BigInteger.Equals BigInteger.Equals BigInteger.Equals BigInteger.Equals Method

Definição

Retorna um valor que indica se dois valores numéricos são iguais.Returns a value that indicates whether two numeric values are equal.

Sobrecargas

Equals(Int64) Equals(Int64) Equals(Int64) Equals(Int64)

Retorna um valor que indica se a instância atual e um inteiro com sinal de 64 bits têm o mesmo valor.Returns a value that indicates whether the current instance and a signed 64-bit integer have the same value.

Equals(BigInteger) Equals(BigInteger) Equals(BigInteger) Equals(BigInteger)

Retorna um valor que indica se a instância atual e um objeto BigInteger especificado têm o mesmo valor.Returns a value that indicates whether the current instance and a specified BigInteger object have the same value.

Equals(Object) Equals(Object) Equals(Object) Equals(Object)

Retorna um valor que indica se a instância atual e um objeto especificado têm o mesmo valor.Returns a value that indicates whether the current instance and a specified object have the same value.

Equals(UInt64) Equals(UInt64) Equals(UInt64) Equals(UInt64)

Retorna um valor que indica se a instância atual e um inteiro sem sinal de 64 bits têm o mesmo valor.Returns a value that indicates whether the current instance and an unsigned 64-bit integer have the same value.

Equals(Int64) Equals(Int64) Equals(Int64) Equals(Int64)

Retorna um valor que indica se a instância atual e um inteiro com sinal de 64 bits têm o mesmo valor.Returns a value that indicates whether the current instance and a signed 64-bit integer have the same value.

public:
 bool Equals(long other);
public bool Equals (long other);
override this.Equals : int64 -> bool
Public Function Equals (other As Long) As Boolean

Parâmetros

other
Int64 Int64 Int64 Int64

O valor inteiro com sinal de 64 bits para comparar.The signed 64-bit integer value to compare.

Retornos

true se o inteiro com sinal de 64 bits e a instância atual tiverem o mesmo valor; caso contrário, false.true if the signed 64-bit integer and the current instance have the same value; otherwise, false.

Exemplos

O exemplo a seguir instancia um BigInteger objeto de cada tipo integral, UInt64exceto.The following example instantiates a BigInteger object from each integral type except UInt64. Em seguida, ele Equals(Int64) chama o método para BigInteger comparar o valor com o valor inteiro original que foi passado BigInteger para o construtor.It then calls the Equals(Int64) method to compare the BigInteger value with the original integer value that was passed to the BigInteger constructor. Como mostra a saída, os valores são iguais em cada caso.As the output shows, the values are equal in each case.

#using <System.Numerics.dll>

using namespace System;
using namespace System::Numerics;

void main()
{
   BigInteger bigIntValue;

   Byte byteValue = 16;
   bigIntValue = BigInteger(byteValue);
   Console::WriteLine("{0} {1} = {2} {3} : {4}",
      bigIntValue.GetType()->Name, bigIntValue,
      byteValue.GetType()->Name, byteValue,
      bigIntValue.Equals((Int64)byteValue));

   SByte sbyteValue = -16;
   bigIntValue = BigInteger(sbyteValue);
   Console::WriteLine("{0} {1} = {2} {3} : {4}",
      bigIntValue.GetType()->Name, bigIntValue,
      sbyteValue.GetType()->Name, sbyteValue,
      bigIntValue.Equals((Int64)sbyteValue));

   Int16 shortValue = 1233;
   bigIntValue = BigInteger(shortValue);
   Console::WriteLine("{0} {1} = {2} {3} : {4}",
      bigIntValue.GetType()->Name, bigIntValue,
      shortValue.GetType()->Name, shortValue,
      bigIntValue.Equals((Int64)shortValue));

   UInt16 ushortValue = 64000;
   bigIntValue = BigInteger(ushortValue);
   Console::WriteLine("{0} {1} = {2} {3} : {4}",
      bigIntValue.GetType()->Name, bigIntValue,
      ushortValue.GetType()->Name, ushortValue,
      bigIntValue.Equals((Int64)ushortValue));

   int intValue = -1603854;
   bigIntValue = BigInteger(intValue);
   Console::WriteLine("{0} {1} = {2} {3} : {4}",
      bigIntValue.GetType()->Name, bigIntValue,
      intValue.GetType()->Name, intValue,
      bigIntValue.Equals((Int64)intValue));

   UInt32 uintValue = 1223300;
   bigIntValue = BigInteger(uintValue);
   Console::WriteLine("{0} {1} = {2} {3} : {4}",
      bigIntValue.GetType()->Name, bigIntValue,
      uintValue.GetType()->Name, uintValue,
      bigIntValue.Equals((Int64)uintValue));

   Int64 longValue = -123822229012;
   bigIntValue = BigInteger(longValue);
   Console::WriteLine("{0} {1} = {2} {3} : {4}",
      bigIntValue.GetType()->Name, bigIntValue,
      longValue.GetType()->Name, longValue,
      bigIntValue.Equals((Int64)longValue));
}
/* 
The example displays output like the following:
      BigInteger 16 = Byte 16 : True
      BigInteger -16 = SByte -16 : True
      BigInteger 1233 = Int16 1233 : True
      BigInteger 64000 = UInt16 64000 : True
      BigInteger -1603854 = Int32 -1603854 : True
      BigInteger 1223300 = UInt32 1223300 : True
      BigInteger -123822229012 = Int64 -123822229012 : True
*/
BigInteger bigIntValue; 

byte byteValue = 16;
bigIntValue = new BigInteger(byteValue);
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  byteValue.GetType().Name, byteValue, 
                  bigIntValue.Equals(byteValue));
                  
sbyte sbyteValue = -16;
bigIntValue = new BigInteger(sbyteValue);
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  sbyteValue.GetType().Name, sbyteValue,
                  bigIntValue.Equals(sbyteValue));

short shortValue = 1233;
bigIntValue = new BigInteger(shortValue);
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  shortValue.GetType().Name, shortValue, 
                  bigIntValue.Equals(shortValue));
      
ushort ushortValue = 64000;
bigIntValue = new BigInteger(ushortValue);
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  ushortValue.GetType().Name, ushortValue, 
                  bigIntValue.Equals(ushortValue));

int intValue = -1603854;
bigIntValue = new BigInteger(intValue);
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  intValue.GetType().Name, intValue, 
                  bigIntValue.Equals(intValue));

uint uintValue = 1223300;
bigIntValue = new BigInteger(uintValue);
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  uintValue.GetType().Name, uintValue, 
                  bigIntValue.Equals(uintValue));

long longValue = -123822229012;
bigIntValue = new BigInteger(longValue);
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  longValue.GetType().Name, longValue, 
                  bigIntValue.Equals(longValue));
// The example displays the following output:
//    BigInteger 16 = Byte 16 : True
//    BigInteger -16 = SByte -16 : True
//    BigInteger 1233 = Int16 1233 : True
//    BigInteger 64000 = UInt16 64000 : True
//    BigInteger -1603854 = Int32 -1603854 : True
//    BigInteger 1223300 = UInt32 1223300 : True
//    BigInteger -123822229012 = Int64 -123822229012 : True
Dim bigIntValue As BigInteger 

Dim byteValue As Byte = 16
bigIntValue = New BigInteger(byteValue)
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  byteValue.GetType().Name, byteValue, 
                  bigIntValue.Equals(byteValue))
                  
Dim sbyteValue As SByte = -16
bigIntValue = New BigInteger(sbyteValue)
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  sbyteValue.GetType().Name, sbyteValue,
                  bigIntValue.Equals(sbyteValue))

Dim shortValue As Short = 1233
bigIntValue = New BigInteger(shortValue)
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  shortValue.GetType().Name, shortValue, 
                  bigIntValue.Equals(shortValue))
      
Dim ushortValue As UShort = 64000
bigIntValue = New BigInteger(ushortValue)
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  ushortValue.GetType().Name, ushortValue, 
                  bigIntValue.Equals(ushortValue))

Dim intValue As Integer = -1603854
bigIntValue = New BigInteger(intValue)
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  intValue.GetType().Name, intValue, 
                  bigIntValue.Equals(intValue))

Dim uintValue As UInteger = 1223300
bigIntValue = New BigInteger(uintValue)
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  uintValue.GetType().Name, uintValue, 
                  bigIntValue.Equals(uintValue))

Dim longValue As Long = -123822229012
bigIntValue = New BigInteger(longValue)
Console.WriteLine("{0} {1} = {2} {3} : {4}", 
                  bigIntValue.GetType().Name, bigIntValue,
                  longValue.GetType().Name, longValue, 
                  bigIntValue.Equals(longValue))
' The example displays the following output:
'    BigInteger 16 = Byte 16 : True
'    BigInteger -16 = SByte -16 : True
'    BigInteger 1233 = Int16 1233 : True
'    BigInteger 64000 = UInt16 64000 : True
'    BigInteger -1603854 = Int32 -1603854 : True
'    BigInteger 1223300 = UInt32 1223300 : True
'    BigInteger -123822229012 = Int64 -123822229012 : True

Comentários

Se other for um Bytevalor Int16,, ,,SByte Int64 ou ,eleseráconvertidoimplicitamenteemumvalorquandoométodoforchamado.UInt32 Int32 UInt16If other is a Byte, Int16, Int32, SByte, UInt16, or UInt32 value, it is implicitly converted to an Int64 value when the method is called.

Para determinar a relação entre os dois objetos em vez de apenas testar a igualdade, chame BigInteger.CompareTo(Int64) o método.To determine the relationship between the two objects instead of just testing for equality, call the BigInteger.CompareTo(Int64) method.

Equals(BigInteger) Equals(BigInteger) Equals(BigInteger) Equals(BigInteger)

Retorna um valor que indica se a instância atual e um objeto BigInteger especificado têm o mesmo valor.Returns a value that indicates whether the current instance and a specified BigInteger object have the same value.

public:
 virtual bool Equals(System::Numerics::BigInteger other);
public bool Equals (System.Numerics.BigInteger other);
override this.Equals : System.Numerics.BigInteger -> bool
Public Function Equals (other As BigInteger) As Boolean

Parâmetros

other
BigInteger BigInteger BigInteger BigInteger

O objeto a ser comparado.The object to compare.

Retornos

true se este objeto BigInteger e other tiverem o mesmo valor; caso contrário, false.true if this BigInteger object and other have the same value; otherwise, false.

Implementações

Exemplos

O exemplo a seguir compara a distância aproximada de várias estrelas da terra com a distância de Épsilon i da terra para determinar se elas são iguais.The following example compares the approximate distance of several stars from Earth with the distance of Epsilon Indi from Earth to determine whether they are equal. O exemplo usa cada sobrecarga do Equals método para testar a igualdade.The example uses each overload of the Equals method to test for equality.

#using <System.Numerics.dll>

using namespace System;
using namespace System::Numerics;


void main()
{
   const Int64 LIGHT_YEAR = 5878625373183;

   BigInteger altairDistance = 17 * LIGHT_YEAR;
   BigInteger epsilonIndiDistance = 12 * LIGHT_YEAR;
   BigInteger ursaeMajoris47Distance = 46 * LIGHT_YEAR;
   Int64 tauCetiDistance = 12 * LIGHT_YEAR;
   UInt64 procyon2Distance = 12 * LIGHT_YEAR;
   Object^ wolf424ABDistance = 14 * LIGHT_YEAR;

   Console::WriteLine("Approx. equal distances from Epsilon Indi to:");
   Console::WriteLine("   Altair: {0}",
      epsilonIndiDistance.Equals(altairDistance));
   Console::WriteLine("   Ursae Majoris 47: {0}",
      epsilonIndiDistance.Equals(ursaeMajoris47Distance));
   Console::WriteLine("   TauCeti: {0}",
      epsilonIndiDistance.Equals(tauCetiDistance));
   Console::WriteLine("   Procyon 2: {0}",
      epsilonIndiDistance.Equals(procyon2Distance));
   Console::WriteLine("   Wolf 424 AB: {0}",
      epsilonIndiDistance.Equals(wolf424ABDistance));
}
/*
The example displays output like the following:
      Approx. equal distances from Epsilon Indi to:
      Altair: False
      Ursae Majoris 47: False
      TauCeti: True
      Procyon 2: True
      Wolf 424 AB: False
*/
   const long LIGHT_YEAR = 5878625373183;

   BigInteger altairDistance = 17 * LIGHT_YEAR;
   BigInteger epsilonIndiDistance = 12 * LIGHT_YEAR;
   BigInteger ursaeMajoris47Distance = 46 * LIGHT_YEAR;
   long tauCetiDistance = 12 * LIGHT_YEAR;
   ulong procyon2Distance = 12 * LIGHT_YEAR;
   object wolf424ABDistance = 14 * LIGHT_YEAR;
   
   Console.WriteLine("Approx. equal distances from Epsilon Indi to:");
   Console.WriteLine("   Altair: {0}", 
                     epsilonIndiDistance.Equals(altairDistance));
   Console.WriteLine("   Ursae Majoris 47: {0}", 
                     epsilonIndiDistance.Equals(ursaeMajoris47Distance));
   Console.WriteLine("   TauCeti: {0}", 
                     epsilonIndiDistance.Equals(tauCetiDistance));
   Console.WriteLine("   Procyon 2: {0}", 
                     epsilonIndiDistance.Equals(procyon2Distance));
   Console.WriteLine("   Wolf 424 AB: {0}", 
                     epsilonIndiDistance.Equals(wolf424ABDistance));
   // The example displays the following output:
   //    Approx. equal distances from Epsilon Indi to:
   //       Altair: False
   //       Ursae Majoris 47: False
   //       TauCeti: True
   //       Procyon 2: True
   //       Wolf 424 AB: False      
   Const LIGHT_YEAR As Long = 5878625373183

   Dim altairDistance As BigInteger = 17 * LIGHT_YEAR
   Dim epsilonIndiDistance As BigInteger = 12 * LIGHT_YEAR
   Dim ursaeMajoris47Distance As BigInteger = 46 * LIGHT_YEAR
   Dim tauCetiDistance As BigInteger = 12 * LIGHT_YEAR
   Dim procyon2Distance As Long = 12 * LIGHT_YEAR
   Dim wolf424ABDistance As Object = 14 * LIGHT_YEAR
   
   Console.WriteLine("Approx. equal distances from Epsilon Indi to:")
   Console.WriteLine("   Altair: {0}", _
                     epsilonIndiDistance.Equals(altairDistance))
   Console.WriteLine("   Ursae Majoris 47: {0}", _
                     epsilonIndiDistance.Equals(ursaeMajoris47Distance))
   Console.WriteLine("   TauCeti: {0}", _
                     epsilonIndiDistance.Equals(tauCetiDistance))
   Console.WriteLine("   Procyon 2: {0}", _
                     epsilonIndiDistance.Equals(procyon2Distance))
   Console.WriteLine("   Wolf 424 AB: {0}", _
                     epsilonIndiDistance.Equals(wolf424ABDistance))
   ' The example displays the following output:
   '    Approx. equal distances from Epsilon Indi to:
   '       Altair: False
   '       Ursae Majoris 47: False
   '       TauCeti: True
   '       Procyon 2: True
   '       Wolf 424 AB: False

Comentários

Esse método implementa a IEquatable<T> interface e executa um pouco melhor Equals(Object) do que porque não precisa converter o other parâmetro em um BigInteger objeto.This method implements the IEquatable<T> interface and performs slightly better than Equals(Object) because it does not have to convert the other parameter to a BigInteger object.

Para determinar a relação entre os dois BigInteger objetos em vez de apenas testar a igualdade, chame BigInteger.CompareTo(BigInteger) o método.To determine the relationship between the two BigInteger objects instead of just testing for equality, call the BigInteger.CompareTo(BigInteger) method.

Equals(Object) Equals(Object) Equals(Object) Equals(Object)

Retorna um valor que indica se a instância atual e um objeto especificado têm o mesmo valor.Returns a value that indicates whether the current instance and a specified object have the same value.

public:
 override bool Equals(System::Object ^ obj);
public override bool Equals (object obj);
override this.Equals : obj -> bool
Public Overrides Function Equals (obj As Object) As Boolean

Parâmetros

obj
Object Object Object Object

O objeto a ser comparado.The object to compare.

Retornos

true se o obj argumento for um objeto BigInteger e seu valor for igual ao valor da instância BigInteger atual; caso contrário, false.true if the obj argument is a BigInteger object, and its value is equal to the value of the current BigInteger instance; otherwise, false.

Exemplos

O exemplo a seguir define Object Parallel BigInteger e arrays.The following example defines parallel Object and BigInteger arrays. Cada elemento de uma matriz tem o mesmo valor que o elemento correspondente da segunda matriz.Each element of one array has the same value as the corresponding element of the second array. Como a saída do exemplo mostra, a instância na BigInteger matriz será considerada igual à instância Object na matriz somente se o último for um BigInteger e seus valores forem iguais.As the output from the example shows, the instance in the BigInteger array is considered to be equal to the instance in the Object array only if the latter is a BigInteger and their values are equal.

using System;
using System.Numerics;

public class Example
{
   public static void Main()
   {
      object[] obj = { 0, 10, 100, new BigInteger(1000), -10 };
      BigInteger[] bi = { BigInteger.Zero, new BigInteger(10),
                          new BigInteger(100), new BigInteger(1000),
                          new BigInteger(-10) };
      for (int ctr = 0; ctr < bi.Length; ctr++)
         Console.WriteLine(bi[ctr].Equals(obj[ctr]));
   }
}
// The example displays the following output:
//       False
//       False
//       False
//       True
//       False
Imports System.Numerics

Module Example
   Public Sub Main()
      Dim obj() As object = { 0, 10, 100, New BigInteger(1000), -10 }
      Dim bi() As BigInteger = { BigInteger.Zero, New BigInteger(10),
                                 New BigInteger(100), New BigInteger(1000),
                                 New BigInteger(-10) }
      For ctr As Integer = 0 To bi.Length - 1
         Console.WriteLine(bi(ctr).Equals(obj(ctr)))
      Next                           
   End Sub
End Module
' The example displays the following output:
'       False
'       False
'       False
'       True
'       False

Comentários

Se o obj argumento não for um BigInteger valor, o método retornará false.If the obj argument is not a BigInteger value, the method returns false. O método retornará true somente se obj for uma BigInteger instância cujo valor é igual à instância atual.The method returns true only if obj is a BigInteger instance whose value is equal to the current instance.

Para determinar a relação entre os dois objetos em vez de apenas testar a igualdade, chame CompareTo(Object) o método.To determine the relationship between the two objects instead of just testing for equality, call the CompareTo(Object) method.

Equals(UInt64) Equals(UInt64) Equals(UInt64) Equals(UInt64)

Importante

Esta API não está em conformidade com CLS.

Retorna um valor que indica se a instância atual e um inteiro sem sinal de 64 bits têm o mesmo valor.Returns a value that indicates whether the current instance and an unsigned 64-bit integer have the same value.

public:
 bool Equals(System::UInt64 other);
[System.CLSCompliant(false)]
public bool Equals (ulong other);
override this.Equals : uint64 -> bool
Public Function Equals (other As ULong) As Boolean

Parâmetros

other
UInt64 UInt64 UInt64 UInt64

O inteiro sem sinal de 64 bits para comparar.The unsigned 64-bit integer to compare.

Retornos

true se a instância atual e o inteiro sem sinal de 64 bits tiverem o mesmo valor; caso contrário, false.true if the current instance and the unsigned 64-bit integer have the same value; otherwise, false.

Exemplos

O exemplo a seguir compara a distância aproximada de várias estrelas da terra com a distância de Épsilon i da terra para determinar se elas são iguais.The following example compares the approximate distance of several stars from Earth with the distance of Epsilon Indi from Earth to determine whether they are equal. O exemplo usa cada sobrecarga do Equals método para testar a igualdade.The example uses each overload of the Equals method to test for equality.

#using <System.Numerics.dll>

using namespace System;
using namespace System::Numerics;


void main()
{
   const Int64 LIGHT_YEAR = 5878625373183;

   BigInteger altairDistance = 17 * LIGHT_YEAR;
   BigInteger epsilonIndiDistance = 12 * LIGHT_YEAR;
   BigInteger ursaeMajoris47Distance = 46 * LIGHT_YEAR;
   Int64 tauCetiDistance = 12 * LIGHT_YEAR;
   UInt64 procyon2Distance = 12 * LIGHT_YEAR;
   Object^ wolf424ABDistance = 14 * LIGHT_YEAR;

   Console::WriteLine("Approx. equal distances from Epsilon Indi to:");
   Console::WriteLine("   Altair: {0}",
      epsilonIndiDistance.Equals(altairDistance));
   Console::WriteLine("   Ursae Majoris 47: {0}",
      epsilonIndiDistance.Equals(ursaeMajoris47Distance));
   Console::WriteLine("   TauCeti: {0}",
      epsilonIndiDistance.Equals(tauCetiDistance));
   Console::WriteLine("   Procyon 2: {0}",
      epsilonIndiDistance.Equals(procyon2Distance));
   Console::WriteLine("   Wolf 424 AB: {0}",
      epsilonIndiDistance.Equals(wolf424ABDistance));
}
/*
The example displays output like the following:
      Approx. equal distances from Epsilon Indi to:
      Altair: False
      Ursae Majoris 47: False
      TauCeti: True
      Procyon 2: True
      Wolf 424 AB: False
*/
   const long LIGHT_YEAR = 5878625373183;

   BigInteger altairDistance = 17 * LIGHT_YEAR;
   BigInteger epsilonIndiDistance = 12 * LIGHT_YEAR;
   BigInteger ursaeMajoris47Distance = 46 * LIGHT_YEAR;
   long tauCetiDistance = 12 * LIGHT_YEAR;
   ulong procyon2Distance = 12 * LIGHT_YEAR;
   object wolf424ABDistance = 14 * LIGHT_YEAR;
   
   Console.WriteLine("Approx. equal distances from Epsilon Indi to:");
   Console.WriteLine("   Altair: {0}", 
                     epsilonIndiDistance.Equals(altairDistance));
   Console.WriteLine("   Ursae Majoris 47: {0}", 
                     epsilonIndiDistance.Equals(ursaeMajoris47Distance));
   Console.WriteLine("   TauCeti: {0}", 
                     epsilonIndiDistance.Equals(tauCetiDistance));
   Console.WriteLine("   Procyon 2: {0}", 
                     epsilonIndiDistance.Equals(procyon2Distance));
   Console.WriteLine("   Wolf 424 AB: {0}", 
                     epsilonIndiDistance.Equals(wolf424ABDistance));
   // The example displays the following output:
   //    Approx. equal distances from Epsilon Indi to:
   //       Altair: False
   //       Ursae Majoris 47: False
   //       TauCeti: True
   //       Procyon 2: True
   //       Wolf 424 AB: False      
   Const LIGHT_YEAR As Long = 5878625373183

   Dim altairDistance As BigInteger = 17 * LIGHT_YEAR
   Dim epsilonIndiDistance As BigInteger = 12 * LIGHT_YEAR
   Dim ursaeMajoris47Distance As BigInteger = 46 * LIGHT_YEAR
   Dim tauCetiDistance As BigInteger = 12 * LIGHT_YEAR
   Dim procyon2Distance As Long = 12 * LIGHT_YEAR
   Dim wolf424ABDistance As Object = 14 * LIGHT_YEAR
   
   Console.WriteLine("Approx. equal distances from Epsilon Indi to:")
   Console.WriteLine("   Altair: {0}", _
                     epsilonIndiDistance.Equals(altairDistance))
   Console.WriteLine("   Ursae Majoris 47: {0}", _
                     epsilonIndiDistance.Equals(ursaeMajoris47Distance))
   Console.WriteLine("   TauCeti: {0}", _
                     epsilonIndiDistance.Equals(tauCetiDistance))
   Console.WriteLine("   Procyon 2: {0}", _
                     epsilonIndiDistance.Equals(procyon2Distance))
   Console.WriteLine("   Wolf 424 AB: {0}", _
                     epsilonIndiDistance.Equals(wolf424ABDistance))
   ' The example displays the following output:
   '    Approx. equal distances from Epsilon Indi to:
   '       Altair: False
   '       Ursae Majoris 47: False
   '       TauCeti: True
   '       Procyon 2: True
   '       Wolf 424 AB: False

Comentários

Para determinar a relação entre os dois objetos em vez de apenas testar a igualdade, chame BigInteger.CompareTo(UInt64) o método.To determine the relationship between the two objects instead of just testing for equality, call the BigInteger.CompareTo(UInt64) method.

Aplica-se a