Public ReadOnly Property Available As Integer

Dim instance As Socket
Dim value As Integer

value = instance.Available

public int Available { get; }

public:
property int Available {
    int get ();
}

/** @property */
public int get_Available ()

public function get Available () : int

 // FIONREAD is also available as the "Available" property.
public const int FIONREAD   = 0x4004667F;

static void DisplayPendingByteCount(Socket s)
 {
     byte[] outValue = BitConverter.GetBytes(0);

     // Check how many bytes have been received.
     s.IOControl(FIONREAD, null, outValue);
     
     uint bytesAvailable = BitConverter.ToUInt32(outValue, 0);
     Console.WriteLine("server has {0} bytes pending. Available property says {1}.",
         bytesAvailable, s.Available);
     
     return;
 }

// FIONREAD is also available as the "Available" property.
const int FIONREAD = 0x4004667F;

void DisplayPendingByteCount( Socket^ s )
{
   array<Byte>^ outValue = BitConverter::GetBytes( 0 );
   
   // Check how many bytes have been received.
   s->IOControl( FIONREAD, nullptr, outValue );

   UInt32 bytesAvailable = BitConverter::ToUInt32( outValue, 0 );
   Console::WriteLine( "server has {0} bytes pending. Available property says {1}.",
      bytesAvailable, s->Available );

   return;
}

// FIONREAD is also available as the "Available" property.
public static final int FIONREAD = 0x4004667F;

static void DisplayPendingByteCount(Socket s)
{
    ubyte outValue[] = BitConverter.GetBytes(0);
    // Check how many bytes have been received.
    s.IOControl(FIONREAD, null, outValue);

    UInt32 bytesAvailable = BitConverter.ToUInt32(outValue, 0);
    //ToDo: Unsigned Integers not supported- converted to int
    Console.WriteLine("server has {0} bytes pending. Available property "
        + "says {1}.", bytesAvailable.ToString(), 
        (System.Int32)s.get_Available());
    return;
} //DisplayPendingByteCount