def test_search_intf1(self):
self.iIntf1 = switch.Interface('eth1/1', 'BLT01 VC1X1')
self.iIntf2 = switch.Interface('eth1/2', 'BLT01 VC2X1')
self.iIntf3 = switch.Interface('eth1/52', 'VPC-PEER')
self.iIntf4 = switch.Interface('eth1/53', 'VPC-PEER')
self.iSwitch.intf = [
self.iIntf1, self.iIntf2, self.iIntf3, self.iIntf4
]
assert self.iSwitch.search_intf('BLT') == [self.iIntf1, self.iIntf2]
def test_set_switch_intf(self):
self.iIntf1 = switch.Interface('eth1/1', 'BLT01 VC1X1')
self.iIntf2 = switch.Interface('eth1/2', 'BLT01 VC2X1')
self.iIntf3 = switch.Interface('eth1/52', 'VPC-PEER')
self.iIntf4 = switch.Interface('eth1/53', 'VPC-PEER')
self.iSwitch.intf = [
self.iIntf1, self.iIntf2, self.iIntf3, self.iIntf4
]
# self.iSwitch.intf = list_intf
assert self.iSwitch.intf == [
self.iIntf1, self.iIntf2, self.iIntf3, self.iIntf4
]
def get_intf_api(self):
my_headers = {'content_type': 'application/json-rpc'}
my_payload = [{
"jsonrpc": 2.0,
"method": "cli",
"params": {
"cmd": "show interface description",
"version": 1
},
"id": 1
}]
result = self.execute_api_command(my_headers, my_payload)
list_intf = result['TABLE_interface']['ROW_interface']
liste_retour = []
for intf in list_intf:
if 'desc' not in intf:
intf['desc'] = 'vide'
print('\nintf = \n')
pprint(intf)
tmp = switch.Interface(name=intf['interface'], desc=intf['desc'])
liste_retour.append(tmp)
print('\nliste_retour = \n')
pprint(liste_retour)
return liste_retour
def test_get_intf_api_when_desc_is_null(self):
json_resp = {"id": 1, "jsonrpc": '2.0', "result": {"body": {"TABLE_interface": {"ROW_interface": [{
"interface": 'Ethernet1/1',
"speed": '10G',
"type": 'eth'}]}}}}
self.mock_post.return_value = Mock(ok=True)
self.mock_post.return_value.status_code = 200
rep = json.dumps(json_resp, separators=(',', ':'))
self.mock_post.return_value.json = json.loads(rep)
iNxos = nexus.Nxos('SPINE1', 'user', 'pwd', 80)
resp = iNxos.get_intf_api()
print('\nresp = ')
pprint(resp)
intf1 = switch.Interface('Ethernet1/1','vide')
liste_retour = [intf1]
assert len(resp) == len(liste_retour)
assert resp[0] == liste_retour[0]
def setup_method(self):
self.iIntf1 = switch.Interface('eth1/1', 'BLT01 VC1X1')
self.iIntf2 = switch.Interface('eth1/2', 'BLT01 VC2X1')
self.iIntf3 = switch.Interface('eth1/52', 'VPC-PEER')
self.iIntf4 = switch.Interface('eth1/53', 'VPC-PEER')