357 lines
15 KiB
TypeScript
357 lines
15 KiB
TypeScript
/* Metro module 12483; source: modules/noise_cancellation/queryAudioEffects.tsx; dependencies: [5, 661, 4, 478, 694, 683, 2] */
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function _fun95019(global, require, importDefault, importAll, module, exports, dependencyMap) { // fn#95019, source: /ci/build/discord/discord/discord_android_rn/android/app/src/main/assets/index.android.bundle:12673:6, offset: 0x0212ee67, size: 199 bytes, params: 8, frame: 19
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const env0_0 = require;
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const Object = global.Object;
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Object.defineProperty(exports, '__esModule', {value: true});
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const env0_3 = importDefault(5) /* metro dependency 5 */;
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const env0_4 = (require(661) /* metro dependency 661: Constants */).AnalyticEvents;
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const Logger = (require(4) /* metro dependency 4: Logger */).Logger;
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const logger = new Logger('AudioEffects');
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(require(2) /* metro dependency 2 */).fileFinishedImporting('modules/noise_cancellation/queryAudioEffects.tsx');
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exports.default = function() {
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return _queryAudioEffects.apply(this, arguments);
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};
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}
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function _queryAudioEffects() { // fn#95020, source: /ci/build/discord/discord/discord_android_rn/android/app/src/main/assets/index.android.bundle:12673:169, offset: 0x0212ef2e, size: 50 bytes, params: 1, frame: 14
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return env0_3(_fun95022).apply(this, arguments);
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}
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function* _fun95022(a0, a1, a2) { // fn#95022, original name: ?anon_0_, source: /ci/build/discord/discord/discord_android_rn/android/app/src/main/assets/index.android.bundle:12673:228, offset: 0x0212ef6b, size: 348 bytes, params: 4, frame: 20
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var error;
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var getDeviceAudioEffects;
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var value4;
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var value5;
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var value6;
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var binding2;
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var property;
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var value7;
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var dispatch;
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var object2;
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var value8;
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var track;
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var AUDIO_EFFECTS_PROBE_COMPLETED;
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var active;
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var available;
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var value9;
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if (false) {
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return undefined;
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}
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value = environment.__proto__.__proto__;
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let binding = env2_0;
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const value3 = binding(env2_2[3]);
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if (value3.isWindows()) {
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try {
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getDeviceAudioEffects = a2.getDeviceAudioEffects;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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value4 = Reflect.apply(getDeviceAudioEffects, a2, [a0]);
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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yield value4;
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try {
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value5 = undefined;
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value6 = false;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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if (value6) {
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return value5;
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}
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try {
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binding = env2_1;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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binding2 = env2_2;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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property = binding2[4];
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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value7 = binding(property);
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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dispatch = value7.dispatch;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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object2 = {};
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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object2.type = 'MEDIA_ENGINE_SET_DEVICE_AUDIO_EFFECTS';
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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object2.deviceId = a1;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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copyDataProperties(object2, value5, 'MEDIA_ENGINE_SET_DEVICE_AUDIO_EFFECTS');
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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Reflect.apply(dispatch, value7, [object2]);
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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property = binding2[5];
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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value8 = binding(property);
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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track = value8.track;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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binding = env2_4;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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AUDIO_EFFECTS_PROBE_COMPLETED = binding.AUDIO_EFFECTS_PROBE_COMPLETED;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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object2 = {};
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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object2.succeeded = true;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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active = value5.active;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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object2.active_effects = active;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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available = value5.available;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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object2.available_effects = available;
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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try {
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Reflect.apply(track, value8, [AUDIO_EFFECTS_PROBE_COMPLETED, object2]);
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} catch (error) {
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binding = env2_5;
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binding.error('Failed to probe audio effects for device', error);
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binding = env2_1;
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value9 = binding(env2_2[5]);
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track = value9.track;
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AUDIO_EFFECTS_PROBE_COMPLETED = env2_4.AUDIO_EFFECTS_PROBE_COMPLETED;
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Reflect.apply(track, value9, [AUDIO_EFFECTS_PROBE_COMPLETED, {succeeded: false}]);
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return undefined;
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}
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return value5;
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}
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const Promise = global.Promise;
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const reject = Promise.reject;
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const Error = global.Error;
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return Reflect.apply(reject, Promise, [new Error('Audio effects querying not supported on non-Windows platforms')]);
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}
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