public void Should_ComputeRating_ForStandardInput()
{
//arrange
IMatrixProvider matrixProvider = A.Fake <IMatrixProvider>();
IValidatorService validatorService = A.Fake <IValidatorService>();
IColleyMatrixService colleyMatrixService = new ColleyMatrixService(matrixProvider, validatorService);
//act
IEnumerable <double> solvedVector = colleyMatrixService.Solve();
//assert
A.CallTo(() => matrixProvider.LowerUpperFactorizeAndSolve(null)).WithAnyArguments().MustHaveHappened();
}
public void Should_ComputeColleyRating_ForStandardInput()
{
//arrange
double wins = 0;
double losses = 1;
double expectedOutput = 0.5;
IMatrixProvider matrixProvider = A.Fake <IMatrixProvider>();
IValidatorService validatorService = A.Fake <IValidatorService>();
IColleyMatrixService colleyMatrixService = new ColleyMatrixService(matrixProvider, validatorService);
//act
double actualOutput = colleyMatrixService.ComputeColleyRating(wins, losses);
//assert
actualOutput.Should().Be(expectedOutput);
}
public void Should_SimluateGame_ForStandardInput()
{
//arrange
int dimensions = 2;
int winnerId = 0;
int loserId = 1;
IMatrixProvider matrixProvider = A.Fake <IMatrixProvider>();
IValidatorService validatorService = A.Fake <IValidatorService>();
A.CallTo(() => matrixProvider.GetDimensions()).Returns(dimensions);
IColleyMatrixService colleyMatrixService = new ColleyMatrixService(matrixProvider, validatorService);
//act
colleyMatrixService.SimulateGame(winnerId, loserId);
//assert
A.CallTo(() => validatorService.ValidateTeam(winnerId)).MustHaveHappened();
A.CallTo(() => validatorService.ValidateTeam(loserId)).MustHaveHappened();
}
