def test_instance_from_replicaset(self):
add_replicaset(
self.instance,
alias='r1',
roles=['role-1'],
servers=['r1-master', 'r1-replica'],
)
self.instance.clear_calls('edit_topology')
res = call_expel_intstance(self.console_sock, 'r1-master')
self.assertTrue(res.success, msg=res.msg)
self.assertTrue(res.changed)
# check `edit_topology` call
calls = self.instance.get_calls('edit_topology')
self.assertEqual(len(calls), 1)
self.assertIn('servers', calls[0])
self.assertEqual(len(calls[0]['servers']), 1)
s_params = calls[0]['servers'][0]
self.assertEqual(s_params, {
'uuid': 'r1-master-uuid',
'expelled': True,
})
# call again (res.changed should be false)
# in fact, bacause server is expelled from topology
self.instance.clear_calls('edit_topology')
res = call_expel_intstance(self.console_sock, 'r1-master')
self.assertTrue(res.success, msg=res.msg)
self.assertFalse(res.changed)
calls = self.instance.get_calls('edit_topology')
self.assertEqual(len(calls), 0)
def test_replicaset_in_unhealthy(self):
# try to edit unhealthy replicaset
add_replicaset(
self.instance,
alias='r1',
roles=['role-1'],
servers=['r1-master'],
status='unhealthy',
)
res = call_manage_replicaset(
self.console_sock,
alias='r1',
roles=['role-2'],
failover_priority=['r1-master'],
instances=['r1-master'],
)
self.assertFalse(res.success)
self.assertIn('Replicaset "r1" is not healthy', res.msg)
# replicaset becomes unhealthy after creation
self.instance.set_variable('become_unhealthy_after_edit', True)
self.instance.add_unjoined_server(alias='r2-master',
uri='r2-master-uri')
res = call_manage_replicaset(
self.console_sock,
alias='r2',
roles=['role-2'],
failover_priority=['r2-master'],
instances=['r2-master'],
)
self.assertFalse(res.success)
self.assertIn('Replicaset "r2" is not healthy', res.msg)
# replicaset becomes unhealthy after edit
self.instance.set_variable('become_unhealthy_after_edit', True)
add_replicaset(
self.instance,
alias='r3',
roles=['role-1'],
servers=['r3-master'],
status='unhealthy',
)
res = call_manage_replicaset(
self.console_sock,
alias='r3',
roles=['role-2'],
failover_priority=['r3-master'],
instances=['r3-master'],
)
self.assertFalse(res.success)
self.assertIn('Replicaset "r3" is not healthy', res.msg)
def test_joining_new_servers(self):
add_replicaset(
self.instance,
alias='r1',
roles=['role-1'],
servers=['r1-master', 'r1-replica'],
)
# add unjoined
self.instance.add_unjoined_server(alias='r1-new-master',
uri='r1-new-master-uri')
# join new server and set it to be a new master
self.instance.clear_calls('edit_topology')
res = call_manage_replicaset(
self.console_sock,
alias='r1',
failover_priority=['r1-new-master', 'r1-master'],
instances=['r1-master', 'r1-replica', 'r1-new-master'],
)
self.assertTrue(res.success, msg=res.msg)
self.assertTrue(res.changed)
# check performed `edit_topology` calls
calls = self.instance.get_calls('edit_topology')
self.assertEqual(len(calls), 2)
join_call = calls[0]
edit_priority_call = calls[1]
self.assertIn('replicasets', join_call)
r_params = join_call['replicasets'][0]
self.assertEqual(r_params, {
'uuid': 'r1-uuid',
'join_servers': [{
'uri': 'r1-new-master-uri'
}],
})
self.assertIn('replicasets', edit_priority_call)
r_params = edit_priority_call['replicasets'][0]
self.assertEqual(
r_params, {
'uuid': 'r1-uuid',
'failover_priority': ['r1-new-master-uuid', 'r1-master-uuid'],
})
# call again (res.changed should be false)
res = call_manage_replicaset(
self.console_sock,
alias='r1',
failover_priority=['r1-new-master', 'r1-master'],
instances=['r1-master', 'r1-replica', 'r1-new-master'],
)
self.assertTrue(res.success, msg=res.msg)
self.assertFalse(res.changed)
def test_fail_on_edit_topology(self):
add_replicaset(
self.instance,
alias='r1',
roles=['role-1'],
servers=['r1-master', 'r1-replica'],
)
self.instance.clear_calls('edit_topology')
self.instance.set_fail_on('edit_topology')
res = call_expel_intstance(self.console_sock, 'r1-master')
self.assertFalse(res.success)
self.assertIn('Failed to expel instance', res.msg)
def test_fail_on_edit_topology(self):
# fail on create
self.instance.add_unjoined_server(alias='r1-master', uri='r1-master-uri')
self.instance.clear_calls('edit_topology')
self.instance.set_fail_on('edit_topology')
# create replicaset with instances known by cluster
self.instance.clear_calls('edit_topology')
res = call_manage_replicaset(
self.console_sock,
alias='r1',
failover_priority=['r1-master'],
instances=['r1-master'],
roles=['role-1']
)
self.assertFalse(res.success)
self.assertIn('Failed to create', res.msg)
self.assertIn('cartridge err', res.msg)
# fail on edit
add_replicaset(
self.instance,
alias='r1',
roles=['role-1'],
servers=['r1-master', 'r1-replica'],
)
self.instance.clear_calls('edit_topology')
self.instance.set_fail_on('edit_topology')
res = call_manage_replicaset(
self.console_sock,
alias='r1',
failover_priority=['r1-master'],
instances=['r1-master'],
roles=['role-1', 'role-2'],
)
self.assertFalse(res.success)
self.assertIn('Failed to edit replicaset', res.msg)
self.assertIn('cartridge err', res.msg)
self.instance.set_fail_on('edit_topology', False)
def test_edit_replicaset_parameters(self):
add_replicaset(
self.instance,
alias='r1',
roles=['role-1'],
servers=['r1-master'],
)
params = {
'all_rw': True,
'weight': 1,
'vshard_group': 'hot',
'roles': ['role-2'],
}
for param, value in params.items():
self.instance.clear_calls('edit_topology')
res = call_manage_replicaset(
self.console_sock,
alias='r1',
failover_priority=['r1-master'],
instances=['r1-master'],
**{param: value},
)
self.assertTrue(res.success, msg=res.msg)
self.assertTrue(res.changed)
# check performed `edit_topology` calls
calls = self.instance.get_calls('edit_topology')
self.assertEqual(len(calls), 1)
self.assertIn('replicasets', calls[0])
r_params = calls[0]['replicasets'][0]
self.assertEqual(
r_params, {
'uuid': 'r1-uuid',
'failover_priority': ['r1-master-uuid'],
**{
param: value
},
})
# set the same parameter again (res.changed should be false)
self.instance.clear_calls('edit_topology')
res = call_manage_replicaset(
self.console_sock,
alias='r1',
failover_priority=['r1-master'],
instances=['r1-master'],
**{param: value},
)
self.assertTrue(res.success, msg=res.msg)
self.assertFalse(res.changed)
# check performed `edit_topology` calls
calls = self.instance.get_calls('edit_topology')
self.assertEqual(len(calls), 1)
self.assertIn('replicasets', calls[0])
r_params = calls[0]['replicasets'][0]
self.assertEqual(
r_params, {
'uuid': 'r1-uuid',
'failover_priority': ['r1-master-uuid'],
**{
param: value
},
})