def dealABC(fwFile, ipPlans):
ips = []
for ipPlan in ipPlans:
ipPlan['vlan'] = str(ipPlan['vlan'])
if ipPlan['vlan'].upper().strip() == 'CORE_TO_AR1':
ips.append(
'.'.join(ipPlan['ipStart'].split('-')[0].split('.')[:-1]) +
'.' + str(
int(ipPlan['ipStart'].split('-')[0].split('.')[-1].strip())
+ 1))
if ipPlan['vlan'].upper().strip() == 'CORE_TO_AR2':
ips.append(
'.'.join(ipPlan['ipStart'].split('-')[0].split('.')[:-1]) +
'.' + str(
int(ipPlan['ipStart'].split('-')[0].split('.')[-1].strip())
+ 1))
if str(ipPlan['vlan']).strip() == '7' or str(
ipPlan['vlan']).strip() == '8':
Flag78 = True
# print(ips)
sysname = fwFile['sysname']
file = fwFile['fwFile']
with open(sysname + '.txt', 'w') as f:
string = ''
with openConfigFile.OpenConfigFile().open(
file, mode='r', pwd='1qaz@WSX3EDc95511'.encode('utf-8')) as f1:
for line in f1:
line = line.decode('gbk', 'ignore')
string += line
if line.strip() == '#':
if re.search('sysname[\s\S]*?', string):
string = re.sub('sysname[\s\S]*?\n',
'sysname ' + sysname + '\n', string)
if re.search('unicast-server', string):
ntps = re.findall('unicast-server[\s\S]*?\n', string)
# print(ntps)
for i in range(len(ips)):
string = re.sub(ntps[i],
'unicast-server ' + ips[i] + '\n',
string)
if re.search('interfaceeth-trunk1',
re.sub(' ', '', string.lower())):
string = re.sub(
'ip\s*address[\s\S]*?\n', 'ip address ' +
'.'.join(ipPlans[8]['ipStart'].split('-')[0].split(
'.')[:-1]) + '.' + str(
int(ipPlans[8]['ipStart'].split('-')
[0].split('.')[-1].strip()) + 1) +
' ' + str(int(ipPlans[8]['mark'])) + '\n', string)
if re.search('interfaceeth-trunk2',
re.sub(' ', '', string.lower())):
string = re.sub(
'ip\s*address[\s\S]*?\n', 'ip address ' +
'.'.join(ipPlans[9]['ipStart'].split('-')[0].split(
'.')[:-1]) + '.' + str(
int(ipPlans[9]['ipStart'].split('-')
[0].split('.')[-1].strip()) + 1) +
' ' + str(int(ipPlans[9]['mark'])) + '\n', string)
if re.search('network', string):
string = re.sub(
'network[\s\S]*?\n',
'network ' + ipPlans[8]['segment'] + ' ' +
wildcardMark[str(int(ipPlans[8]['mark']))] + '\n',
string)
if re.search('route-static', string):
routes = re.findall('route-static[\S\s]*?\n', string)
descriptions = [
' description Wife \n',
' description Live&Training\n',
' description Pc \n', ' description Secure \n',
' description Other \n',
' description SW&AP-Manage \n'
]
for i in range(len(routes)):
string = re.sub(
routes[i], 'route-static ' +
ipPlans[i]['ipStart'].split('-')[0] + ' ' +
str(int(ipPlans[i]['mark'])) + ' ' +
ipPlans[9]['ipStart'] + descriptions[i],
string)
if re.search('//[\s\S]*?\n', string) and not re.search(
'默认账号和密码查询网站', string):
string = re.sub('//[\s\S]*?\n', '\n', string)
f.write(re.sub('\r', '', string))
string = ''
if string.strip() != '' and string.strip()[-1] != '#':
if re.search('//[\s\S]*?\n',
string) and not re.search('默认账号和密码查询网站', string):
string = re.sub('//[\s\S]*?\n', '\n', string)
f.write(re.sub('\r', '', string))
def dealSw(swFile, ipPlans, swportConnect, dns1, dns2, option, excelPath):
# vlan78
DNS = dns1 + ' ' + dns2
vlan78Info, other = vlan78(ipPlans, DNS)
sysname = swFile['sysname']
file = swFile['swFile']
portInfos = swPortInfos(swportConnect, other)
with open(os.path.dirname(excelPath) + '/' + sysname + '.txt', 'w') as f5:
with openConfigFile.OpenConfigFile().open(file, mode='r', pwd='1qaz@WSX3EDc95511'.encode('utf-8')) as f:
string = ''
for line in f:
line = line.decode('gbk', 'ignore')
string += line
if line.strip() == '#':
if re.search('sysname[\s\S]*?\n', string):
string = re.sub('sysname[\s\S]*?\n', 'sysname ' + sysname + '\n', string)
if re.search('dhcpserverdns-list', re.sub(' ', '', string.lower())):
string = re.sub('dns-list[\s\S]*?\n', 'dns-list ' + DNS + '\n', string)
if re.search('interfacevlanif2\s', re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + ipPlans[0]['ipStart'] + ' ' + str(
int(ipPlans[0]['mark'])) + '\n', string)
temp = re.search('(server\s*ip-range[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'server ip-range ' + '.'.join(
ipPlans[0]['ipStart'].split('.')[:-1]) + '.' + str(
int(ipPlans[0]['ipStart'].split('.')[-1].strip()) + 1) + ' ' +
ipPlans[0]['ipEnd'] + '\n', string)
if re.search('interfacevlanif3\s', re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + ipPlans[1]['ipStart'] + ' ' + str(
int(ipPlans[1]['mark'])) + '\n', string)
temp = re.search('(server\s*ip-range[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'server ip-range ' + '.'.join(
ipPlans[1]['ipStart'].split('.')[:-1]) + '.' + str(
int(ipPlans[1]['ipStart'].split('.')[-1].strip()) + 1) + ' ' +
ipPlans[1]['ipEnd'] + '\n', string)
if re.search('interfacevlanif4\s', re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + ipPlans[2]['ipStart'] + ' ' + str(
int(ipPlans[2]['mark'])) + '\n', string)
temp = re.search('(server\s*ip-range[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'server ip-range ' + '.'.join(
ipPlans[2]['ipStart'].split('.')[:-1]) + '.' + str(
int(ipPlans[2]['ipStart'].split('.')[-1].strip()) + 1) + ' ' +
ipPlans[2]['ipEnd'] + '\n', string)
# print(string)
if re.search('interfacevlanif5\s', re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + ipPlans[3]['ipStart'] + ' ' + str(
int(ipPlans[3]['mark'])) + '\n', string)
temp = re.search('(server\s*ip-range[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'server ip-range ' + '.'.join(
ipPlans[3]['ipStart'].split('.')[:-1]) + '.' + str(
int(ipPlans[3]['ipStart'].split('.')[-1].strip()) + 1) + ' ' +
ipPlans[3]['ipEnd'] + '\n', string)
# # print(string)
if re.search('interfacevlanif6\s', re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + ipPlans[4]['ipStart'] + ' ' + str(
int(ipPlans[4]['mark'])) + '\n', string)
temp = re.search('(server\s*ip-range[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'server ip-range ' + '.'.join(
ipPlans[4]['ipStart'].split('.')[:-1]) + '.' + str(
int(ipPlans[4]['ipStart'].split('.')[-1].strip()) + 1) + ' ' +
ipPlans[4]['ipEnd'] + '\n', string)
if re.search('interfacevlanif4094', re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + '.'.join(ipPlans[5]['ipStart'].split('.')[:-1]) + '.' + str(int(ipPlans[5]['ipStart'].split('.')[-1].strip())) + ' ' + str(
int(ipPlans[5]['mark'])) + '\n', string)
temp = re.search('(server\s*ip-range[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'server ip-range ' + '.'.join(ipPlans[5]['ipStart'].split('.')[:-1]) + '.' + str(int(ipPlans[5]['ipStart'].split('.')[-1].strip()) + 1 + int(ipPlans[5]['reservedNumber'])) + ' ' + ipPlans[5]['ipEnd'] + '\n', string)
temp = re.search('(dhcp\s*server\s*option[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, option + '\n', string)
if re.search('interfaceeth-trunk126\s', re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + ipPlans[8]['ipStart'] + ' ' + str(
int(ipPlans[8]['mark'])) + '\n', string)
if re.search('interfaceeth-trunk127\s', re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + ipPlans[9]['ipStart'] + ' ' + str(
int(ipPlans[9]['mark'])) + '\n', string)
if re.search('interfacegigabitethernet1/0/20', re.sub(' ', '', string.lower())) and re.search(
'address', string.lower()):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + ipPlans[6]['ipStart'] + ' ' + str(
int(ipPlans[6]['mark'])) + '\n', string)
# # print(string)
if re.search('interfacegigabitethernet2/0/20', re.sub(' ', '', string.lower())) and re.search(
'address', string.lower()):
temp = re.search('(ip\s*address[\s\S]*?\n)', string).groups()[0]
string = re.sub(temp, 'ip address ' + ipPlans[7]['ipStart'] + ' ' + str(
int(ipPlans[7]['mark'])) + '\n', string)
if re.search('network', re.sub(' ', '', string.lower())):
networks = re.findall('network[\s\S]*?\n', string)
for i in range(len(networks)):
string = re.sub(networks[i], ' network ' + ipPlans[6 + i]['segment'] + ' 0.0.0.7 \n', string)
if re.search('route-static\s*vpn-instance', string):
temp = re.findall('(ip\s*route-static\s*[\s\S]*?\n)', string)
string = re.sub(temp[0], 'ip route-static vpn-instance LAN 0.0.0.0 0.0.0.0 ' + '.'.join(
ipPlans[6]['ipStart'].split('.')[:-1]) + '.' + str(int(ipPlans[6]['ipStart'].split('.')[-1].strip()) + 1) + ' preference 100 track nqa admin To_R1\n', string)
string = re.sub(temp[1], 'ip route-static vpn-instance LAN 0.0.0.0 0.0.0.0 ' + '.'.join(
ipPlans[7]['ipStart'].split('.')[:-1]) + '.' + str(int(ipPlans[7]['ipStart'].split('.')[-1].strip()) + 1) + ' preference 100 track nqa admin To_R2\n', string)
try:
string = re.sub(temp[2], 'ip route-static vpn-instance LAN 0.0.0.0 0.0.0.0 ' + '.'.join(
ipPlans[9]['ipStart'].split('.')[:-1]) + '.' + str(int(ipPlans[9]['ipStart'].split('.')[-1].strip()) + 1) + ' track nqa admin To_FW \n',string)
except:
pass
if re.search('nexthop', string):
temp = re.search('nexthop([\s\S]*?)\n', string).groups()[0]
string = re.sub(temp, ' ' + '.'.join(ipPlans[8]['ipStart'].split('.')[:-1]) + '.' + str(
int(ipPlans[8]['ipStart'].split('.')[-1].strip()) + 1) + ' track-nqa admin To_FW_PBR\n', string)
if re.search('unicast-server', string):
temp = re.findall('unicast-server[\s\S]*?\n', string)
print(temp)
string = re.sub(temp[0], ' unicast-server ' + '.'.join(ipPlans[6]['ipStart'].split('.')[:-1]) + '.' + str(int(ipPlans[6]['ipStart'].split('.')[-1].strip()) + 1) + ' vpn-instance WAN\n',string)
string = re.sub(temp[1], ' unicast-server ' + '.'.join(
ipPlans[7]['ipStart'].split('.')[:-1]) + '.' + str(int(ipPlans[7]['ipStart'].split('.')[-1].strip()) + 1) + ' vpn-instance WAN\n',string)
if re.search('destination-address', string):
if re.search('To_FW\s', string):
temp = re.search('destination-address\s*ipv4([\s\S]*?)\n', string).groups()[0]
string = re.sub(temp,' ' + '.'.join(ipPlans[8]['ipStart'].split('.')[:-1]) + '.' + str(int(ipPlans[8]['ipStart'].split('.')[-1].strip()) + 1), string)
temp = re.search('source-address\s*ipv4([\s\S]*?)\n', string).groups()[0]
string = re.sub(temp, ' ' + ipPlans[9]['ipStart'].strip(), string)
if re.search('To_R1\s', string):
temp = re.search('destination-address\s*ipv4([\s\S]*?)\n', string).groups()[0]
string = re.sub(temp, ' ' + '.'.join(
ipPlans[6]['ipStart'].split('.')[:-1]) + '.' + str(
int(ipPlans[6]['ipStart'].split('.')[-1].strip()) + 1), string)
temp = re.search('source-address\s*ipv4([\s\S]*?)\n', string).groups()[0]
string = re.sub(temp, ' ' + ipPlans[6]['ipStart'], string)
if re.search('To_R2\s', string):
temp = re.search('destination-address\s*ipv4([\s\S]*?)\n', string).groups()[0]
string = re.sub(temp, ' ' + '.'.join(
ipPlans[7]['ipStart'].split('.')[:-1]) + '.' + str(
int(ipPlans[7]['ipStart'].split('.')[-1].strip()) + 1), string)
temp = re.search('source-address\s*ipv4([\s\S]*?)\n', string).groups()[0]
string = re.sub(temp, ' ' + ipPlans[7]['ipStart'], string)
if re.search('To_FW_PBR\s', string):
temp = re.search('destination-address\s*ipv4([\s\S]*?)\n', string).groups()[0]
string = re.sub(temp,' ' + '.'.join(ipPlans[9]['ipStart'].split('.')[:-1]) + '.' + str(int(ipPlans[9]['ipStart'].split('.')[-1].strip()) + 1), string)
temp = re.search('source-address\s*ipv4([\s\S]*?)\n', string).groups()[0]
string = re.sub(temp, ' ' + ipPlans[8]['ipStart'], string)
if re.search('port\s*trunk\s*allow-pass\s*vlan', string):
string = re.sub('port\s*trunk\s*allow-pass\s*vlan[\s\S]*?\n', other + '\n', string)
if re.search('三网合一配置', string):
f5.write(re.sub('\r', '', vlan78Info))
break
if re.search('NTP配置', string):
string = portInfos + string
if re.search('//[\s\S]*?\n', string) and not re.search('默认账号和密码查询网站', string) and not re.search('用户配置', string):
string = re.sub('//[\s\S]*?\n', '\n', string)
f5.write(re.sub('\r', '', string))
string = ''
if string.strip() != '' and string.strip()[-1] != '#':
if re.search('//[\s\S]*?\n', string) and not re.search('默认账号和密码查询网站', string) and not re.search('用户配置', string):
string = re.sub('//[\s\S]*?\n', '\n', string)
f5.write(re.sub('\r', '', string))
def dealDE(fwFile, ipPlans, fwportConnect, dns1, dns2, option):
ips = []
Flag78 = False
vlan78Info = ''
for ipPlan in ipPlans:
ipPlan['vlan'] = str(ipPlan['vlan'])
if ipPlan['vlan'].upper().strip() == 'CORE_TO_AR1':
ips.append(
'.'.join(ipPlan['ipStart'].split('-')[0].split('.')[:-1]) +
'.' + str(
int(ipPlan['ipStart'].split('-')[0].split('.')[-1].strip())
+ 1))
if ipPlan['vlan'].upper().strip() == 'CORE_TO_AR2':
ips.append(
'.'.join(ipPlan['ipStart'].split('-')[0].split('.')[:-1]) +
'.' + str(
int(ipPlan['ipStart'].split('-')[0].split('.')[-1].strip())
+ 1))
if str(ipPlan['vlan']).strip() == '7' or str(
ipPlan['vlan']).strip() == '8':
Flag78 = True
# for ipPlan in ipPlans:
# print(ipPlan)
fwPortInfos = ''
firewall = 'firewall zone trust \n'
firewall += ' add interface vlanif2\n' + ' add interface vlanif3\n' + ' add interface vlanif4\n'
firewall += ' add interface vlanif5\n' + ' add interface vlanif6\n' + ' add interface vlanif4094\n'
for fwPort in fwportConnect:
if fwPort['0'] != '' and fwPort['1'] != '' and fwPort['2'] != '':
firewall += ' add interface ' + fwPort['2'] + '\n'
fwPortInfos += 'interface ' + fwPort['2'] + '\n'
fwPortInfos += ' description To-LAN-AccessSwitch-Eth_Trunk' + fwPort[
'2'].strip().split('k')[-1] + '\n'
fwPortInfos += ''' portswitch
service-manage ping permit
service-manage ssh permit
service-manage snmp permit\n'''
if fwPort['mad'] != '':
fwPortInfos += ' mad relay\n'
fwPortInfos += '#\n'
fwPortInfos += 'interface ' + fwPort['0'] + '\n'
fwPortInfos += ' description To-AccessSwitch-' + '-'.join(
fwPort['3']['sysname'].split('-')
[-3:]) + '-Gi' + fwPort['3']['0'].split(
't')[-1] + '__From-CoreSwitch-01-Gi' + fwPort['0'].split(
't')[-1] + '\n'
# fwPortInfos += ' description To-AccessSwitch-01-Gi0/0/X_From-FW-01-Gi' + fwPort['0'].split('t')[-1] + '\n'
fwPortInfos += ' portswitch\n'
fwPortInfos += ' eth-trunk ' + fwPort['2'].split('k')[-1] + '\n#\n'
fwPortInfos += 'interface ' + fwPort['1'] + '\n'
fwPortInfos += ' description To-AccessSwitch-' + '-'.join(
fwPort['3']['sysname'].split('-')
[-3:]) + '-Gi' + fwPort['3']['1'].split(
't')[-1] + '__From-CoreSwitch-02-Gi' + fwPort['1'].split(
't')[-1] + '\n'
fwPortInfos += ' portswitch\n'
fwPortInfos += ' eth-trunk ' + fwPort['2'].split('k')[-1] + '\n#\n'
elif fwPort['0'] != '' and fwPort['1'] == '' and fwPort['2'] == '':
firewall += ' add interface ' + fwPort['0'] + '\n'
fwPortInfos += 'interface ' + fwPort['0'] + '\n'
fwPortInfos += ' description To-AccessSwitch-' + '-'.join(
fwPort['3']['sysname'].split('-')
[-3:]) + '-Gi' + fwPort['3']['0'].split(
't')[-1] + '__From-CoreSwitch-01-Gi' + fwPort['0'].split(
't')[-1] + '\n'
fwPortInfos += ''' portswitch
service-manage ping permit
service-manage ssh permit
service-manage snmp permit\n'''
if fwPort['mad'] != '':
fwPortInfos += ' mad relay\n'
fwPortInfos += '#\n'
elif fwPort['0'] == '' and fwPort['1'] != '' and fwPort['2'] == '':
firewall += ' add interface ' + fwPort['1'] + '\n'
fwPortInfos += 'interface ' + fwPort['1'] + '\n'
if fwPort['3']['0'] != '':
fwPortInfos += ' description To-AccessSwitch-' + '-'.join(
fwPort['3']['sysname'].split('-')[-3:]
) + '-Gi' + fwPort['3']['0'].split(
't')[-1] + '__From-CoreSwitch-01-Gi' + fwPort['1'].split(
't')[-1] + '\n'
else:
fwPortInfos += ' description To-AccessSwitch-' + '-'.join(
fwPort['3']['sysname'].split('-')[-3:]
) + '-Gi' + fwPort['3']['1'].split(
't')[-1] + '__From-CoreSwitch-01-Gi' + fwPort['1'].split(
't')[-1] + '\n'
fwPortInfos += ''' portswitch
service-manage ping permit
service-manage ssh permit
service-manage snmp permit\n'''
if fwPort['mad'] != '':
fwPortInfos += ' mad relay\n'
fwPortInfos += '#\n'
firewall += '#\n'
# print(fwPortInfos)
# print(firewall)
DNS = dns1 + ' ' + dns2
if Flag78:
vlan78Info, other = vlan78(ipPlans, DNS)
sysname = fwFile['sysname']
file = fwFile['fwFile']
# print(file)
with open(sysname + '.txt', 'w') as f:
string = ''
with openConfigFile.OpenConfigFile().open(
file, mode='r', pwd='1qaz@WSX3EDc95511'.encode('utf-8')) as f1:
for line in f1:
line = line.decode('gbk', 'ignore')
string += line
if line.strip() == '#':
if re.search('dhcpserverdns-list',
re.sub(' ', '', string.lower())):
string = re.sub('dns-list[\s\S]*?\n',
'dns-list ' + DNS + '\n', string)
if re.search('sysname[\s\S]*?', string):
string = re.sub('sysname[\s\S]*?\n',
'sysname ' + sysname + '\n', string)
if re.search('unicast-server', string):
ntps = re.findall('unicast-server[\s\S]*?\n', string)
for i in range(len(ntps)):
string = re.sub(
ntps[i], 'unicast-server ' +
'.'.join(ipPlans[8 + i]['ipStart'].split('-')
[0].split('.')[:-1]) + '.' +
str(
int(ipPlans[8 + i]['ipStart'].split('-')
[0].split('.')[-1].strip()) + 1) +
'\n', string)
if re.search('network', string):
networks = re.findall('network[\s\S]*?\n', string)
for i in range(len(networks)):
temp = ipPlans[
6 + i]['segment'] + ' ' + wildcardMark[str(
int(ipPlans[6 + i]['mark']))]
string = re.sub(networks[i],
'network ' + temp + '\n', string)
if re.search('interfacevlanif2',
re.sub(' ', '', string.lower())):
# print (string)
temp = re.search('(ip\s*address[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'ip address ' + ipPlans[0]['ipStart'] + ' ' +
str(int(ipPlans[0]['mark'])) + '\n', string)
try:
temp = re.search(
'(dhcp\s*server\s*gateway-list[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'dhcp server gateway-list ' +
ipPlans[0]['ipStart'] + '\n', string)
except:
pass
temp = re.search('(server\s*ip-range[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'server ip-range ' +
'.'.join(ipPlans[0]['ipStart'].split('.')[:-1]) +
'.' + str(
int(ipPlans[0]['ipStart'].split('.')
[-1].strip()) + 1) + ' ' +
ipPlans[0]['ipEnd'] + '\n', string)
# # print(string)
if re.search('interfacevlanif3',
re.sub(' ', '', string.lower())):
# print (string)
temp = re.search('(ip\s*address[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'ip address ' + ipPlans[1]['ipStart'] + ' ' +
str(int(ipPlans[1]['mark'])) + '\n', string)
try:
temp = re.search(
'(dhcp\s*server\s*gateway-list[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'dhcp server gateway-list ' +
ipPlans[1]['ipStart'] + '\n', string)
except:
pass
temp = re.search('(server\s*ip-range[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'server ip-range ' +
'.'.join(ipPlans[1]['ipStart'].split('.')[:-1]) +
'.' + str(
int(ipPlans[1]['ipStart'].split('.')
[-1].strip()) + 1) + ' ' +
ipPlans[1]['ipEnd'] + '\n', string)
if re.search('interfacevlanif4',
re.sub(' ', '',
string.lower())) and not re.search(
'interfacevlanif409',
re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'ip address ' + ipPlans[2]['ipStart'] + ' ' +
str(int(ipPlans[2]['mark'])) + '\n', string)
temp = re.search('(server\s*ip-range[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'server ip-range ' +
'.'.join(ipPlans[2]['ipStart'].split('.')[:-1]) +
'.' + str(
int(ipPlans[2]['ipStart'].split('.')
[-1].strip()) + 1) + ' ' +
ipPlans[2]['ipEnd'] + '\n', string)
try:
temp = re.search(
'(dhcp\s*server\s*gateway-list[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'dhcp server gateway-list ' +
ipPlans[2]['ipStart'] + '\n', string)
except:
pass
if re.search('interfacevlanif5',
re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'ip address ' + ipPlans[3]['ipStart'] + ' ' +
str(int(ipPlans[3]['mark'])) + '\n', string)
temp = re.search('(server\s*ip-range[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'server ip-range ' +
'.'.join(ipPlans[3]['ipStart'].split('.')[:-1]) +
'.' + str(
int(ipPlans[3]['ipStart'].split('.')
[-1].strip()) + 1) + ' ' +
ipPlans[3]['ipEnd'] + '\n', string)
try:
temp = re.search(
'(dhcp\s*server\s*gateway-list[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'dhcp server gateway-list ' +
ipPlans[3]['ipStart'] + '\n', string)
except:
pass
if re.search('interfacevlanif6',
re.sub(' ', '', string.lower())):
temp = re.search('(ip\s*address[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'ip address ' + ipPlans[4]['ipStart'] + ' ' +
str(int(ipPlans[4]['mark'])) + '\n', string)
temp = re.search('(server\s*ip-range[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'server ip-range ' +
'.'.join(ipPlans[4]['ipStart'].split('.')[:-1]) +
'.' + str(
int(ipPlans[4]['ipStart'].split('.')
[-1].strip()) + 1) + ' ' +
ipPlans[4]['ipEnd'] + '\n', string)
try:
temp = re.search(
'(dhcp\s*server\s*gateway-list[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'dhcp server gateway-list ' +
ipPlans[4]['ipStart'] + '\n', string)
except:
pass
if re.search('interfacevlanif4094',
re.sub(' ', '', string.lower())):
try:
temp = re.search(
'(dhcp\s*server\s*gateway-list[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'dhcp server gateway-list ' +
ipPlans[5]['ipStart'] + '\n', string)
except:
pass
temp = re.search('(ip\s*address[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'ip address ' +
'.'.join(ipPlans[5]['ipStart'].split('.')[:-1]) +
'.' + str(
int(ipPlans[5]['ipStart'].split('.')
[-1].strip())) + ' ' +
str(int(ipPlans[5]['mark'])) + '\n', string)
temp = re.findall('dhcp\s*server\s*ip-range[\s\S]*?\n',
string)
string = re.sub(
temp[0], 'dhcp server ip-range ' +
'.'.join(ipPlans[5]['ipStart'].split('.')[:-1]) +
'.' + str(
int(ipPlans[5]['ipStart'].split('.')[-1].strip(
)) + 1 + int(ipPlans[5]['reservedNumber'])) +
' ' + ipPlans[5]['ipEnd'] + '\n', string)
# print(string)
temp = re.search('(dhcp\s*server\s*option[\s\S]*?\n)',
string).groups()[0]
string = re.sub(temp, option + '\n', string)
if re.search('interfacegigabitethernet0/0/1',
re.sub(' ', '',
string.lower())) and re.search(
'address', string.lower()):
temp = re.search('(ip\s*address[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'ip address ' +
ipPlans[6]['ipStart'].split('-')[0] + ' ' +
str(int(ipPlans[9]['mark'])) + '\n', string)
# # print(string)
if re.search('interfacegigabitethernet0/0/2',
re.sub(' ', '',
string.lower())) and re.search(
'address', string.lower()):
temp = re.search('(ip\s*address[\s\S]*?\n)',
string).groups()[0]
string = re.sub(
temp, 'ip address ' + ipPlans[7]['ipStart'] + ' ' +
str(int(ipPlans[7]['mark'])) + '\n', string)
if re.search('接口区域', string):
string = '————————————————————————\n'
string += '接口区域划分：\n\n'
string += firewall
if re.search('接口配置', string):
string += fwPortInfos
if re.search('//[\s\S]*?\n', string) and not re.search(
'默认账号和密码查询网站', string) and not re.search(
'用户配置', string):
string = re.sub('//[\s\S]*?\n', '\n', string)
f.write(re.sub('\r', '', string))
string = ''
if string.strip() != '' and string.strip()[-1] != '#':
if re.search('//[\s\S]*?\n', string) and not re.search(
'默认账号和密码查询网站', string) and not re.search('用户配置', string):
string = re.sub('//[\s\S]*?\n', '\n', string)
f.write(re.sub('\r', '', string))
if Flag78:
f.write(re.sub('\r', '', '\n' + vlan78Info))
def dealAcs(acFiles, acportConnects, ipPlans, devices, swPortConnect,
fwPortConnect):
# for port in acportConnects:
# print(port)
# len(acFiles)
for i in range(len(acFiles)):
acFile = acFiles[i]
acportConnect = acportConnects[i]
sysname = acFile['sysname']
deviceClass = acFile['deviceClass']
# print(deviceClass)
stackNumber = '不堆叠'
if '不堆叠' in str(devices[i]['stackNumber']):
stackFlag = False
else:
stackFlag = True
stackNumber = int(devices[i]['stackNumber'])
if stackFlag and stackNumber > 3:
stackInfo = stackConfig(stackNumber, sysname, deviceClass)
file = acFile['acFile']
manageIp = acFile['manageIp']
portInfos = acPorts(acportConnect, manageIp, stackFlag, stackNumber,
swPortConnect, fwPortConnect, acportConnects)
# print(sysname, file, manageIp)
with open(sysname + '.txt', 'w') as f1:
with openConfigFile.OpenConfigFile().open(
file, mode='r',
pwd='1qaz@WSX3EDc95511'.encode('utf-8')) as f:
string = ''
for line in f:
try:
line = line.decode('gbk')
except:
try:
line = line.decode('utf8')
except:
dicts = chardet.detect(line)
line = line.decode(dicts["encoding"])
string += line
if line.strip() == '#':
if re.search('sysname[\s\S]*?\n', string):
string = re.sub('sysname[\s\S]*?\n',
'sysname ' + sysname + '\n',
string)
if re.search('interfacevlanif4094',
re.sub(' ', '', string.lower())):
# print(manageIp)
string = re.sub(
'ip\s*address[\s\S]*?\n',
'ip address ' + manageIp + ' ' +
str(ipPlans[5]['mark']) + '\n', string)
if re.search('unicast-server', string):
string = re.sub(
'ntp-service\s*unicast-server[\s\S]*?\n',
'ntp-service unicast-server ' +
ipPlans[5]['ipStart'] + '\n', string)
if re.search('route-static', string):
string = re.sub(
'ip\s*route-static\s*[\s\S]*?\n',
'ip route-static 0.0.0.0 0.0.0.0 ' +
ipPlans[5]['ipStart'] +
' description To-CoreSwitch-MGMT\n', string)
if re.search('//[\s\S]*?\n', string) and not re.search(
'默认账号和密码查询网站', string) and not re.search(
'用户配置', string):
string = re.sub('//[\s\S]*?\n', '\n', string)
f1.write(re.sub('\r', '', string))
string = ''
if string.strip() != '' and string.strip()[-1] != '#':
if re.search('//[\s\S]*?\n', string) and not re.search(
'默认账号和密码查询网站', string) and not re.search(
'用户配置', string):
string = re.sub('//[\s\S]*?\n', '\n', string)
f1.write(re.sub('\r', '', string))
with open(sysname + '.txt', 'r') as f:
info = f.read()
# print(info)
info = re.sub('接口配置[\s\S]*?——————', '接口配置：\n\n#\n——————', info)
if stackFlag and stackNumber > 3:
info = re.sub('堆叠配置[\s\S]*?——————', '堆叠配置：\n\n#\n——————', info)
with open(sysname + '.txt', 'w', encoding='utf8') as f:
string = ''
for line in info.split('\n'):
string += line + '\n'
if line.strip() == '#':
if re.search('接口配置', string):
string = portInfos
if re.search('堆叠配置',
string) and stackFlag and stackNumber > 3:
string += stackInfo
f.write(re.sub('\r', '', string))
string = ''
if string.strip() != '' and string.strip()[-1] == '#':
f.write(re.sub('\r', '', string))