public void AddOpForward()
{
var nodeMockA = new Mock <Op <double> >();
var volA = new VolumeMock(1.0, new Shape(1));
nodeMockA.Setup(o => o.Evaluate(It.IsAny <Session <double> >())).Returns(volA);
var nodeMockb = new Mock <Op <double> >();
var volB = new VolumeMock(2.0, new Shape(1));
nodeMockb.Setup(o => o.Evaluate(It.IsAny <Session <double> >())).Returns(volB);
var op = new Add <double>(nodeMockA.Object, nodeMockb.Object);
using (var session = new Session <double>())
{
var eval = op.Evaluate(session);
Assert.IsNotNull(eval);
var s = session;
nodeMockA.Verify(o => o.Evaluate(s));
nodeMockb.Verify(o => o.Evaluate(s));
Assert.AreEqual(1, volA.DoAddCount);
}
}
public void MultOpForward()
{
var cns = new ConvNetSharp <double>();
var nodeMockA = new Mock <Op <double> >(cns);
var volA = new VolumeMock(1.0, new Shape(1));
nodeMockA.Setup(o => o.Evaluate(It.IsAny <Session <double> >())).Returns(volA);
var nodeMockb = new Mock <Op <double> >(cns);
var volB = new VolumeMock(2.0, new Shape(1));
nodeMockb.Setup(o => o.Evaluate(It.IsAny <Session <double> >())).Returns(volB);
var op = nodeMockA.Object * nodeMockb.Object;
using var session = new Session <double>();
var eval = op.Evaluate(session);
Assert.IsNotNull(eval);
var s = session;
nodeMockA.Verify(o => o.Evaluate(s));
nodeMockb.Verify(o => o.Evaluate(s));
Assert.AreEqual(1, volA.DoMultiplyCount);
}