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type EntryType = 'node' | 'mark' | 'measure' | 'gc' | 'function' | 'http2' | 'http'; interface PerformanceEntry { /** * The total number of milliseconds elapsed for this entry. * This value will not be meaningful for all Performance Entry types. */ readonly duration: number; /** * The name of the performance entry. */ readonly name: string; /** * The high resolution millisecond timestamp marking the starting time of the Performance Entry. */ readonly startTime: number; /** * The type of the performance entry. * Currently it may be one of: 'node', 'mark', 'measure', 'gc', or 'function'. */ readonly entryType: EntryType; /** * When `performanceEntry.entryType` is equal to 'gc', `the performance.kind` property identifies * the type of garbage collection operation that occurred. * See perf_hooks.constants for valid values. */ readonly kind?: number; /** * When `performanceEntry.entryType` is equal to 'gc', the `performance.flags` * property contains additional information about garbage collection operation. * See perf_hooks.constants for valid values. */ readonly flags?: number; } interface PerformanceNodeTiming extends PerformanceEntry { /** * The high resolution millisecond timestamp at which the Node.js process completed bootstrap. */ readonly bootstrapComplete: number; /** * The high resolution millisecond timestamp at which cluster processing ended. */ readonly clusterSetupEnd: number; /** * The high resolution millisecond timestamp at which cluster processing started. */ readonly clusterSetupStart: number; /** * The high resolution millisecond timestamp at which the Node.js event loop exited. */ readonly loopExit: number; /** * The high resolution millisecond timestamp at which the Node.js event loop started. */ readonly loopStart: number; /** * The high resolution millisecond timestamp at which main module load ended. */ readonly moduleLoadEnd: number; /** * The high resolution millisecond timestamp at which main module load started. */ readonly moduleLoadStart: number; /** * The high resolution millisecond timestamp at which the Node.js process was initialized. */ readonly nodeStart: number; /** * The high resolution millisecond timestamp at which preload module load ended. */ readonly preloadModuleLoadEnd: number; /** * The high resolution millisecond timestamp at which preload module load started. */ readonly preloadModuleLoadStart: number; /** * The high resolution millisecond timestamp at which third_party_main processing ended. */ readonly thirdPartyMainEnd: number; /** * The high resolution millisecond timestamp at which third_party_main processing started. */ readonly thirdPartyMainStart: number; /** * The high resolution millisecond timestamp at which the V8 platform was initialized. */ readonly v8Start: number; } interface Performance { /** * If name is not provided, removes all PerformanceFunction objects from the Performance Timeline. * If name is provided, removes entries with name. * @param name */ clearFunctions(name?: string): void; /** * If name is not provided, removes all PerformanceMark objects from the Performance Timeline. * If name is provided, removes only the named mark. * @param name */ clearMarks(name?: string): void; /** * If name is not provided, removes all PerformanceMeasure objects from the Performance Timeline. * If name is provided, removes only objects whose performanceEntry.name matches name. */ clearMeasures(name?: string): void; /** * Returns a list of all PerformanceEntry objects in chronological order with respect to performanceEntry.startTime. * @return list of all PerformanceEntry objects */ getEntries(): PerformanceEntry[]; /** * Returns a list of all PerformanceEntry objects in chronological order with respect to performanceEntry.startTime * whose performanceEntry.name is equal to name, and optionally, whose performanceEntry.entryType is equal to type. * @param name * @param type * @return list of all PerformanceEntry objects */ getEntriesByName(name: string, type?: EntryType): PerformanceEntry[]; /** * Returns a list of all PerformanceEntry objects in chronological order with respect to performanceEntry.startTime * whose performanceEntry.entryType is equal to type. * @param type * @return list of all PerformanceEntry objects */ getEntriesByType(type: EntryType): PerformanceEntry[]; /** * Creates a new PerformanceMark entry in the Performance Timeline. * A PerformanceMark is a subclass of PerformanceEntry whose performanceEntry.entryType is always 'mark', * and whose performanceEntry.duration is always 0. * Performance marks are used to mark specific significant moments in the Performance Timeline. * @param name */ mark(name?: string): void; /** * Creates a new PerformanceMeasure entry in the Performance Timeline. * A PerformanceMeasure is a subclass of PerformanceEntry whose performanceEntry.entryType is always 'measure', * and whose performanceEntry.duration measures the number of milliseconds elapsed since startMark and endMark. * * The startMark argument may identify any existing PerformanceMark in the the Performance Timeline, or may identify * any of the timestamp properties provided by the PerformanceNodeTiming class. If the named startMark does not exist, * then startMark is set to timeOrigin by default. * * The endMark argument must identify any existing PerformanceMark in the the Performance Timeline or any of the timestamp * properties provided by the PerformanceNodeTiming class. If the named endMark does not exist, an error will be thrown. * @param name * @param startMark * @param endMark */ measure(name: string, startMark: string, endMark: string): void; /** * An instance of the PerformanceNodeTiming class that provides performance metrics for specific Node.js operational milestones. */ readonly nodeTiming: PerformanceNodeTiming; /** * @return the current high resolution millisecond timestamp */ now(): number; /** * The timeOrigin specifies the high resolution millisecond timestamp from which all performance metric durations are measured. */ readonly timeOrigin: number; /** * Wraps a function within a new function that measures the running time of the wrapped function. * A PerformanceObserver must be subscribed to the 'function' event type in order for the timing details to be accessed. * @param fn */ timerify any>(fn: T): T; } interface PerformanceObserverEntryList { /** * @return a list of PerformanceEntry objects in chronological order with respect to performanceEntry.startTime. */ getEntries(): PerformanceEntry[]; /** * @return a list of PerformanceEntry objects in chronological order with respect to performanceEntry.startTime * whose performanceEntry.name is equal to name, and optionally, whose performanceEntry.entryType is equal to type. */ getEntriesByName(name: string, type?: EntryType): PerformanceEntry[]; /** * @return Returns a list of PerformanceEntry objects in chronological order with respect to performanceEntry.startTime * whose performanceEntry.entryType is equal to type. */ getEntriesByType(type: EntryType): PerformanceEntry[]; } type PerformanceObserverCallback = (list: PerformanceObserverEntryList, observer: PerformanceObserver) => void; class PerformanceObserver extends AsyncResource { constructor(callback: PerformanceObserverCallback); /** * Disconnects the PerformanceObserver instance from all notifications. */ disconnect(): void; /** * Subscribes the PerformanceObserver instance to notifications of new PerformanceEntry instances identified by options.entryTypes. * When options.buffered is false, the callback will be invoked once for every PerformanceEntry instance. * Property buffered defaults to false. * @param options */ observe(options: { entryTypes: EntryType[]; buffered?: boolean }): void; } namespace constants { const NODE_PERFORMANCE_GC_MAJOR: number; const NODE_PERFORMANCE_GC_MINOR: number; const NODE_PERFORMANCE_GC_INCREMENTAL: number; const NODE_PERFORMANCE_GC_WEAKCB: number; const NODE_PERFORMANCE_GC_FLAGS_NO: number; const NODE_PERFORMANCE_GC_FLAGS_CONSTRUCT_RETAINED: number; const NODE_PERFORMANCE_GC_FLAGS_FORCED: number; const NODE_PERFORMANCE_GC_FLAGS_SYNCHRONOUS_PHANTOM_PROCESSING: number; const NODE_PERFORMANCE_GC_FLAGS_ALL_AVAILABLE_GARBAGE: number; const NODE_PERFORMANCE_GC_FLAGS_ALL_EXTERNAL_MEMORY: number; const NODE_PERFORMANCE_GC_FLAGS_SCHEDULE_IDLE: number; } const performance: Performance; interface EventLoopMonitorOptions { /** * The sampling rate in milliseconds. * Must be greater than zero. * @default 10 */ resolution?: number; } interface EventLoopDelayMonitor { /** * Enables the event loop delay sample timer. Returns `true` if the timer was started, `false` if it was already started. */ enable(): boolean; /** * Disables the event loop delay sample timer. Returns `true` if the timer was stopped, `false` if it was already stopped. */ disable(): boolean; /** * Resets the collected histogram data. */ reset(): void; /** * Returns the value at the given percentile. * @param percentile A percentile value between 1 and 100. */ percentile(percentile: number): number; /** * A `Map` object detailing the accumulated percentile distribution. */ readonly percentiles: Map; /** * The number of times the event loop delay exceeded the maximum 1 hour eventloop delay threshold. */ readonly exceeds: number; /** * The minimum recorded event loop delay. */ readonly min: number; /** * The maximum recorded event loop delay. */ readonly max: number; /** * The mean of the recorded event loop delays. */ readonly mean: number; /** * The standard deviation of the recorded event loop delays. */ readonly stddev: number; } function monitorEventLoopDelay(options?: EventLoopMonitorOptions): EventLoopDelayMonitor; }