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NumberFormatInfo.InvariantInfo Property

Gets the default read-only NumberFormatInfo that is culture-independent (invariant).

Namespace: System.Globalization
Assembly: mscorlib (in mscorlib.dll)

public static NumberFormatInfo InvariantInfo { get; }
/** @property */
public static NumberFormatInfo get_InvariantInfo ()

public static function get InvariantInfo () : NumberFormatInfo

Not applicable.

Property Value

The default read-only NumberFormatInfo that is culture-independent (invariant).

This property does not change, regardless of the current culture.

The following code example displays the default property values of the InvariantInfo.

using System;
using System.Globalization;
using System.Text;

class SamplesNumberFormatInfo  {

   public static void Main()  {

      // Gets the InvariantInfo.
      NumberFormatInfo myInv = NumberFormatInfo.InvariantInfo;

      // Gets a UnicodeEncoding to display the Unicode value of symbols.
      UnicodeEncoding myUE = new UnicodeEncoding( true, false );
      byte[] myCodes;

      // Displays the default values for each of the properties.
      Console.WriteLine( "InvariantInfo:\nNote: Symbols might not display correctly on the console,\ntherefore, Unicode values are included." );
      Console.WriteLine( "\tCurrencyDecimalDigits\t\t{0}", myInv.CurrencyDecimalDigits );
      Console.WriteLine( "\tCurrencyDecimalSeparator\t{0}", myInv.CurrencyDecimalSeparator );
      Console.WriteLine( "\tCurrencyGroupSeparator\t\t{0}", myInv.CurrencyGroupSeparator );
      Console.WriteLine( "\tCurrencyGroupSizes\t\t{0}", myInv.CurrencyGroupSizes[0] );
      Console.WriteLine( "\tCurrencyNegativePattern\t\t{0}", myInv.CurrencyNegativePattern );
      Console.WriteLine( "\tCurrencyPositivePattern\t\t{0}", myInv.CurrencyPositivePattern );
      myCodes = myUE.GetBytes( myInv.CurrencySymbol );
      Console.WriteLine( "\tCurrencySymbol\t\t\t{0}\t(U+{1:x2}{2:x2})", myInv.CurrencySymbol, myCodes[0], myCodes[1] );
      Console.WriteLine( "\tNaNSymbol\t\t\t{0}", myInv.NaNSymbol );
      Console.WriteLine( "\tNegativeInfinitySymbol\t\t{0}", myInv.NegativeInfinitySymbol );
      Console.WriteLine( "\tNegativeSign\t\t\t{0}", myInv.NegativeSign );
      Console.WriteLine( "\tNumberDecimalDigits\t\t{0}", myInv.NumberDecimalDigits );
      Console.WriteLine( "\tNumberDecimalSeparator\t\t{0}", myInv.NumberDecimalSeparator );
      Console.WriteLine( "\tNumberGroupSeparator\t\t{0}", myInv.NumberGroupSeparator );
      Console.WriteLine( "\tNumberGroupSizes\t\t{0}", myInv.NumberGroupSizes[0] );
      Console.WriteLine( "\tNumberNegativePattern\t\t{0}", myInv.NumberNegativePattern );
      Console.WriteLine( "\tPercentDecimalDigits\t\t{0}", myInv.PercentDecimalDigits );
      Console.WriteLine( "\tPercentDecimalSeparator\t\t{0}", myInv.PercentDecimalSeparator );
      Console.WriteLine( "\tPercentGroupSeparator\t\t{0}", myInv.PercentGroupSeparator );
      Console.WriteLine( "\tPercentGroupSizes\t\t{0}", myInv.PercentGroupSizes[0] );
      Console.WriteLine( "\tPercentNegativePattern\t\t{0}", myInv.PercentNegativePattern );
      Console.WriteLine( "\tPercentPositivePattern\t\t{0}", myInv.PercentPositivePattern );
      myCodes = myUE.GetBytes( myInv.PercentSymbol );
      Console.WriteLine( "\tPercentSymbol\t\t\t{0}\t(U+{1:x2}{2:x2})", myInv.PercentSymbol, myCodes[0], myCodes[1] );
      myCodes = myUE.GetBytes( myInv.PerMilleSymbol );
      Console.WriteLine( "\tPerMilleSymbol\t\t\t{0}\t(U+{1:x2}{2:x2})", myInv.PerMilleSymbol, myCodes[0], myCodes[1] );
      Console.WriteLine( "\tPositiveInfinitySymbol\t\t{0}", myInv.PositiveInfinitySymbol );
      Console.WriteLine( "\tPositiveSign\t\t\t{0}", myInv.PositiveSign );

   }
}


/*

This code produces the following output.

InvariantInfo:
Note: Symbols might not display correctly on the console,
therefore, Unicode values are included.
        CurrencyDecimalDigits           2
        CurrencyDecimalSeparator        .
        CurrencyGroupSeparator          ,
        CurrencyGroupSizes              3
        CurrencyNegativePattern         0
        CurrencyPositivePattern         0
        CurrencySymbol                         (U+00a4)
        NaNSymbol                       NaN
        NegativeInfinitySymbol          -Infinity
        NegativeSign                    -
        NumberDecimalDigits             2
        NumberDecimalSeparator          .
        NumberGroupSeparator            ,
        NumberGroupSizes                3
        NumberNegativePattern           1
        PercentDecimalDigits            2
        PercentDecimalSeparator         .
        PercentGroupSeparator           ,
        PercentGroupSizes               3
        PercentNegativePattern          0
        PercentPositivePattern          0
        PercentSymbol                   %       (U+0025)
        PerMilleSymbol                  %       (U+2030)
        PositiveInfinitySymbol          Infinity
        PositiveSign                    +

*/


import System.*;
import System.Globalization.*;
import System.Text.*;

class SamplesNumberFormatInfo
{   
    public static void main(String[] args)
    {
        // Gets the InvariantInfo.
        NumberFormatInfo myInv = NumberFormatInfo.get_InvariantInfo();

        // Gets a UnicodeEncoding to display the Unicode value of symbols.
        UnicodeEncoding myUE = new UnicodeEncoding(true, false);
        ubyte myCodes[];

        // Displays the default values for each of the properties.
        Console.WriteLine("InvariantInfo:\nNote:Symbols might not display"
            + " correctly on the console,\ntherefore,"
            + " Unicode values are included.");
        Console.WriteLine("\tCurrencyDecimalDigits\t\t{0}",
            System.Convert.ToString(myInv.get_CurrencyDecimalDigits()));
        Console.WriteLine("\tCurrencyDecimalSeparator\t{0}",
            myInv.get_CurrencyDecimalSeparator());
        Console.WriteLine("\tCurrencyGroupSeparator\t\t{0}",
            myInv.get_CurrencyGroupSeparator());
        Console.WriteLine("\tCurrencyGroupSizes\t\t{0}",
            myInv.get_CurrencyGroupSizes().get_Item(0));
        Console.WriteLine("\tCurrencyNegativePattern\t\t{0}", 
            System.Convert.ToString(myInv.get_CurrencyNegativePattern()));
        Console.WriteLine("\tCurrencyPositivePattern\t\t{0}",
            System.Convert.ToString(myInv.get_CurrencyPositivePattern()));
        myCodes = myUE.GetBytes(myInv.get_CurrencySymbol());
        Console.WriteLine("\tCurrencySymbol\t\t\t{0}\t(U+{1:x2}{2:x2})",
            myInv.get_CurrencySymbol(),myCodes.get_Item(0),myCodes.get_Item(1));
        Console.WriteLine("\tNaNSymbol\t\t\t{0}", myInv.get_NaNSymbol());
        Console.WriteLine("\tNegativeInfinitySymbol\t\t{0}",
            myInv.get_NegativeInfinitySymbol());
        Console.WriteLine("\tNegativeSign\t\t\t{0}", myInv.get_NegativeSign());
        Console.WriteLine("\tNumberDecimalDigits\t\t{0}",
            System.Convert.ToString(myInv.get_NumberDecimalDigits()));
        Console.WriteLine("\tNumberDecimalSeparator\t\t{0}",
            myInv.get_NumberDecimalSeparator());
        Console.WriteLine("\tNumberGroupSeparator\t\t{0}",
            myInv.get_NumberGroupSeparator());
        Console.WriteLine("\tNumberGroupSizes\t\t{0}", 
            myInv.get_NumberGroupSizes().get_Item(0));
        Console.WriteLine("\tNumberNegativePattern\t\t{0}",
            System.Convert.ToString(myInv.get_NumberNegativePattern()));
        Console.WriteLine("\tPercentDecimalDigits\t\t{0}", 
            System.Convert.ToString(myInv.get_PercentDecimalDigits()));
        Console.WriteLine("\tPercentDecimalSeparator\t\t{0}",
            myInv.get_PercentDecimalSeparator());
        Console.WriteLine("\tPercentGroupSeparator\t\t{0}",
            myInv.get_PercentGroupSeparator());
        Console.WriteLine("\tPercentGroupSizes\t\t{0}",
            myInv.get_PercentGroupSizes().get_Item(0));
        Console.WriteLine("\tPercentNegativePattern\t\t{0}",
            System.Convert.ToString(myInv.get_PercentNegativePattern()));
        Console.WriteLine("\tPercentPositivePattern\t\t{0}",
            System.Convert.ToString(myInv.get_PercentPositivePattern()));
        myCodes = myUE.GetBytes(myInv.get_PercentSymbol());
        Console.WriteLine("\tPercentSymbol\t\t\t{0}\t(U+{1:x2}{2:x2})",
            myInv.get_PercentSymbol(),myCodes.get_Item(0),myCodes.get_Item(1));
        myCodes = myUE.GetBytes(myInv.get_PerMilleSymbol());
        Console.WriteLine("\tPerMilleSymbol\t\t\t{0}\t(U+{1:x2}{2:x2})",
            myInv.get_PerMilleSymbol(),myCodes.get_Item(0),myCodes.get_Item(1));
        Console.WriteLine("\tPositiveInfinitySymbol\t\t{0}",
            myInv.get_PositiveInfinitySymbol());
        Console.WriteLine("\tPositiveSign\t\t\t{0}", myInv.get_PositiveSign());
    } //main
} //SamplesNumberFormatInfo

/*

This code produces the following output.

InvariantInfo:
Note: Symbols might not display correctly on the console,
therefore, Unicode values are included.
        CurrencyDecimalDigits           2
        CurrencyDecimalSeparator        .
        CurrencyGroupSeparator          ,
        CurrencyGroupSizes              3
        CurrencyNegativePattern         0
        CurrencyPositivePattern         0
        CurrencySymbol                         (U+00a4)
        NaNSymbol                       NaN
        NegativeInfinitySymbol          -Infinity
        NegativeSign                    -
        NumberDecimalDigits             2
        NumberDecimalSeparator          .
        NumberGroupSeparator            ,
        NumberGroupSizes                3
        NumberNegativePattern           1
        PercentDecimalDigits            2
        PercentDecimalSeparator         .
        PercentGroupSeparator           ,
        PercentGroupSizes               3
        PercentNegativePattern          0
        PercentPositivePattern          0
        PercentSymbol                   %       (U+0025)
        PerMilleSymbol                  %       (U+2030)
        PositiveInfinitySymbol          Infinity
        PositiveSign                    +

*/


Windows 98, Windows Server 2000 SP4, Windows CE, Windows Millennium Edition, Windows Mobile for Pocket PC, Windows Mobile for Smartphone, Windows Server 2003, Windows XP Media Center Edition, Windows XP Professional x64 Edition, Windows XP SP2, Windows XP Starter Edition

The Microsoft .NET Framework 3.0 is supported on Windows Vista, Microsoft Windows XP SP2, and Windows Server 2003 SP1.

.NET Framework

Supported in: 3.0, 2.0, 1.1, 1.0

.NET Compact Framework

Supported in: 2.0, 1.0

XNA Framework

Supported in: 1.0
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