@Test
public void canDetectConcimittingCoursesConflicts() {
List<Conflict> conflicts = filter.run(scheduleMock);
assertEquals(1, conflicts.size());
verify(aSectionMock).areConcomitting(anotherSectionMock);
verify(nextFilterMock).run(scheduleMock);
}
@Test
public void canSayIfSectionWouldCauseConcomittingCourseConflictWithSchedule() {
List<Conflict> conflicts = filter.run(scheduleMock, aSectionMock);
assertEquals(1, conflicts.size());
verify(aSectionMock).areConcomitting(anotherSectionMock);
verify(nextFilterMock).run(scheduleMock, aSectionMock);
}
@Before
public void setUp() {
TimeSlot timeSlotMock = mock(TimeSlot.class);
when(timeSlotMock.isOverlapping(any(TimeSlot.class))).thenReturn(true);
List<TimeSlot> timeSlotsMocks = Arrays.asList(timeSlotMock);
aSectionMock = mock(Section.class);
anotherSectionMock = mock(Section.class);
when(aSectionMock.getCourseAcronym()).thenReturn("GLO-4000");
when(aSectionMock.getCoursesAndLabTimeSlots()).thenReturn(timeSlotsMocks);
when(aSectionMock.areConcomitting(anotherSectionMock)).thenReturn(true);
when(anotherSectionMock.getCourseAcronym()).thenReturn("GLO-3000");
when(anotherSectionMock.getCoursesAndLabTimeSlots()).thenReturn(timeSlotsMocks);
List<Section> sectionsMocks = Arrays.asList(aSectionMock, anotherSectionMock);
scheduleMock = mock(Schedule.class);
when(scheduleMock.getSectionsList()).thenReturn(sectionsMocks);
nextFilterMock = mock(Filter.class);
filter = new ConcomittingCoursesFilter();
filter.connectToFilter(nextFilterMock);
}