@Test
public void addNonIntersectingStopIntervalNeedNotBeInIntervalThatsMerged() {
CompoundInterval ci = createCompoundIntervalWithoutRegister();
CompoundInterval toMerge = new CompoundInterval(DEFAULT_END + 1, DEFAULT_END + 2, null);
BasicInterval otherInterval = new BasicInterval(DEFAULT_END + 1, DEFAULT_END + 3);
toMerge.add(otherInterval);
BasicInterval otherInterval2 = new BasicInterval(DEFAULT_END + 2, DEFAULT_END + 4);
toMerge.add(otherInterval2);
BasicInterval stop = new BasicInterval(DEFAULT_END + 1, DEFAULT_END + 4);
ci.addNonIntersectingInterval(toMerge, stop);
assertThat(ci.size(), is(3));
assertThat(ci.getLowerBound(), is(DEFAULT_BEGIN));
assertThat(ci.getUpperBound(), is(DEFAULT_END + 3));
}
@Test
public void addNonIntersectingSetAddsAllIntervalsInTheOtherCompoundInterval() {
CompoundInterval ci = createCompoundIntervalWithoutRegister();
CompoundInterval toMerge = new CompoundInterval(DEFAULT_END + 1, DEFAULT_END + 2, null);
BasicInterval otherInterval = new BasicInterval(DEFAULT_END + 1, DEFAULT_END + 3);
toMerge.add(otherInterval);
BasicInterval otherInterval2 = new BasicInterval(DEFAULT_END + 2, DEFAULT_END + 4);
toMerge.add(otherInterval2);
BasicInterval stop = new BasicInterval(DEFAULT_END + 5, DEFAULT_END + 6);
ci.addNonIntersectingInterval(toMerge, stop);
assertThat(ci.size(), is(4));
assertThat(ci.getLowerBound(), is(DEFAULT_BEGIN));
assertThat(ci.getUpperBound(), is(DEFAULT_END + 4));
}
