@oaklean/profiler-core/dist/src/helper/CPUModel.d.ts

Part of the @oaklean suite. It provides all basic functions to work with the `.oak` file format. It allows parsing the `.oak` file format as well as tools for analyzing the measurement values. It also provides all necessary capabilities required for prec

import { CPUNode } from './CPUNode';
import { IComputedNode, ILocation } from '../../lib/vscode-js-profile-core/src/cpu/model';
import { ICpuProfileRaw } from '../../lib/vscode-js-profile-core/src/cpu/types';
import { UnifiedPath } from '../system/UnifiedPath';
import { MetricsDataCollection } from '../model/interfaces/MetricsDataCollection';
import { NanoSeconds_BigInt, MicroSeconds_number, MilliJoule_number } from '../types';
export declare class CPUModel {
    private rootDir;
    private cpuModel;
    private _cpuProfilerBeginTime;
    private _startTime;
    private _endTime;
    private _energyValuesPerNode;
    private _cpuNodes;
    private _profilerHitsPerNode;
    constructor(rootDir: UnifiedPath, profile: ICpuProfileRaw, highResolutionBeginTime: NanoSeconds_BigInt);
    get profilerHitsPerNode(): number[];
    set energyValuesPerNode(values: [MilliJoule_number, MilliJoule_number][] | undefined);
    /**
         * energyValuesPerNode is a tuple based array
         *
         * index 0 of each tuple represents the cpuEnergy
         * index 1 of each tuple represents the ramEnergy
         */
    get energyValuesPerNode(): [MilliJoule_number, MilliJoule_number][] | undefined;
    get ILocations(): readonly ILocation[];
    get INodes(): readonly IComputedNode[];
    get timeDeltas(): readonly MicroSeconds_number[];
    get samples(): readonly number[];
    energyValuesPerNodeByMetricsData(metricsDataCollection: MetricsDataCollection): [
        MilliJoule_number,
        MilliJoule_number
    ][];
    getNode(index: number): CPUNode;
}