def Ping_Checker(HOST, VD, PEER, Username, Password):
print(color.BLUE)
print('### Start Ping Check!!!! ###')
print(color.RESET)
if VD == 'juniper':
CMD = 'ping ' + PEER + ' count 3 wait 1'
elif VD == 'arista' or VD == 'cisco':
CMD = 'ping ' + PEER + ' repeat 3 timeout 1'
elif VD == 'huawei':
CMD = 'ping -c 1 ' + PEER
elif VD == 'dell' or VD == 'cisco-nx' or VD == 'brocade_fabric':
CMD = 'ping ' + PEER + ' count 3 timeout 1'
elif VD == 'ubiquoss':
CMD = 'ping ip ' + PEER + ' repeat 3 timeout 1'
elif VD == 'foundry':
CMD = 'ping ' + PEER + ' count 3 timeout 1000'
Result = '\n'.join(RUN.Run_Command(HOST, VD, CMD, Username, Password))
if '100% packet loss' in Result or ' rate is 0 percent ' in Result or '100.00% packet loss' in Result or 'No reply from remote host.' in Result:
print(color.RED)
print('### Peer is unreachable!!!!!!!!! ###')
print(color.RESET)
return False
else:
print(color.GREEN)
print('### Peer is reachable!!!!!!!!! ###')
print(color.RESET)
return True
def JUNOS_BGP_Session_List(HOST, VD, Username, Password):
UP_List = {}
DOWN_List = {}
CMD = CMD_BGP_Session[VD]
Result = RUN.Run_Command(HOST, VD, CMD, Username, Password)
for i in Result:
RL = str(i)
LEN = len(RL.split())
if Regex_IPv4_Host.match(RL) or Regex_IPv6_Host.match(RL):
if 'Establ' in RL or 'Connect' in RL or 'Idle' in RL or 'Active' in RL or 'OpenConfirm' in RL or 'OpenSent' in RL:
Status = RL.split()[-1]
PEER = RL.split()[0]
if LEN == 8:
Flap_Time = RL.split()[-2]
elif LEN == 9:
Flap_Time = ' '.join(RL.split()[-3:-1])
else:
Status = 'Establ'
PEER = RL.split()[0]
if LEN == 9:
Flap_Time = RL.split()[-3]
elif LEN == 10:
Flap_Time = ' '.join(RL.split()[-4:-2])
if Status == 'Connect' or Status == 'Idle' or Status == 'Active' or Status == 'OpenConfirm' or Status == 'OpenSent':
DOWN_List[PEER] = Flap_Time
else:
UP_List[PEER] = Flap_Time
return UP_List, DOWN_List
def UBIQ_Interface_Check(Hostname, VD, PT, Username, Password):
CMD = CMD_Target_Port[VD]+PT
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
DIC = {}
for i in Result:
RL = str(i)
if 'line protocol is ' in RL:
if 'down' in RL or 'notpresent' in RL:
DIC['LS'] = 'down'
else:
DIC['LS'] = 'up'
elif 'Description' in RL:
DSC = RL.split()[1]
DIC['DSC'] = DSC
elif 'Current HW addr:' in RL:
MAC = RL.split()[-1]
DIC['MAC'] = MAC
elif 'CRC,' in RL:
CRC = RL.split()[0]
DIC['IE'] = None
DIC['OE'] = None
DIC['CRC'] = CRC
#elif ' packets input,' in RL:
# IP = RL.split()[0]
#elif ' packets output,' in RL:
# OP = RL.split()[0]
DIC['FT'] = None
return DIC
def Brocade_Interface_Check(Hostname, VD, PT, Username, Password):
PTNo = Foundry_Port_Number_Regex.findall(PT)[0]
PTTy = re.findall("[a-zA-Z]+",PT)[0]
CMD = CMD_Target_Port[VD]+PTTy+' '+PTNo
print(CMD)
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
DIC = {}
for i in Result:
RL = str(i)
if 'line protocol is ' in RL:
if 'down' in RL or 'notpresent' in RL:
DIC['LS'] = 'down'
else:
DIC['LS'] = 'up'
elif 'Description:' in RL:
DSC = RL.split()[-1]
DIC['DSC'] = DSC
elif 'CRC' in RL:
CRC = RL.split()[-3].split(',')[0]
DIC['CRC'] = CRC
elif 'Hardware is ' in RL and 'address is ' in RL:
MAC = RL.split()[-1]
DIC['MAC'] = MAC
elif 'Time since last interface status change:' in RL:
FT = RL.split()[-1]
DIC['FT'] = FT
IE = str(Result[Result.index(u'Receive Statistics:')+7]).split()[1]
DIC['IE'] = IE
OE = str(Result[Result.index(u'Transmit Statistics:')+4]).split()[1]
DIC['OE'] = OE
#IP = str(Result[Result.index(u'Receive Statistics:')+1]).split()[0]
#OP = str(Result[Result.index(u'Transmit Statistics:')+1]).split()[0]
return DIC
def Dell_Interface_Check(Hostname, VD, PT, Username, Password):
CMD = CMD_Target_Port[VD]+PT+' | no-more'
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
DIC = {}
for i in Result:
RL = str(i)
if 'line protocol is ' in RL:
if 'down' in RL or 'notpresent' in RL:
DIC['LS'] = 'down'
else:
DIC['LS'] = 'up'
elif 'Description:' in RL:
DSC = RL.split()[-1]
DIC['DSC'] = DSC
#elif 'input errors,' in RL:
# IE = RL.split()[0]
# print('\n###Input errors###\n'+IE)
#elif 'output errors,' in RL:
# OE = RL.split()[0]
# print('\n###Output errors###\n'+OE)
elif 'CRC,' in RL:
CRC = RL.split()[0]
DIC['CRC'] = CRC
elif 'Hardware is ' in RL and 'address is ' in RL:
MAC = RL.split()[-1]
DIC['MAC'] = MAC
elif 'Time since last interface status change:' in RL:
FT = RL.split()[-1]
DIC['FT'] = FT
DIC['IE'] = None
DIC['OE'] = None
#IP = str(Result[Result.index(u'Input Statistics:')+1]).split()[0]
#OP = str(Result[Result.index(u'Output Statistics:')+1]).split()[0]
return DIC
def CISCO_NXOS_Interface_Check(Hostname, VD, PT, Username, Password):
CMD = CMD_Target_Port[VD]+PT
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
DIC = {}
for i in Result:
RL = str(i)
if ' is up' in RL or ' is down' in RL:
LS = RL.split()[2]
DIC['LS'] = LS
elif 'Description' in RL:
DSC = RL.split()[1]
DIC['DSC'] = DSC
elif 'input error' in RL:
IE = RL.split()[0]
DIC['IE'] = IE
elif 'output error' in RL:
OE = RL.split()[0]
DIC['OE'] = OE
elif 'CRC' in RL:
CRC = RL.split()[4]
DIC['CRC'] = CRC
elif 'Hardware:' in RL and 'address:' in RL:
MAC = RL.split()[-3]
DIC['MAC'] = MAC
#elif 'input packets' in RL:
# IP = RL.split()[0]
#elif 'output packets' in RL:
# OP = RL.split()[0]
elif 'Last link flapped' in RL:
FT = ' '.join(RL.split()[3:])
DIC['FT'] = FT
return DIC
def Foundry_Interface_Check(Hostname, VD, PT, Username, Password):
CMD = CMD_Target_Port[VD]+PT
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
DIC = {}
for i in Result:
RL = str(i)
if 'line protocol is ' in RL:
if 'down' in RL or 'notpresent' in RL:
DIC['LS'] = 'down'
else:
DIC['LS'] = 'up'
elif 'Port name is ' in RL:
DSC = RL.split()[-1]
DIC['DSC'] = DSC
elif 'input errors,' in RL:
IE = RL.split()[0]
CRC = RL.split()[3]
DIC['IE'] = IE
DIC['CRC'] = CRC
elif 'output errors,' in RL:
OE = RL.split()[0]
DIC['OE'] = OE
elif 'Hardware is ' in RL and 'address is ' in RL:
MAC = RL.split()[-3]
DIC['MAC'] = MAC
#elif 'packets input,' in RL:
# IP = RL.split()[0]
#elif 'packets output,' in RL:
# OP = RL.split()[0]
DIC['FT'] = None
return DIC
def EOS_CPU_Check(Host, VD, User, pwd):
CMD = CMD_CPU[VD]
Result = RUN.Run_Command(Host, VD, CMD, User, pwd)
for i in Result:
RL = str(i)
if '%Cpu(s):' in RL:
RT = float(RL.split()[7])
return RT
def Dell_CPU_Check(Host, VD, User, pwd):
CMD = CMD_CPU[VD]
Result = RUN.Run_Command(Host, VD, CMD, User, pwd)
for i in Result:
RL = str(i)
if 'Overall' in RL:
RT = float(RL.split()[-1])
RT = float('100') - RT
return RT
def Bro_CPU_Check(Host, VD, User, pwd):
CMD = CMD_CPU[VD]
Result = RUN.Run_Command(Host, VD, CMD, User, pwd)
for i in Result:
RL = str(i)
if 'Current:' in RL:
RT = float(RL.split()[1].split('%')[0])
RT = float('100') - RT
return RT
def JUNOS_CPU_Check(Host, VD, User, pwd):
RT = []
CMD = CMD_CPU[VD]
Result = RUN.Run_Command(Host, VD, CMD, User, pwd)
for i in Result:
RL = str(i)
if 'Idle ' in RL:
RT.append(float(RL.split()[-2]))
return RT
def Foundry_CPU_Check(Host, VD, User, pwd):
CMD = CMD_CPU[VD]
Result = RUN.Run_Command(Host, VD, CMD, User, pwd)
for i in Result:
RL = str(i)
if 'CPU utilization ' in RL:
Value = RL.split()[-4]
RT = float('100') - float(CPU_Value.findall(Value)[0].split('%')[0])
return RT
def Ubi_CPU_Check(Host, VD, User, pwd):
CMD = CMD_CPU[VD]
Result = RUN.Run_Command(Host, VD, CMD, User, pwd)
for i in Result:
RL = str(i)
if 'CPU states:' in RL:
Value = RL.split()[-2]
RT = float(CPU_Value.findall(Value)[0])
return RT
def Huawei_CPU_Check(Host, VD, User, pwd):
CMD = CMD_CPU[VD]
Result = RUN.Run_Command(Host, VD, CMD, User, pwd)
for i in Result:
RL = str(i)
if 'CPU utilization for ' in RL:
RT = float(RL.split()[-1].split('%')[0])
RT = float('100') - RT
return RT
def Ubi_Optical_Check(Hostname, VD, PT, Username, Password):
Optic_status = {}
CMD = CMD_Target_Optic[VD]+PT
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
OP = Result[-2].split()[1]
RP = Result[-1].split()[1]
print('\n###Send Power###\n'+OP)
print('\n###Receive Power###\n'+RP)
Optic_status[PT] = [OP, RP]
return Optic_status
def EOS_Optical_Check(Hostname, VD, PT, Username, Password):
Optic_status = {}
CMD = CMD_Target_Optic[VD]+PT+' transceiver'
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
for i in Result:
RL = str(i)
if PT in RL:
OP = RL.split()[4]
print('\n###Send Power###\n'+OP)
RP = RL.split()[5]
print('\n###Receive Power###\n'+RP)
Optic_status[PT] = [OP, RP]
return Optic_status
def Brocade_Optical_Check(Hostname, VD, PT, Username, Password):
Optic_status = {}
CMD = CMD_Target_Optic[VD]+Slot.split('/')[0]
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
for i in Result:
RL = str(i)
if Slot in RL:
OP = ' '.join(RL.split()[3:5])
RP = ' '.join(RL.split()[5:7])
print('\n###Send Power###\n'+OP)
print('\n###Receive Power###\n'+RP)
Optic_status[PT] = [OP, RP]
return Optic_status
def CISCO_IOS_Interface_Check(Hostname, VD, PT, Username, Password):
CMD = CMD_Target_Port[VD]+PT
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
DIC = {}
for i in Result:
RL = str(i)
if 'line protocol is ' in RL:
if 'down' in RL or 'notpresent' in RL:
DIC['LS'] = 'down'
else:
DIC['LS'] = 'up'
elif 'Description' in RL:
DSC = RL.split()[1]
DIC['DSC'] = DSC
elif 'input errors,' in RL:
IE = RL.split()[0]
CRC = RL.split()[3]
DIC['IE'] = IE
DIC['CRC'] = CRC
elif 'output errors,' in RL:
OE = RL.split()[0]
DIC['OE'] = OE
elif 'Hardware is ' in RL and 'address is ' in RL:
MAC = RL.split()[-3]
DIC['MAC'] = MAC
#elif 'packets input,' in RL:
# IP = RL.split()[0]
#elif 'packets output,' in RL:
# OP = RL.split()[0]
CMD = 'sh dtp interface '+PT
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
for i in Result:
RL = str(i)
if 'last link down on ' in RL:
FT = ' '.join(RL.split()[8:])
DIC['FT'] = FT
if not 'FT' in DIC.keys():
DIC['FT'] = None
return DIC
def Dell_Optical_Check(Hostname, VD, PT, Username, Password):
Optic_status = {}
CMD = CMD_Target_Optic[VD]+PT+' transceiver | no-more'
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
for i in Result:
RL = str(i)
if 'Tx Power' in RL and 'Alarm' not in RL and 'Threshold' not in RL and 'Warning' not in RL:
OP = RL.split()[-1]
print('\n###Send Power###\n'+OP)
elif 'Rx Power' in RL and 'Alarm' not in RL and 'Threshold' not in RL and 'Warning' not in RL:
RP = RL.split()[-1]
print('\n###Receive Power###\n'+RP)
Optic_status[PT] = [OP, RP]
return Optic_status
def JUNOS_Optical_Check(Hostname, VD, PT, Username, Password):
Optic_status = {}
Out_P = ''
In_P = ''
CMD = CMD_Target_Optic[VD]+PT+' | no-more'
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
for i in Result:
RL = str(i)
if 'Laser output power' in RL and 'high' not in RL and 'low' not in RL:
Out_P = RL.split()[7]
if 'Laser output power high warning threshold' in RL:
Out_H = RL.split()[10]
if 'Laser output power low warning threshold' in RL:
Out_L = RL.split()[10]
elif 'Laser rx power' in RL and 'high' not in RL and 'low' not in RL:
In_P = RL.split()[7]
elif 'Receiver signal average optical power' in RL:
In_P = RL.split()[9]
elif 'Laser rx power high warning threshold' in RL:
In_H = RL.split()[10]
elif 'Laser rx power low warning threshold' in RL:
In_L = RL.split()[10]
if Out_P == '':
print('No optical port or not support power checker')
elif In_P == '':
print('No optical port or not support power checker')
else:
Optic_status[PT] = [Out_P, Out_H, Out_L, In_P, In_H, In_L]
Output_power = float(Out_P)
Output_high_limit = float(Out_H)
Output_low_limit = float(Out_L)
Input_power = float(In_P)
Input_high_limit = float(In_H)
Input_low_limit = float(In_L)
if Output_power < Output_high_limit and Output_power > Output_low_limit:
Input_error = False
else:
Input_error = True
Optic_status[PT].append(Input_error)
if Input_power < Input_high_limit and Input_power > Input_low_limit:
Output_error = False
else:
Output_error = True
Optic_status[PT].append(Output_error)
if Input_error and Output_error:
print('Output/Input optical power is normal')
else:
print('Optical issue!!! Need to check physical port and cable!!')
return Optic_status
def Huawei_Optical_Check(Hostname, VD, PT, Username, Password):
Optic_status = {}
CMD = CMD_Target_Optic[VD]+PT+' transceiver verbose'
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
for i in Result:
RL = str(i)
if 'Current RX Power (dBm)' in RL:
OP = RL.split()[-1]
print('\n###Send Power###\n'+OP)
elif 'Current TX Power (dBm)' in RL:
RP = RL.split()[-1]
print('\n###Receive Power###\n'+RP)
Optic_status[PT] = [OP, RP]
return Optic_status
def CISCO_NXOS_Optical_Check(Hostname, VD, PT, Username, Password):
Optic_status = {}
CMD = CMD_Target_Optic[VD]+PT+' transceiver details'
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
for i in Result:
RL = str(i)
if 'Tx Power' in RL:
OP = ' '.join(RL.split()[2:4])
print('\n###Send Power###\n'+OP)
elif 'Rx Power' in RL:
RP = ' '.join(RL.split()[2:4])
print('\n###Receive Power###\n'+RP)
Optic_status[PT] = [OP, RP]
return Optic_status
def Brocade_OSPF_Nei_List(HOST, VD, Username, Password):
UP_List = {}
DOWN_List = {}
CMD = CMD_OSPF_Neighbor[VD]
Result = RUN.Run_Command(HOST, VD, CMD, Username, Password)
for i in Result:
RL = str(i)
if Regex_IPv4_Host.search(RL):
Status = RL.split()[3]
Interface = RL.split()[0:2]
Neighbor = RL.split()[4]
if 'FULL' in Status:
UP_List[Neighbor] = Interface
else:
DOWN_List[Neighbor] = Interface
return UP_List, DOWN_List
def JUNOS_OSPF_Nei_List(HOST, VD, Username, Password):
UP_List = {}
DOWN_List = {}
CMD = CMD_OSPF_Neighbor[VD]
Result = RUN.Run_Command(HOST, VD, CMD, Username, Password)
for i in Result:
RL = str(i)
if Regex_IPv4_Host.search(RL) or Regex_IPv6_Host.match(RL):
Status = RL.split()[2]
Interface = RL.split()[1]
Neighbor = RL.split()[0]
if 'Full' in Status:
UP_List[Neighbor] = Interface
else:
DOWN_List[Neighbor] = Interface
return UP_List, DOWN_List
def JUNOS_Interface_Check(Hostname, VD, PT, Username, Password):
if 'Te' in PT:
PT = PT.replace('Te','xe-')
elif 'et' in PT:
PT = PT.replace('et','et-')
elif 'gi' in PT:
PT = PT.replace('gi','ge-')
elif 'Gi' in PT:
PT = PT.replace('Gi','ge-')
CMD = CMD_Target_Port[VD]+PT+' | no-more'
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
DIC = {}
for i in Result:
RL = str(i)
if 'Physical interface:' in RL:
LS = RL.split()[-1]
DIC['LS'] = str(LS)
elif 'Description' in RL:
DSC = RL.split()[-1]
DIC['DSC'] = str(DSC)
elif 'Bit errors' in RL:
IE = RL.split()[-1]
DIC['IE'] = IE
DIC['OE'] = str(None)
elif 'Errored blocks' in RL:
CRC = RL.split()[-1]
DIC['CRC'] = str(CRC)
elif 'Hardware address:' in RL:
MAC = RL.split()[-1]
DIC['MAC'] = str(MAC)
elif 'Input packets :' in RL:
IP = RL.split()[-1]
DIC['IP'] = str(IP)
elif 'Output packets:' in RL:
OP = RL.split()[-1]
DIC['OP'] = str(OP)
elif 'Input rate ' in RL:
IB = RL.split()[-4]
DIC['IB'] = str(IB)
elif 'Output rate ' in RL:
OB = RL.split()[-4]
DIC['OB'] = str(OB)
elif 'Last flapped' in RL:
FT = ' '.join(RL.split()[-3:])[1:-5]
DIC['FT'] = str(FT)
return DIC
def IOS_BGP_Session_List(HOST, VD, Username, Password):
UP_List = {}
DOWN_List = {}
CMD = CMD_BGP_Session[VD]
Result = RUN.Run_Command(HOST, VD, CMD, Username, Password)
for i in Result:
RL = str(i)
if Regex_IPv4_Host.match(RL) and 'never' in RL:
Status = RL.split()[9]
Flap_Time = RL.split()[8]
PEER = RL.split()[0]
DOWN_List[PEER] = Flap_Time
elif Regex_IPv4_Host.match(RL):
Status = 'Established'
Flap_Time = RL.split()[8]
PEER = RL.split()[0]
UP_List[PEER] = Flap_Time
return UP_List, DOWN_List
def Foundry_BGP_Session_List(HOST, VD, Username, Password):
UP_List = {}
DOWN_List = {}
CMD = CMD_BGP_Session[VD]
Result = RUN.Run_Command(HOST, VD, CMD, Username, Password)
for i in Result:
RL = str(i)
if 'CONN' in RL or 'ADMDN' in RL or 'IDLE' in RL:
Status = RL.split()[2]
Flap_Time = ' '.join(RL.split()[3:5])
PEER = RL.split()[0]
DOWN_List[PEER] = Flap_Time
elif 'ESTAB' in RL:
Status = RL.split()[2]
Flap_Time = ' '.join(RL.split()[3:5])
PEER = RL.split()[0]
UP_List[PEER] = Flap_Time
return UP_List, DOWN_List
def Huawei_BGP_Session_List(HOST, VD, Username, Password):
UP_List = {}
DOWN_List = {}
CMD = CMD_BGP_Session[VD]
Result = RUN.Run_Command(HOST, VD, CMD, Username, Password)
for i in Result:
RL = str(i)
if 'Connect' in RL or 'Idle' in RL or 'Active' in RL:
Status = RL.split()[8]
Flap_Time = RL.split()[7]
PEER = RL.split()[0]
DOWN_List[PEER] = Flap_Time
elif 'Estab' in RL:
Status = RL.split()[8]
Flap_Time = RL.split()[7]
PEER = RL.split()[0]
UP_List[PEER] = Flap_Time
return UP_List, DOWN_List
def Dell_OSPF_Nei_List(HOST, VD, Username, Password):
UP_List = {}
DOWN_List = {}
CMD = CMD_OSPF_Neighbor[VD]
Result = RUN.Run_Command(HOST, VD, CMD, Username, Password)
for i in Result:
RL = str(i)
if Regex_IPv4_Host.search(RL):
Status = RL.split()[2]
if len(RL.split()) == 8:
Interface = RL.split()[-3][15:] + ' ' + RL.split()[-2]
elif len(RL.split()) == 9:
Interface = ' '.join(RL.split()[-3:-1])
Neighbor = RL.split()[0]
if 'FULL' in Status:
UP_List[Neighbor] = Interface
else:
DOWN_List[Neighbor] = Interface
return UP_List, DOWN_List
def Huawei_Interface_Check(Hostname, VD, PT, Username, Password):
if 'Fg' in PT:
PT = PT.replace('Fg','40GE')
elif 'Te' in PT:
PT = PT.replace('Te','10GE')
CMD = CMD_Target_Port[VD]+PT
Result = RUN.Run_Command(Hostname,VD,CMD, Username, Password)
DIC = {}
for i in Result:
RL = str(i)
if PT+' current state : ' in RL:
if 'UP' in RL:
DIC['LS'] = 'up'
else:
DIC['LS'] = 'down'
elif 'Description:' in RL:
if len(RL.split()) == 1:
DSC = None
else:
DSC = RL.split()[-1]
DIC['DSC'] = DSC
elif 'Total Error:' in RL:
IE = RL.split()[-1]
OE = None
DIC['IE'] = IE
DIC['OE'] = OE
elif 'CRC:' in RL:
CRC = RL.split()[1].split(',')[0]
DIC['CRC'] = CRC
elif 'Hardware address is ' in RL:
MAC = RL.split()[-1]
DIC['MAC'] = MAC
#elif 'Input,' in RL and 'packets' in RL:
# IP = RL.split()[4]
#elif 'Output,' in RL and 'packets' in RL:
# OP = RL.split()[4]
elif 'Last physical down time : ' in RL:
FT = ' '.join(RL.split()[-2:])
DIC['FT'] = FT
return DIC