// Metro module 12704 (f12705). import { cloneDeep } from "../../_bundle/Module12"; const r20 = { LONGER_DISPATCH: "longer_dispatch", EXCEEDED_MAX_CONSECUTIVE_FLUSHES: "exceeded_max_consecutive_flushes", FIRED_DUE_TO_MAX_TIMEOUT: "fired_due_to_max_timeout", SKIP_IDLE_CALLBACK_DUE_TO_BACKGROUNDED: "skip_idle_callback_due_to_backgrounded" }; const r25 = { TIME_TO_FIRE_IDLE_CALLBACK: "time_to_fire_idle_callback", TIME_TO_QUEUE_EMPTY: "time_to_flush_all_work", TIME_OVER_DEADLINE: "time_over_deadline", DEADLINE_INITIAL_TIME_REMAINING: "initial_time_of_deadline" }; const r30 = { COUNT_DISPATCHES_LEFT_AFTER_YIELD: "count_dispatches_left_after_yield", COUNT_FLUSH_BEFORE_QUEUE_EMPTY: "count_flush_before_queue_empty", COUNT_INITIAL_DISPATCHS_LENGTH: "count_initial_dispatches_length" }; const r13 = Object; const r34 = {}; r34[r25.TIME_TO_FIRE_IDLE_CALLBACK] = null; r34[r25.TIME_TO_QUEUE_EMPTY] = null; r34[r25.TIME_OVER_DEADLINE] = null; r34[r25.DEADLINE_INITIAL_TIME_REMAINING] = null; let c8754_3 = r13.freeze(r34); const r39 = Object; const r41 = {}; r41[r25.TIME_TO_FIRE_IDLE_CALLBACK] = [0, 0]; r41[r25.TIME_TO_QUEUE_EMPTY] = [0, 0]; r41[r25.TIME_OVER_DEADLINE] = [0, 0]; r41[r25.DEADLINE_INITIAL_TIME_REMAINING] = [0, 0]; let c8754_4 = r39.freeze(r41); const r50 = Object; const r52 = {}; r52[r30.COUNT_FLUSH_BEFORE_QUEUE_EMPTY] = [0, 0]; r52[r30.COUNT_DISPATCHES_LEFT_AFTER_YIELD] = [0, 0]; r52[r30.COUNT_INITIAL_DISPATCHS_LENGTH] = [0, 0]; let c8754_5 = r50.freeze(r52); const r60 = Object; const r62 = {}; r62[r20.LONGER_DISPATCH] = 0; r62[r20.EXCEEDED_MAX_CONSECUTIVE_FLUSHES] = 0; r62[r20.FIRED_DUE_TO_MAX_TIMEOUT] = 0; r62[r20.SKIP_IDLE_CALLBACK_DUE_TO_BACKGROUNDED] = 0; let c8754_6 = r60.freeze(r62); export { r20 as WorkSchedulerTelemetryEvent }; export { r25 as WorkSchedulerTelemetryTiming }; export { r30 as WorkSchedulerTelemetryMeasurement }; export class WorkSchedulerTelemetry { constructor() { const r11 = { __proto__: new.target.prototype, _timeTracking: cloneDeep(c8754_3), _timingStats: null, _measurements: null, _eventCounts: null, _enabled: false }; r11._timingStats = cloneDeep(c8754_4); r11._measurements = cloneDeep(c8754_5); r11._eventCounts = cloneDeep(c8754_6); return r11; } reset() { this._timeTracking = cloneDeep(c8754_3); this._timingStats = cloneDeep(c8754_4); this._measurements = cloneDeep(c8754_5); this._eventCounts = cloneDeep(c8754_6); } clearTime(a0) { this._timeTracking[a0] = null; } _storeTimeValue(a0, a1) { const [r11, r12] = this._timingStats[a0]; this._timingStats[a0] = [(r11 * r12 + a1) / (r12 + 1), r12 + 1]; } time(a0) { if (this._enabled) { this._timeTracking[a0] = performance.now(); } } timeEnd(a0) { if (this._enabled) { const r4 = this._timeTracking[a0]; if (r4 != null) { this._storeTimeValue(a0, performance.now() - r4); this._timeTracking[a0] = null; } } } timeTrack(a0, a1) { if (this._enabled) { this._storeTimeValue(a0, a1); } } measure(a0, a1) { if (this._enabled) { const [r12, r13] = this._measurements[a0]; this._measurements[a0] = [(r12 * r13 + a1) / (r13 + 1), r13 + 1]; } } track(a0) { if (this._enabled) { const _eventCounts = this._eventCounts; _eventCounts[a0] = _eventCounts[a0] + 1; } } toggleTelemetry(a0) { this._enabled = a0; } get isTelemetryEnabled() { return this._enabled; } generateTelemetry() { const r13 = Object.entries(this._timingStats).reduce((acc, item) => { const [r8, r7] = item; const [r36] = r7; acc[`avg_${r8}`] = `${r36.toFixed(2)}ms`; return acc; }, {}); const r20 = Object.entries(this._measurements).reduce((acc, item) => { const [r8, r7] = item; const [r35] = r7; acc[`avg_${r8}`] = `${r35.toFixed(2)}`; return acc; }, {}); return { ...Object.entries(this._eventCounts).reduce((acc, item) => { const [r8, r7] = item; acc[`count_${r8}`] = `${r7}`; return acc; }, {}), ...r13, ...r20 }; } }