def arp_byip_delete_api():
"""
Implementation Notes
Deletes ARP record for given IP address.
Response Class (Status 200)
Parameters
{
networkType (string): Network type. Valid values are
'VLAN' and 'VXLAN'. ,
segmentationId (string): VLAN id or VXLAN vni. ,
ipAddress (string): IP address.
}
"""
try:
req = models.ArpRequest(request.json)
req.validate()
except Exception as e:
result = {
"NeutronError": {
"message": "Request check failed: %s" % e,
"type": "BadRequest",
"detail": ""
}
}
log.error(result)
return Response(json.dumps(result)), 500
if req.ip_address is None:
result = {
"NeutronError": {
"message": "Request check failed, ipAddress not given",
"type": "BadRequest",
"detail": ""
}
}
log.error(result)
return Response(json.dumps(result)), 500
resp, code = get_arp_byip(req, True)
if code != 200:
return resp, code
resp['macAddress'] = resp['mac']
del resp['mac']
del resp['ip']
req = models.ArpRequest(resp)
return delete_arp_bymac(req)
def arp_bymac_get_api():
"""
Implementation Notes
Returns IP address for given MAC address.
Response Class (Status 200)
ArpRecord {
ip (string, optional): IP addresss. ,
mac (string, optional): MAC address. ,
networkType (string, optional): Network type. Valid values are
'VLAN' and 'VXLAN'. ,
segmentationId (integer, optional): VLAN id or VXLAN vni
}
Parameters
{
networkType (string): Network type. Valid values are
'VLAN' and 'VXLAN'. ,
segmentationId (string): VLAN id or VXLAN vni. ,
macAddress (string): MAC address.
}
"""
try:
req = models.ArpRequest(request.json)
req.validate()
except Exception as e:
result = {
"NeutronError": {
"message": "Request check failed: %s" % e,
"type": "BadRequest",
"detail": ""
}
}
log.error(result)
return Response(json.dumps(result)), 500
if req.mac_address is None:
result = {
"NeutronError": {
"message": "Request check failed, macAddress not given",
"type": "BadRequest",
"detail": ""
}
}
log.error(result)
return Response(json.dumps(result)), 500
return get_arp_bymac(req)
def arp_put_api():
"""
Implementation Notes
Adds/Update global static ARP records. Each logical L2 network
(networkType, segmentationId pair) has an independent ARP table.
Response Class (Status 200)
ArpRecord {
ip (string, optional): IP addresss. ,
mac (string, optional): MAC address. ,
networkType (string, optional): Network type. Valid values are
'VLAN' and 'VXLAN'. ,
segmentationId (integer, optional): VLAN id or VXLAN vni
}
Parameters
[
{
networkType (string): Network type. Valid values are
'VLAN' and 'VXLAN'. ,
segmentationId (string): VLAN id or VXLAN vni. ,
macAddress (string): MAC address. ,
ipAddress (string): IP address.
}
]
"""
code = 200
reqs = []
if not isinstance(request.json, list):
result = {
"NeutronError": {
"message": "Request check failed",
"type": "BadRequest",
"detail": ""
}
}
log.error(result)
return Response(json.dumps(result)), 500
for json_data in request.json:
try:
req = models.ArpRequest(json_data)
req.validate()
reqs.append(req)
except Exception as e:
result = {
"NeutronError": {
"message": "Request check failed: %s" % e,
"type": "BadRequest",
"detail": ""
}
}
log.error(result)
return Response(json.dumps(result)), 500
if req.mac_address is None or req.ip_address is None:
result = {
"NeutronError": {
"message": "Request check failed, " +
"macAddress or ipAddress not given",
"type": "BadRequest",
"detail": ""
}
}
log.error(result)
return Response(json.dumps(result)), 500
result = []
for req in reqs:
resp, code = get_arp_byip(req, True)
if code != 200:
return resp, code
result.append(resp)
return Response(json.dumps(result)), code