public void GeneratesValidWorkPatterns()
{
// Arrange (huge area)
var numberOfOptions = 2;
var numberOfPositions = 5;
var mockPatternGenerator = new Mock <IPatternGenerator>();
mockPatternGenerator.Setup(generator => generator.GenerateLazy(numberOfOptions, numberOfPositions))
.Returns(PatternsToBeGenerated);
var mockWorkPatternValidator = new Mock <IWorkPatternValidator>();
mockWorkPatternValidator.Setup(validator => validator.Validate(It.IsAny <WorkPatternRepresentation>()))
.Returns(NoConsecutiveWorkdaysPredicate);
var workPatternGenerator = new WorkPatternGenerator(
numberOfOptions, numberOfPositions,
mockPatternGenerator.Object,
mockWorkPatternValidator.Object);
// Act
var validWorkPatterns = workPatternGenerator.GenerateValidPatterns();
// Assert
Assert.Equal(2, validWorkPatterns.Count());
Assert.Collection(validWorkPatterns,
firstPattern => Assert.Equal(PatternsToBeGenerated.First(), firstPattern),
secondPattern => Assert.Equal(PatternsToBeGenerated.Skip(2).First(), secondPattern));
mockPatternGenerator.VerifyAll();
mockWorkPatternValidator.VerifyAll();
}
public void GeneratesValidSchedulesToCoverAllWorkingDaysInMonth()
{
// Arrange
var generatedWorkPatterns = WorkPatternGenerator
.GenerateValidPatterns()
.ToList();
var monthlyScheduleGenerator = new MonthlyScheduleGenerator(
People, Shifts, generatedWorkPatterns);
// Act
var schedules = monthlyScheduleGenerator.Generate();
// Assert
Assert.Equal(People.Count(), schedules.Count());
}
