def create_gateway(env, netUrl, loc, type, index, token, **kargs):
"""Create NF Gateway in MOP Environment."""
# Create AWS GW(s)
url = 'https://gateway.' + env + '.netfoundry.io/rest/v1/dataCenters'
# find dc id based on location code
datacenters = nfreq(url, "get", token)['_embedded']['dataCenters']
dcId = None
for dc in datacenters:
if dc['locationCode'] == loc:
dcId = dc['_links']['self']['href'].split('/')[6]
gwUrl = netUrl + '/endpoints'
if type == 'aws':
gwType = 'AWSCPEGW'
if type == 'azure':
gwType = 'AZCPEGW'
if type == 'vwan':
gwType = 'AVWGW'
# checking if gateway name was passed as one of **kargs
try:
gwName = kargs['gwName']
except KeyError:
gwName = gwType + 'x' + str(index) + 'x' + loc.upper()
new_gw = nfreq((gwUrl, {
"name": gwName,
"endpointType": gwType,
"geoRegionId": None,
"dataCenterId": dcId,
"o365BreakoutNextHopIp": None
}), "post", token)
try:
gwName = new_gw['name']
except TypeError as terr:
print(terr.args)
logging.debug(traceback.format_exc())
sys.exit(1)
gwRegKey = new_gw['registrationKey']
gwUrl = new_gw['_links']['self']['href']
gwstatus = False
writelog('\nWaiting for GW to be ready for service assignment!\n')
while not gwstatus:
try:
result = nfreq(gwUrl, "get", token)
if result['status'] == 300:
writelog('\ngw is ready to assign service!\n')
gwstatus = True
except Exception as e:
writelog(e)
writelog('\nError checking GW status!\n')
time.sleep(5)
return gwName, gwRegKey
def create_network(env, name, token):
"""Create NF Resources in MOP Environment."""
# Create new Network specified by --name commandline argument
net_name = name
writelog('\nCreating new Network! \n')
url = 'https://gateway.' + env + '.netfoundry.io/rest/v1/networks'
start = datetime.now()
network_id = nfreq((url, {"name": net_name}), "post", token)
# "productFamily": "Ziti_Enabled", "productVersion" : "4.19.0-57168534"
end = datetime.now()
diff = end - start
create_time = diff.seconds + diff.microseconds / (1000 * 1000.0)
writelog("response_time = " + str(create_time))
try:
netUrl = network_id['_links']['self']['href']
except Exception as e:
writelog(e)
writelog('\nnetwork not created!\n' + str(network_id))
sys.exit(0)
start = datetime.now()
try:
net_status = False
writelog('\nWaiting for network \"' + network_id['name'] +
'\" to be ready @ 10 to 20 minutes! \n')
while not net_status:
now = datetime.now()
delta = now - start
minutes = delta.seconds / 60.0
result = nfreq(netUrl, "get", token)
if result['status'] == 200:
status = 'NOT READY'
writelog('\nnetwork build status = ' + status +
' time waiting = ' + str(minutes) + ' Minutes')
if result['status'] == 300:
writelog('\nnetwork build status = FINISHED, time waited = ' +
str(minutes) + 'Minutes')
net_status = True
if minutes > 30:
writelog('\nExcesive time waitng for Network to transition!\n')
writelog('deleting network: ' + url)
nfreq(url, "delete", token)
sys.exit(0)
time.sleep(20)
except Exception as e:
writelog(e)
writelog('\nError Unable to check network status!\n')
sys.exit(0)
return netUrl
def check_for_status(urlRestEndpoint, token):
"""
Check if NFN Resource status in MOP Environment.
Check for status on the resource creation
:param urlRestEndpoint: REST Url endpoint for resource
:param token: session token for NF Console
:return returndata: pass the response back from the status check
"""
itemStatus = False
try:
count = 0
while not itemStatus:
if count > 6:
writelog('Timed out waiting for a status change ' +
urlRestEndpoint.split('/')[8] + '!')
break
returnData = nfreq(urlRestEndpoint, "get", token)
if returnData['status'] == 300:
writelog('item ' + urlRestEndpoint.split('/')[8] +
' is ready!')
break
else:
time.sleep(10)
count += 1
except Exception as e:
writelog(e)
return returnData['status']
def find_gateway(netUrl, name, token):
"""Find NF Gateway in MOP Environment."""
gwsUrl = netUrl + '/endpoints'
try:
gateways = nfreq(gwsUrl, "get", token)['_embedded']['endpoints']
gwUrl = ''
for gateway in gateways:
if gateway['name'] == name:
gwUrl = gateway['_links']['self']['href']
return gwUrl
return None
except KeyError:
return None
def delete_service(serviceUrl, token):
"""
Delete NFN Service in MOP Environment.
:param serviceUrl: REST endpoint for the service marked for deletion
:param token: seesion token for NF Console
:return none:
"""
try:
data = nfreq(serviceUrl, "delete", token)
writelog(data)
except Exception as e:
writelog(e)
def find_network(env, name, token):
"""Find NF Network in MOP Environment."""
url = 'https://gateway.' + env + '.netfoundry.io/rest/v1/networks'
networks = nfreq(url, "get", token)['_embedded']['networks']
writelog('\nNetworks found are\n')
writelog(networks)
for network in networks:
writelog('\nNetwork name searched is ' + network['name'])
writelog('\nNetwork name given is ' + name)
if network['name'] == name:
net_url = (network['_links']['self']['href'])
return net_url
writelog('network not found!')
return None
def delete_appwan(appwanUrl, token):
"""
Delete NFN Appwan in MOP Environment.
:param appwanUrl: REST endpoint for the appwan marked for deletion
:param token: seesion token for NF Console
:return none:
"""
try:
# Check if item is ready
checkStatus = check_for_status(appwanUrl, token)
if checkStatus == 300:
data = nfreq(appwanUrl, "delete", token)
writelog(data)
except Exception as e:
writelog(e)
def find_service(netUrl, serviceName, token):
"""
Find NFN Service in MOP Environment.
:param netUrl: REST Url endpoint for network
:param serviceName: service name
:param token: seesion token for NF Console
:return serviceUrl: url of the found service
"""
servicesUrl = netUrl + '/services'
services = nfreq(servicesUrl, "get", token)['_embedded']['services']
for service in services:
if service['name'] == serviceName:
serviceUrl = service['_links']['self']['href']
return serviceUrl
return None
def get_token(env, client_id=None, client_secret=None):
"""Get the session token."""
if (not client_id) and (not client_secret):
config = ConfigParser()
config.sections()
config.read(path.expanduser('~/.env'))
client_id = config[env]['clientId']
client_secret = config[env]['clientSecret']
data = {
"client_id": client_id,
"client_secret": client_secret,
"audience": "https://gateway." + env + ".netfoundry.io/",
"grant_type": "client_credentials"
}
url = 'https://netfoundry-' + env + '.auth0.com/oauth/token'
token = nfreq((url, data), 'post')
return token['access_token']
def find_appwan(netUrl, appwanName, token):
"""
Find NFN Appwan in MOP Environment.
:param netUrl: REST Url endpoint for network
:param appwanName: appwan name
:param token: seesion token for NF Console
:return appwanUrl: url of the found appwan
"""
appwansUrl = netUrl + '/appWans'
appwans = nfreq(appwansUrl, "get", token)
if appwans.get('_embedded'):
for appwan in appwans['_embedded']['appWans']:
if appwan['name'] == appwanName:
appwanUrl = appwan['_links']['self']['href']
else:
appwanUrl = None
return appwanUrl
def create_appwan(netUrl, appwanName, token):
"""
Create NFN Appwan in MOP Environment.
:param netUrl: REST Url endpoint for network
:param appwanName: appwan name
:param token: seesion token for NF Console
:return appwanUrl: url of the created appwan
"""
url = netUrl + '/appWans'
try:
returnData = nfreq((url, {"name": appwanName}), "post", token)
appwanUrl = returnData['_links']['self']['href']
time.sleep(1)
except Exception as e:
writelog(e)
writelog('Print error creating appwan for!')
appwanUrl = ""
return appwanUrl
def add_item2appwan(appwanUrl, itemUrl, token):
"""
Add items to NFN Appwan in MOP Environment.
Add items to existing appwan if not create one
:param env: enviroment, e.g. production, sandbox
:param appwanUrl: REST Url endpoint for the appwan under build
:param itemUrl: REST Url endpoint for item being added to appwan
:return none:
"""
# Check if item is ready
checkStatus = check_for_status(appwanUrl, token)
# add item to appwan, e.g. gateway, client or service
try:
if checkStatus == 300:
returnData = nfreq((appwanUrl + '/' + itemUrl.split('/')[7], {
'ids': [itemUrl.split('/')[8]]
}), "post", token)
writelog(returnData)
except Exception as e:
writelog(e)
def delete_gateway(gwUrl, token):
"""Delete NF Gateway in MOP Environment."""
data = nfreq(gwUrl, "delete", token)
writelog(data)
def delete_network(netUrl, token):
"""Delete NF Network in MOP Environment."""
data = nfreq(netUrl, "delete", token)
writelog(data)
def create_service(netUrl, gwUrl, attributes, token):
"""
Create NFN Service in MOP Environment.
:param netUrl: REST Url endpoint for network
:param gwUrl: REST Url endpoint for gateway
:param serviceAttributes: service paramaters, e.g. service type or name, etc
:param token: seesion token for NF Console
:return serviceId, serviceUrl: created service details
"""
url = netUrl + '/services'
gwId = gwUrl.split('/')[8]
if attributes['type'] == 'host':
# checking if service name is provided
if attributes['name']:
serviceName = attributes['name']
else:
serviceName = attributes['gateway'] + '--' + str(
attributes['ip']) + '--' + str(attributes['port'])
data = {
"serviceClass": "CS",
"name": serviceName,
"serviceInterceptType": "IP",
"serviceType": "ALL",
"endpointId": gwId,
"pbrType": "WAN",
"dataInterleaving": "NO",
"transparency": "NO",
"networkIp": attributes['ip'],
"networkFirstPort": attributes['port'],
"networkLastPort": attributes['port'],
"interceptIp": attributes['ip'],
"interceptFirstPort": attributes['port'],
"interceptLastPort": attributes['port']
}
if attributes['type'] == 'network':
# checking if service name is provided
if attributes['name']:
serviceName = attributes['name']
else:
serviceName = attributes['gateway'] + '--' + str(
attributes['netIp']) + '--' + str(attributes['netCidr'])
data = {
"serviceClass": "GW",
"name": serviceName,
"serviceInterceptType": "IP",
"serviceType": "ALL",
"endpointId": gwId,
"lowLatency": "NO",
"dataInterleaving": "NO",
"transparency": "NO",
"multicast": "OFF",
"dnsOptions": "NONE",
"icmpTunnel": "YES",
"cryptoLevel": "STRONG",
"permanentConnection": "YES",
"collectionLocation": "BOTH",
"pbrType": "WAN",
"rateSmoothing": "NO",
"gatewayClusterId": None,
"interceptIp": attributes['netIp'],
"gatewayIp": attributes['netIp'],
"gatewayCidrBlock": attributes['netCidr'],
"localNetworkGateway": "YES"
}
returnData = nfreq((url, data), "post", token)
serviceUrl = returnData['_links']['self']['href']
time.sleep(1)
return serviceUrl, serviceName