var parser = new NokitaKaze.WAVParser.WAVParser("input.wav");
Console.WriteLine("Channels count:\t{0}", parser.ChannelCount);
Console.WriteLine("AudioFormat:   \t{0}", parser.AudioFormat);
Console.WriteLine("BlockAlign:    \t{0}", parser.BlockAlign);
Console.WriteLine("SampleRate:    \t{0}Hz", parser.SampleRate);
Console.WriteLine("BitsPerSample: \t{0}", parser.SamplesCount);
Console.WriteLine("Duration:      \t{0}", parser.Duration);

foreach (var channelSamples in reReader.Samples)
{
    foreach (var sample in channelSamples)
    {
        // Hint: All samples are doubles for double precision processing
        Console.Write("{0:F8}, ", sample);
    }
}

// method 2
Stream stream;
var parser = new NokitaKaze.WAVParser.WAVParser(stream);

// method 3
var rawRiffStream = System.IO.File.ReadAllBytes("input.wav");
var parser = new NokitaKaze.WAVParser.WAVParser(byteArray);

// method #1
var byteArray = parser.GetDataAsRiff();

// method #2
parser.Save("output.wav");

// method #3
Stream randomStream = ...;
parser.Save(randomStream);

var rnd = new System.Random.Random();

var parser = new NokitaKaze.WAVParser.WAVParser();
parser.ChannelCount = 1;
parser.Samples = new List<List<double>>() {new List<double>()};
parser.BlockAlign = (ushort) (parser.ChannelCount * parser.BitsPerSample / 8);

for (int i = 0; i < 1000; i++)
{
    // random samples to stream
    parser.Samples[0].Add(rnd.NextDouble() * 2 - 1);
}

parser.Save(...);