@Test
public void testFindAllPoliciesWithTheSameId() throws Exception {
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v2);
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v1);
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v3);
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v4);
c.replay();
r.add(p1v2);
r.add(p1v1);
r.add(p1v3);
r.add(p1v4);
Collection<Policy> found = r.getPolicies("id1", null, null, null);
assertEquals(4, found.size());
Iterator<Policy> it = found.iterator();
assertEquals(Version.parse("1"), it.next().getVersion());
assertEquals(Version.parse("1.1"), it.next().getVersion());
assertEquals(Version.parse("1.2.1"), it.next().getVersion());
assertEquals(Version.parse("2.0.1"), it.next().getVersion());
c.verify();
}
@Test
public void testOnePolicyDifferentVersion() throws Exception {
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v1);
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v2);
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v3);
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v4);
c.replay();
r.add(p1v1);
r.add(p1v2);
r.add(p1v3);
r.add(p1v4);
CompositeDecisionRule p = r.get("id1", Version.parse("1.0"));
assertEquals(p1v1, p);
p = r.get("id1", Version.parse("1.1"));
assertEquals(p1v2, p);
p = r.get("id1", Version.parse("1.2.1"));
assertEquals(p1v3, p);
p = r.get("id1", Version.parse("2.0.1"));
assertEquals(p1v4, p);
Collection<Policy> found = r.getPolicies("id1", VersionMatch.parse("1.+"));
assertEquals(3, found.size());
Iterator<Policy> it = found.iterator();
// sorted by version
assertEquals(Version.parse("1"), it.next().getVersion());
assertEquals(Version.parse("1.1"), it.next().getVersion());
assertEquals(Version.parse("1.2.1"), it.next().getVersion());
found = r.getPolicies("id1", VersionMatch.parse("1.2.+"));
assertEquals(1, found.size());
found = r.getPolicies("id1", VersionMatch.parse("1.+"), VersionMatch.parse("1.2.*"));
assertEquals(1, found.size());
Policy policy = r.getPolicy("id1", null, null, null);
assertEquals(Version.parse("2.0.1"), policy.getVersion());
c.verify();
}
@Test
public void testAddRemove() throws Exception {
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v2);
l.policyRemoved(p1v2);
c.replay();
r.add(p1v2);
CompositeDecisionRule p = r.get("id1", Version.parse("1.0"));
assertNull(p);
p = r.get("id1", Version.parse("1.1"));
assertEquals(p1v2, p);
r.remove(p1v2);
Collection<Policy> found = r.getPolicies("id1", VersionMatch.parse("1.+"));
assertEquals(0, found.size());
c.verify();
}
@Test
public void testAddPolicyWithTheSameIdAndSameVersion() {
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
l.policyAdded(p1v2);
expect(algorithm.getId()).andReturn("testId");
expect(decisionAlgorithms.isRuleAlgorithmProvided("testId")).andReturn(true);
c.replay();
assertTrue(r.add(p1v2));
assertFalse(r.add(p1v2DiffInstance));
Policy p = (Policy) r.get("id1", Version.parse("1.1"));
assertSame(p1v2, p);
assertNotSame(p1v2DiffInstance, p);
c.verify();
}
