def huawei_links():
try:
print('Retrieving QinQ tables from RTN devices...')
get_qinqlinks.update()
print('Retrieving Eline tables from RTN devices...')
get_elines.update()
print('Huawei Links Retrieving : Success')
except Exception as ex:
print('Error while retrieving Huawei Links Infos -> %s' % ex)
pass
def add_eline(node,interface_a,interface_b,name,vlans_a,vlans_b):
"""
inputs :
node (str) : Device ID
interface_a (str) : First interface name. Must respect the format <Board>/255/<Port>
interface_b (str) : Second interface name. Must respect the format <Board>/255/<Port>
name (str) : Service name
vlans_a (list(int)) : List of allowed C-VLAN for interface_a
vlans_b (list(int)) : List of allowed C-VLAN for interface_b
qinqid (int) : Bridged QinQ ID
"""
#Check workspace and load data files
cwd = os.getcwd()
if cwd.split('/')[-1]!='snmp' : os.chdir("Scripts/python/snmp/")
"""
f=open("json/inventory.json",)
hosts=json.load(f)
f.close()
"""
device = get_request(URL_GET_DEVICES+'/device/{device_id}'.format(device_id = node))[1]
board_a,subboard_a,port_a = interface_a.split('/')
board_b,subboard_b,port_b = interface_b.split('/')
"""
f=open("json/huawei/qinqlinks.json",)
qinqlinks_hua=json.load(f)
f.close()
f=open("json/huawei/elines.json",)
elines=json.load(f)
f.close()
"""
URL_GET_DEVICE_ELINES = URL_GET_DEVICES +'/device/{device_id}?depth=all'.format(device_id=node)
req_get_elines = get_request(URL_GET_DEVICE_ELINES)
elines = dict()
try:
qinqlinks_hua = [link['qinq-link-id'] for link in req_get_qinq_links[1]['qinq-link']]
elines['uni2uni'] = { link['link-id']:link for link in req_get_elines[1]['uni-2-unis']['uni-2-uni'] }
elines['uni2nni'] = { link['link-id']:link for link in req_get_elines[1]['uni-2-nnis']['uni-2-nni'] }
elines['nni2nni'] = { link['link-id']:link for link in req_get_elines[1]['nni-2-nnis']['nni-2-nni'] }
except:
print('Error somewhere')
elines_entries = dict()
try:
uni2nni=elines['uni2nni']
nni2nni=elines['nni2nni']
elines=elines['uni2uni']
#Aggregating every E-Lines in a single list
elines_entries.update(uni2nni)
elines_entries.update(nni2nni)
elines_entries.update(uni2uni)
except:
uni2uni = dict()
uni2nni = dict()
nni2nni = dict()
input_args = dict()
ip = device['system-ipv4']
id=0
nms_id=0
#Getting the next available E-Line Index
for i in range(65535):
x=str(i+1)+'.1.2'
if str(i+1)+'.1.2' not in elines.keys() and str(i+1)+'.1.1' not in uni2nni.keys():
if id==0:
id= str(i+1)+'.1.2'
if nms_id !=0:
break
else:
#Checking conflicts with other E-Line services
if str(i+1)+'.1.1' in uni2nni.keys():
x=str(i+1)+'.1.1'
if (common_member(vlans_a,uni2nni[x]['vlan-list']) and uni2nni[x]['port']==interface_a) or (common_member(vlans_b,uni2nni[x]['vlan-list']) and uni2nni[x]['port']==interface_b) :
print('A Vlan is already set in this port')
get_elines.del_eline(str(i+1),node)
elif str(i+1)+'.1.2' in elines.keys():
if (common_member(vlans_a,elines[str(i+1)+'.1.2']['vlan-list-a']) and elines[str(i+1)+'.1.2']['port-a']==interface_a) or (common_member(vlans_a,elines[str(i+1)+'.1.2']['vlan-list-b']) and elines[str(i+1)+'.1.2']['port-b']==interface_a) or (common_member(vlans_b,elines[str(i+1)+'.1.2']['vlan-list-a']) and elines[str(i+1)+'.1.2']['port-a']==interface_b) or (common_member(vlans_b,elines[str(i+1)+'.1.2']['vlan-list-b']) and elines[str(i+1)+'.1.2']['port-b']==interface_b) :
print('A Vlan is already set in this port')
get_elines.del_eline(str(i+1),node)
#Getting the next available NMS service Index
if len([info for info in elines_entries.values() if info['nms-index']==str(i+1)])==0:
nms_id=str(i+1)
if id !=0:
break
#Preparing request values
vlan_str_a=str()
vlan_str_b=str()
for i in range(4096):
if str(i+1) in vlans_a: vlan_str_a=vlan_str_a+'1'
else: vlan_str_a=vlan_str_a+'0'
if str(i+1) in vlans_b: vlan_str_b=vlan_str_b+'1'
else: vlan_str_b=vlan_str_b+'0'
print('vlan_a : ', vlans_a)
print('vlan_b : ', vlans_b)
print("--------Before vlan-----")
print("vlan_str_a: ", vlan_str_a)
print("vlan_str_b: ", vlan_str_b)
vlan_num_a=len(vlans_a)
vlan_num_b=len(vlans_b)
vlan_str_a=bin2hex(vlan_str_a)
vlan_str_b=bin2hex(vlan_str_b)
print("--------After vlan-----")
print("vlan_str_a: ", vlan_str_a)
print("vlan_str_b: ", vlan_str_b)
var_names=['name','board_a','subboard_a','port_a','board_b','subboard_b','port_b','vlan_num_a','vlan_num_b','vlan_str_a','vlan_str_b','nms_id']
var_values=[name,board_a,subboard_a,port_a,board_b,subboard_b,port_b,vlan_num_a,vlan_num_b,vlan_str_a,vlan_str_b,nms_id]
input_args = make_dict(var_names,var_values)
#Sending SNMP request
quicksnmp.add_row(ip,get_uni2uni_row_oids(id,**input_args),credentials)
get_elines.update()
def add_eline(node,name,qinqid_a,qinqid_b):
"""
inputs :
node (str) : Device ID
name (str) : Service name
qinqid_a (int) : First QinQ ID
qinqid_b (int) : Second QinQ ID
"""
#Check workspace
cwd = os.getcwd()
if cwd.split('/')[-1]!='snmp' : os.chdir("Scripts/python/snmp/")
"""
#Load some files
f=open("json/inventory.json",)
hosts=json.load(f)
f.close()
"""
device = get_request(URL_GET_DEVICES+'/device/{device_id}'.format(device_id = node))[1]
"""
f=open("json/huawei/qinqlinks.json",)
qinqlinks_hua=json.load(f)
f.close()
"""
URL_GET_DEVICE_QINQ_LINK = URL_GET_DEVICES +'/device/{device_id}/qinq-links'.format(device_id=node)
URL_GET_DEVICE_ELINES = URL_GET_DEVICES +'/device/{device_id}?depth=all'.format(device_id=node)
req_get_elines = get_request(URL_GET_DEVICE_ELINES)
req_get_qinq_links = get_request(URL_GET_DEVICE_QINQ_LINK)
elines = dict()
try:
qinqlinks_hua = [link['qinq-link-id'] for link in req_get_qinq_links[1]['qinq-link']]
elines['uni2uni'] = { link['link-id']:link for link in req_get_elines[1]['uni-2-unis']['uni-2-uni'] }
elines['uni2nni'] = { link['link-id']:link for link in req_get_elines[1]['uni-2-nnis']['uni-2-nni'] }
elines['nni2nni'] = { link['link-id']:link for link in req_get_elines[1]['nni-2-nnis']['nni-2-nni'] }
except:
qinqlinks_hua = list()
"""
f=open("json/huawei/elines.json",)
elines=json.load(f)
f.close()
"""
elines_entries = dict()
try:
uni2uni=elines['uni2uni']
uni2nni=elines['uni2nni']
nni2nni=elines['nni2nni']
#Aggregating every E-Lines in a single list
elines_entries.update(uni2nni)
elines_entries.update(nni2nni)
elines_entries.update(uni2uni)
except:
uni2uni = dict()
uni2nni = dict()
nni2nni = dict()
input_args = dict()
ip = device['system-ipv4']
id=0
nms_id=0
#Getting the next available E-Line Index
for i in range(65535):
x=str(i+1)+'.1.2'
if x not in uni2uni.keys() and x not in nni2nni.keys() and str(i+1)+'.1.1' not in uni2nni.keys():
if id==0:
id= x
if nms_id !=0:
break
#Checking conflicts with other E-Line services
elif x in nni2nni.keys() :
if (nni2nni[x]['qinq-link-id-a']==qinqid_a or nni2nni[x]['qinq-link-id-a']==qinqid_b) and (nni2nni[x]['qinq-link-id-b']==qinqid_a or nni2nni[x]['qinq-link-id-b']==qinqid_b):
raise ValueError('This Nni2Nni bridge already exist')
if len([info for info in elines_entries.values() if info['nms-index']==str(i+1)])==0:
nms_id=str(i+1)
if id !=0:
break
#Checking input QinQ Links availability
if str(qinqid_a) not in qinqlinks_hua or str(qinqid_b) not in qinqlinks_hua:
raise ValueError("One QinQ Link doesn't exist")
#Creating and sending the SNMP request
input_args = make_dict(['nms_id','qinqid_a','qinqid_b','name'],[nms_id,qinqid_a,qinqid_b,name])
quicksnmp.add_row(ip,get_nni2nni_row_oids(id,**input_args),credentials)
get_elines.update()