def test_build_node_statistics(self):
stats = sb.build_node_statistics(self.test_nodes, TEST_IMAGES)
# Make sure the stats match the node inputs above.
self.assertEqual(13, stats['total'])
self.assertEqual(4, stats['provisioned'])
self.assertEqual(9, stats['not provisioned'])
self.assertEqual(2, stats['available (not cached)'])
self.assertEqual(7, stats['cached (includes \'caching\')'])
self.assertEqual(3, stats['images']['Ubuntu'])
self.assertEqual(2, stats['images']['CentOS'])
self.assertEqual(1, stats['images']['CoreOS'])
EXPECTED_STATS_KEYS = (
'provisioned',
'not provisioned',
'available (not cached)',
'cached (includes \'caching\')',
'total',
'images'
)
# Do some sanity checks on keys present.
self.assertItemsEqual(EXPECTED_STATS_KEYS, stats.keys())
# Images with non-zero counts. Includes the unrecognized UUID.
EXPECTED_IMAGE_NAMES = ['Ubuntu', 'CentOS', 'CoreOS', 'wasd']
self.assertItemsEqual(EXPECTED_IMAGE_NAMES, stats['images'].keys())
@mock.patch.object(sb.LOG, 'info')
def test_log_node_statistics(self, info_log_mock):
stats = sb.build_node_statistics(self.test_nodes, TEST_IMAGES)
sb.log_node_statistics(stats)
self.assertTrue(info_log_mock.called)
def test_build_node_statistics(self):
stats = sb.build_node_statistics(self.test_nodes, TEST_IMAGES)
# Make sure the stats match the node inputs above.
self.assertEqual(13, stats['total'])
self.assertEqual(4, stats['provisioned'])
self.assertEqual(9, stats['not provisioned'])
self.assertEqual(2, stats['available (not cached)'])
self.assertEqual(7, stats['cached (includes \'caching\')'])
self.assertEqual(3, stats['images']['Ubuntu'])
self.assertEqual(2, stats['images']['CentOS'])
self.assertEqual(1, stats['images']['CoreOS'])
EXPECTED_STATS_KEYS = (
'provisioned',
'not provisioned',
'available (not cached)',
'cached (includes \'caching\')',
'total',
'images'
)
# Do some sanity checks on keys present.
self.assertItemsEqual(EXPECTED_STATS_KEYS, stats.keys())
# Images with non-zero counts. Includes the unrecognized UUID.
EXPECTED_IMAGE_NAMES = ['Ubuntu', 'CentOS', 'CoreOS', 'wasd']
self.assertItemsEqual(EXPECTED_IMAGE_NAMES, stats['images'].keys())
@mock.patch.object(sb.LOG, 'info')
def test_log_node_statistics(self, info_log_mock):
stats = sb.build_node_statistics(self.test_nodes, TEST_IMAGES)
sb.log_node_statistics(stats)
self.assertTrue(info_log_mock.called)
def test_build_node_statistics(self):
stats = sb.build_node_statistics(self.test_nodes, TEST_IMAGES)
# Make sure the stats match the node inputs above.
self.assertEqual(13, stats["total"])
self.assertEqual(4, stats["provisioned"])
self.assertEqual(9, stats["not provisioned"])
self.assertEqual(2, stats["available (not cached)"])
self.assertEqual(7, stats["cached (includes 'caching')"])
self.assertEqual(3, stats["images"]["Ubuntu"])
self.assertEqual(2, stats["images"]["CentOS"])
self.assertEqual(1, stats["images"]["CoreOS"])
EXPECTED_STATS_KEYS = (
"provisioned",
"not provisioned",
"available (not cached)",
"cached (includes 'caching')",
"total",
"images",
)
# Do some sanity checks on keys present.
self.assertItemsEqual(EXPECTED_STATS_KEYS, stats.keys())
# Images with non-zero counts. Includes the unrecognized UUID.
EXPECTED_IMAGE_NAMES = ["Ubuntu", "CentOS", "CoreOS", "wasd"]
self.assertItemsEqual(EXPECTED_IMAGE_NAMES, stats["images"].keys())
@mock.patch.object(sb.LOG, "info")
def test_log_node_statistics(self, info_log_mock):
stats = sb.build_node_statistics(self.test_nodes, TEST_IMAGES)
sb.log_node_statistics(stats)
self.assertTrue(info_log_mock.called)
def test_log_node_statistics(self, info_log_mock):
stats = sb.build_node_statistics(self.test_nodes, TEST_IMAGES)
sb.log_node_statistics(stats)
self.assertTrue(info_log_mock.called)
def test_log_node_statistics(self, info_log_mock):
stats = sb.build_node_statistics(self.test_nodes, TEST_IMAGES)
sb.log_node_statistics(stats)
self.assertTrue(info_log_mock.called)
