bitwise

ErrorsManager.bitwise

IntegerobjectpublicErrorsManager.bitwiseRequiredIntegercodeRequiredIntegerbits

Name	Required	Nullable	Typed	Default Value
code	True	False	Integer
bits	True	False	Integer
Name	Required	Nullable	Typed	Default Value

ErrorsManager.bitwise

StringobjectpublicErrorsManager.bitwiseRequiredStringcodeRequiredIntegerbits

Name	Required	Nullable	Typed	Default Value
code	True	False	String
bits	True	False	Integer
Name	Required	Nullable	Typed	Default Value

ErrorsManager.bitwise

Array<Integer>objectpublicErrorsManager.bitwiseRequiredArray<Integer>codeRequiredIntegerbits

Name	Required	Nullable	Typed	Default Value
code	True	False	Array<Integer>
bits	True	False	Integer
Name	Required	Nullable	Typed	Default Value

El método bitwise es un método objeto nos permite hacer desplazamiento de Bit en el código de error tantos Bits como queramos, siendo el número de Bits positivo hacia la izquierda, creando los Bits requeridos; y siendo el número de Bits negativo hacia la derecha, eliminando consigo ese número de Bits por ese lado.

typepy
characters585
lines25

#!/usr/bin/env python
# -*- coding: utf-8 -*-

from Assets.ErrorsManager import ErrorsManager

errors_manager:ErrorsManager = ErrorsManager()
options:tuple[int] = (-10, -5, -3, -1, 0, 1, 3, 5, 10)
value:int|str|list[int]

for i, value in enumerate((105, "pB", [41, 1])):

    bits:int

    for bits in options:

        new_value:int|str|list[int] = errors_manager.bitwise(value, bits)

        print((
            value, 
            errors_manager.to_array_binary(value), 
            bits, 
            new_value, 
            errors_manager.to_array_binary(new_value)
        ))

typejs
characters538
lines22

"use strict";

/** @type {ErrorsManager} */
const errors_manager = new ErrorsManager(), 
      /** @type {Array.<number>} */
      options = [-10, -5, -3, -1, 0, 1, 3, 5, 10];

[105, "pB", [41, 1]].forEach((value, i) => options.forEach(bits => {

    /** @type {number|String|Array.<number>} */
    const new_value = errors_manager.bitwise(value, bits);

    console.log([
        value, 
        errors_manager.to_array_binary(value), 
        bits, 
        new_value, 
        errors_manager.to_array_binary(new_value)
    ]);

}));

El resultado de estas pruebas son los siguientes:

Valor	Binario	Bits	Desplazado	Binario desplazado
105	["101001", "000001"]	-10	0	["000000"]
105	["101001", "000001"]	-5	3	["000011"]
105	["101001", "000001"]	-3	13	["001101"]
105	["101001", "000001"]	-1	52	["110100"]
105	["101001", "000001"]	0	105	["101001", "000001"]
105	["101001", "000001"]	1	210	["010010", "000011"]
105	["101001", "000001"]	3	840	["001000", "001101"]
105	["101001", "000001"]	5	3360	["100000", "110100"]
105	["101001", "000001"]	10	107520	["000000", "010000", "011010"]
pB	["101001", "000001"]	-10	A	["000000"]
pB	["101001", "000001"]	-5	DA	["000011", "000000"]
pB	["101001", "000001"]	-3	NA	["001101", "000000"]
pB	["101001", "000001"]	-1	0A	["110100", "000000"]
pB	["101001", "000001"]	0	pB	["101001", "000001"]
pB	["101001", "000001"]	1	SD	["010010", "000011"]
pB	["101001", "000001"]	3	IN	["001000", "001101"]
pB	["101001", "000001"]	5	g0	["100000", "110100"]
pB	["101001", "000001"]	10	AQa	["000000", "010000", "011010"]
[41, 1]	["101001", "000001"]	-10	[0]	["000000"]
[41, 1]	["101001", "000001"]	-5	[3, 0]	["000011", "000000"]
[41, 1]	["101001", "000001"]	-3	[13, 0]	["001101", "000000"]
[41, 1]	["101001", "000001"]	-1	[52, 0]	["110100", "000000"]
[41, 1]	["101001", "000001"]	0	[41, 1]	["101001", "000001"]
[41, 1]	["101001", "000001"]	1	[18, 3]	["010010", "000011"]
[41, 1]	["101001", "000001"]	3	[8, 13]	["001000", "001101"]
[41, 1]	["101001", "000001"]	5	[32, 52]	["100000", "110100"]
[41, 1]	["101001", "000001"]	10	[0, 16, 26]	["000000", "010000", "011010"]
Valor	Binario	Bits	Desplazado	Binario desplazado