@oaklean/profiler-core/dist/src/model/SensorValues.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 { BaseModel } from './BaseModel';
import { UnifiedPath_string, LangInternalPath_string, SourceNodeIdentifier_string, MilliJoule_number, SensorValueToDataTypeMap, ISensorValues, MicroSeconds_number } from '../types';
export declare const SENSOR_VALUES_BYTE_SIZE_MAP: SensorValueToDataTypeMap;
export declare const AGGREGATED_SENSOR_VALUE_NAMES: (keyof ISensorValues)[];
export declare const INTERN_SENSOR_VALUE_NAMES: (keyof ISensorValues)[];
export declare const EXTERN_SENSOR_VALUE_NAMES: (keyof ISensorValues)[];
export declare const LANG_INTERNAL_SENSOR_VALUE_NAMES: (keyof ISensorValues)[];
export declare class SensorValues extends BaseModel {
    private _profilerHits?;
    private _selfCPUTime?;
    private _aggregatedCPUTime?;
    private _internCPUTime?;
    private _externCPUTime?;
    private _langInternalCPUTime?;
    private _selfCPUEnergyConsumption?;
    private _aggregatedCPUEnergyConsumption?;
    private _internCPUEnergyConsumption?;
    private _externCPUEnergyConsumption?;
    private _langInternalCPUEnergyConsumption?;
    private _selfRAMEnergyConsumption?;
    private _aggregatedRAMEnergyConsumption?;
    private _internRAMEnergyConsumption?;
    private _externRAMEnergyConsumption?;
    private _langInternalRAMEnergyConsumption?;
    constructor({ profilerHits, selfCPUTime, aggregatedCPUTime, internCPUTime, externCPUTime, langInternalCPUTime, selfCPUEnergyConsumption, aggregatedCPUEnergyConsumption, internCPUEnergyConsumption, externCPUEnergyConsumption, langInternalCPUEnergyConsumption, selfRAMEnergyConsumption, aggregatedRAMEnergyConsumption, internRAMEnergyConsumption, externRAMEnergyConsumption, langInternalRAMEnergyConsumption }: ISensorValues);
    set profilerHits(v: number);
    get profilerHits(): number;
    set selfCPUTime(v: MicroSeconds_number);
    get selfCPUTime(): MicroSeconds_number;
    set aggregatedCPUTime(v: MicroSeconds_number);
    get aggregatedCPUTime(): MicroSeconds_number;
    set internCPUTime(v: MicroSeconds_number);
    get internCPUTime(): MicroSeconds_number;
    set externCPUTime(v: MicroSeconds_number);
    get externCPUTime(): MicroSeconds_number;
    set langInternalCPUTime(v: MicroSeconds_number);
    get langInternalCPUTime(): MicroSeconds_number;
    set selfCPUEnergyConsumption(v: MilliJoule_number);
    get selfCPUEnergyConsumption(): MilliJoule_number;
    set aggregatedCPUEnergyConsumption(v: MilliJoule_number);
    get aggregatedCPUEnergyConsumption(): MilliJoule_number;
    set internCPUEnergyConsumption(v: MilliJoule_number);
    get internCPUEnergyConsumption(): MilliJoule_number;
    set externCPUEnergyConsumption(v: MilliJoule_number);
    get externCPUEnergyConsumption(): MilliJoule_number;
    set langInternalCPUEnergyConsumption(v: MilliJoule_number);
    get langInternalCPUEnergyConsumption(): MilliJoule_number;
    set selfRAMEnergyConsumption(v: MilliJoule_number);
    get selfRAMEnergyConsumption(): MilliJoule_number;
    set aggregatedRAMEnergyConsumption(v: MilliJoule_number);
    get aggregatedRAMEnergyConsumption(): MilliJoule_number;
    set internRAMEnergyConsumption(v: MilliJoule_number);
    get internRAMEnergyConsumption(): MilliJoule_number;
    set externRAMEnergyConsumption(v: MilliJoule_number);
    get externRAMEnergyConsumption(): MilliJoule_number;
    set langInternalRAMEnergyConsumption(v: MilliJoule_number);
    get langInternalRAMEnergyConsumption(): MilliJoule_number;
    validate(path: UnifiedPath_string | LangInternalPath_string, identifier: SourceNodeIdentifier_string): void;
    static sum(...args: SensorValues[]): SensorValues;
    static max(...args: SensorValues[]): SensorValues;
    static equals(...args: SensorValues[]): boolean;
    private undefinedIfZero;
    toJSON(): ISensorValues;
    static fromJSON(json: string | ISensorValues): SensorValues;
    toBuffer(tag?: string): Buffer;
    static consumeFromBuffer(buffer: Buffer): {
        instance: SensorValues;
        remainingBuffer: Buffer;
    };
    addToSelf(other: SensorValues | Partial<ISensorValues>, sign?: number): this;
    addToAggregated(other: SensorValues | Partial<ISensorValues>, sign?: number): this;
    addToIntern(other: SensorValues | Partial<ISensorValues>, sign?: number): this;
    addToExtern(other: SensorValues | Partial<ISensorValues>, sign?: number): this;
    addSelfToExtern(other: SensorValues | Partial<ISensorValues>, sign?: number): this;
    addToLangInternal(other: SensorValues | Partial<ISensorValues>, sign?: number): this;
    addSelfToLangInternal(other: SensorValues | Partial<ISensorValues>, sign?: number): this;
    add({ internSensorValues, externSensorValues, langInternalSensorValues }: {
        internSensorValues?: SensorValues | Partial<ISensorValues>;
        externSensorValues?: SensorValues | Partial<ISensorValues>;
        langInternalSensorValues?: SensorValues | Partial<ISensorValues>;
    }): SensorValues;
    clone(): SensorValues;
    cloneAsIsolated(): SensorValues;
    cloneAsAggregated(): SensorValues;
}