public void id003_DecompressSigCompressSig()
{
//The sample signature will be decompressed and then compression will take place
//immediately after that. The end result should be identical to the input.
string compressedSig = "4A8865240Z12020020110200Y1442346668865543232010Z14854Y3858a77d65653212001301002544463334324_1TZ243532Ydgeglgb9646Z7ajicob74522000Y114465865a5511016a7c7a5a410Z15463566Y3545541111Z1332653Y1_bS2Z112344200Y25845583464662200Z40000002330Y216333343234_5DZ374331Y3a8667a5110Z34abfbc896Y4885885333Z5351Y233553332_aF_3K";
Base30Converter bc = new Base30Converter();
//Perform the decompression
int[][][] dec = bc.Base30ToNative(compressedSig);
//Now convert the output back to being compressed
string comp = bc.NativeToBase30(dec);
//The orignal input should be the same as our latest result
Assert.AreEqual(compressedSig, comp);
}
public string SaveImagePage(string data)
{
try
{
Base30Converter conv = new Base30Converter();
int[][][] bytearray = conv.GetData(data);
string actual = jSignature.Tools.SVGConverter.ToSVG(bytearray);
var byteArray = Encoding.ASCII.GetBytes(actual);
using (var stream = new MemoryStream(byteArray))
{
SvgDocument svgDocument = SvgDocument.Open(stream);
Bitmap bitmap = svgDocument.Draw();
bitmap.Save(AppDomain.CurrentDomain.BaseDirectory + "DigitalSignatureImages\\" + Guid.NewGuid() + ".png", ImageFormat.Png);
}
return("Saved");
}
catch (Exception)
{
return("Not Saved!");
}
}
