def assign_nec_vlan(vlan_id, port_id):
oids = [
(('IPE-COMMON-MIB','provVlanCustomerPort',port_id,vlan_id),rfc1902.Integer32(3)),
(('IPE-COMMON-MIB','provVlanCustomerRowstatus',port_id,vlan_id),rfc1902.Integer32(4))
]
return oids
def create_nec_vlan(vlan_id, vlan_name):
oids = [
(('IPE-COMMON-MIB','provVlanEquipmentMode','1'),rfc1902.Integer32(1)),
(('IPE-COMMON-MIB','provVlanName',vlan_id),rfc1902.OctetString(vlan_name)),
(('IPE-COMMON-MIB','provVlanNameRowstatus',vlan_id),rfc1902.Integer32(4))
]
return oids
def get_nni2nni_row_oids(id,qinqid_a,qinqid_b,nms_id,name):
"""
Generates a table request for RTN NNI-to-NNI E-Line creation
inputs:
id (str(int)) : E-LINE ID ( format ID.1.2 ). e.g 2.1.2
qinqid_a: First QinQ Link ID to bridge
qinqid_b : Second QinQ Link ID to bridge
nms_id : Service ID shown in LCT
name : Name shown in the LCT
outputs:
oids (list(tuple)): Ready-to-send OID list
"""
id = id.split('.')
oids=[
(('ELINE','optixNnitoNniElineRowStatus',*id),rfc1902.Integer(4)),
(('ELINE','optixNnitoNniElineId',*id),rfc1902.Unsigned32(nms_id)),
(('ELINE','optixNnitoNniElineName',*id),rfc1902.OctetString(name)),
(('ELINE','optixNnitoNniElinePrtlthrough',*id),rfc1902.Integer(0)),
(('ELINE','optixNnitoNniElineTagrole',*id),rfc1902.Integer(1)),
(('ELINE','optixNnitoNniFirstNniType',*id),rfc1902.Integer32(4)),
(('ELINE','optixNnitoNniFirstNniParaOne',*id),rfc1902.Unsigned32(0xffffffff)),
(('ELINE','optixNnitoNniFirstNniParaTwo',*id),rfc1902.Unsigned32(0xffffffff)),
(('ELINE','optixNnitoNniFirstNniParaThree',*id),rfc1902.Unsigned32(int(qinqid_a))),
(('ELINE','optixNnitoNniSecondNniType',*id),rfc1902.Integer32(4)),
(('ELINE','optixNnitoNniSecondNniParaOne',*id),rfc1902.Unsigned32(0xffffffff)),
(('ELINE','optixNnitoNniSecondNniParaTwo',*id),rfc1902.Unsigned32(0xffffffff)),
(('ELINE','optixNnitoNniSecondNniParaThree',*id),rfc1902.Unsigned32(int(qinqid_b)))
]
return oids
def get_eline_row_oids(id,board,subboard,port,vlan_num,vlan_str,name,qinqid,nms_id):
"""
Generates a table request for RTN UNI-to-NNI E-Line creation
inputs:
id (str(int)) : E-LINE ID ( format ID.1.1 ). e.g 2.1.1
board : Board ID
subboard : SubBoard ID (default 255)
port : Port ID
vlan_num : Number of C-VLAN to allow
vlan_str : Hexadecimal string containing the C-VLAN list (by bit indexing)
name : Name shown in the LCT
qinqid: QinQ Link ID to bridge
nms_id : Service ID shown in LCT
outputs:
oids (list(tuple)): Ready-to-send OID list
"""
id = id.split('.')
oids=[
(('ELINE','optixUnitoNniElineRowStatus',*id),rfc1902.Integer(4)),
(('ELINE','optixUnitoNniElineId',*id),rfc1902.Unsigned32(nms_id)),
(('ELINE','optixUnitoNniElineName',*id),rfc1902.OctetString(name)),
(('ELINE','optixUnitoNniElinePrtlthrough',*id),rfc1902.Integer(0)),
(('ELINE','optixUnitoNniElineTagrole',*id),rfc1902.Integer(1)),
(('ELINE','optixUnitoNniElineUniBid',*id),rfc1902.Unsigned32(board)),
(('ELINE','optixUnitoNniElineUniSubBid',*id),rfc1902.Unsigned32(subboard)),
(('ELINE','optixUnitoNniElineUniPortId',*id),rfc1902.Unsigned32(port)),
(('ELINE','optixUnitoNniElineUniVlanNum',*id),rfc1902.Unsigned32(vlan_num)),
(('ELINE','optixUnitoNniElineUniVlanlist',*id),rfc1902.OctetString(vlan_str)),
(('ELINE','optixUnitoNniElineNniType',*id),rfc1902.Integer32(4)),
(('ELINE','optixUnitoNniElineNniParaOne',*id),rfc1902.Unsigned32(0xffffffff)),
(('ELINE','optixUnitoNniElineNniParaTwo',*id),rfc1902.Unsigned32(0xffffffff)),
(('ELINE','optixUnitoNniElineNniParaThree',*id),rfc1902.Unsigned32(qinqid))
]
return oids
def set_nec_lldp_port(host_ip):
nec_port_lldp_to_enable = []
comp = 0
statuts = quicksnmp.get_table(host_ip, nec_port_lldp_status, credentials)
for stat in statuts:
if stat[1].prettyPrint() != 'txAndRx':
comp += 1
nec_port_lldp_to_enable.append(
('.1.0.8802.1.1.2.1.1.6.1.2.' + str(stat[0][-1]),
rfc1902.Integer32(3)))
print('Port to Set : ', comp)
if nec_port_lldp_to_enable != []:
lldp_on = quicksnmp.add_row_oids(host_ip, nec_port_lldp_to_enable,
credentials)
prinn('LLDP Set')
def set_hua_lldp_port(host_ip):
hua_port_lldp_to_enable = []
comp = 0
statuts = quicksnmp.get_table(host_ip, hua_port_lldp_status, credentials)
for stat in statuts:
if stat[1].prettyPrint() != 'txrx':
comp += 1
hua_port_lldp_to_enable.append(
('.1.3.6.1.4.1.2011.2.25.4.50.27.1.5.1.4.' + str(stat[0][-3]) +
'.' + str(stat[0][-2]) + '.' + str(stat[0][-1]),
rfc1902.Integer32(3)))
print('Ports to Set : ', comp)
if hua_port_lldp_to_enable != []:
lldp_on = quicksnmp.add_row_oids(host_ip, hua_port_lldp_to_enable,
credentials)
print('LLDP Set')
def get_qinq_row_oids(id,values):
"""
Generates a table request for RTN QinQ Links creation
inputs:
id (str(int)) : QinQ link ID
values (list(str)) : QinQ Link parameters. Watch out for the list ordering
0- Board ID
1- SubBoard ID (default 255)
2- Port ID
3- VLAN ID
outputs:
oids (list(tuple)): Ready-to-send OID list
"""
print(id,values)
oids=[
(('OPTIX-PKT-QINQLINK-MIB','optixQinqLinkRowStatus',id),rfc1902.Integer32(4)),
(('OPTIX-PKT-QINQLINK-MIB','optixQinqLinkBoardId',id),rfc1902.Unsigned32(values[0])),
(('OPTIX-PKT-QINQLINK-MIB','optixQinqLinkSubBdId',id),rfc1902.Unsigned32(values[1])),
(('OPTIX-PKT-QINQLINK-MIB','optixQinqLinkPortId',id),rfc1902.Unsigned32(values[2])),
(('OPTIX-PKT-QINQLINK-MIB','optixQinqLinkVlanId',id),rfc1902.Unsigned32(values[3]))]
return oids
def remove_nec_vlan(vlan_id, port_id):
oids = [
(('IPE-COMMON-MIB','provVlanCustomerRowstatus',port_id,vlan_id),rfc1902.Integer32(6))
]
return oids
def delete_nec_vlan(vlan_id):
oids = [
(('IPE-COMMON-MIB','provVlanNameRowstatus',vlan_id),rfc1902.Integer32(6))
]
return oids
