public void TestDeserialize()
{
var expectedParallelTransformPipeline = new ParallelTransformPipeline()
{
new NormalizeRotation()
{
InputX = Features.X, InputY = Features.Y, InputT = Features.T, OutputX = Features.X, OutputY = Features.Y
},
new Scale()
{
InputFeature = Features.X, OutputFeature = Features.X
},
};
var parallelPipelineJson = SerializationHelper.JsonSerialize(expectedParallelTransformPipeline);
var deserializedParallelTransformPipeline = SerializationHelper.Deserialize <ParallelTransformPipeline>(parallelPipelineJson);
JsonAssert.AreEqual(expectedParallelTransformPipeline, deserializedParallelTransformPipeline);
}
public void TestSerialization()
{
var parallelPipeline = new ParallelTransformPipeline()
{
new NormalizeRotation()
{
InputX = Features.X, InputY = Features.Y, InputT = Features.T, OutputX = Features.X, OutputY = Features.Y
},
new Scale()
{
InputFeature = Features.X, OutputFeature = Features.X
},
};
var json = SerializationHelper.JsonSerialize(parallelPipeline, true);
var expectedJson = @"{
""Items"": [
{
""$type"": ""SigStat.Common.PipelineItems.Transforms.Preprocessing.NormalizeRotation, SigStat.Common"",
""InputX"":""X"",
""InputY"":""Y"",
""InputT"":""T"",
""OutputX"":""X"",
""OutputY"":""Y""
},
{
""$type"": ""SigStat.Common.PipelineItems.Transforms.Preprocessing.Scale, SigStat.Common"",
""InputFeature"":""X"",
""NewMinValue"": 0.0,
""NewMaxValue"": 1.0,
""OutputFeature"":""X""
}
]
}";
JsonAssert.AreEqual(expectedJson, json);
}
