def test_missing_attributes(self):
f = Vlan(device=self.device)
f.maker.outputs[ShowEthernetTags] = \
{'':VlanOutput.showEthernetTags}
f.learn()
with self.assertRaises(KeyError):
interface_mtu = (f.name['6']['sub_interfaces'])
def test_sample(self):
f = Vlan(device=self.device)
f.maker.outputs[ShowEthernetTags] = \
{'':VlanOutput.showEthernetTags}
f.learn()
self.assertEqual(f.name, VlanOutput.vlan_all)
def test_selective_attribute(self):
f = Vlan(device=self.device, attributes=['name[(.*)][sub_interface]'])
f.maker.outputs[ShowEthernetTags] = \
{'':VlanOutput.showEthernetTags}
f.learn()
self.assertIn('Gi0/0/0/0.501', f.name['4']['sub_interface'])
self.assertNotIn('Gi0/0/0/0.502', f.name['4']['sub_interface'])
def test_empty_parser_output(self):
f = Vlan(device=self.device)
f.maker.outputs[ShowEthernetTags] = \
{'':VlanOutput.showEthernetTagsempty}
f.learn()
# f is empty since show ethernet tags is the primary
# parser for the maker.
print('f did not get learned as expected in test_empty_parser_output')
def test_ignored(self):
f = Vlan(device=self.device)
g = Vlan(device=self.device)
f.maker.outputs[ShowEthernetTags] = \
{'':VlanOutput.showEthernetTags}
g.maker.outputs[ShowEthernetTags] = \
{'':VlanOutput.showEthernetTags}
f.learn()
g.learn()
f.s = 2
self.assertNotEqual(f, g)
# Verify diff now
diff = f.diff(g)
sorted_diff = str(diff)
sorted_result = ('+s: 2')
self.assertEqual(sorted_diff, sorted_result)
def test_ignored(self):
f = Vlan(device=self.device)
g = Vlan(device=self.device)
f.maker.outputs[ShowEthernetTags] = \
{'':VlanOutput.showEthernetTags}
g.maker.outputs[ShowEthernetTags] = \
{'':VlanOutput.showEthernetTags}
f.learn()
g.learn()
f.diff_ignore.append('name[6][sub_interfaces]')
self.assertNotEqual(f, g)
# Verify diff now
diff = f.diff(g)
sorted_diff = str(diff)
sorted_result = (
'''+diff_ignore: deque(['maker', 'callables', 'device', 'name[6][sub_interfaces]'])\n-diff_ignore: deque(['maker', 'callables', 'device'])'''
)
self.assertEqual(sorted_diff, sorted_result)