.NET Libaray for Base32 Encoder, Decoder and ValueType. Implementing multiple standards:

• [default] Base32 according to RFC4648.
• z-base-32 aka. ZBase32.
• Crockford's Base32.
• base32hex / Triacontakaidecimal according to RFC 2938.

Nuget package: https://www.nuget.org/packages/MikValSor.Base32

Encoding Example:

static void EncodeExample()
{
	var bytearray = new byte[] { 0, 1, 2, 4, 5, 6, 7, 8, 9, 10, 11 };
	var base32string = MikValSor.Encoding.Base32Encoder.Encode(bytearray);

	System.Console.WriteLine($"base32string: {base32string}");
}
/**
	Output:
	base32string: AAAQEBAFAYDQQCIKBM======
**/

Decoding Example:

static void DecodeExample()
{
	var base32string = "AAAQEBAFAYDQQCIKBM======";
	var bytearray = MikValSor.Encoding.Base32Decoder.Decode(base32string);

	for (var i = 0; i < bytearray.Length; i++)
	{
		System.Console.WriteLine($"bytearray[{i}]: {bytearray[i]}");
	}
}
/**
	Output:
	bytearray[0]: 0
	bytearray[1]: 1
	bytearray[2]: 2
	bytearray[3]: 4
	bytearray[4]: 5
	bytearray[5]: 6
	bytearray[6]: 7
	bytearray[7]: 8
	bytearray[8]: 9
	bytearray[9]: 10
	bytearray[10]: 11
**/

Value Type Encode Example:

static void ValueTypeEncodeExample()
{
	var bytearray = new byte[] { 0, 1, 2, 4, 5, 6, 7, 8, 9, 10, 11 };
	MikValSor.Encoding.Base32 base32 = new MikValSor.Encoding.Base32(bytearray);

	System.Console.WriteLine($"base32: {base32}");
}
/**
	Output:
	base32: AAAQEBAFAYDQQCIKBM======
**/

Value Type Parse Example:

static void ValueTypeParseExample()
{
	var base32string = "AAAQEBAFAYDQQCIKBM======";
	MikValSor.Encoding.Base32 base32 = MikValSor.Encoding.Base32.Parse(base32string);
	var bytearray = base32.ToByteArray();

	for (var i = 0; i < bytearray.Length; i++)
	{
		System.Console.WriteLine($"bytearray[{i}]: {bytearray[i]}");
	}
}
/**
	Output:
	bytearray[0]: 0
	bytearray[1]: 1
	bytearray[2]: 2
	bytearray[3]: 4
	bytearray[4]: 5
	bytearray[5]: 6
	bytearray[6]: 7
	bytearray[7]: 8
	bytearray[8]: 9
	bytearray[9]: 10
	bytearray[10]: 11
**/