTED) {
      const logger = self.logger;
      logger.error("Cannot start a new connection, connection state is not disconnected");
      flag = false;
    } else {
      self.connectionState = tmp.CONNECTING;
      const webSocket = self.createWebSocket();
      self.emit(obj3.Connecting);
      flag = true;
    }
    return flag;
  }
  identify(streamParameters) {
    let channelId;
    let mapped;
    let maxDaveProtocolVersion;
    let serverId;
    let sessionId;
    let token;
    let userId;
    let video;
    ({ serverId, channelId, sessionId, token, video } = streamParameters);
    ({ userId, maxDaveProtocolVersion } = streamParameters);
    if (video === undefined) {
      video = false;
    }
    streamParameters = streamParameters.streamParameters;
    this.serverId = serverId;
    this.channelId = channelId;
    this.sessionId = sessionId;
    this.token = token;
    this.connectionState = constants3.IDENTIFYING;
    const obj = { server_id: serverId, channel_id: channelId, user_id: userId, session_id: sessionId, token, max_dave_protocol_version: maxDaveProtocolVersion, video, streams: mapped };
    mapped = undefined;
    const send = this.send;
    const IDENTIFY = obj.IDENTIFY;
    if (streamParameters != null) {
      mapped = streamParameters.map(f87118);
    }
    send(IDENTIFY, obj);
  }
  expeditedHeartbeat(arg0) {
    const self = this;
    let str = arg1;
    if (arg1 === undefined) {
      str = "";
    }
    let flag = arg2;
    if (arg2 === undefined) {
      flag = true;
    }
    if (null != self.webSocket) {
      const logger2 = self.logger;
      let str5 = "";
      const info2 = logger2.info;
      if ("" !== str) {
        str5 = `reason: ${str}`;
      }
      info2(`Performing an expedited heartbeat ${str5}`);
      self.heartbeatAck = false;
      self.sendHeartbeat();
      if (null !== self.expeditedHeartbeatTimeout) {
        const _clearTimeout = clearTimeout;
        clearTimeout(self.expeditedHeartbeatTimeout);
      }
      const _setTimeout = setTimeout;
      self.expeditedHeartbeatTimeout = setTimeout(() => {
        self.expeditedHeartbeatTimeout = null;
        const obj = self;
        if (false === self.heartbeatAck) {
          const result = obj.handleHeartbeatTimeout();
        }
      }, arg0);
    } else if (flag) {
      return self.resetBackoff(str);
    } else {
      const logger = self.logger;
      let str2 = "";
      const info = logger.info;
      if ("" !== str) {
        str2 = `reason: ${str}`;
      }
      info(`Expedited heartbeat requested, but is disconnected and a reset was not requested ${str2}`);
    }
    return false;
  }
  resetBackoff() {
    let str = arg0;
    if (arg0 === undefined) {
      str = "";
    }
    const self = this;
    let flag = this.backoff.fails > 0 && null == self.webSocket;
    if (flag) {
      const logger = self.logger;
      let str2 = "";
      const info = logger.info;
      if ("" !== str) {
        str2 = `for reason: ${str}`;
      }
      info(`Connection backoff reset ${str2}`);
      const backoff = self.backoff;
      backoff.succeed();
      self.reconnect(false, obj2.RESET_BACKOFF, "Reset backoff.");
      flag = true;
    }
    return flag;
  }
  close() {
    const logger = this.logger;
    logger.info("CLOSE");
    this.cleanupWebSocket((close) => close.close(4000));
    this.cleanupState();
    this.connectionState = constants3.DISCONNECTED;
    this.emit(obj3.Disconnect, true, 1000, "Force Close");
  }
  destroy() {
    this.close();
  }
  selectProtocol(protocol, rTCConnectionId, sdp, _selectedExperiments) {
    let codecs;
    let codecs1;
    const obj = {};
    let tmp = obj;
    sdp = null;
    if (null != sdp) {
      if ("sdp" in sdp) {
        if (null != sdp.sdp) {
          if ("" !== sdp.sdp) {
            sdp = sdp.sdp;
            obj3 = { codecs: codecs.map(f87117), rtc_connection_id: rTCConnectionId };
            const merged = Object.assign(sdp);
            codecs = sdp.codecs;
            tmp = obj3;
          }
        }
      }
      let BooleanResult = "address" in sdp && null != sdp.address && "" !== sdp.address;
      if (BooleanResult) {
        const _Boolean = Boolean;
        BooleanResult = Boolean(sdp.port);
      }
      if (BooleanResult) {
        BooleanResult = null != sdp.mode;
      }
      if (BooleanResult) {
        BooleanResult = "" !== sdp.mode;
      }
      tmp = obj;
      if (BooleanResult) {
        const obj4 = { address: null, port: null, mode: null };
        ({ address: obj2.address, port: obj2.port, mode: obj2.mode } = sdp);
        const obj5 = { codecs: codecs1.map(f87117), rtc_connection_id: rTCConnectionId, experiments: _selectedExperiments };
        const merged1 = Object.assign(sdp);
        codecs1 = sdp.codecs;
        tmp = obj5;
        sdp = obj4;
      }
    }
    const send = this.send;
    const SELECT_PROTOCOL = obj.SELECT_PROTOCOL;
    const obj9 = { protocol, data: sdp };
    const merged2 = Object.assign(tmp);
    send(SELECT_PROTOCOL, obj9);
  }
  updateSession(codecs) {
    const obj = { codecs: codecs.map(f87117) };
    codecs = codecs.codecs;
    const send = this.send;
    const SESSION_UPDATE = obj.SESSION_UPDATE;
    send(SESSION_UPDATE, obj);
  }
  speaking(_lastSentSpeakingStatus, packetDelay, _lastSentSSRC) {
    let num = packetDelay;
    if (packetDelay === undefined) {
      num = 0;
    }
    let num2 = _lastSentSSRC;
    if (_lastSentSSRC === undefined) {
      num2 = 0;
    }
    let BooleanResult = _lastSentSpeakingStatus;
    const send = this.send;
    const SPEAKING = obj.SPEAKING;
    if (this.serverVersion <= 3) {
      const _Boolean = Boolean;
      BooleanResult = Boolean(_lastSentSpeakingStatus);
    }
    send(SPEAKING, { speaking: BooleanResult, delay: num, ssrc: num2 });
  }
  video(audio_ssrc, video_ssrc, rtx_ssrc, arr) {
    let mapped;
    let obj = { audio_ssrc, video_ssrc, rtx_ssrc, streams: mapped };
    mapped = undefined;
    const send = this.send;
    const VIDEO = obj.VIDEO;
    if (arr != null) {
      mapped = arr.map(f87118);
    }
    send(VIDEO, obj);
  }
  mediaSinkWants(localVideoSinkWants) {
    const self = this;
    if (this.serverVersion >= 5) {
      self.send(obj.MEDIA_SINK_WANTS, localVideoSinkWants);
    }
  }
  secureFramesReadyForTransition(transition_id) {
    const obj = { transition_id };
    this.send(obj.DAVE_PROTOCOL_READY_FOR_TRANSITION, obj);
  }
  sendMLSKeyPackage(arg0) {
    const logger = this.logger;
    logger.info("Sending MLS key package");
    const sendBinary = this.sendBinary;
    const MLS_KEY_PACKAGE = obj.MLS_KEY_PACKAGE;
    const uint8Array = new Uint8Array(arg0);
    sendBinary(MLS_KEY_PACKAGE, uint8Array);
  }
  sendMLSCommitWelcome(byteLength) {
    const logger = this.logger;
    logger.info("Sending MLS commit + welcome message");
    const sendBinary = this.sendBinary;
    const MLS_COMMIT_WELCOME = obj.MLS_COMMIT_WELCOME;
    const uint8Array = new Uint8Array(byteLength);
    sendBinary(MLS_COMMIT_WELCOME, uint8Array);
  }
  flagMLSInvalidCommitWelcome(transition_id) {
    const obj = { transition_id };
    this.send(obj.MLS_INVALID_COMMIT_WELCOME, obj);
  }
  disconnectForRepeatedMLSInvalidMessages(arg0) {
    const logger = this.logger;
    logger.warn("[MLS] " + arg0 + " consecutive invalid commit/welcome messages.");
    this.cleanupWebSocket((close) => close.close(constants.REPEATED_MLS_INVALID_MESSAGES));
    this.disconnect(false, obj2.REPEATED_MLS_INVALID_MESSAGES, "Repeated invalid MLS commit/welcome messages.");
  }
  disconnectForRefusedDaveDowngrade(EPOCH) {
    const logger = this.logger;
    logger.warn("[DAVE] Refused protocol downgrade to version 0 at " + EPOCH + ".");
    this.cleanupWebSocket((close) => close.close(constants.DAVE_DOWNGRADE_REFUSED));
    this.disconnect(false, obj2.DAVE_DOWNGRADE_REFUSED, "Refused DAVE protocol downgrade.");
  }
  noRoute() {
    this.send(obj.CLIENT_CANNOT_REACH_RTC_SERVER, {});
  }
  setHeartbeatIntervalModifier(heartbeatIntervalModifier) {
    this.heartbeatIntervalModifier = heartbeatIntervalModifier;
  }
}
const prototype = RTCControlSocket.prototype;
let size = size_mod;
let result = size.fileFinishedImporting("lib/RTCControlSocket.tsx");

export default RTCControlSocket;
export { RTCSocketOpcode };
export const RTCSocketCloseCode = obj2;
export const SocketEvent = obj3;