public void CanGetDesktopThumbnail()
{
var foo = DesktopFrame.FromFile("./mocks/datapattern.bmp");
var thumbby = foo.GetThumbnailImage(640, 480);
Assert.True(thumbby.Length > 0);
}
public void GlobalSetup()
{
var mapJson = File.ReadAllText("./mocks/alignmentmap.json");
AlignmentMap = JsonSerializer.Deserialize <IList <int> >(mapJson);
AlignmentFrame = DesktopFrame.FromFile("./mocks/alignpattern.bmp");
AlphaFrame = DesktopFrame.FromFile("./mocks/alphapattern.bmp");
DataFrame = DesktopFrame.FromFile("./mocks/datapattern.bmp");
TestFrame = DesktopFrame.FromFile("./mocks/testpattern.bmp");
}
public void CanDecodeAlphaPattern()
{
var mapJson = File.ReadAllText("./mocks/alignmentmap.json");
var map = JsonSerializer.Deserialize <IList <int> >(mapJson);
var foo = DesktopFrame.FromFile("./mocks/alphapattern.bmp");
var settings = new MatrixSettings()
{
Map = map,
DataFormat = DataMatrixFormat.Text,
};
var dataMatrix = foo.DecodeMatrixFrame(settings);
var matrixJson = JsonSerializer.Serialize(dataMatrix);
dataMatrix = JsonSerializer.Deserialize <MatrixFrame>(matrixJson);
var testData = dataMatrix.Data.ToString();
Assert.Equal((map.Count / 2) * 3 - 6, testData.Length);
Assert.Equal(120, dataMatrix.FrameId);
int width = 156;
int height = 46;
Assert.Equal(width, dataMatrix.Metadata[0]);
Assert.Equal(height, dataMatrix.Metadata[1]);
var frameType = dataMatrix.Metadata[2] >> 4;
var pixelSize = dataMatrix.Metadata[2] % 16;
Assert.Equal(2, frameType);
Assert.Equal(2, pixelSize);
var errors = 0;
for (int i = 0; i < testData.Length; i++)
{
if (testData[i] != TestPattern[i % TestPattern.Length])
{
errors++;
}
}
Assert.Equal(0, errors);
}
public void CanGenerateAlignmentMap()
{
var foo = DesktopFrame.FromFile("./mocks/alignpattern.bmp");
var alignmentMap = foo.GenerateAlignmentMap(2);
Assert.Equal(156 * 46, alignmentMap.Count);
var flatPoints = new List <int>(alignmentMap.Count * 2);
foreach (var point in alignmentMap)
{
flatPoints.Add(point.X);
flatPoints.Add(point.Y);
}
//var map = JsonSerializer.Serialize(flatPoints);
//File.WriteAllText("map.json", map);
}
public void CanDecodeMatrixEventData()
{
var mapJson = File.ReadAllText("./mocks/alignmentmap.json");
var map = JsonSerializer.Deserialize <IList <int> >(mapJson);
var foo = DesktopFrame.FromFile("./mocks/datapattern.bmp");
var settings = new MatrixSettings()
{
Map = map,
DataFormat = DataMatrixFormat.MatrixEvents,
};
var dataMatrix = foo.DecodeMatrixFrame(settings);
var matrixJson = JsonSerializer.Serialize(dataMatrix);
dataMatrix = JsonSerializer.Deserialize <MatrixFrame>(matrixJson);
var testData = JsonSerializer.Deserialize <IList <MatrixEvent> >(((JsonElement)dataMatrix.Data).GetRawText());
Assert.Equal(45, testData.Count);
Assert.Equal(115, dataMatrix.FrameId);
int width = 156;
int height = 46;
Assert.Equal(width, dataMatrix.Metadata[0]);
Assert.Equal(height, dataMatrix.Metadata[1]);
var frameType = dataMatrix.Metadata[2] >> 4;
var pixelSize = dataMatrix.Metadata[2] % 16;
Assert.Equal(0, frameType);
Assert.Equal(2, pixelSize);
var playerData = (JsonElement)testData.FirstOrDefault(td => td.Topic == "player").Data;
Assert.Equal("Sleepyhead", playerData.GetProperty("n").GetString());
}
public void CanDecodeTestPattern()
{
var mapJson = File.ReadAllText("./mocks/alignmentmap.json");
var map = JsonSerializer.Deserialize <IList <int> >(mapJson);
var foo = DesktopFrame.FromFile("./mocks/testpattern.bmp");
var settings = new MatrixSettings()
{
Map = map,
DataFormat = DataMatrixFormat.Raw,
};
var dataMatrix = foo.DecodeMatrixFrame(settings);
var matrixJson = JsonSerializer.Serialize(dataMatrix);
dataMatrix = JsonSerializer.Deserialize <MatrixFrame>(matrixJson);
var testData = JsonSerializer.Deserialize <byte[]>(((JsonElement)dataMatrix.Data).GetRawText());
Assert.Equal((map.Count / 2) * 3, testData.Length);
Assert.Equal(119, dataMatrix.FrameId);
int width = 156;
int height = 46;
Assert.Equal(width, dataMatrix.Metadata[0]);
Assert.Equal(height, dataMatrix.Metadata[1]);
var frameType = dataMatrix.Metadata[2] >> 4;
var pixelSize = dataMatrix.Metadata[2] % 16;
Assert.Equal(1, frameType);
Assert.Equal(2, pixelSize);
var errors = 0;
// Test the full range
for (int y = 0; y < height; y++)
{
for (int x = 0; x < width; x++)
{
// Skip the metadata
if (y == 0 && (x == 0 || x == 1))
{
continue;
}
var ix = y * width * 3 + x * 3;
var x1 = testData[ix];
var y1 = testData[ix + 1];
var z = testData[ix + 2];
if (x + 1 != x1 || y + 1 != y1 || z != 255)
{
errors++;
}
}
}
Assert.Equal(0, errors);
}