@oaklean/profiler-core/dist/src/helper/BufferHelper.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 { BufferValueMapTypeMap, PrimitiveBufferTypes_ByteSize_Map } from '../types';
export declare const PRIMITIVE_BUFFER_TYPES_BYTE_SIZES: PrimitiveBufferTypes_ByteSize_Map;
export declare class BufferHelper {
    static outOfDomainError(value: number, type: string, error?: (type: string, value: number) => void): void;
    static numberMapToBuffer(typeMap: BufferValueMapTypeMap<Record<string, number>>, values: Record<string, number>, keyOffset?: number, tag?: string): Buffer;
    static numberMapFromBuffer(typeMap: BufferValueMapTypeMap<Record<string, number>>, buffer: Buffer): {
        instance: Record<string, number>;
        remainingBuffer: Buffer;
    };
    static numberArrayFromBuffer(buffer: Buffer, typeMap: BufferValueMapTypeMap<Record<string, number>>, keyOffset?: number): {
        result: number[];
        remainingBuffer: Buffer;
    };
    static UInt8ToBuffer(tinyInt: number, error?: (type: string, value: number) => void): Buffer;
    static UInt8FromBuffer(buffer: Buffer): {
        instance: number;
        remainingBuffer: Buffer;
    };
    static BooleanToBuffer(bool: boolean): Buffer;
    static BooleanFromBuffer(buffer: Buffer): {
        instance: boolean;
        remainingBuffer: Buffer;
    };
    static UIntToBuffer(int: number, error?: (type: string, value: number) => void): Buffer;
    static UIntFromBuffer(buffer: Buffer): {
        instance: number;
        remainingBuffer: Buffer;
    };
    static DoubleToBuffer(double: number): Buffer;
    static DoubleFromBuffer(buffer: Buffer): {
        instance: number;
        remainingBuffer: Buffer;
    };
    static String2LToBuffer(string: string): Buffer;
    static String2LFromBuffer(buffer: Buffer): {
        instance: string;
        remainingBuffer: Buffer;
    };
    static String4LToBuffer(string: string): Buffer;
    static String4LFromBuffer(buffer: Buffer): {
        instance: string;
        remainingBuffer: Buffer;
    };
    static readBit(buffer: Buffer, bit: number): number;
    static setBit(buffer: Buffer, bit: number, value: number): void;
    static compressBuffer(buffer: Buffer): Promise<Buffer>;
    static decompressBuffer(buffer: Buffer, maxOutputLength?: number): Promise<Buffer>;
}