public static void Main()
{
var firstArray = new BitArray64(65478456456789);
Console.WriteLine("Binary representation: " + "\n" + firstArray.ToString());
Console.WriteLine("First bit = {0}", firstArray[0]);
Console.WriteLine("Last bit = {0}", firstArray[63]);
Console.WriteLine(firstArray[0] == firstArray[63]);
// enumerator
foreach (var bit in firstArray)
{
Console.Write(bit + " ");
}
Console.WriteLine();
// equality of two arrays
Console.WriteLine("Testing equality");
var secondArray = new BitArray64(65478456456789);
var thirdArrray = new BitArray64(65478456456788);
Console.WriteLine(firstArray.Equals(secondArray) == true ? "arrays have equal elements" : "arrays do not have equal elements");
Console.WriteLine(firstArray.Equals(thirdArrray) == true ? "arrays have equal elements" : "arrays do not have equal elements");
}
public static void Main()
{
const ulong number = 8;
BitArray64 firstArray = new BitArray64(number);
BitArray64 secondArray = new BitArray64(number / 2);
Console.WriteLine(firstArray.ToString());
Console.WriteLine(secondArray.ToString());
Console.WriteLine(firstArray == secondArray);
firstArray[0] = 1;
firstArray[1] = 1;
Console.WriteLine(firstArray.ToString());
// Enumerator test
foreach (var bit in firstArray)
{
Console.Write(bit);
}
}
public static void Main()
{
const ulong number = 8;
BitArray64 firstArray = new BitArray64(number);
BitArray64 secondArray = new BitArray64(number / 2);
Console.WriteLine(firstArray.ToString());
Console.WriteLine(secondArray.ToString());
Console.WriteLine(firstArray == secondArray);
firstArray[0] = 1;
firstArray[1] = 1;
Console.WriteLine(firstArray.ToString());
// Enumerator test
foreach (var bit in firstArray)
{
Console.Write(bit);
}
}
