public async Task Input_Process_OutputNotExpected()
{
var fakeDataProvider = A.Fake <IDataProvider>();
A.CallTo(() => fakeDataProvider.GetData()).Returns(InputData());
var dataProvider = DataProviderFactory.Create();
var resolver = new Sudoku_Solver.Sudoku9X9Solver(
InputValidatorFactory.Create());
var(result, outputMatrix) = await resolver.Process(await fakeDataProvider.GetData());
Assert.IsTrue(result);
Assert.IsFalse(MatchMatricResult(outputMatrix, InvalidExpectedOutput()));
}
public void Input_ValidData_Success()
{
var validator = InputValidatorFactory.Create();
validator.Validate(ValidData());
}
public void Input_InvalidNumber_ThrowInputValidatorEx()
{
var validator = InputValidatorFactory.Create();
Assert.Throws <InputValidatorException>(() => validator.Validate(InvalidNumberInInput()));
}
public void Input_DuplicateNumberInColumn_ThrowInputValidatorEx()
{
var validator = InputValidatorFactory.Create();
Assert.Throws <InputValidatorException>(() => validator.Validate(InvalidDataWithDuplicateInColumn()));
}
public void Input_MinDataNotPresent_ThrowInputValidatorEx()
{
var validator = InputValidatorFactory.Create();
Assert.Throws <InputValidatorException>(() => validator.Validate(MandatoryDataNotPresent()));
}
public void Input_Matrix9X9NotMatching_ThrowInputValidatorE()
{
var validator = InputValidatorFactory.Create();
Assert.Throws <InputValidatorException>(() => validator.Validate(InvalidMatrixSize()));
}