def testGetPeer(self, _peer_list):
existing_peers = [
peer.Peer(uuid=uuid.UUID("663bbc5b-c9b4-4a02-8b56-85e05e1b01c8"),
hostname=ip_address("172.31.12.7"),
status=peer.State.PeerInCluster),
peer.Peer(uuid=uuid.UUID("15af92ad-ae64-4aba-89db-73730f2ca6ec"),
hostname=ip_address("172.31.21.242"),
status=peer.State.PeerInCluster)
]
_peer_list.return_value = Ok(existing_peers)
result = peer.get_peer(hostname=ip_address('172.31.21.242'))
self.assertIs(result, existing_peers[1])
def testPeerProbe(self, _run_command, _peer_list):
existing_peers = [
peer.Peer(uuid=uuid.UUID("663bbc5b-c9b4-4a02-8b56-85e05e1b01c8"),
hostname=ip_address("172.31.12.7"),
status=peer.State.PeerInCluster),
peer.Peer(uuid=uuid.UUID("15af92ad-ae64-4aba-89db-73730f2ca6ec"),
hostname=ip_address("172.31.21.242"),
status=peer.State.PeerInCluster)
]
_peer_list.return_value = Ok(existing_peers)
peer.peer_probe(hostname='172.31.21.243')
# print("Peer probe result: {}".format(result.value))
_run_command.assert_called_with("gluster",
["peer", "probe", "172.31.21.243"],
True, False)
def testParsePeerStatus(self):
expected_peers = [
peer.Peer(uuid=uuid.UUID("663bbc5b-c9b4-4a02-8b56-85e05e1b01c8"),
hostname=ip_address("172.31.12.7"),
status=peer.State.PeerInCluster),
peer.Peer(uuid=uuid.UUID("15af92ad-ae64-4aba-89db-73730f2ca6ec"),
hostname=ip_address("172.31.21.242"),
status=peer.State.PeerInCluster)
]
with open('unit_tests/peer_status.xml', 'r') as xml_output:
lines = xml_output.readlines()
result_list = peer.parse_peer_status("".join(lines))
self.assertTrue(result_list.is_ok())
peer_list = result_list.value
for status in peer_list:
self.assertIn(member=status, container=expected_peers)
self.assertEqual(2, len(result_list.value),
"Expected 2 peer objects")
def testParsePeerList(self, _resolve_to_ip):
_resolve_to_ip.return_value = Ok("172.31.21.243")
expected_peers = [
peer.Peer(uuid=uuid.UUID("663bbc5b-c9b4-4a02-8b56-85e05e1b01c8"),
hostname=ip_address("172.31.12.7"),
status=peer.State.PeerInCluster),
peer.Peer(uuid=uuid.UUID("15af92ad-ae64-4aba-89db-73730f2ca6ec"),
hostname=ip_address("172.31.21.242"),
status=peer.State.PeerInCluster),
peer.Peer(uuid=uuid.UUID("cebf02bb-a304-4058-986e-375e2e1e5313"),
hostname=ip_address("172.31.21.243"),
status=None)
]
with open('unit_tests/pool_list.xml', 'r') as xml_output:
lines = xml_output.readlines()
result_list = peer.parse_peer_list("".join(lines))
self.assertTrue(result_list.is_ok())
peer_list = result_list.value
for peer_object in peer_list:
self.assertIn(member=peer_object, container=expected_peers)
import sys
import unittest
import uuid
import mock
from result import Ok
from lib.gluster import peer, volume
mock_apt = mock.MagicMock()
sys.modules['apt'] = mock_apt
mock_apt.apt_pkg = mock.MagicMock()
peer_1 = peer.Peer(uuid=uuid.UUID("39bdbbd6-5271-4c23-b405-cc0b67741ebc"),
hostname="172.20.21.231",
status=None)
peer_2 = peer.Peer(uuid=uuid.UUID("a51b28e8-6f06-4563-9a5f-48f3f31a6713"),
hostname="172.20.21.232",
status=None)
peer_3 = peer.Peer(uuid=uuid.UUID("57dd0230-50d9-452a-be8b-8f9dd9fe0264"),
hostname="172.20.21.233",
status=None)
brick_list = [
volume.Brick(brick_uuid=uuid.UUID("12d4bd98-e102-4174-b99a-ef76f849474e"),
peer=peer_1,
path="/mnt/sdb",
is_arbiter=False),
volume.Brick(brick_uuid=uuid.UUID("a563d73c-ef3c-47c6-b50d-ddc800ef5dae"),
peer=peer_2,