def test_write_full(self):
self.assertEqual(STATE.state_file, None)
STATE.state_file = tempfile.mkstemp(prefix='vchtest')[1]
STATE.disks = [Disk('/some/path'), Disk('/some/other/path', 12.34)]
STATE.last_message = b'Byte data being saved'
STATE.write()
with open(STATE.state_file, 'rb') as f:
json.loads(f.read())
def test_locate_disk(self):
with wrapper.log_parser() as parser:
parser._current_disk = 0
parser._current_path = '[store1] path1.vmdk'
STATE.disks = [
Disk('[store1] path2.vmdk'),
Disk('[store1] path1.vmdk'),
Disk('[store1] path3.vmdk'),
]
parser._locate_disk()
self.assertEqual(STATE.disks[0].path, '[store1] path1.vmdk')
self.assertEqual(STATE.disks[1].path, '[store1] path2.vmdk')
self.assertEqual(STATE.disks[2].path, '[store1] path3.vmdk')
def test_disk_number(self):
with wrapper.log_parser() as parser:
parser._current_disk = 0
parser._current_path = '/path1'
STATE.disks = [
Disk('[store1] path1.vmdk'),
Disk('[store1] path2.vmdk'),
Disk('[store1] path3.vmdk'),
]
parser.parse_line(b'Copying disk 2/3 to /some/path')
self.assertEqual(parser._current_disk, 1)
self.assertIsNone(parser._current_path)
self.assertEqual(STATE.disk_count, 3)
def test_locate_disk(self):
STATE.v2v_log = '/dev/null'
STATE.machine_readable_log = '/dev/null'
with wrapper.log_parser() as parser:
parser._current_disk = 0
parser._current_path = '[store1] path1.vmdk'
STATE.disks = [
Disk('[store1] path2.vmdk'),
Disk('[store1] path1.vmdk'),
Disk('[store1] path3.vmdk'),
]
parser._locate_disk()
self.assertEqual(STATE.disks[0].path, '[store1] path1.vmdk')
self.assertEqual(STATE.disks[1].path, '[store1] path2.vmdk')
self.assertEqual(STATE.disks[2].path, '[store1] path3.vmdk')
def test_progress(self):
with wrapper.log_parser() as parser:
parser._current_disk = 0
parser._current_path = '/path1'
STATE.disks = [Disk('/path1', 0.0)]
parser.parse_line(b' (10.42/100%)')
self.assertEqual(STATE.disks[0].progress, 10.42)
def test_progress(self):
STATE.v2v_log = '/dev/null'
STATE.machine_readable_log = '/dev/null'
with wrapper.log_parser() as parser:
parser._current_disk = 0
parser._current_path = '/path1'
STATE.disks = [Disk('/path1', 0.0)]
parser.parse_line(b' (10.42/100%)')
self.assertEqual(STATE.disks[0].progress, 10.42)
def test_two_phase(self):
# For two-phase conversion the log parser should not update anything
STATE.pre_copy = True
with wrapper.log_parser() as parser:
parser._current_disk = 0
parser._current_path = '/path1'
STATE.disks = [
Disk('[store1] path1.vmdk'),
Disk('[store1] path2.vmdk'),
Disk('[store1] path3.vmdk'),
]
parser.parse_line(b'Copying disk 2/3 to /some/path')
self.assertEqual(parser._current_disk, 0)
parser._current_path = '/path1'
STATE.disks = [Disk('/path1', 0.0)]
parser.parse_line(b' (10.42/100%)')
self.assertEqual(STATE.disks[0].progress, 0)
def test_rhv_disk_uuid(self):
with wrapper.log_parser() as parser:
parser._current_disk = 0
path = '/path1'
STATE.disks = [Disk(path)]
parser.parse_line(
b'disk.id = \'11111111-1111-1111-1111-111111111111\'')
self.assertIn(path, STATE.internal['disk_ids'])
self.assertEqual(STATE.internal['disk_ids'][path],
b'11111111-1111-1111-1111-111111111111')