84d017ff78
Skipped 1 file(s) >100MB (GitHub limit): source/__polyfill/05xxx/module_5021.js (118.4 MB)
334 lines
13 KiB
TypeScript
334 lines
13 KiB
TypeScript
// Module ID: 13364
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// Function ID: 13365
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// Name: VoiceDuration
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// Dependencies: [4865, 4907, 2]
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// Module 13364 (VoiceDuration)
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import TimeUtils from "TimeUtils" /* 4865 */;
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import discord_common_BaseConnectionEvent from "discord_common/BaseConnectionEvent" /* 4907 */;
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import size from "module_2" /* 2 */;
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let closure_2 = [1, 100, 1000, 10000];
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let closure_3 = [100, 500, 1000, 5000];
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let result = size.fileFinishedImporting("lib/VoiceDuration.tsx");
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class VoiceDuration {
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constructor(arg0, arg1) {
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TimeStampProducer = importDefault;
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if (importDefault === undefined) {
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tmp = closure_0;
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tmp2 = closure_1;
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TimeStampProducer = closure_0(closure_1[0]).TimeStampProducer;
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}
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merged = Object.assign({ listeningUsers: null, timesUntilSpeakingDurationMilestonesMs: null, speakingMinimumChunks: null, speakingMinimumChunkCounts: null, speechEventCount: 0 });
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set = new Set();
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merged[0] = set;
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map = new Map();
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merged[1] = map;
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map1 = new Map();
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merged[2] = map1;
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map2 = new Map();
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merged[3] = map2;
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merged.userId = global;
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merged.connection = require;
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merged.timestampProducer = TimeStampProducer;
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stopWatch = new closure_0(closure_1[0]).StopWatch(merged.timestampProducer);
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merged.listening = stopWatch;
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stopWatch1 = new closure_0(closure_1[0]).StopWatch(merged.timestampProducer);
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merged.speaking = stopWatch1;
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stopWatch2 = new closure_0(closure_1[0]).StopWatch(merged.timestampProducer);
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merged.participation = stopWatch2;
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stopWatch3 = new closure_0(closure_1[0]).StopWatch(merged.timestampProducer);
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merged.connected = stopWatch3;
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stopWatch4 = new closure_0(closure_1[0]).StopWatch(merged.timestampProducer);
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merged.muted = stopWatch4;
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stopWatch5 = new closure_0(closure_1[0]).StopWatch(merged.timestampProducer);
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merged.deafened = stopWatch5;
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durationEnabled = new closure_0(closure_1[0]).DurationEnabled(require.getNoiseCancellation(), merged.timestampProducer);
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merged.noiseCancellation = durationEnabled;
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durationEnabled1 = new closure_0(closure_1[0]).DurationEnabled(require.getSpatialAudioEnabled(), merged.timestampProducer);
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merged.spatialAudio = durationEnabled1;
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return merged;
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}
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}
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const prototype = VoiceDuration.prototype;
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prototype["start"] = function start(flag, flag2) {
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const self = this;
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if (flag === undefined) {
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flag = false;
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}
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if (flag2 === undefined) {
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flag2 = false;
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}
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const listeningUsers = self.listeningUsers;
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listeningUsers.clear();
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const listening = self.listening;
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listening.reset();
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const speaking = self.speaking;
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speaking.reset();
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const participation = self.participation;
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participation.reset();
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const muted = self.muted;
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muted.reset();
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const deafened = self.deafened;
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deafened.reset();
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const connected = self.connected;
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connected.reset();
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const noiseCancellation = self.noiseCancellation;
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noiseCancellation.reset();
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const spatialAudio = self.spatialAudio;
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spatialAudio.reset();
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const timesUntilSpeakingDurationMilestonesMs = self.timesUntilSpeakingDurationMilestonesMs;
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timesUntilSpeakingDurationMilestonesMs.clear();
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const speakingMinimumChunks = self.speakingMinimumChunks;
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speakingMinimumChunks.clear();
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const speakingMinimumChunkCounts = self.speakingMinimumChunkCounts;
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speakingMinimumChunkCounts.clear();
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self.speechEventCount = 0;
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const connected2 = self.connected;
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connected2.start();
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const connection = self.connection;
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connection.on(discord_common_BaseConnectionEvent.BaseConnectionEvent.Speaking, (arg0, arg1) => {
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if (self.userId === arg0) {
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obj.onSpeaking(0 !== arg1);
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} else {
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obj.onListening(0 !== arg1, arg0);
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}
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});
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self.onMuted(flag);
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self.onDeafened(flag2);
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const connection2 = self.connection;
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connection2.on(discord_common_BaseConnectionEvent.BaseConnectionEvent.Mute, (flag) => {
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self.onMuted(flag);
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});
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const connection3 = self.connection;
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connection3.on(discord_common_BaseConnectionEvent.BaseConnectionEvent.Deafen, (flag2) => {
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self.onDeafened(flag2);
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});
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};
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prototype["onSpeaking"] = function onSpeaking(arg0) {
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const self = this;
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if (arg0) {
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const speaking2 = self.speaking;
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speaking2.start();
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const participation2 = self.participation;
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participation2.start();
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self.speechEventCount = self.speechEventCount + 1;
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} else {
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self.addSpeechChunk();
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const speaking = self.speaking;
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speaking.stop();
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const listening = self.listening;
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if (!listening.isRunning()) {
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const participation = self.participation;
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participation.stop();
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}
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const speakingDurationMilestones = self.computeSpeakingDurationMilestones(self.connected.lastStartTime, self.speaking.lastStartTime, self.speaking.lastElapsed);
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}
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};
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prototype["onListening"] = function onListening(arg0, arg1) {
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const self = this;
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const listeningUsers = this.listeningUsers;
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if (arg0) {
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listeningUsers.add(arg1);
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const listening2 = self.listening;
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listening2.start();
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const participation2 = self.participation;
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participation2.start();
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} else {
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let deleteResult = listeningUsers.delete(arg1);
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if (deleteResult) {
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deleteResult = 0 === self.listeningUsers.size;
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}
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if (deleteResult) {
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const listening = self.listening;
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listening.stop();
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const speaking = self.speaking;
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if (!speaking.isRunning()) {
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const participation = self.participation;
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participation.stop();
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}
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}
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}
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};
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prototype["onMuted"] = function onMuted(flag) {
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const muted = this.muted;
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if (flag) {
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muted.start();
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} else {
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muted.stop();
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}
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};
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prototype["onDeafened"] = function onDeafened(flag2) {
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const deafened = this.deafened;
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if (flag2) {
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deafened.start();
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} else {
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deafened.stop();
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}
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};
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prototype["computeSpeakingDurationMilestones"] = function computeSpeakingDurationMilestones(lastStartTime, lastStartTime2, lastElapsed) {
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const self = this;
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closure_1 = lastStartTime;
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closure_2 = lastStartTime2;
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closure_3 = lastElapsed;
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if (null != lastStartTime) {
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if (null != lastStartTime2) {
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const speaking = this.speaking;
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closure_0 = speaking.elapsed().asMilliseconds();
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const found = closure_2.filter((item) => {
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const timesUntilSpeakingDurationMilestonesMs = self.timesUntilSpeakingDurationMilestonesMs;
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return !timesUntilSpeakingDurationMilestonesMs.has(item);
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});
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const found1 = found.filter((item) => closure_0 >= item);
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const item = found1.forEach((item) => {
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const timesUntilSpeakingDurationMilestonesMs = self.timesUntilSpeakingDurationMilestonesMs;
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const result = timesUntilSpeakingDurationMilestonesMs.set(item, closure_2 - closure_1 + item - closure_3);
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});
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const elapsedResult = speaking.elapsed();
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}
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}
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};
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prototype["addSpeechChunk"] = function addSpeechChunk() {
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const self = this;
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const lastStartTime = this.speaking.lastStartTime;
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if (null != lastStartTime) {
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timestampProducer = this.timestampProducer;
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closure_0 = timestampProducer.now() - lastStartTime;
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const found = closure_3.filter((item) => closure_0 >= item);
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const item = found.forEach((item) => {
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const speakingMinimumChunks = self.speakingMinimumChunks;
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let num = speakingMinimumChunks.get(item);
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if (num == null) {
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num = 0;
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}
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const speakingMinimumChunks2 = tmp.speakingMinimumChunks;
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const result = speakingMinimumChunks2.set(item, num + closure_0);
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const speakingMinimumChunkCounts = tmp.speakingMinimumChunkCounts;
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let num2 = speakingMinimumChunkCounts.get(item);
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if (num2 == null) {
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num2 = 0;
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}
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const speakingMinimumChunkCounts2 = tmp.speakingMinimumChunkCounts;
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const result1 = speakingMinimumChunkCounts2.set(item, num2 + 1);
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});
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}
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};
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prototype["setNoiseCancellationEnabled"] = function setNoiseCancellationEnabled(value) {
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this.noiseCancellation.value = value;
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};
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prototype["setSpatialAudioEnabled"] = function setSpatialAudioEnabled(value) {
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this.spatialAudio.value = value;
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};
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prototype["stop"] = function stop() {
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this.addSpeechChunk();
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const speaking = this.speaking;
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speaking.stop();
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const listening = this.listening;
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listening.stop();
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const participation = this.participation;
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participation.stop();
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const connected = this.connected;
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connected.stop();
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const muted = this.muted;
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muted.stop();
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this.noiseCancellation.value = false;
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this.spatialAudio.value = false;
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const speakingDurationMilestones = this.computeSpeakingDurationMilestones(this.connected.lastStartTime, this.speaking.lastStartTime, this.speaking.lastElapsed);
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};
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prototype["getDeprecatedDurationStats"] = function getDeprecatedDurationStats() {
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const obj = { duration_listening: null, duration_speaking: null, duration_participation: null, duration_connected: null };
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const listening = this.listening;
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obj.duration_listening = Math.round(listening.elapsed().asSeconds());
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const speaking = this.speaking;
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const elapsedResult = listening.elapsed();
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obj.duration_speaking = Math.round(speaking.elapsed().asSeconds());
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const participation = this.participation;
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const elapsedResult1 = speaking.elapsed();
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obj.duration_participation = Math.round(participation.elapsed().asSeconds());
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const connected = this.connected;
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const elapsedResult2 = participation.elapsed();
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obj.duration_connected = Math.round(connected.elapsed().asSeconds());
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return obj;
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};
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prototype["getDurationStats"] = function getDurationStats() {
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const self = this;
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const lastStartTime = this.speaking.lastStartTime;
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timestampProducer = this.timestampProducer;
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if (null != lastStartTime) {
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let num = timestampProducer.now() - lastStartTime;
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}
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const speakingDurationMilestones = self.computeSpeakingDurationMilestones(self.connected.lastStartTime, self.speaking.lastStartTime, self.speaking.lastElapsed);
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let obj = { duration_listening_ms: null, duration_speaking_ms: null, duration_participation_ms: null, duration_connected_ms: null, duration_muted_ms: null, duration_deafened_ms: null, duration_noise_cancellation_enabled_ms: null, duration_spatial_ms: null, speech_event_count: null };
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const listening = self.listening;
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obj.duration_listening_ms = listening.elapsed().asMilliseconds();
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const speaking = self.speaking;
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const elapsedResult = listening.elapsed();
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obj.duration_speaking_ms = speaking.elapsed().asMilliseconds();
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const participation = self.participation;
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const elapsedResult1 = speaking.elapsed();
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obj.duration_participation_ms = participation.elapsed().asMilliseconds();
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const connected = self.connected;
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const elapsedResult2 = participation.elapsed();
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obj.duration_connected_ms = connected.elapsed().asMilliseconds();
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const muted = self.muted;
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const elapsedResult3 = connected.elapsed();
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obj.duration_muted_ms = muted.elapsed().asMilliseconds();
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const deafened = self.deafened;
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const elapsedResult4 = muted.elapsed();
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obj.duration_deafened_ms = deafened.elapsed().asMilliseconds();
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const noiseCancellation = self.noiseCancellation;
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obj.duration_noise_cancellation_enabled_ms = noiseCancellation.totalDuration();
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const spatialAudio = self.spatialAudio;
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obj.duration_spatial_ms = spatialAudio.totalDuration();
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obj.speech_event_count = self.speechEventCount;
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const found = closure_2.filter((item) => {
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const timesUntilSpeakingDurationMilestonesMs = self.timesUntilSpeakingDurationMilestonesMs;
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return timesUntilSpeakingDurationMilestonesMs.has(item);
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});
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let merged = Object.assign(found.reduce((acc, item) => {
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const obj = {};
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const merged = Object.assign(acc);
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const timesUntilSpeakingDurationMilestonesMs = self.timesUntilSpeakingDurationMilestonesMs;
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const combined = "time_to_first_" + item + "ms_speech_ms";
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obj[combined] = timesUntilSpeakingDurationMilestonesMs.get(item);
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return obj;
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}, {}));
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const found1 = closure_3.filter((item) => {
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const speakingMinimumChunks = self.speakingMinimumChunks;
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let hasItem = speakingMinimumChunks.has(item);
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if (!hasItem) {
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hasItem = num >= item;
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}
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return hasItem;
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});
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const merged1 = Object.assign(found1.reduce((acc, item) => {
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const obj = {};
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const merged = Object.assign(acc);
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const speakingMinimumChunks = self.speakingMinimumChunks;
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const combined = "duration_speaking_gte_" + item + "ms_ms";
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num = speakingMinimumChunks.get(item);
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if (num == null) {
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num = 0;
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}
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let num2 = 0;
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if (num >= item) {
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num2 = tmp4;
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}
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obj[combined] = num + num2;
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const speakingMinimumChunkCounts = self.speakingMinimumChunkCounts;
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const combined1 = "speech_event_count_gte_" + item + "ms";
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let num3 = speakingMinimumChunkCounts.get(item);
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if (num3 == null) {
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num3 = 0;
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}
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let num4 = 0;
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if (num >= item) {
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num4 = 1;
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}
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obj[combined1] = num3 + num4;
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return obj;
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}, {}));
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return obj;
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};
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export default VoiceDuration;
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