BigInteger.OnesComplement(BigInteger) Operador

public:
 static System::Numerics::BigInteger operator ~(System::Numerics::BigInteger value);

public:
 static System::Numerics::BigInteger operator ~(System::Numerics::BigInteger value) = System::Numerics::IBitwiseOperators<System::Numerics::BigInteger, System::Numerics::BigInteger, System::Numerics::BigInteger>::op_OnesComplement;

public static System.Numerics.BigInteger operator ~ (System.Numerics.BigInteger value);

static member op_OnesComplement : System.Numerics.BigInteger -> System.Numerics.BigInteger

Public Shared Operator Not (value As BigInteger) As BigInteger

Parâmetros

Retornos

O complemento bit a bit de value.

Implementações

Comentários

O OnesComplement método define a operação do operador de complemento bit a bit para BigInteger valores. O operador de complemento bit a bit inverte cada bit em um valor numérico. Ou seja, os bits em value que são 0 são definidos como 1 no resultado e os bits que são 1 são definidos como 0 no resultado. O OnesComplement método habilita o código como o seguinte:

using System;
using System.Numerics;

public class Example
{
   public static void Main()
   {
      BigInteger value, complement;

      value = BigInteger.Multiply(BigInteger.One, 9);
      complement = ~value;

      Console.WriteLine("{0,5} -- {1,-32}", value, DisplayInBinary(value));
      Console.WriteLine("{0,5} -- {1,-32}\n", complement, DisplayInBinary(complement));

      value = BigInteger.MinusOne * SByte.MaxValue;
      complement = ~value;

      Console.WriteLine("{0,5} -- {1,-32}", value, DisplayInBinary(value));
      Console.WriteLine("{0,5} -- {1,-32}\n", complement, DisplayInBinary(complement));
   }

   private static string DisplayInBinary(BigInteger number)
   {
      byte[] bytes = number.ToByteArray();
      string binaryString = string.Empty;
      foreach (byte byteValue in bytes)
      {
         string byteString = Convert.ToString(byteValue, 2).Trim();
         binaryString += byteString.Insert(0, new string('0', 8 - byteString.Length));
      }
      return binaryString;
   }
}
// The example displays the following output:
//           9 -- 00001001
//         -10 -- 11110110
//
//        -127 -- 10000001
//         126 -- 01111110

open System
open System.Numerics

let displayInBinary (number: bigint) =
    let bytes = number.ToByteArray()
    let mutable binaryString = ""

    for byteValue in bytes do
        let byteString = Convert.ToString(byteValue, 2).Trim()
        binaryString <- binaryString + byteString.PadLeft(8, '0')

    binaryString

let value = BigInteger.Multiply(BigInteger.One, 9)
let complement = ~~~(int64 value) |> bigint

printfn "%5O -- %s" value (displayInBinary value)
printfn "%5O -- %s\n" complement (displayInBinary complement)

let value2 = BigInteger.MinusOne * (bigint SByte.MaxValue)
let complement2 = ~~~(int64 value) |> bigint

printfn "%5O -- %s" value2 (displayInBinary value2)
printfn "%5O -- %s" complement2 (displayInBinary complement2)
// The example displays the following output:
//           9 -- 00001001
//         -10 -- 11110110
//
//        -127 -- 10000001
//         126 -- 01111110

Imports System.Numerics

Module Example
   Public Sub Main()
      Dim value, complement As bigInteger
      
      value = BigInteger.Multiply(BigInteger.One, 9)
      complement = Not value
      
      Console.WriteLine("{0,5} -- {1,-32}", value, DisplayInBinary(value))
      Console.WriteLine("{0,5} -- {1,-32}", complement, DisplayInBinary(complement))
      Console.WriteLine()
   
      value = BigInteger.MinusOne * SByte.MaxValue
      complement = BigInteger.op_OnesComplement(value)
      
      Console.WriteLine("{0,5} -- {1,-32}", value, DisplayInBinary(value))
      Console.WriteLine("{0,5} -- {1,-32}", complement, DisplayInBinary(complement))
      Console.WriteLine()
   End Sub

   Private Function DisplayInBinary(number As BigInteger) As String
      Dim bytes() As Byte = number.ToByteArray()  
      Dim binaryString As String = String.Empty
      For Each byteValue As Byte In bytes
         Dim byteString As String = Convert.ToString(byteValue, 2).Trim()
         binaryString += byteString.Insert(0, New String("0"c, 8 - byteString.Length))
      Next
      Return binaryString    
   End Function
End Module
' The example displays the following output:
'           9 -- 00001001
'         -10 -- 11110110
'       
'        -127 -- 10000001
'         126 -- 01111110

Idiomas que não dão suporte a operadores personalizados podem ser capazes de chamar o OnesComplement método diretamente para executar uma operação de complemento bit a bit. Por exemplo:

Imports System.Numerics

Module Example
   Public Sub Main()
      Dim value, complement As bigInteger
      
      value = BigInteger.Multiply(BigInteger.One, 9)
      complement = BigInteger.op_OnesComplement(value)
      
      Console.WriteLine("{0,5} -- {1,-32}", value, DisplayInBinary(value))
      Console.WriteLine("{0,5} -- {1,-32}", complement, DisplayInBinary(complement))
      Console.WriteLine()
   
      value = BigInteger.MinusOne * SByte.MaxValue
      complement = BigInteger.op_OnesComplement(value)
      
      Console.WriteLine("{0,5} -- {1,-32}", value, DisplayInBinary(value))
      Console.WriteLine("{0,5} -- {1,-32}", complement, DisplayInBinary(complement))
      Console.WriteLine()
   End Sub

   Private Function DisplayInBinary(number As BigInteger) As String
      Dim bytes() As Byte = number.ToByteArray()  
      Dim binaryString As String = String.Empty
      For Each byteValue As Byte In bytes
         Dim byteString As String = Convert.ToString(byteValue, 2).Trim()
         binaryString += byteString.Insert(0, New String("0"c, 8 - byteString.Length))
      Next
      Return binaryString    
   End Function
End Module
' The example displays the following output:
'           9 -- 00001001
'         -10 -- 11110110
'       
'        -127 -- 10000001
'         126 -- 01111110

Aplica-se a