@Test
public void testSlaveMasterIsAvailable() {
// CASE 1: It is me who is available as master - i don't think so
try {
SLAVE.masterIsAvailable(context, myId, SampleUri);
fail("Should have gotten an election result first");
} catch (RuntimeException e) {
// outstanding
}
// CASE 2: It is someone else that is available as master and is not the master now - missed the
// election, fail
InstanceId masterInstanceId = new InstanceId(2);
when(context.getElectedMasterId()).thenReturn(masterInstanceId);
try {
SLAVE.masterIsAvailable(context, new InstanceId(3), SampleUri);
fail("Should have gotten an election result first");
} catch (RuntimeException e) {
// outstanding
}
// CASE 3: It is the same master as now - it's ok, stay calm and carry on
HighAvailabilityMemberState newState =
SLAVE.masterIsAvailable(context, masterInstanceId, SampleUri);
assertEquals(SLAVE, newState);
}
@Test
public void testSlaveMasterIsElected() {
// CASE 1: It is me that got elected master - should switch to TO_MASTER
HighAvailabilityMemberState newState = SLAVE.masterIsElected(context, myId);
assertEquals(TO_MASTER, newState);
InstanceId masterInstanceId = new InstanceId(2);
when(context.getElectedMasterId()).thenReturn(masterInstanceId);
// CASE 2: It is someone else that got elected master - should switch to PENDING
HighAvailabilityMemberState newStateCase2 = SLAVE.masterIsElected(context, new InstanceId(3));
assertEquals(PENDING, newStateCase2);
// CASE 3: It is the current master that got elected again - ignore
HighAvailabilityMemberState newStateCase3 = SLAVE.masterIsElected(context, masterInstanceId);
assertEquals(SLAVE, newStateCase3);
}
@Test
public void testSlaveSlaveIsAvailable() {
// CASE 1 and only - always remain in SLAVE
assertEquals(
SLAVE,
SLAVE.slaveIsAvailable(
mock(HighAvailabilityMemberContext.class), mock(InstanceId.class), SampleUri));
}
