public void id001_Sizes()
{
var c = new jSignature.Tools.Base30Converter();
var uncompresseddataobject = c.Base30ToNative(compressedtestdata);
var stats = new jSignature.Tools.Stats(uncompresseddataobject);
// above sig has the following limits
// x 121 to 496
// y 66 to 233
Assert.AreEqual(
new int[] { 121, 66, 496, 233 }
, stats.ContentLimits
);
Assert.AreEqual(
new int[] { 496 - 121 + 1, 233 - 66 + 1 }
, stats.ContentSize
);
Assert.AreEqual(
new int[] { 496, 233 }
, stats.Size
);
}
public void id001_Sizes()
{
var c = new jSignature.Tools.Base30Converter();
var uncompresseddataobject = c.GetData(compressedtestdata);
var stats = new jSignature.Tools.Stats(uncompresseddataobject);
// above sig has the following limits
// x 121 to 496
// y 66 to 233
Assert.AreEqual(
new int[] {121, 66, 496, 233}
, stats.ContentLimits
);
Assert.AreEqual(
new int[] { 496 - 121 + 1, 233 - 66 + 1 }
, stats.ContentSize
);
Assert.AreEqual(
new int[] { 496, 233 }
, stats.Size
);
}
public void id002_DecompressSig()
{
// [[[100,50],[1,2],[3,4],[-5,-6],[5,-6]], [[50,100],[1,2],[-3,-4]]];
// [{'x':[100,101,104,99,104],'y':[50,52,56,50,44]},{'x':[50,51,48],'y':[100,102,98]}]
// "3E13Z5Y5_1O24Z66_1O1Z3_3E2Z4"
int[][][] shouldbe = new int[][][] {
new int[][] {
new int[] { 100, 50 }
, new int[] { 1, 2 }
, new int[] { 3, 4 }
, new int[] { -5, -6 }
, new int[] { 5, -6 }
}
, new int[][] {
new int[] { 50, 100 }
, new int[] { 1, 2 }
, new int[] { -3, -4 }
}
};
var c = new jSignature.Tools.Base30Converter();
Assert.AreEqual(
shouldbe
, c.GetData("3E13Z5Y5_1O24Z66_1O1Z3_3E2Z4")
);
}
public void id003_ToSVG_External()
{
var data = new jSignature.Tools.Base30Converter().Base30ToNative("3E13Z5Y5_1O24Z66_1O1Z3_3E2Z4");
string actual = jSignature.Tools.SVGConverter.ToSVG(data);
// System.IO.File.WriteAllText(Common.SOURCE_PATH + "\\samples\\reference_svg_smoothed.svg", actual);
string shouldbe = System.IO.File.ReadAllText(Common.SOURCE_PATH + "\\samples\\reference_svg_smoothed.svg");
Assert.AreEqual(
shouldbe
, actual
);
}
public void id001_decompressleg()
{
int[] leg1x = new int[] {236, 233, 231, 229, 226, 224, 222, 216, 213, 210, 205, 202, 200, 198, 195, 193, 191, 189, 186, 183, 180, 178, 174, 172};
int[] leg1xVectorized = new int[leg1x.Length];
int last = 0;
for (int i = 0; i < leg1x.Length; i++)
{
leg1xVectorized[i] = leg1x[i] - last;
last = leg1x[i];
}
var c = new jSignature.Tools.Base30Converter();
Assert.AreEqual(
leg1xVectorized
, c.DecompressStrokeLeg("7UZ32232263353223222333242")
);
}
public void id001_decompressleg()
{
int[] leg1x = new int[] { 236, 233, 231, 229, 226, 224, 222, 216, 213, 210, 205, 202, 200, 198, 195, 193, 191, 189, 186, 183, 180, 178, 174, 172 };
int[] leg1xVectorized = new int[leg1x.Length];
int last = 0;
for (int i = 0; i < leg1x.Length; i++)
{
leg1xVectorized[i] = leg1x[i] - last;
last = leg1x[i];
}
var c = new jSignature.Tools.Base30Converter();
Assert.AreEqual(
leg1xVectorized
, c.DecompressStrokeLeg("7UZ32232263353223222333242")
);
}
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 void id002_DecompressSig()
{
// [[[100,50],[1,2],[3,4],[-5,-6],[5,-6]], [[50,100],[1,2],[-3,-4]]];
// [{'x':[100,101,104,99,104],'y':[50,52,56,50,44]},{'x':[50,51,48],'y':[100,102,98]}]
// "3E13Z5Y5_1O24Z66_1O1Z3_3E2Z4"
int[][][] shouldbe = new int[][][] {
new int[][] {
new int[] {100, 50}
,new int[] {1, 2}
,new int[] {3, 4}
,new int[] {-5, -6}
,new int[] {5, -6}
}
, new int[][] {
new int[] {50, 100}
,new int[] {1, 2}
,new int[] {-3, -4}
}
};
var c = new jSignature.Tools.Base30Converter();
Assert.AreEqual(
shouldbe
, c.Base30ToNative("3E13Z5Y5_1O24Z66_1O1Z3_3E2Z4")
);
}
public void id003_ToSVG_External()
{
var data = new jSignature.Tools.Base30Converter().GetData("3E13Z5Y5_1O24Z66_1O1Z3_3E2Z4");
string actual = jSignature.Tools.SVGConverter.ToSVG(data);
// System.IO.File.WriteAllText(Common.SOURCE_PATH + "\\samples\\reference_svg_smoothed.svg", actual);
string shouldbe = System.IO.File.ReadAllText(Common.SOURCE_PATH + "\\samples\\reference_svg_smoothed.svg");
Assert.AreEqual(
shouldbe
, actual
);
}
public void id003_ToSVG_External()
{
var data = new jSignature.Tools.Base30Converter().Base30ToNative("3E13Z5Y5_1O24Z66_1O1Z3_3E2Z4");
string actual = jSignature.Tools.SVGConverter.ToSVG(data);
// System.IO.File.WriteAllText(Common.SOURCE_PATH + "\\samples\\reference_svg_smoothed.svg", actual);
var sampleFilePath = Path.Combine(Common.SOURCE_PATH, "samples\\reference_svg_smoothed.svg");
Assert.IsTrue(File.Exists(sampleFilePath), "Sample File not found!");
string shouldbe = System.IO.File.ReadAllText(sampleFilePath);
Assert.AreEqual(shouldbe, actual);
}
