decord/beta/source/modules/soundplayer/SoundPlayer.tsx
2026-10-12 16:32:48 +00:00

1688 lines
61 KiB
TypeScript

// Module ID: 17688
// Function ID: 17689
// Name: SoundPlayer
// Dependencies: [19, 2064, 5440, 10652, 10807, 5111, 2069, 5897, 502, 2065, 2087, 2012, 12566, 5110, 2116, 5947, 5113, 5116, 1085, 10802, 21, 558, 576, 504, 10980, 16674, 5416, 5900, 17689, 4739, 1388, 10810, 11423, 6946, 2]
// Module 17688 (SoundPlayer)
import react2 from "react" /* 576 */;
import EmbeddedActivitiesStore2 from "EmbeddedActivitiesStore" /* 2064 */;
import ChannelRecord from "ChannelRecord" /* 2069 */;
import FramesConstants from "FramesConstants" /* 10802 */;
import getChannelIdForEmbeddedSurfaceDefault from "getChannelIdForEmbeddedSurface" /* 10810 */;
import SoundUtils from "SoundUtils" /* 10980 */;
import VoiceConnectFeedbackExperimentDefault from "VoiceConnectFeedbackExperiment" /* 16674 */;
import _modDef17689 from "module_17689" /* 17689 */;
import react_mod from "react" /* 19 */;
import ApplicationStore from "ApplicationStore" /* 5440 */;
import ConjureProjectStore from "ConjureProjectStore" /* 10652 */;
import FramesStore from "FramesStore" /* 10807 */;
import GameConsoleStore from "GameConsoleStore" /* 5111 */;
import ApplicationStreamingStore from "ApplicationStreamingStore" /* 5897 */;
import AuthenticationStore from "AuthenticationStore" /* 502 */;
import ChannelStore from "ChannelStore" /* 2065 */;
import GuildStore from "GuildStore" /* 2087 */;
import MediaEngineStore from "MediaEngineStore" /* 2012 */;
import NotificationSettingsStore from "NotificationSettingsStore" /* 12566 */;
import RTCConnectionStore from "RTCConnectionStore" /* 5110 */;
import SelectedChannelStore from "SelectedChannelStore" /* 2116 */;
import SpeakingStore from "SpeakingStore" /* 5947 */;
import VoiceStateStore from "VoiceStateStore" /* 5113 */;
import SortedVoiceStateStore from "SortedVoiceStateStore" /* 5116 */;
import Constants from "Constants" /* 1085 */;
import Fragment from "Fragment" /* 21 */;
import ReactCompilerGating_mod from "ReactCompilerGating" /* 558 */;
import size from "module_2" /* 2 */;
const require = globalThis.__r;
const EmbeddedActivitiesStore = EmbeddedActivitiesStore2;
let _require, allActiveStreams, connectedActivityLocation, dependencyMap, isSoundDisabled, mainFrame, voiceStateForChannel;
let closure_22;
let closure_23;
let closure_24;
let closure_25;
let closure_27;
let closure_28;
let closure_29;
let react = react_mod;
const NO_ACTIVITIES = EmbeddedActivitiesStore2.NO_ACTIVITIES;
let closure_10 = ChannelRecord.SILENT_JOIN_LEAVE_CHANNEL_TYPES;
({ InputModes: closure_22, ApplicationStreamStates: closure_23, ChannelTypes: closure_24, RTCConnectionStates: closure_25 } = Constants);
const isLaunched = FramesConstants.isLaunched;
({ jsx: closure_27, Fragment: closure_28, jsxs: closure_29 } = Fragment);
let c30 = 25;
let ReactCompilerGating = ReactCompilerGating_mod;
let closure_31 = ReactCompilerGating.isReactCompilerEnabled() ? (function useSound(arg0, arg1, arg2, arg3) {
let closure_2;
let closure_3;
_require = arg0;
let closure_1 = arg1;
dependencyMap = arg2;
react = arg3;
const obj = require("react");
const cResult = obj.c(5);
if (cResult[0] === arg2) {
if (cResult[1] === arg1) {
if (cResult[2] === arg0) {
let tmp2;
if (cResult[3] === arg3) {
tmp2 = cResult[4];
}
const effect = react.useEffect(tmp2);
}
}
}
const fn = function o() {
let batchedStoreListener;
closure_0 = batchedStoreListener();
batchedStoreListener = new closure_0(closure_2[23]).BatchedStoreListener(closure_0, () => {
const tmp = batchedStoreListener();
const tmp2 = closure_2(closure_0, tmp);
const isSoundDisabledResult = null == tmp2 || NotificationSettingsStore.isSoundDisabled(tmp2);
if (!isSoundDisabledResult) {
let num = closure_3;
const playSound = SoundUtils.playSound;
SoundUtils;
if (closure_3 == null) {
num = 0.4;
}
playSound(tmp2, num);
}
closure_0 = tmp;
});
batchedStoreListener.attach("useSound");
return () => batchedStoreListener.detach();
};
cResult[0] = arg2;
cResult[1] = arg1;
cResult[2] = arg0;
cResult[3] = arg3;
cResult[4] = fn;
tmp2 = fn;
}) : (function useSound(arg0, arg1, arg2, arg3) {
let closure_3;
let closure_0 = arg0;
let closure_1 = arg1;
let closure_2 = arg2;
react = arg3;
const effect = react.useEffect(() => {
let batchedStoreListener;
closure_0 = batchedStoreListener();
batchedStoreListener = new closure_0(closure_2[23]).BatchedStoreListener(closure_0, () => {
const tmp = batchedStoreListener();
const tmp2 = closure_2(closure_0, tmp);
const isSoundDisabledResult = null == tmp2 || NotificationSettingsStore.isSoundDisabled(tmp2);
if (!isSoundDisabledResult) {
let num = closure_3;
const playSound = SoundUtils.playSound;
SoundUtils;
if (closure_3 == null) {
num = 0.4;
}
playSound(tmp2, num);
}
closure_0 = tmp;
});
batchedStoreListener.attach("useSound");
return () => batchedStoreListener.detach();
});
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_32 = ReactCompilerGating.isReactCompilerEnabled() ? (function MuteDeafen() {
let tmp2;
let tmp3;
let tmp4;
let voiceChannelId;
let obj = react2;
const cResult = obj.c(3);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const items = [MediaEngineStore, SelectedChannelStore];
const fn = function t() {
const obj = { inVoiceChannel: null != voiceChannelId.getVoiceChannelId(), selfMute: MediaEngineStore.isSelfMute(), selfDeaf: MediaEngineStore.isSelfDeaf(), audioPermissionReady: MediaEngineStore.isNativeAudioPermissionReady(), shouldSkipMuteUnmuteSound: MediaEngineStore.shouldSkipMuteUnmuteSound() };
return obj;
};
const fn2 = function l(selfDeaf, arg1) {
let inVoiceChannel;
let selfMute;
({ inVoiceChannel, selfMute, selfDeaf } = arg1);
if (inVoiceChannel) {
if (selfDeaf.selfDeaf !== selfDeaf) {
let str2 = "undeafen";
if (selfDeaf) {
str2 = "deafen";
}
return str2;
} else if (tmp) {
let tmp4;
if (selfDeaf.selfMute !== selfMute) {
let str;
if (tmp2) {
const result = MediaEngineStore.notifyMuteUnmuteSoundWasSkipped();
} else {
str = "unmute";
if (selfMute) {
str = "mute";
}
}
tmp4 = str;
}
return tmp4;
}
}
};
cResult[0] = items;
cResult[1] = fn;
cResult[2] = fn2;
tmp4 = fn2;
tmp2 = items;
tmp3 = fn;
} else {
[tmp2, tmp3, tmp4] = cResult;
}
closure_31(tmp2, tmp3, tmp4);
return null;
}) : (function MuteDeafen() {
let voiceChannelId;
const items = [MediaEngineStore, SelectedChannelStore];
const tmp = closure_31(items, () => {
const obj = { inVoiceChannel: null != voiceChannelId.getVoiceChannelId(), selfMute: MediaEngineStore.isSelfMute(), selfDeaf: MediaEngineStore.isSelfDeaf(), audioPermissionReady: MediaEngineStore.isNativeAudioPermissionReady(), shouldSkipMuteUnmuteSound: MediaEngineStore.shouldSkipMuteUnmuteSound() };
return obj;
}, (selfDeaf, arg1) => {
let inVoiceChannel;
let selfMute;
({ inVoiceChannel, selfMute, selfDeaf } = arg1);
if (inVoiceChannel) {
if (selfDeaf.selfDeaf !== selfDeaf) {
let str2 = "undeafen";
if (selfDeaf) {
str2 = "deafen";
}
return str2;
} else if (tmp) {
let tmp4;
if (selfDeaf.selfMute !== selfMute) {
let str;
if (tmp2) {
const result = MediaEngineStore.notifyMuteUnmuteSoundWasSkipped();
} else {
str = "unmute";
if (selfMute) {
str = "mute";
}
}
tmp4 = str;
}
return tmp4;
}
}
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_33 = ReactCompilerGating.isReactCompilerEnabled() ? (function Camera() {
let tmp2;
let tmp3;
let tmp4;
let voiceChannelId;
let obj = react2;
const cResult = obj.c(3);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const items = [MediaEngineStore, SelectedChannelStore];
const fn = function t() {
const obj = { videoEnabled: videoEnabled.isVideoEnabled(), inVoiceChannel: null != voiceChannelId.getVoiceChannelId() };
return obj;
};
const fn2 = function l(videoEnabled, videoEnabled2) {
videoEnabled = videoEnabled2.videoEnabled;
if (videoEnabled.videoEnabled !== videoEnabled) {
if (videoEnabled.inVoiceChannel) {
if (videoEnabled2.inVoiceChannel) {
let str = "camera_off";
if (videoEnabled) {
str = "camera_on";
}
return str;
}
}
}
};
cResult[0] = items;
cResult[1] = fn;
cResult[2] = fn2;
tmp2 = items;
tmp3 = fn;
tmp4 = fn2;
} else {
[tmp2, tmp3, tmp4] = cResult;
}
closure_31(tmp2, tmp3, tmp4);
return null;
}) : (function Camera() {
let voiceChannelId;
const items = [MediaEngineStore, SelectedChannelStore];
closure_31(items, () => {
const obj = { videoEnabled: videoEnabled.isVideoEnabled(), inVoiceChannel: null != voiceChannelId.getVoiceChannelId() };
return obj;
}, (videoEnabled, videoEnabled2) => {
videoEnabled = videoEnabled2.videoEnabled;
if (videoEnabled.videoEnabled !== videoEnabled) {
if (videoEnabled.inVoiceChannel) {
if (videoEnabled2.inVoiceChannel) {
let str = "camera_off";
if (videoEnabled) {
str = "camera_on";
}
return str;
}
}
}
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_34 = ReactCompilerGating.isReactCompilerEnabled() ? (function RTCConnect() {
let tmp2;
let tmp3;
let tmp4;
let voiceChannelId;
let obj = react2;
const cResult = obj.c(3);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const items = [ChannelStore, , , ];
items[1] = RTCConnectionStore;
items[2] = SelectedChannelStore;
items[3] = GameConsoleStore;
const fn = function t() {
channel = channel.getChannel(voiceChannelId.getVoiceChannelId());
let type;
if (channel != null) {
type = channel.type;
}
let guildId;
if (channel != null) {
guildId = channel.getGuildId();
}
const wasEverRtcConnected = RTCConnectionStore.getWasEverRtcConnected();
const state = RTCConnectionStore.getState();
const obj = { channelType: type, guildId, connected: state === constants.RTC_CONNECTED, connectHasStarted: !wasEverRtcConnected && state !== constants.DISCONNECTED || state === constants.RTC_CONNECTED, awaitingRemote: null != GameConsoleStore.getAwaitingRemoteSessionInfo(), connectedRemote: null != GameConsoleStore.getRemoteSessionId() };
return obj;
};
const fn2 = function l(connectedRemote, arg1) {
let awaitingRemote;
let channelType;
let channelType2;
let connectHasStarted;
let connected;
let connected2;
({ channelType, connected, connectedRemote } = arg1);
({ channelType: channelType2, connected: connected2 } = connectedRemote);
let tmp = connectedRemote;
({ connectHasStarted, awaitingRemote } = arg1);
if (connectedRemote) {
tmp = !connectedRemote.connectedRemote;
}
let tmp2 = !connectedRemote.connectHasStarted && connectHasStarted;
if (!tmp2) {
if (!(!connected2 && connected)) {
if (!tmp) {
if (connected2) {
if (!connected) {
if (!awaitingRemote) {
if (!connectedRemote) {
return "disconnect";
}
}
}
}
}
}
}
if (tmp) {
return "user_join";
} else {
const obj = VoiceConnectFeedbackExperimentDefault;
if (obj.getConfig({ location: "RTCConnect" }).rtcConnectionJoinSounds) {
tmp2 = tmp3;
}
if (tmp2) {
return "user_join";
}
}
};
cResult[0] = items;
cResult[1] = fn;
cResult[2] = fn2;
tmp3 = fn;
tmp2 = items;
tmp4 = fn2;
} else {
[tmp2, tmp3, tmp4] = cResult;
}
closure_31(tmp2, tmp3, tmp4);
return null;
}) : (function RTCConnect() {
let voiceChannelId;
const items = [ChannelStore, RTCConnectionStore, SelectedChannelStore, GameConsoleStore];
let tmp = closure_31(items, () => {
channel = channel.getChannel(voiceChannelId.getVoiceChannelId());
let type;
if (channel != null) {
type = channel.type;
}
let guildId;
if (channel != null) {
guildId = channel.getGuildId();
}
const wasEverRtcConnected = RTCConnectionStore.getWasEverRtcConnected();
const state = RTCConnectionStore.getState();
const obj = { channelType: type, guildId, connected: state === constants.RTC_CONNECTED, connectHasStarted: !wasEverRtcConnected && state !== constants.DISCONNECTED || state === constants.RTC_CONNECTED, awaitingRemote: null != GameConsoleStore.getAwaitingRemoteSessionInfo(), connectedRemote: null != GameConsoleStore.getRemoteSessionId() };
return obj;
}, (connectedRemote, arg1) => {
let awaitingRemote;
let channelType;
let channelType2;
let connectHasStarted;
let connected;
let connected2;
({ channelType, connected, connectedRemote } = arg1);
({ channelType: channelType2, connected: connected2 } = connectedRemote);
let tmp = connectedRemote;
({ connectHasStarted, awaitingRemote } = arg1);
if (connectedRemote) {
tmp = !connectedRemote.connectedRemote;
}
let tmp2 = !connectedRemote.connectHasStarted && connectHasStarted;
if (!tmp2) {
if (!(!connected2 && connected)) {
if (!tmp) {
if (connected2) {
if (!connected) {
if (!awaitingRemote) {
if (!connectedRemote) {
return "disconnect";
}
}
}
}
}
}
}
if (tmp) {
return "user_join";
} else {
const obj = VoiceConnectFeedbackExperimentDefault;
if (obj.getConfig({ location: "RTCConnect" }).rtcConnectionJoinSounds) {
tmp2 = tmp3;
}
if (tmp2) {
return "user_join";
}
}
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_35 = ReactCompilerGating.isReactCompilerEnabled() ? (function Speaking() {
let currentUserPTTActive;
let tmp2;
let tmp3;
let tmp4;
const obj = react2;
const cResult = obj.c(3);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const items = [SpeakingStore];
const fn = function t() {
return currentUserPTTActive.isCurrentUserPTTActive();
};
const fn2 = function l(arg0, arg1) {
if (arg0 !== arg1) {
const isSelfMuteResult = MediaEngineStore.isSelfMute();
if (MediaEngineStore.getMode() === constants.PUSH_TO_TALK) {
if (!isSelfMuteResult) {
let str = "ptt_stop";
if (arg1) {
str = "ptt_start";
}
return str;
}
}
}
};
cResult[0] = items;
cResult[1] = fn;
cResult[2] = fn2;
tmp2 = items;
tmp3 = fn;
tmp4 = fn2;
} else {
[tmp2, tmp3, tmp4] = cResult;
}
closure_31(tmp2, tmp3, tmp4);
return null;
}) : (function Speaking() {
let currentUserPTTActive;
const items = [SpeakingStore];
closure_31(items, () => currentUserPTTActive.isCurrentUserPTTActive(), (arg0, arg1) => {
if (arg0 !== arg1) {
const isSelfMuteResult = MediaEngineStore.isSelfMute();
if (MediaEngineStore.getMode() === constants.PUSH_TO_TALK) {
if (!isSelfMuteResult) {
let str = "ptt_stop";
if (arg1) {
str = "ptt_start";
}
return str;
}
}
}
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_36 = ReactCompilerGating.isReactCompilerEnabled() ? (function SelfMutedTemporarily() {
let tmp2;
let tmp3;
let tmp4;
const obj = react2;
const cResult = obj.c(3);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const items = [MediaEngineStore, NotificationSettingsStore];
const fn = function t() {
return MediaEngineStore.isSelfMutedTemporarily();
};
const fn2 = function l(arg0, arg1) {
if (arg0 !== arg1) {
const isSelfMuteResult = MediaEngineStore.isSelfMute();
if (MediaEngineStore.getMode() === constants.VOICE_ACTIVITY) {
if (!isSelfMuteResult) {
let str = "unmute";
isSoundDisabled = isSoundDisabled.isSoundDisabled;
if (arg1) {
str = "mute";
}
if (!isSoundDisabled(str)) {
let str2 = "ptt_start";
if (arg1) {
str2 = "ptt_stop";
}
return str2;
}
}
}
}
};
cResult[0] = items;
cResult[1] = fn;
cResult[2] = fn2;
tmp2 = items;
tmp3 = fn;
tmp4 = fn2;
} else {
[tmp2, tmp3, tmp4] = cResult;
}
closure_31(tmp2, tmp3, tmp4);
return null;
}) : (function SelfMutedTemporarily() {
const items = [MediaEngineStore, NotificationSettingsStore];
closure_31(items, () => MediaEngineStore.isSelfMutedTemporarily(), (arg0, arg1) => {
if (arg0 !== arg1) {
const isSelfMuteResult = MediaEngineStore.isSelfMute();
if (MediaEngineStore.getMode() === constants.VOICE_ACTIVITY) {
if (!isSelfMuteResult) {
let str = "unmute";
isSoundDisabled = isSoundDisabled.isSoundDisabled;
if (arg1) {
str = "mute";
}
if (!isSoundDisabled(str)) {
let str2 = "ptt_start";
if (arg1) {
str2 = "ptt_stop";
}
return str2;
}
}
}
}
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_37 = ReactCompilerGating.isReactCompilerEnabled() ? (function PriorityVAD() {
let currentUserPrioritySpeaker;
let tmp2;
let tmp3;
let tmp4;
const obj = react2;
const cResult = obj.c(3);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const items = [SpeakingStore];
const fn = function t() {
return currentUserPrioritySpeaker.isCurrentUserPrioritySpeaker();
};
const fn2 = function l(arg0, arg1) {
if (arg0 !== arg1) {
const isSelfMuteResult = MediaEngineStore.isSelfMute();
if (MediaEngineStore.getMode() === constants.VOICE_ACTIVITY) {
if (!isSelfMuteResult) {
let str = "ptt_stop";
if (arg1) {
str = "ptt_start";
}
return str;
}
}
}
};
cResult[0] = items;
cResult[1] = fn;
cResult[2] = fn2;
tmp2 = items;
tmp3 = fn;
tmp4 = fn2;
} else {
[tmp2, tmp3, tmp4] = cResult;
}
closure_31(tmp2, tmp3, tmp4);
return null;
}) : (function PriorityVAD() {
let currentUserPrioritySpeaker;
const items = [SpeakingStore];
closure_31(items, () => currentUserPrioritySpeaker.isCurrentUserPrioritySpeaker(), (arg0, arg1) => {
if (arg0 !== arg1) {
const isSelfMuteResult = MediaEngineStore.isSelfMute();
if (MediaEngineStore.getMode() === constants.VOICE_ACTIVITY) {
if (!isSelfMuteResult) {
let str = "ptt_stop";
if (arg1) {
str = "ptt_start";
}
return str;
}
}
}
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_38 = ReactCompilerGating.isReactCompilerEnabled() ? (function UserHasBeenMoved() {
let tmp2;
let tmp3;
let tmp4;
const obj = react2;
const cResult = obj.c(3);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const items = [VoiceStateStore];
const fn = function t() {
return VoiceStateStore.userHasBeenMovedVersion;
};
const fn2 = function l(arg0, arg1) {
if (arg0 !== arg1) {
return "user_moved";
}
};
cResult[0] = items;
cResult[1] = fn;
cResult[2] = fn2;
tmp2 = items;
tmp3 = fn;
tmp4 = fn2;
} else {
[tmp2, tmp3, tmp4] = cResult;
}
closure_31(tmp2, tmp3, tmp4);
return null;
}) : (function UserHasBeenMoved() {
const items = [VoiceStateStore];
closure_31(items, () => VoiceStateStore.userHasBeenMovedVersion, (arg0, arg1) => {
if (arg0 !== arg1) {
return "user_moved";
}
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_39 = ReactCompilerGating.isReactCompilerEnabled() ? (function UserInvitedToSpeak() {
let tmp2;
let tmp3;
let tmp4;
let obj = react2;
const cResult = obj.c(3);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const items = [SelectedChannelStore, ];
items[1] = VoiceStateStore;
const fn = function t() {
voiceChannelId = voiceChannelId.getVoiceChannelId();
if (null == voiceChannelId) {
return require("useAudienceRequestToSpeakState").RequestToSpeakStates.NONE;
} else {
voiceStateForChannel = voiceStateForChannel.getVoiceStateForChannel(voiceChannelId);
const obj = require("useAudienceRequestToSpeakState");
return obj.getAudienceRequestToSpeakState(voiceStateForChannel);
}
};
const fn2 = function l(arg0, arg1) {
if (arg0 !== arg1) {
if (arg1 === require("useAudienceRequestToSpeakState").RequestToSpeakStates.REQUESTED_TO_SPEAK_AND_AWAITING_USER_ACK) {
return "reconnect";
}
}
};
cResult[0] = items;
cResult[1] = fn;
cResult[2] = fn2;
tmp2 = items;
tmp3 = fn;
tmp4 = fn2;
} else {
[tmp2, tmp3, tmp4] = cResult;
}
closure_31(tmp2, tmp3, tmp4);
return null;
}) : (function UserInvitedToSpeak() {
const items = [SelectedChannelStore, VoiceStateStore];
closure_31(items, () => {
voiceChannelId = voiceChannelId.getVoiceChannelId();
if (null == voiceChannelId) {
return require("useAudienceRequestToSpeakState").RequestToSpeakStates.NONE;
} else {
voiceStateForChannel = voiceStateForChannel.getVoiceStateForChannel(voiceChannelId);
const obj = require("useAudienceRequestToSpeakState");
return obj.getAudienceRequestToSpeakState(voiceStateForChannel);
}
}, (arg0, arg1) => {
if (arg0 !== arg1) {
if (arg1 === require("useAudienceRequestToSpeakState").RequestToSpeakStates.REQUESTED_TO_SPEAK_AND_AWAITING_USER_ACK) {
return "reconnect";
}
}
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_40 = ReactCompilerGating.isReactCompilerEnabled() ? (function VoiceChannel() {
let channelId;
let constants2;
let first;
let id;
let inChannel;
let tmp3;
let tmp4;
let tmp5;
const obj = require("react");
const cResult = obj.c(4);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
let items = [];
let num = 0;
cResult[0] = items;
first = items;
} else {
first = cResult[0];
}
_require = react.useRef(first);
if (cResult[1] === Symbol.for("react.memo_cache_sentinel")) {
const tmp6 = SelectedChannelStore;
let items1 = [SelectedChannelStore, , , , , ];
items1[1] = ApplicationStreamingStore;
let tmp8 = AuthenticationStore;
items1[2] = AuthenticationStore;
items1[3] = VoiceStateStore;
let tmp10 = ChannelStore;
items1[4] = ChannelStore;
items1[5] = RTCConnectionStore;
const fn = function c() {
let first;
voiceChannelId = voiceChannelId.getVoiceChannelId();
const currentUserId = id.getId();
let items = [];
const items1 = [];
allActiveStreams = allActiveStreams.getAllActiveStreams();
let rtcUserIds = items1;
let rtcConnected = false;
let streamingUserIds = items;
let voiceChannelUserCount;
let channelType;
if (null != voiceChannelId) {
channel = channel.getChannel(voiceChannelId);
let diff;
let tmp10;
if (null != channel) {
const type = channel.type;
const result = SortedVoiceStateStore.countVoiceStatesForChannel(channel.id);
let num = 0;
if (inChannel.isInChannel(channel.id)) {
num = 1;
}
diff = result - num;
const allApplicationStreamsForChannel = obj.getAllApplicationStreamsForChannel(channel.id);
items = allApplicationStreamsForChannel.map((ownerId) => ownerId.ownerId);
tmp10 = type;
}
rtcUserIds = items1;
rtcConnected = false;
streamingUserIds = items;
voiceChannelUserCount = diff;
channelType = tmp10;
const tmp14 = channelId.getChannelId() === voiceChannelId && obj2.getState() === constants2.RTC_CONNECTED;
if (tmp14) {
const _Array = Array;
let userIds = obj2.getUserIds();
if (userIds == null) {
userIds = [];
}
const fromResult = from(userIds);
rtcUserIds = fromResult.filter((item) => item !== currentUserId);
rtcConnected = true;
streamingUserIds = items;
voiceChannelUserCount = diff;
channelType = tmp10;
}
}
if (1 === allActiveStreams.length) {
first = allActiveStreams[0];
} else {
first = obj.getCurrentUserActiveStream();
}
let state;
if (first != null) {
state = first.state;
}
if (state === constants.CONNECTING) {
first = null;
}
let singleActiveStreamViewerCount = 0;
let singleActiveStreamKey = null;
if (null != first) {
const obj3 = closure_0(dependencyMap[27]);
const encodeStreamKeyResult = obj3.encodeStreamKey(first);
const viewerIds = obj.getViewerIds(encodeStreamKeyResult);
singleActiveStreamViewerCount = viewerIds.filter((item) => item !== currentUserId).length;
singleActiveStreamKey = encodeStreamKeyResult;
}
return { channelType, voiceChannelId, voiceChannelUserCount, streamingUserIds, singleActiveStreamKey, singleActiveStreamViewerCount, currentUserId, allActiveStreams, rtcConnected, rtcUserIds };
};
const fn2 = function o(rtcConnected, arg1) {
let channelType;
let closure_129_2;
let keys;
let rtcUserIds;
let singleActiveStreamKey;
let singleActiveStreamViewerCount;
let streamingUserIds;
let streamingUserIds2;
let tmp2;
let voiceChannelUserCount;
let voiceChannelUserCount2;
closure_0 = rtcConnected;
({ channelType, voiceChannelId, voiceChannelUserCount, streamingUserIds } = arg1);
({ singleActiveStreamKey, singleActiveStreamViewerCount, currentUserId: closure_129_2, rtcConnected, rtcUserIds } = arg1);
const tmp = closure_0;
if (rtcConnected) {
let rtcConnected2 = rtcConnected.rtcConnected;
if (!rtcConnected2) {
rtcConnected2 = null == voiceChannelId;
}
keys = tmp2;
if (!rtcConnected2) {
const _Object = Object;
keys = Object.keys(VoiceStateStore.getVoiceStatesForChannel(voiceChannelId));
}
} else {
keys = [];
}
const tmp8 = _modDef17689(rtcUserIds, rtcConnected.rtcUserIds);
const rtcConnected3 = rtcConnected.rtcConnected && rtcConnected.rtcUserIds.length <= c30 && tmp6(17689)(tmp8, keys).length > 0;
const tmp10 = rtcConnected.rtcConnected && rtcConnected && rtcConnected.rtcUserIds.length <= c30 && tmp6(17689)(rtcConnected.rtcUserIds, rtcUserIds).length > 0;
tmp.current = _modDef17689(keys, tmp8);
if (rtcConnected.voiceChannelId === voiceChannelId) {
if (null != voiceChannelId) {
channel = ChannelStore.getChannel(voiceChannelId);
let flag = false;
if (null != channel) {
const guildId = channel.getGuildId();
flag = false;
if (null != guildId) {
const guild = GuildStore.getGuild(guildId);
flag = null != guild && guild.afkChannelId === channel.id;
}
}
if (!flag) {
allActiveStreams = rtcConnected.allActiveStreams;
const someResult = streamingUserIds.some((item) => {
streamingUserIds = streamingUserIds.streamingUserIds;
return !streamingUserIds.includes(item);
});
let closure_3 = allActiveStreams.map((ownerId) => ownerId.ownerId);
({ streamingUserIds: streamingUserIds2, voiceChannelUserCount: voiceChannelUserCount2 } = rtcConnected);
let tmp20 = null != voiceChannelUserCount2;
const someResult1 = streamingUserIds2.some((item) => {
const hasItem = streamingUserIds.includes(item);
let tmp2 = !hasItem;
if (tmp2) {
const hasItem1 = item === closure_1_2 || closure_3.includes(item);
tmp2 = hasItem1;
}
return tmp2;
});
if (tmp20) {
tmp20 = null != voiceChannelUserCount;
}
if (tmp20) {
tmp20 = voiceChannelUserCount2 <= c30;
}
let tmp22 = tmp20 && voiceChannelUserCount > voiceChannelUserCount2;
if (tmp20) {
tmp20 = voiceChannelUserCount < voiceChannelUserCount2;
}
let rtcConnectionJoinSounds = tmp22 || tmp20 || rtcConnected3 || tmp10;
if (rtcConnectionJoinSounds) {
const tmp6Result = VoiceConnectFeedbackExperimentDefault;
rtcConnectionJoinSounds = tmp6Result.getConfig({ location: "VoiceChannel" }).rtcConnectionJoinSounds;
}
if (rtcConnectionJoinSounds) {
tmp20 = tmp10;
tmp22 = rtcConnected3;
}
let str = "stream_started";
if (!someResult) {
let str2 = "stream_ended";
if (!someResult1) {
const tmp23 = c30;
if (rtcConnected.singleActiveStreamViewerCount <= c30) {
let str3;
if (null != singleActiveStreamKey && rtcConnected.singleActiveStreamKey === singleActiveStreamKey) {
str3 = "stream_user_joined";
}
str2 = str3;
}
let str4 = "user_join";
if (!tmp22) {
let str5 = "user_leave";
if (!tmp20) {
let str6;
if (rtcConnected.singleActiveStreamViewerCount <= tmp23) {
if (null != singleActiveStreamKey && rtcConnected.singleActiveStreamKey === singleActiveStreamKey) {
if (singleActiveStreamViewerCount < rtcConnected.singleActiveStreamViewerCount) {
str6 = "stream_user_left";
}
}
}
str5 = str6;
}
str4 = str5;
}
str3 = str4;
}
str = str2;
}
return str;
}
}
}
};
cResult[1] = items1;
cResult[2] = fn;
cResult[3] = fn2;
tmp5 = fn2;
tmp4 = fn;
tmp3 = items1;
} else {
tmp3 = cResult[1];
tmp4 = cResult[2];
tmp5 = cResult[3];
}
closure_31(tmp3, tmp4, tmp5);
return null;
}) : (function VoiceChannel() {
let channelId;
let constants2;
let id;
let inChannel;
let closure_0 = react.useRef([]);
let items = [SelectedChannelStore, ApplicationStreamingStore, AuthenticationStore, VoiceStateStore, ChannelStore, RTCConnectionStore];
let tmp = closure_31(items, () => {
let first;
voiceChannelId = voiceChannelId.getVoiceChannelId();
const currentUserId = id.getId();
let items = [];
const items1 = [];
allActiveStreams = allActiveStreams.getAllActiveStreams();
let rtcUserIds = items1;
let rtcConnected = false;
let streamingUserIds = items;
let voiceChannelUserCount;
let channelType;
if (null != voiceChannelId) {
channel = channel.getChannel(voiceChannelId);
let diff;
let tmp10;
if (null != channel) {
const type = channel.type;
const result = SortedVoiceStateStore.countVoiceStatesForChannel(channel.id);
let num = 0;
if (inChannel.isInChannel(channel.id)) {
num = 1;
}
diff = result - num;
const allApplicationStreamsForChannel = obj.getAllApplicationStreamsForChannel(channel.id);
items = allApplicationStreamsForChannel.map((ownerId) => ownerId.ownerId);
tmp10 = type;
}
rtcUserIds = items1;
rtcConnected = false;
streamingUserIds = items;
voiceChannelUserCount = diff;
channelType = tmp10;
const tmp14 = channelId.getChannelId() === voiceChannelId && obj2.getState() === constants2.RTC_CONNECTED;
if (tmp14) {
const _Array = Array;
let userIds = obj2.getUserIds();
if (userIds == null) {
userIds = [];
}
const fromResult = from(userIds);
rtcUserIds = fromResult.filter((item) => item !== currentUserId);
rtcConnected = true;
streamingUserIds = items;
voiceChannelUserCount = diff;
channelType = tmp10;
}
}
if (1 === allActiveStreams.length) {
first = allActiveStreams[0];
} else {
first = obj.getCurrentUserActiveStream();
}
let state;
if (first != null) {
state = first.state;
}
if (state === constants.CONNECTING) {
first = null;
}
let singleActiveStreamViewerCount = 0;
let singleActiveStreamKey = null;
if (null != first) {
const obj3 = closure_0(dependencyMap[27]);
const encodeStreamKeyResult = obj3.encodeStreamKey(first);
const viewerIds = obj.getViewerIds(encodeStreamKeyResult);
singleActiveStreamViewerCount = viewerIds.filter((item) => item !== currentUserId).length;
singleActiveStreamKey = encodeStreamKeyResult;
}
return { channelType, voiceChannelId, voiceChannelUserCount, streamingUserIds, singleActiveStreamKey, singleActiveStreamViewerCount, currentUserId, allActiveStreams, rtcConnected, rtcUserIds };
}, (rtcConnected, arg1) => {
let channelType;
let closure_129_2;
let keys;
let rtcUserIds;
let singleActiveStreamKey;
let singleActiveStreamViewerCount;
let streamingUserIds;
let streamingUserIds2;
let tmp2;
let voiceChannelUserCount;
let voiceChannelUserCount2;
closure_0 = rtcConnected;
({ channelType, voiceChannelId, voiceChannelUserCount, streamingUserIds } = arg1);
({ singleActiveStreamKey, singleActiveStreamViewerCount, currentUserId: closure_129_2, rtcConnected, rtcUserIds } = arg1);
let closure_3;
const tmp = closure_0;
if (rtcConnected) {
let rtcConnected2 = rtcConnected.rtcConnected;
if (!rtcConnected2) {
rtcConnected2 = null == voiceChannelId;
}
keys = tmp2;
if (!rtcConnected2) {
const _Object = Object;
keys = Object.keys(VoiceStateStore.getVoiceStatesForChannel(voiceChannelId));
}
} else {
keys = [];
}
const tmp8 = _modDef17689(rtcUserIds, rtcConnected.rtcUserIds);
const rtcConnected3 = rtcConnected.rtcConnected && rtcConnected.rtcUserIds.length <= c30 && tmp6(17689)(tmp8, keys).length > 0;
const tmp10 = rtcConnected.rtcConnected && rtcConnected && rtcConnected.rtcUserIds.length <= c30 && tmp6(17689)(rtcConnected.rtcUserIds, rtcUserIds).length > 0;
tmp.current = _modDef17689(keys, tmp8);
if (rtcConnected.voiceChannelId === voiceChannelId) {
if (null != voiceChannelId) {
channel = ChannelStore.getChannel(voiceChannelId);
let flag = false;
if (null != channel) {
const guildId = channel.getGuildId();
flag = false;
if (null != guildId) {
const guild = GuildStore.getGuild(guildId);
flag = null != guild && guild.afkChannelId === channel.id;
}
}
if (!flag) {
allActiveStreams = rtcConnected.allActiveStreams;
const someResult = streamingUserIds.some((item) => {
streamingUserIds = streamingUserIds.streamingUserIds;
return !streamingUserIds.includes(item);
});
closure_3 = allActiveStreams.map((ownerId) => ownerId.ownerId);
({ streamingUserIds: streamingUserIds2, voiceChannelUserCount: voiceChannelUserCount2 } = rtcConnected);
let tmp20 = null != voiceChannelUserCount2;
const someResult1 = streamingUserIds2.some((item) => {
const hasItem = streamingUserIds.includes(item);
let tmp2 = !hasItem;
if (tmp2) {
const hasItem1 = item === closure_1_2 || closure_3.includes(item);
tmp2 = hasItem1;
}
return tmp2;
});
if (tmp20) {
tmp20 = null != voiceChannelUserCount;
}
if (tmp20) {
tmp20 = voiceChannelUserCount2 <= c30;
}
let tmp22 = tmp20 && voiceChannelUserCount > voiceChannelUserCount2;
if (tmp20) {
tmp20 = voiceChannelUserCount < voiceChannelUserCount2;
}
let rtcConnectionJoinSounds = tmp22 || tmp20 || rtcConnected3 || tmp10;
if (rtcConnectionJoinSounds) {
const tmp6Result = VoiceConnectFeedbackExperimentDefault;
rtcConnectionJoinSounds = tmp6Result.getConfig({ location: "VoiceChannel" }).rtcConnectionJoinSounds;
}
if (rtcConnectionJoinSounds) {
tmp20 = tmp10;
tmp22 = rtcConnected3;
}
let str = "stream_started";
if (!someResult) {
let str2 = "stream_ended";
if (!someResult1) {
const tmp23 = c30;
if (rtcConnected.singleActiveStreamViewerCount <= c30) {
let str3;
if (null != singleActiveStreamKey && rtcConnected.singleActiveStreamKey === singleActiveStreamKey) {
str3 = "stream_user_joined";
}
str2 = str3;
}
let str4 = "user_join";
if (!tmp22) {
let str5 = "user_leave";
if (!tmp20) {
let str6;
if (rtcConnected.singleActiveStreamViewerCount <= tmp23) {
if (null != singleActiveStreamKey && rtcConnected.singleActiveStreamKey === singleActiveStreamKey) {
if (singleActiveStreamViewerCount < rtcConnected.singleActiveStreamViewerCount) {
str6 = "stream_user_left";
}
}
}
str5 = str6;
}
str4 = str5;
}
str3 = str4;
}
str = str2;
}
return str;
}
}
}
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let closure_41 = ReactCompilerGating.isReactCompilerEnabled() ? (function ActivitySounds() {
let tmp2;
let tmp3;
let tmp4;
let obj = react2;
const cResult = obj.c(3);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const items = [SelectedChannelStore, EmbeddedActivitiesStore, FramesStore, AuthenticationStore, ChannelStore, , , ];
let tmp10 = ConjureProjectStore;
items[5] = ConjureProjectStore;
items[6] = ApplicationStore;
items[7] = GuildStore;
const fn = function u() {
let embeddedActivitiesForChannel;
let embeddedActivitiesForChannel1;
let embeddedActivitiesForChannel2;
const voiceChannelId = SelectedChannelStore.getVoiceChannelId();
const channelId = SelectedChannelStore.getChannelId();
connectedActivityLocation = connectedActivityLocation.getConnectedActivityLocation();
const obj2 = require("embeddedActivityLocationUtils");
const embeddedActivityLocationChannelId = obj2.getEmbeddedActivityLocationChannelId(connectedActivityLocation);
id = id.getId();
const obj3 = require("GlobalUtils");
if (obj3.isNotNullish(channelId)) {
embeddedActivitiesForChannel = obj.getEmbeddedActivitiesForChannel(channelId);
} else {
embeddedActivitiesForChannel = NO_ACTIVITIES;
}
const tmp4Result = require("GlobalUtils");
if (tmp4Result.isNotNullish(voiceChannelId)) {
embeddedActivitiesForChannel1 = obj.getEmbeddedActivitiesForChannel(voiceChannelId);
} else {
embeddedActivitiesForChannel1 = NO_ACTIVITIES;
}
const tmp4Result5 = require("GlobalUtils");
if (tmp4Result5.isNotNullish(embeddedActivityLocationChannelId)) {
embeddedActivitiesForChannel2 = obj.getEmbeddedActivitiesForChannel(embeddedActivityLocationChannelId);
} else {
embeddedActivitiesForChannel2 = NO_ACTIVITIES;
}
let selfEmbeddedActivityForLocation = null;
const tmp4Result6 = require("GlobalUtils");
if (tmp4Result6.isNotNullish(connectedActivityLocation)) {
selfEmbeddedActivityForLocation = obj.getSelfEmbeddedActivityForLocation(connectedActivityLocation);
}
mainFrame = mainFrame.getMainFrame();
let surface;
const tmp13 = getChannelIdForEmbeddedSurfaceDefault;
if (mainFrame != null) {
surface = mainFrame.surface;
}
const tmp13Result = tmp13(surface);
let result1 = null == tmp13Result;
if (!result1) {
let result = null != mainFrame;
if (result) {
const tmp4Result7 = require("conjurePreviewSurface");
result = tmp4Result7.isConjurePreviewSurface(mainFrame.surface);
}
result1 = result;
}
if (result1) {
let applicationId;
const isConjureProjectApplication = ConjureProjectStore.isConjureProjectApplication;
if (mainFrame != null) {
applicationId = mainFrame.applicationId;
}
result1 = isConjureProjectApplication(applicationId);
}
let result2 = null != tmp13Result;
if (result2) {
const tmp4Result8 = require("ConjureUtils");
result2 = tmp4Result8.isConjureChannelCandidate(ChannelStore.getChannel(tmp13Result), "ActivitySounds");
}
if (!result2) {
result2 = result1;
}
let tmp22 = null != embeddedActivityLocationChannelId;
if (tmp22) {
const channel = ChannelStore.getChannel(embeddedActivityLocationChannelId);
let type;
if (channel != null) {
type = channel.type;
}
tmp22 = type === constants.GUILD_SPACE;
}
const obj4 = { connectedActivityLocation, voiceChannelId, currentUserId: id, channelActivities: embeddedActivitiesForChannel, connectedChannelActivities: embeddedActivitiesForChannel2, userConnectedActivity: selfEmbeddedActivityForLocation, voiceChannelActivities: embeddedActivitiesForChannel1, hasFrame: isLaunched(mainFrame), inConjureChannel: result2, isGuildSpaceActivity: tmp22 };
return obj4;
};
const fn2 = function v(isGuildSpaceActivity, arg1) {
let channelActivities;
let closure_129_0;
let connectedChannelActivities;
let hasFrame;
let inConjureChannel;
let userConnectedActivity;
let voiceChannelActivities;
let voiceChannelId;
({ connectedActivityLocation, currentUserId: closure_129_0, userConnectedActivity } = arg1);
({ voiceChannelActivities, hasFrame, isGuildSpaceActivity, voiceChannelId, channelActivities, connectedChannelActivities, inConjureChannel } = arg1);
const someResult = voiceChannelActivities.some((applicationId) => {
let applicationId1;
applicationId = applicationId.applicationId;
if (userConnectedActivity != null) {
applicationId1 = tmp.applicationId;
}
return applicationId === applicationId1 && applicationId.launchId === userConnectedActivity.launchId;
});
if (!isGuildSpaceActivity) {
isGuildSpaceActivity = isGuildSpaceActivity.isGuildSpaceActivity;
}
let str;
const obj = require("GlobalUtils");
if (obj.isNotNullish(voiceChannelId)) {
const prop = isGuildSpaceActivity.voiceChannelActivities;
const found = prop.find((userIds) => {
userIds = userIds.userIds;
return userIds.has(closure_1_0);
});
const found1 = voiceChannelActivities.find((userIds) => {
userIds = userIds.userIds;
return userIds.has(closure_1_0);
});
let isNotNullishResult = isGuildSpaceActivity.voiceChannelActivities.length < voiceChannelActivities.length;
if (isNotNullishResult) {
const tmp2Result = require("GlobalUtils");
isNotNullishResult = tmp2Result.isNotNullish(isGuildSpaceActivity.voiceChannelId);
}
let str2;
if (isNotNullishResult) {
str2 = "activity_launch";
}
let isNotNullishResult1 = undefined === found1;
if (isNotNullishResult1) {
const tmp2Result8 = require("GlobalUtils");
isNotNullishResult1 = tmp2Result8.isNotNullish(found);
}
if (isNotNullishResult1) {
str2 = "activity_end";
}
let isNotNullishResult2 = undefined === found;
if (isNotNullishResult2) {
const tmp2Result9 = require("GlobalUtils");
isNotNullishResult2 = tmp2Result9.isNotNullish(found1);
}
if (isNotNullishResult2) {
isNotNullishResult2 = found1.userIds.size > 1;
}
if (isNotNullishResult2) {
str2 = "activity_user_join";
}
const tmp2Result10 = require("GlobalUtils");
let isNotNullishResult3 = tmp2Result10.isNotNullish(found1);
if (isNotNullishResult3) {
const tmp2Result11 = require("GlobalUtils");
isNotNullishResult3 = tmp2Result11.isNotNullish(found);
}
str = str2;
if (isNotNullishResult3) {
if (found1.userIds.size > found.userIds.size) {
str2 = "activity_user_join";
}
if (found1.userIds.size < found.userIds.size) {
str2 = "activity_user_left";
}
str = str2;
}
}
let str3 = str;
if (!someResult) {
str3 = str;
if (!isGuildSpaceActivity) {
const tmp10 = isGuildSpaceActivity.connectedChannelActivities.length < connectedChannelActivities.length && isGuildSpaceActivity.channelActivities.length < channelActivities.length;
if (tmp10) {
str = "activity_launch";
}
const userConnectedActivity2 = isGuildSpaceActivity.userConnectedActivity;
let isNotNullishResult4 = null == userConnectedActivity;
if (isNotNullishResult4) {
const tmp2Result12 = require("GlobalUtils");
isNotNullishResult4 = tmp2Result12.isNotNullish(userConnectedActivity2);
}
if (isNotNullishResult4) {
str = "activity_end";
}
const tmp2Result13 = require("GlobalUtils");
let isNotNullishResult5 = tmp2Result13.isNotNullish(userConnectedActivity);
if (isNotNullishResult5) {
const tmp2Result14 = require("GlobalUtils");
isNotNullishResult5 = tmp2Result14.isNotNullish(userConnectedActivity2);
}
str3 = str;
if (isNotNullishResult5) {
if (userConnectedActivity.userIds.size > userConnectedActivity2.userIds.size) {
str = "activity_user_join";
}
if (userConnectedActivity.userIds.size < userConnectedActivity2.userIds.size) {
str = "activity_user_left";
}
str3 = str;
}
}
}
let tmp14 = null != str3 || isGuildSpaceActivity;
if (!tmp14) {
tmp14 = null == isGuildSpaceActivity.connectedActivityLocation && null == connectedActivityLocation;
}
let str4 = str3;
if (!tmp14) {
let str5;
if (null != isGuildSpaceActivity.connectedActivityLocation) {
let str6;
if (null == isGuildSpaceActivity.connectedActivityLocation) {
let tmp17 = str3;
const tmp16 = null != userConnectedActivity && null != isGuildSpaceActivity.userConnectedActivity;
if (tmp16) {
let str7 = "activity_user_join";
if (isGuildSpaceActivity.userConnectedActivity.userIds.size >= userConnectedActivity.userIds.size) {
if (isGuildSpaceActivity.userConnectedActivity.userIds.size > userConnectedActivity.userIds.size) {
str3 = "activity_user_leave";
}
str7 = str3;
}
tmp17 = str7;
}
str6 = tmp17;
} else {
str6 = "activity_end";
}
str5 = str6;
} else {
str5 = "activity_launch";
}
str4 = str5;
}
let tmp18 = null == str4;
if (tmp18) {
tmp18 = isGuildSpaceActivity.hasFrame || hasFrame;
}
let tmp20 = str4;
if (tmp18) {
if (!isGuildSpaceActivity.hasFrame) {
let str8;
if (hasFrame) {
str8 = "activity_launch";
}
tmp20 = str8;
}
const hasFrame2 = isGuildSpaceActivity.hasFrame;
let inConjureChannel2 = !hasFrame2;
if (hasFrame2) {
inConjureChannel2 = hasFrame;
}
if (!inConjureChannel2) {
inConjureChannel2 = isGuildSpaceActivity.inConjureChannel;
}
if (!inConjureChannel2) {
str4 = "activity_end";
}
str8 = str4;
}
return tmp20;
};
cResult[0] = items;
cResult[1] = fn;
cResult[2] = fn2;
tmp3 = fn;
tmp2 = items;
tmp4 = fn2;
} else {
[tmp2, tmp3, tmp4] = cResult;
}
let tmp13 = closure_31(tmp2, tmp3, tmp4);
return null;
}) : (function ActivitySounds() {
const items = [SelectedChannelStore, EmbeddedActivitiesStore, FramesStore, AuthenticationStore, ChannelStore, ConjureProjectStore, ApplicationStore, GuildStore];
const tmp = closure_31(items, () => {
let embeddedActivitiesForChannel;
let embeddedActivitiesForChannel1;
let embeddedActivitiesForChannel2;
const voiceChannelId = SelectedChannelStore.getVoiceChannelId();
const channelId = SelectedChannelStore.getChannelId();
connectedActivityLocation = connectedActivityLocation.getConnectedActivityLocation();
const obj2 = require("embeddedActivityLocationUtils");
const embeddedActivityLocationChannelId = obj2.getEmbeddedActivityLocationChannelId(connectedActivityLocation);
id = id.getId();
const obj3 = require("GlobalUtils");
if (obj3.isNotNullish(channelId)) {
embeddedActivitiesForChannel = obj.getEmbeddedActivitiesForChannel(channelId);
} else {
embeddedActivitiesForChannel = NO_ACTIVITIES;
}
const tmp4Result = require("GlobalUtils");
if (tmp4Result.isNotNullish(voiceChannelId)) {
embeddedActivitiesForChannel1 = obj.getEmbeddedActivitiesForChannel(voiceChannelId);
} else {
embeddedActivitiesForChannel1 = NO_ACTIVITIES;
}
const tmp4Result5 = require("GlobalUtils");
if (tmp4Result5.isNotNullish(embeddedActivityLocationChannelId)) {
embeddedActivitiesForChannel2 = obj.getEmbeddedActivitiesForChannel(embeddedActivityLocationChannelId);
} else {
embeddedActivitiesForChannel2 = NO_ACTIVITIES;
}
let selfEmbeddedActivityForLocation = null;
const tmp4Result6 = require("GlobalUtils");
if (tmp4Result6.isNotNullish(connectedActivityLocation)) {
selfEmbeddedActivityForLocation = obj.getSelfEmbeddedActivityForLocation(connectedActivityLocation);
}
mainFrame = mainFrame.getMainFrame();
let surface;
const tmp13 = getChannelIdForEmbeddedSurfaceDefault;
if (mainFrame != null) {
surface = mainFrame.surface;
}
const tmp13Result = tmp13(surface);
let result1 = null == tmp13Result;
if (!result1) {
let result = null != mainFrame;
if (result) {
const tmp4Result7 = require("conjurePreviewSurface");
result = tmp4Result7.isConjurePreviewSurface(mainFrame.surface);
}
result1 = result;
}
if (result1) {
let applicationId;
const isConjureProjectApplication = ConjureProjectStore.isConjureProjectApplication;
if (mainFrame != null) {
applicationId = mainFrame.applicationId;
}
result1 = isConjureProjectApplication(applicationId);
}
let result2 = null != tmp13Result;
if (result2) {
const tmp4Result8 = require("ConjureUtils");
result2 = tmp4Result8.isConjureChannelCandidate(ChannelStore.getChannel(tmp13Result), "ActivitySounds");
}
if (!result2) {
result2 = result1;
}
let tmp22 = null != embeddedActivityLocationChannelId;
if (tmp22) {
const channel = ChannelStore.getChannel(embeddedActivityLocationChannelId);
let type;
if (channel != null) {
type = channel.type;
}
tmp22 = type === constants.GUILD_SPACE;
}
const obj4 = { connectedActivityLocation, voiceChannelId, currentUserId: id, channelActivities: embeddedActivitiesForChannel, connectedChannelActivities: embeddedActivitiesForChannel2, userConnectedActivity: selfEmbeddedActivityForLocation, voiceChannelActivities: embeddedActivitiesForChannel1, hasFrame: isLaunched(mainFrame), inConjureChannel: result2, isGuildSpaceActivity: tmp22 };
return obj4;
}, (isGuildSpaceActivity, arg1) => {
let channelActivities;
let closure_129_0;
let connectedChannelActivities;
let hasFrame;
let inConjureChannel;
let userConnectedActivity;
let voiceChannelActivities;
let voiceChannelId;
({ connectedActivityLocation, currentUserId: closure_129_0, userConnectedActivity } = arg1);
({ voiceChannelActivities, hasFrame, isGuildSpaceActivity, voiceChannelId, channelActivities, connectedChannelActivities, inConjureChannel } = arg1);
const someResult = voiceChannelActivities.some((applicationId) => {
let applicationId1;
applicationId = applicationId.applicationId;
if (userConnectedActivity != null) {
applicationId1 = tmp.applicationId;
}
return applicationId === applicationId1 && applicationId.launchId === userConnectedActivity.launchId;
});
if (!isGuildSpaceActivity) {
isGuildSpaceActivity = isGuildSpaceActivity.isGuildSpaceActivity;
}
let str;
const obj = require("GlobalUtils");
if (obj.isNotNullish(voiceChannelId)) {
const prop = isGuildSpaceActivity.voiceChannelActivities;
const found = prop.find((userIds) => {
userIds = userIds.userIds;
return userIds.has(closure_1_0);
});
const found1 = voiceChannelActivities.find((userIds) => {
userIds = userIds.userIds;
return userIds.has(closure_1_0);
});
let isNotNullishResult = isGuildSpaceActivity.voiceChannelActivities.length < voiceChannelActivities.length;
if (isNotNullishResult) {
const tmp2Result = require("GlobalUtils");
isNotNullishResult = tmp2Result.isNotNullish(isGuildSpaceActivity.voiceChannelId);
}
let str2;
if (isNotNullishResult) {
str2 = "activity_launch";
}
let isNotNullishResult1 = undefined === found1;
if (isNotNullishResult1) {
const tmp2Result8 = require("GlobalUtils");
isNotNullishResult1 = tmp2Result8.isNotNullish(found);
}
if (isNotNullishResult1) {
str2 = "activity_end";
}
let isNotNullishResult2 = undefined === found;
if (isNotNullishResult2) {
const tmp2Result9 = require("GlobalUtils");
isNotNullishResult2 = tmp2Result9.isNotNullish(found1);
}
if (isNotNullishResult2) {
isNotNullishResult2 = found1.userIds.size > 1;
}
if (isNotNullishResult2) {
str2 = "activity_user_join";
}
const tmp2Result10 = require("GlobalUtils");
let isNotNullishResult3 = tmp2Result10.isNotNullish(found1);
if (isNotNullishResult3) {
const tmp2Result11 = require("GlobalUtils");
isNotNullishResult3 = tmp2Result11.isNotNullish(found);
}
str = str2;
if (isNotNullishResult3) {
if (found1.userIds.size > found.userIds.size) {
str2 = "activity_user_join";
}
if (found1.userIds.size < found.userIds.size) {
str2 = "activity_user_left";
}
str = str2;
}
}
let str3 = str;
if (!someResult) {
str3 = str;
if (!isGuildSpaceActivity) {
const tmp10 = isGuildSpaceActivity.connectedChannelActivities.length < connectedChannelActivities.length && isGuildSpaceActivity.channelActivities.length < channelActivities.length;
if (tmp10) {
str = "activity_launch";
}
const userConnectedActivity2 = isGuildSpaceActivity.userConnectedActivity;
let isNotNullishResult4 = null == userConnectedActivity;
if (isNotNullishResult4) {
const tmp2Result12 = require("GlobalUtils");
isNotNullishResult4 = tmp2Result12.isNotNullish(userConnectedActivity2);
}
if (isNotNullishResult4) {
str = "activity_end";
}
const tmp2Result13 = require("GlobalUtils");
let isNotNullishResult5 = tmp2Result13.isNotNullish(userConnectedActivity);
if (isNotNullishResult5) {
const tmp2Result14 = require("GlobalUtils");
isNotNullishResult5 = tmp2Result14.isNotNullish(userConnectedActivity2);
}
str3 = str;
if (isNotNullishResult5) {
if (userConnectedActivity.userIds.size > userConnectedActivity2.userIds.size) {
str = "activity_user_join";
}
if (userConnectedActivity.userIds.size < userConnectedActivity2.userIds.size) {
str = "activity_user_left";
}
str3 = str;
}
}
}
let tmp14 = null != str3 || isGuildSpaceActivity;
if (!tmp14) {
tmp14 = null == isGuildSpaceActivity.connectedActivityLocation && null == connectedActivityLocation;
}
let str4 = str3;
if (!tmp14) {
let str5;
if (null != isGuildSpaceActivity.connectedActivityLocation) {
let str6;
if (null == isGuildSpaceActivity.connectedActivityLocation) {
let tmp17 = str3;
const tmp16 = null != userConnectedActivity && null != isGuildSpaceActivity.userConnectedActivity;
if (tmp16) {
let str7 = "activity_user_join";
if (isGuildSpaceActivity.userConnectedActivity.userIds.size >= userConnectedActivity.userIds.size) {
if (isGuildSpaceActivity.userConnectedActivity.userIds.size > userConnectedActivity.userIds.size) {
str3 = "activity_user_leave";
}
str7 = str3;
}
tmp17 = str7;
}
str6 = tmp17;
} else {
str6 = "activity_end";
}
str5 = str6;
} else {
str5 = "activity_launch";
}
str4 = str5;
}
let tmp18 = null == str4;
if (tmp18) {
tmp18 = isGuildSpaceActivity.hasFrame || hasFrame;
}
let tmp20 = str4;
if (tmp18) {
if (!isGuildSpaceActivity.hasFrame) {
let str8;
if (hasFrame) {
str8 = "activity_launch";
}
tmp20 = str8;
}
const hasFrame2 = isGuildSpaceActivity.hasFrame;
let inConjureChannel2 = !hasFrame2;
if (hasFrame2) {
inConjureChannel2 = hasFrame;
}
if (!inConjureChannel2) {
inConjureChannel2 = isGuildSpaceActivity.inConjureChannel;
}
if (!inConjureChannel2) {
str4 = "activity_end";
}
str8 = str4;
}
return tmp20;
});
return null;
});
ReactCompilerGating = ReactCompilerGating_mod;
let tmp4 = ReactCompilerGating.isReactCompilerEnabled() ? (function SoundPlayer() {
let first;
let items;
const obj = react2;
const cResult = obj.c(1);
if (cResult[0] === Symbol.for("react.memo_cache_sentinel")) {
const obj2 = { children: items };
items = [closure_27(closure_32, {}), closure_27(closure_33, {}), closure_27(closure_34, {}), closure_27(closure_35, {}), closure_27(closure_36, {}), closure_27(closure_38, {}), closure_27(closure_40, {}), closure_27(closure_39, {}), closure_27(closure_41, {}), closure_27(closure_37, {})];
const tmp16 = set(closure_28, obj2);
cResult[0] = tmp16;
first = tmp16;
} else {
first = cResult[0];
}
return first;
}) : (function SoundPlayer() {
let items;
const obj = { children: items };
items = [closure_27(closure_32, {}), closure_27(closure_33, {}), closure_27(closure_34, {}), closure_27(closure_35, {}), closure_27(closure_36, {}), closure_27(closure_38, {}), closure_27(closure_40, {}), closure_27(closure_39, {}), closure_27(closure_41, {}), closure_27(closure_37, {})];
return set(closure_28, obj);
});
let result = size.fileFinishedImporting("modules/soundplayer/SoundPlayer.tsx");
export default tmp4;