Probably just a website for now that queried the database. It shouldn't need to be a huge select statment, just one for the mac address in question, should be really simple. I just need an IOS-XR box at some point to play with.
I didn't see the NSO demo :-(.
For the EPG work I am doing it all though API, nothing manual, for example (Apparently the forum hates python code):
#Login and grab the token
def get_token(username, password, base_url):
requests.packages.urllib3.disable_warnings() # Disable warning message
# create credentials structure
name_pwd = {'aaaUser': {'attributes': {'name': username, 'pwd': password}}}
json_credentials = json.dumps(name_pwd)
# print (1)
# log in to API
login_url = base_url + 'aaaLogin.json'
post_response = requests.post(login_url, data=json_credentials, verify=False)
# pprint (post_response)
# get token from login response structure
auth = json.loads(post_response.text)
# pprint (auth)
login_attributes = auth['imdata'][0]['aaaLogin']['attributes']
auth_token = login_attributes['token']
# pprint (auth_token)
# create cookie array from token
cookies = {}
cookies['APIC-Cookie'] = auth_token
return cookies
#Pull bridge domain data
def pull_brige_domain_data (cookies,base_url):
bridge_domains = []
# read a sensor, incorporating token in request
sensor_url = base_url + 'node/class/fvBD.xml?'
#root = et.parse(urllib.urlopen(sensor_url)).getroot()
get_response = requests.get(sensor_url, cookies=cookies, verify=False)
root = et.fromstring(get_response.content)
#pprint (root.attrib)
for each in root:
#pprint (each.attrib)
bridge_domains.append(each.attrib)
return (bridge_domains)
