public void Dump()
{
var binaryOut = new BinaryOut(_bitsPerLine);
binaryOut.ResetTotal();
binaryOut.Write(_text);
Console.WriteLine($"{binaryOut.TotalBits} bits");
}
/// <summary>
/// Reads a sequence of 8-bit extended ASCII characters over the alphabet
/// { A, C, T, G } from standard input; compresses them using two bits per
/// character; and writes the results to standard output.
/// </summary>
/// <param name="genome"></param>
public void Compress(string genome)
{
//var n = genome.Length;
//_binaryOut.Write(n);
// Write two-bit code for char.
_length = genome.Length;
var list = new List <byte>();
_bytes = ToByteList(list, genome);
_binaryOut.ResetTotal();
_binaryOut.Write(_bytes.ToArray());
Console.WriteLine();
Console.WriteLine(_binaryOut.TotalBits);
_binaryOut.ResetTotal();
_binaryOut.Write(genome);
Console.WriteLine(_binaryOut.TotalBits);
}
public void Run()
{
//Console.WriteLine("Choose file:"); // Prompt
//Console.WriteLine("1 - tinyT.txt"); // Prompt
//Console.WriteLine("2 - tinyW.txt"); // Prompt
//Console.WriteLine("3 - largeT.txt"); // Prompt
//Console.WriteLine("4 - largeW.txt"); // Prompt
//Console.WriteLine("or quit"); // Prompt
//var fileNumber = Console.ReadLine();
//var fieName = string.Empty;
//switch (fileNumber)
//{
// case "1":
// fieName = "tinyT.txt";
// break;
// case "2":
// fieName = "tinyW.txt";
// break;
// case "3":
// fieName = "largeT.txt";
// break;
// case "4":
// fieName = "largeW.txt";
// break;
// case "quit":
// return;
// default:
// return;
//}
var binaryOut = new BinaryOut(16);
binaryOut.Write((byte)6);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write(true);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write(false);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write(short.MaxValue);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write((short)5);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write(int.MaxValue);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write((int)5);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write(long.MaxValue);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write((long)5);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write(float.MaxValue);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write((float)5.0);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write(double.MaxValue);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write((double)5.0);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write(decimal.MaxValue);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write((decimal)5.0);
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write('r');
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
binaryOut.Write("test");
Console.WriteLine(binaryOut.TotalBits);
binaryOut.ResetTotal();
Console.WriteLine();
Console.ReadLine();
}