public void Create_Tissue2D_WithCorrectLocationOrigin(int x, int y,
[FloatAsRatio] float living,
[Frozen(Matching.ImplementedInterfaces)]
ReverseTestShuffler shuffler, //we need to make sure max Location is in but do not want to use a complex shuffler
Tissue2DFactory sut)
{
Tissue2D result = sut.Create(x, y, living, 1 - living);
VerifyLocationBounds(x, y, result);
}
public void Create_Tissue2D_WithCorrectNumberOfCells(int x, int y,
[FloatAsRatio] float living,
[Frozen(Matching.ImplementedInterfaces)]
NullShuffle shuffler,
Tissue2DFactory sut)
{
Tissue2D result = sut.Create(x, y, living, 1 - living);
result.Tissue.Count.Should().Be(x * y);
}
public void Create_Tissue2D_AllPositionsAreCreated(
[MinMaxInt(0, 50)] int x,
[MinMaxInt(0, 50)] int y,
[FloatAsRatio] float variableRatio,
[Frozen(Matching.ImplementedInterfaces)]
NullShuffle shuffler, //do not shuffle but inject when generating sut
Tissue2DFactory sut)
{
var infected = variableRatio;
var healthy = 1 - variableRatio;
var result = sut.Create(x, y, healthy, infected);
VerifyAllLocationAreCreated(x, y, result);
}
public void Create_Tissue2D_CorrectCellsRatiosAreCreated(int x, int y,
[FloatAsRatio] float variableRatio,
[Frozen(Matching.ImplementedInterfaces)]
NullShuffle shuffler, //do not shuffle but inject when generating sut
[Frozen] ICellFactory cellFactory,
Tissue2DFactory sut)
{
var infected = variableRatio;
var healthy = 1 - variableRatio;
(int expectedHealthyCells, int expectedInfectedCells, int expectedEmptyPlaces)
= CalculateExpectations(x, y, healthy, infected);
_ = sut.Create(x, y, healthy, infected);
var cellFactoryMock = Mock.Get(cellFactory);
VerifyCorrectCellCounts(cellFactoryMock, expectedHealthyCells, expectedInfectedCells, expectedEmptyPlaces);
}