String StoredBase64 = "SEE Bytes_Values.txt TEXT FILE"Ĭopy/paste values to StoredBase64: Bytes_Values.
Now, you could also store the file in base64, and convert the base64 to a byte array. Save Converted Hex to Bytes as Bytes2) Ĭonsole.Write("\nPress any key to continue.") Ĭopy/paste values to StoredHexValues: Hex_Values.txt String StoredHexValues = "SEE Hex_Values.txt TEXT FILE" īyte Bytes2 = ConvertHexToByteArray(StoredHexValues) Hex Values for Microsoft's Sound Recorder String Filename = Bytes1 = File.ReadAllBytes(Filename) Ĭonsole.WriteLine(ConvertByteToHex(Bytes1)) String byteValue = hexString.Substring(index * 2, 2) īyteArray = byte.Parse(byteValue, NumberStyles.HexNumber, CultureInfo.InvariantCulture) Public static byte ConvertHexToByteArray(string hexString)īyte byteArray = new byte įor (int index = 0 index < byteArray.Length index++) convert hex values of file back to bytes String hexValues = BitConverter.ToString(byteData).Replace("-", "") Public static string ConvertByteToHex(byte byteData) convert byte array from file to hex values Why would you want to do this? To store extra resource files as hex values in your code (thus, no longer requiring the files)…this works in most languages, including PowerShell and Python. You need to take Encoding.GetEncoding(1252) which happens to be the same result as calling Encoding.Default (as ProgramFOX described in Solution #3).This is how you would convert a file to a byte array, convert the byte array to hex values, store those hex values in a string, convert the hex values back to a byte array, and then reconstitute the original file from the stored hex values. Neither latin-1 nor latin-9 works on Windows. That is included in Latin-9 (also known as ISO/IEC-8859-15), see also ISO Latin 9 as compared with ISO Latin 1 and. Microsoft decided some years ago to "modify" the standard to fit their needs. Codes 129-159 contain the Microsoft® Windows Latin-1 extended characters. The table below is according to ISO 8859-1, also called ISO Latin-1. There are several different variations of the 8-bit ASCII table. The extended ASCII codes (character code 128-255) Your page claims to list œ as being part of latin-1. This is how you would convert a file to a byte array, convert the byte array to hex values, store those hex values in a string, convert the hex values back to a byte array, and then reconstitute the original file from the stored hex values. There exist several 8-bit extensions to the original 7-bit encoding. Only the 7-bit ASCII character encoding is unambiguously given.
What you refer to as being ASCII is *not* ASCII (see ).
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