@Test
public void testTrue() throws Exception {
assertTrue((new UnaryOr<Object>(Constant.TRUE)).test("xyzzy"));
assertTrue((new UnaryOr<Object>(Constant.FALSE, Constant.TRUE)).test("xyzzy"));
assertTrue((new UnaryOr<Object>(Constant.FALSE, Constant.FALSE, Constant.TRUE)).test("xyzzy"));
UnaryOr<Object> p = new UnaryOr<Object>(Constant.TRUE);
assertTrue(p.test("xyzzy"));
for (int i = 0; i < 10; i++) {
p.or(Constant.of(i % 2 == 0));
assertTrue(p.test("xyzzy"));
}
UnaryOr<Object> q = new UnaryOr<Object>(Constant.TRUE);
assertTrue(q.test("xyzzy"));
for (int i = 0; i < 10; i++) {
q.or(Constant.of(i % 2 == 0));
assertTrue(q.test("xyzzy"));
}
UnaryOr<Object> r = new UnaryOr<Object>(p, q);
assertTrue(r.test("xyzzy"));
}
@Test
public void testEquals() throws Exception {
CompositeUnaryPredicate<Object> f = new CompositeUnaryPredicate<Object>(Constant.TRUE);
assertEquals(f, f);
CompositeUnaryPredicate<Object> g = new CompositeUnaryPredicate<Object>(Constant.TRUE);
assertObjectsAreEqual(f, g);
for (int i = 0; i < 3; i++) {
f = f.of(Constant.of("x"));
assertObjectsAreNotEqual(f, g);
g = g.of(Constant.of("x"));
assertObjectsAreEqual(f, g);
f = f.of(Constant.of("y")).of(Constant.of("z"));
assertObjectsAreNotEqual(f, g);
g = g.of(Constant.of("y")).of(Constant.of("z"));
assertObjectsAreEqual(f, g);
}
assertObjectsAreNotEqual(f, Constant.FALSE);
assertTrue(!f.equals(null));
}
@Test
public void testTest() throws Exception {
assertTrue(Composite.predicate(Constant.TRUE).test(null));
assertTrue(Composite.predicate(Constant.TRUE, Constant.of(3)).test("xyzzy"));
assertFalse(Composite.predicate(Constant.FALSE, Constant.of(4)).test("xyzzy"));
}
@Test
public void testEquals() throws Exception {
UnaryOr<Object> p = new UnaryOr<Object>();
assertEquals(p, p);
UnaryOr<Object> q = new UnaryOr<Object>();
assertObjectsAreEqual(p, q);
UnaryAnd<Object> r = new UnaryAnd<Object>();
assertObjectsAreNotEqual(p, r);
for (int i = 0; i < 3; i++) {
p.or(Constant.truePredicate());
assertObjectsAreNotEqual(p, q);
q.or(Constant.truePredicate());
assertObjectsAreEqual(p, q);
r.and(Constant.truePredicate());
assertObjectsAreNotEqual(p, r);
p.or(new UnaryOr<Object>(Constant.truePredicate(), Constant.falsePredicate()));
assertObjectsAreNotEqual(p, q);
q.or(new UnaryOr<Object>(Constant.truePredicate(), Constant.falsePredicate()));
assertObjectsAreEqual(p, q);
r.and(new UnaryOr<Object>(Constant.truePredicate(), Constant.falsePredicate()));
assertObjectsAreNotEqual(p, r);
}
assertObjectsAreNotEqual(p, Constant.truePredicate());
UnaryOr<Object> s = new UnaryOr<Object>();
s.or(Constant.truePredicate());
s.or(new UnaryOr<Object>(Constant.truePredicate(), Constant.falsePredicate()));
assertObjectsAreEqual(s, new UnaryOr<Object>(s.getUnaryPredicateList()));
}
