@Test
void findEachTest() {
final HopscotchCollection<Integer> hopscotchCollection = new HopscotchCollection<>(testVals);
for (final Integer value : testVals) {
Assert.assertEquals(
SVUtils.iteratorSize(hopscotchCollection.findEach(value)),
testVals.stream().filter(i -> i.equals(value)).count());
}
Assert.assertEquals(SVUtils.iteratorSize(hopscotchCollection.findEach(notInTestVals)), 0);
}
@Test
void clearTest() {
final HopscotchCollection<Integer> hopscotchCollection = new HopscotchCollection<>(testVals);
hopscotchCollection.clear();
Assert.assertEquals(hopscotchCollection.size(), 0);
Assert.assertEquals(SVUtils.iteratorSize(hopscotchCollection.iterator()), 0);
}
@Test
void iteratorTest() {
final HopscotchCollection<Integer> hopscotchCollection = new HopscotchCollection<>(testVals);
Assert.assertEquals(SVUtils.iteratorSize(hopscotchCollection.iterator()), testVals.size());
final Integer KEY_TO_REMOVE = 1;
final Iterator<Integer> itr1 = hopscotchCollection.iterator();
while (itr1.hasNext()) {
if (itr1.next().equals(KEY_TO_REMOVE)) itr1.remove();
}
final int onesCount = (int) testVals.stream().filter(i -> i.equals(KEY_TO_REMOVE)).count();
Assert.assertEquals(hopscotchCollection.size(), testVals.size() - onesCount);
Assert.assertEquals(
SVUtils.iteratorSize(hopscotchCollection.iterator()), hopscotchCollection.size());
final Iterator<Integer> itr2 = hopscotchCollection.iterator();
while (itr2.hasNext()) {
itr2.next();
itr2.remove();
}
Assert.assertTrue(hopscotchCollection.isEmpty());
Assert.assertEquals(
SVUtils.iteratorSize(hopscotchCollection.iterator()), hopscotchCollection.size());
}