def main():
try:
args = _handle_args()
config = _parse_config(args.config_file)
verify_interval, _ = _handle_global_config(config)
host, port = _handle_bigip_config(config)
# FIXME (kenr): Big-IP settings are currently static (we ignore any
# changes to these fields in subsequent updates). We
# may want to make the changes dynamic in the future.
# BIG-IP to manage
bigip = ManagementRoot(
host,
config['bigip']['username'],
config['bigip']['password'],
port=port,
token="tmos")
k8s_managers = []
for partition in config['bigip']['partitions']:
# Management for the BIG-IP partitions
manager = K8sCloudServiceManager(
bigip,
partition,
schema_path=SCHEMA_PATH)
k8s_managers.append(manager)
handler = ConfigHandler(args.config_file,
k8s_managers,
verify_interval)
if os.path.exists(args.config_file):
handler.notify_reset()
watcher = ConfigWatcher(args.config_file, handler.notify_reset)
watcher.loop()
handler.stop()
except (IOError, ValueError, ConfigError) as e:
log.error(e)
sys.exit(1)
except Exception:
log.exception('Unexpected error')
sys.exit(1)
return 0
def main(*args):
mgmt = ManagementRoot(BIGIP_MNG_IP, BIGIP_USER, BIGIP_PASSWORD)
print(args[0][1])
###hook logic -- arguments from the config file, passed to the hook script
if args[0][1] == "deploy_challenge":
deploy_challenge(mgmt, BIGIP_CERTBOT_VERIFICATION_VS_NAME,
BIGIP_CERTBOT_VERIFICATION_VS_IP, BIGIP_PARTITION,
BIGIP_VLAN, sys_vars)
elif args[0][1] == "clean_challenge":
clean_challenge(mgmt, BIGIP_CERTBOT_VERIFICATION_VS_NAME,
BIGIP_PARTITION)
elif args[0][1] == "deploy_cert":
f5_cert_deployer(mgmt, BIGIP_SSL_VS_NAME, BIGIP_SSL_VS_IP,
BIGIP_PARTITION, BIGIP_VLAN, BIGIP_HTTP_PROFILE,
BIGIP_SSL_PROFILE, BIGIP_SSL_VS_PORT, sys_vars)
def api(self):
if self._client:
return self._client
try:
result = ManagementRoot(self.provider['server'],
self.provider['user'],
self.provider['password'],
port=self.provider['server_port'],
verify=self.provider['validate_certs'],
token='tmos')
self._client = result
return self._client
except Exception as ex:
error = 'Unable to connect to {0} on port {1}. The reported error was "{2}".'.format(
self.provider['server'], self.provider['server_port'], str(ex))
raise F5ModuleError(error)
def test_default(host):
vars = host.ansible.get_variables()
vault_pass = open("../../molecule/.vault_pass",
"r").read().replace("\n", "")
vault = Vault(vault_pass)
decrypted_host = vault.load(vars["ansible_host"]["__ansible_vault"])
decrypted_user = vault.load(vars["http_user"]["__ansible_vault"])
decrypted_pass = vault.load(vars["http_pass"]["__ansible_vault"])
mgmt = ManagementRoot(decrypted_host, decrypted_user, decrypted_pass)
dg = mgmt.tm.cm.device_groups.device_group.load(name="my_device_group")
assert dg.name == "my_device_group"
assert dg.description == "My device group"
devices = dg.devices_s.get_collection()
assert len(devices) == 1
decrypted_device_name = vault.load(vars["device_name"]["__ansible_vault"])
assert devices[0].name == decrypted_device_name
def del_irdg_ajax(active_ltm, irDgName, irOrDg, dgType):
#'DevIP' 'IrDgName' 'IrType' 'IrCode' 'IrDgType' 'IrDgData'
logger.info("del_irdg_ajax.py parms\n DevIP: " + active_ltm +
"\niRule/Data Group Name: " + irDgName + "\nConfig Type: " +
irOrDg + "\nDG Type: " + dgType + "\n")
admpass = getpass.getpass('LTM', 'admin')
mr = ManagementRoot(str(active_ltm), 'admin', admpass)
idx = 1
strReturn = {str(idx): 'iRule/Data Group Deletion Report'}
idx += 1
#Update a iRule/Data Group configuration
try:
if irOrDg == "iRule":
loaded_ir = mr.tm.ltm.rules.rule.load(name=irDgName)
loaded_ir.delete()
elif irOrDg == "Data Group":
loaded_dg = mr.tm.ltm.data_group.internals.internal.load(
name=irDgName)
loaded_dg.delete()
except Exception as e:
logger.info("iRule/Data Group Deletion Exception")
strReturn[str(
idx
)] = "iRule/Data Group Deletion Exception fired! (" + irDgName + "): " + str(
e)
idx += 1
logger.info(
"Exception during iRule/Data Group Deletion has been fired: " +
str(e))
logger.info(traceback.format_exc())
return json.dumps(strReturn)
strReturn[str(
idx
)] = irOrDg + " iRule/Data Group (" + irDgName + ") deletion has been completed successfully"
idx += 1
logger.info("iRule/Data Group deletion has been completed successfully")
for keys, values in strReturn.items():
logger.info("Key: " + keys + " Value: " + values)
return json.dumps(strReturn)
def new_snatpool_build(active_ltm, snat_name, snat_addresses):
admpass = getpass.getpass('LTM', 'admin')
mr = ManagementRoot(str(active_ltm), 'admin', admpass)
# Check if Standard naming is used
useGlobalNaming = loadStdNames.useStdNaming()
logger.info("new_snatpool_build()- Use Standard Global naming : " +
useGlobalNaming)
idx = 1
strReturn = {str(idx): 'Snatpool Creation Report'}
idx += 1
if useGlobalNaming == '1':
snat_name = loadStdNames.get_std_name(active_ltm, 'LOCAL', 'SNAT_POOL',
'', snat_name)
logger.info(
str(active_ltm) + " Snatpool DNS:" + str(snat_name) +
" Snatpool DEST:" + str(snat_addresses))
logger.info(
"Snatpool Creation process has been initiated. Snatpool Name: " +
snat_name)
try:
snat_members = []
for aMember in snat_addresses.split(':'):
snat_members.append(aMember)
mysnat = mr.tm.ltm.snatpools.snatpool.create(name=snat_name,
members=snat_members)
strReturn[str(
idx
)] = 'Snatpool (' + snat_name + ') has been succssfully created'
idx += 1
except Exception as e:
logger.info("Exception during Snatpool creation")
strReturn[str(idx)] = "Exception fired!: " + str(e)
idx += 1
return json.dumps(strReturn)
return json.dumps(strReturn)
def _init_vcmp_hosts(self):
'''Initialize the data structures for vCMP Hosts and their Guests.'''
vcmp_hostnames = self.driver.conf.icontrol_vcmp_hostname.split(',')
for vcmp_hostname in vcmp_hostnames:
vcmp_host = {}
vcmp_host['bigip'] = ManagementRoot(
vcmp_hostname,
self.driver.conf.icontrol_username,
self.driver.conf.icontrol_password)
vcmp_host['guests'] = []
try:
guests = list(
vcmp_host['bigip'].tm.vcmp.guests.get_collection())
except iControlUnexpectedHTTPError as ex:
if ex.response.status_code == 400 and \
'One of the following features must be licensed/' \
'provisioned for the URI vcmp : vcmp' in ex.message:
msg = 'VcmpManager::_init_vcmp_hosts: Given vCMP host {0} ' \
'is not licensed for vCMP. Device returned exception: ' \
'{1}'.format(vcmp_hostname, ex)
raise BigIPNotLicensedForVcmp(msg)
else:
raise(ex)
except Exception as ex:
raise(ex)
for guest in guests:
if utils.strip_cidr_netmask(
guest.managementIp) in self.driver.get_bigip_hosts():
vcmp_host['guests'].append(guest)
self.vcmp_hosts.append(vcmp_host)
self._check_vcmp_host_assignments()
for vcmp_host in self.vcmp_hosts:
for vcmp_guest in vcmp_host['guests']:
LOG.debug(('VcmpManager::_init_vcmp_hosts: vCMPHost[%s] '
'vCMPGuest[%s] - mgmt: %s' % (
vcmp_host['bigip'].hostname, vcmp_guest.name,
utils.strip_cidr_netmask(
vcmp_guest.managementIp))))
def add_rule():
form = EditorForm(request.form)
b = ManagementRoot(session['host'], session['uname'], session['upass'])
# Add form validation!!
if request.method == 'POST':
rule_name = request.form['rule_name']
rule_partition = request.form['rule_partition']
rule_body = request.form['rule_body'].replace('\r\n', '\\r\\n')
if not b.tm.ltm.rules.rule.exists(name=rule_name, partition=rule_partition):
r1 = b.tm.ltm.rules.rule.create(name=rule_name, partition=rule_partition, apiAnonymous=rule_body)
flash('Rule created', 'success')
return redirect(url_for('rules'))
else:
flash('Rule already exists, try another name', 'info')
return redirect(url_for('add_rule'))
return render_template('add_rule.html', form=form, host=b.hostname)
def handler(context, inputs):
mgmt = ManagementRoot("192.168.110.171", "admin", "vmware1!vmware1!")
# capturar nome do pool escrita no form
nomePool = inputs['requestInputs']['nomeDoPool']
# capturar metodo de modoBalanceamento
modoBalanceamento = inputs['requestInputs']['algoritmoLb']
# capturando a descricao do pool inserida no form
descricaoPool = inputs['requestInputs']['poolDescription']
# criar pool
virtualPool = mgmt.tm.ltm.pools.pool.create(name=nomePool,
partition='Common')
virtualPool.description = descricaoPool
virtualPool.loadBalancingMode = modoBalanceamento
virtualPool.update()
def my_form_post():
if not session.get('logged_in'):
return redirect(url_for('login'))
x = str(session.get('user', None))
y = str(session.get('pass', None))
z = str(session.get('part', None))
w = str(session.get('wideip', None))
v = str(session.get('ip',None))
mgmt = ManagementRoot(v, x, y)
pool = mgmt.tm.gtm.wideips.a_s.a.load(partition=z, name=w)
c=pool.pools[0].get('ratio')
d=pool.pools[1].get('ratio')
b=pool.persistence
if b == 'enabled':
e = pool.ttlPersistence
f = pool.persistCidrIpv4
return render_template('D:/join1.html', variable4=e, variable5=f, variable6=c, variable7=d, variable8=b)
if b == 'disabled':
return render_template('D:/join.html', variable6=c, variable7=d)
def api(self):
if self._client:
return self._client
for x in range(0, 10):
try:
result = ManagementRoot(self.params['server'],
self.params['user'],
self.params['password'],
port=self.params['server_port'],
verify=self.params['validate_certs'],
token='tmos')
self._client = result
return self._client
except Exception:
time.sleep(3)
raise F5ModuleError('Unable to connect to {0} on port {1}. '
'Is "validate_certs" preventing this?'.format(
self.params['server'],
self.params['server_port']))
def load_irdg_names(active_ltm, irType, irDgPart):
#'DevIP' 'IrType' 'IrDgPart'
logger.info("load_irdg_names.py parms\n DevIP: " + active_ltm + "\niRule or Data Group: " + irType + "\nPartition: " + irDgPart + "\n")
admpass = getpass.getpass('LTM', 'admin')
mr = ManagementRoot(str(active_ltm), 'admin', admpass)
strReturn = ''
logger.info("iRule/Data Group Modification process has been initiated.")
#Create a iRule/Data Group
try:
if irType == "iRule":
ir_list = mr.tm.ltm.rules.get_collection()
i=0
ir_list_len = len(ir_list)-1
for air in ir_list:
if ir_list_len != i:
strReturn += air.name + '|'
else:
strReturn += air.name
i = i+1
elif irType == "Data Group":
dg_list = mr.tm.ltm.data_group.internals.get_collection()
i=0
dg_list_len = len(dg_list)-1
for adg in dg_list:
if dg_list_len != i:
strReturn += adg.name + '|'
else:
strReturn += adg.name
i = i+1
except Exception as e:
logger.info("iRule/Data Group Exception - Retrieving iRule/Data Group names")
logger.info("Error Details: " + str(e))
return json.dumps(strReturn)
logger.info("Retrieved names: " + strReturn)
logger.info("Name retrieving for iRule/Data Group has been completed")
return json.dumps(strReturn)
def deviceFunction():
global activeLTM
with open("device_list.txt", "rb") as DeviceList:
for device in DeviceList:
device = device.strip()
mgmt = ManagementRoot(device, user, pwd, verify=False)
print "Connection to " + device + " successful!"
ltmSys = mgmt.tm.cm.devices.get_collection()
# above api call will return both active and standby device information in the form of list type object.
# index 0 will be one from where api call has been intiated
if str(ltmSys[0].failoverState) == 'active':
#activeLTM.append(str(ltmSys[0].managementIp))
activeLTM[str(ltmSys[0].hostname)] = str(
ltmSys[0].managementIp)
else:
#activeLTM.append(str(ltmSys[1].managementIp))
activeLTM[str(ltmSys[1].hostname)] = str(
ltmSys[1].managementIp)
print activeLTM
def poll_for_licensed_bigip(
bigip_ip, username, password, bigip_ver,
ifc_num, attempts=50, interval=10
):
'''Poll the device until it is licensed and has a config.'''
for attempt in range(attempts):
time.sleep(interval)
try:
bigip = ManagementRoot(bigip_ip, username, password)
registration = bigip.tm.shared.licensing.registration.load()
assert registration.licensedVersion == bigip_ver
assert len(bigip.tm.net.vlans.get_collection()) == ifc_num - 1
assert len(bigip.tm.net.interfaces.get_collection()) == ifc_num
assert len(bigip.tm.net.selfips.get_collection()) == \
ifc_num - 1
return bigip
except Exception as ex:
if attempt == (attempts - 1):
raise ex
continue
def parse_config(config_file):
config = ConfigParser.ConfigParser()
config.readfp(open(config_file))
bigips = []
try:
config_addrs = config.get("DEFAULT", 'icontrol_hostname')
config_user = config.get("DEFAULT", 'icontrol_username')
config_pass = config.get("DEFAULT", 'icontrol_password')
except ConfigParser.NoOptionError as err:
print(err.message)
return bigips
for config_addr in config_addrs.split(','):
bigips.append(
ManagementRoot(hostname=config_addr,
username=config_user,
password=config_pass))
return bigips
def handler(context, inputs):
mgmt = ManagementRoot("192.168.110.171", "admin", "vmware1!vmware1!")
poolName = inputs['customProperties']['nomeDoPool']
servico = inputs['customProperties']['portaServico']
print(poolName)
pool_obj = mgmt.tm.ltm.pools.pool
poolAtual = pool_obj.load(partition='Common', name=poolName)
print(poolAtual)
members = poolAtual.members_s
member = poolAtual.members_s.members
ip = inputs['addresses'][0][0] + ":" + str(servico)
m1 = poolAtual.members_s.members.create(partition='Common', name=ip)
m1 = poolAtual.members_s.members.load(partition='Common', name=ip)
def main():
global VS
global HOST
parser = argparse.ArgumentParser(description='')
parser.add_argument('-a', '--address', required=True)
parser.add_argument('-p', '--partition', required=True)
parser.add_argument('-o', '--output', required=True)
args = parser.parse_args()
Conf.mgt = ManagementRoot(args.address, USER, PASS, token=True)
# load data group lists first (proxypass lookup)
load_datagroup_list(args.partition)
# load all VirtualServer objects
for vs in list_all_vs(partition=args.partition):
VS.append(VirtualServer(vs))
graphme(args.partition, args.output)
def load_irdg_config(active_ltm, irType, irDgName):
#'DevIP' 'IrType' 'IrDgPart'
logger.info("load_irdg_config.py parms\n DevIP: " + active_ltm +
"\niRule or Data Group: " + irType + "\nName: " + irDgName +
"\n")
admpass = getpass.getpass('LTM', 'admin')
mr = ManagementRoot(str(active_ltm), 'admin', admpass)
dictReturn = {'name': ''}
logger.info("iRule/Data Group Modification process has been initiated.")
#Load a iRule/Data Group configuration
try:
if irType == "iRule":
dictReturn["IrOrDg"] = irType
ir_list = mr.tm.ltm.rules.get_collection()
for aIR in ir_list:
if aIR.name == irDgName:
dictReturn["name"] = aIR.name
dictReturn["apiAnonymous"] = aIR.apiAnonymous
elif irType == "Data Group":
dictReturn["IrOrDg"] = irType
dg_list = mr.tm.ltm.data_group.internals.get_collection()
for aDG in dg_list:
if aDG.name == irDgName:
dictReturn["name"] = aDG.name
dictReturn["type"] = aDG.type
# 'records' value is a list with dictinary type value. e.g records = [{'data': 'HTTPS', 'name': 'HTTP'}, {'data': 'World', 'name': 'Hello'}]
dictReturn["records"] = aDG.records
except Exception as e:
logger.info(
"iRule/Data Group Exception - Retrieving iRule/Data Group configuration"
)
logger.info("Error Details: " + str(e))
logger.info(traceback.format_exc())
return json.dumps(dictReturn)
logger.info("Name retrieving for iRule/Data Group has been completed")
return json.dumps(dictReturn)
def getPrfSettings(active_ltm, prfType, parPrfName, prfMode):
logger.info('Called getPrfSettings(): %s %s %s %s' %
(active_ltm, prfType, parPrfName, prfMode))
admpass = getpass.getpass('LTM', 'admin')
mr = ManagementRoot(str(active_ltm), 'admin', admpass)
output = {}
logger.info('getPrfSettings.py getPrfSettings() - Loading ' + prfType +
' Profile Settings\n')
if prfType == "DNS":
output = getDnsPrfSettings(mr, parPrfName, prfMode)
elif prfType == "Cookie":
output = getCookiePrfSettings(mr, parPrfName, prfMode)
elif prfType == "DestAddrAffinity":
output = getDstAffSettings(mr, parPrfName, prfMode)
elif prfType == "SrcAddrAffinity":
output = getSrcAffSettings(mr, parPrfName, prfMode)
elif prfType == "Hash":
output = getHashSettings(mr, parPrfName, prfMode)
elif prfType == "SSL":
output = getSSLSettings(mr, parPrfName, prfMode)
elif prfType == "Universal":
output = getUniSettings(mr, parPrfName, prfMode)
elif prfType == "FastL4":
output = getF4Settings(mr, parPrfName, prfMode)
elif prfType == "TCP":
output = getTcpSettings(mr, parPrfName, prfMode)
elif prfType == "UDP":
output = getUdpSettings(mr, parPrfName, prfMode)
elif prfType == "CLIENTSSL":
output = getClisslSettings(mr, parPrfName, prfMode)
elif prfType == "SERVERSSL":
output = getSrvsslSettings(mr, parPrfName, prfMode)
elif prfType == "OneConnect":
output = getOCSettings(mr, parPrfName, prfMode)
elif prfType == "Stream":
output = getStreamSettings(mr, parPrfName, prfMode)
return output
def test_default(host):
vars = host.ansible.get_variables()
vault_pass = open("../../molecule/.vault_pass",
"r").read().replace("\n", "")
vault = Vault(vault_pass)
decrypted_host = vault.load(vars["ansible_host"]["__ansible_vault"])
decrypted_user = vault.load(vars["http_user"]["__ansible_vault"])
decrypted_pass = vault.load(vars["http_pass"]["__ansible_vault"])
mgmt = ManagementRoot(decrypted_host, decrypted_user, decrypted_pass)
decrypted_device_name = vault.load(vars["device_name"]["__ansible_vault"])
decrypted_device_internal_ip = vault.load(
vars["device_internal_ip"]["__ansible_vault"])
device = mgmt.tm.cm.devices.device.load(name=decrypted_device_name)
assert device.name == decrypted_device_name
assert device.comment == "My lab device"
assert device.configsyncIp == decrypted_device_internal_ip
assert device.contact == "admin@localhost"
assert device.description == "My device"
assert device.haCapacity == 10
assert device.location == "Central Office"
def api(self):
ex = None
if self._client:
return self._client
for x in range(0, 3):
try:
result = ManagementRoot(self.params['server'],
self.params['user'],
self.params['password'],
port=self.params['server_port'],
verify=self.params['validate_certs'],
token='tmos')
self._client = result
return self._client
except Exception as ex:
time.sleep(1)
error = 'Unable to connect to {0} on port {1}.'.format(
self.params['server'], self.params['server_port'])
if ex is not None:
error += ' The reported error was "{0}".'.format(str(ex))
raise F5ModuleError(error)
def get_ltmobj_names(active_ltm, obj_type):
#logger.info('Called get_profiles(): %s %s' % (dev_ip, obj_type))
admpass = getpass.getpass('LTM', 'admin')
mr = ManagementRoot(str(active_ltm), 'admin', admpass)
output = ''
'''
Retrive the name list of a given object type from the given LTM
Suppported Object types
1. VS - Virtual Server
2. POOL - Pool name
3. MONITOR - Monitor name
'''
logger.info('Object Types: %s' % obj_type)
if obj_type == "VS":
output = get_vs_names(mr)
elif obj_type == "POOL":
output = get_pool_names(mr)
logger.info('output in get_ltmobj_names: %s' % output)
return output
def test_default(host):
vars = host.ansible.get_variables()
vault_pass = open("../../molecule/.vault_pass", "r").read().replace("\n", "")
vault = Vault(vault_pass)
decrypted_host = vault.load(vars["ansible_host"]["__ansible_vault"])
decrypted_user = vault.load(vars["http_user"]["__ansible_vault"])
decrypted_pass = vault.load(vars["http_pass"]["__ansible_vault"])
mgmt = ManagementRoot(decrypted_host, decrypted_user, decrypted_pass)
user = mgmt.tm.auth.users.user.load(name="user1")
assert user.name == "user1"
assert user.description == "User 1"
partition_access = [
{"name": "Common", "role": "guest"},
{"name": "Test", "role": "operator"},
]
assert not DeepDiff(
partition_access,
user.partitionAccess,
exclude_regex_paths={r"root\[\d+\]\['nameReference'\]"},
)
def do_something1(text1,text2,text3,text4,text5):
x = str(session.get('user', None))
y = str(session.get('pass', None))
z = str(session.get('part', None))
w = str(session.get('wideip', None))
v = str(session.get('ip',None))
text1 = int(text1)
text2 = int(text2)
text3 = str(text3)
text4 = int(text4)
text5 = int(text5)
mgmt = ManagementRoot(v, x, y)
pool = mgmt.tm.gtm.wideips.a_s.a.load(partition=z, name=w)
pool.pools[0].update({'ratio': text1})
pool.pools[1].update({'ratio': text2})
pool.persistence = text3
if pool.persistence == 'enabled':
pool.ttlPersistence = text4
pool.persistCidrIpv4 = text5
pool.update()
return redirect(url_for('account'))
def upload_cert_key_to_nlb(helper, options, cert, key):
# Generate filenames
key_filename = options['fqdn'] + '.key'
cert_filename = options['fqdn'] + '.crt'
# Upload key
try:
helper.event('upload_key', 'Uploading key to load balancer ' + options['nlb']['hostname'])
bigip = ManagementRoot(options['nlb']['hostname'], options['nlb']['username'], options['nlb']['password'])
bigip.shared.file_transfer.uploads.upload_bytes(key, key_filename)
param_set = {'name': key_filename, 'partition': options['nlb']['partition'], 'from-local-file': '/var/config/rest/downloads/' + key_filename}
bigip.tm.sys.crypto.keys.exec_cmd('install', **param_set)
helper.end_event(description='Uploaded key to load balancer ' + options['nlb']['hostname'])
helper.event('upload_cert', 'Uploading certificate to load balancer ' + options['nlb']['hostname'])
bigip.shared.file_transfer.uploads.upload_bytes(cert, cert_filename)
param_set = {'name': cert_filename, 'partition': options['nlb']['partition'], 'from-local-file': '/var/config/rest/downloads/' + cert_filename}
bigip.tm.sys.crypto.certs.exec_cmd('install', **param_set)
helper.end_event(description='Uploaded certificate to load balancer ' + options['nlb']['hostname'])
except Exception as e:
helper.end_event(description='Error uploading data to load balancer: ' + str(e), success=False)
def test_default(host):
vars = host.ansible.get_variables()
vault_pass = open("../../molecule/.vault_pass",
"r").read().replace("\n", "")
vault = Vault(vault_pass)
decrypted_host = vault.load(vars["ansible_host"]["__ansible_vault"])
decrypted_user = vault.load(vars["http_user"]["__ansible_vault"])
decrypted_pass = vault.load(vars["http_pass"]["__ansible_vault"])
mgmt = ManagementRoot(decrypted_host, decrypted_user, decrypted_pass)
policy = mgmt.tm.auth.password_policy.load()
assert policy.expirationWarning == 5
assert policy.maxDuration == 90
assert policy.maxLoginFailures == 3
assert policy.minDuration == 30
assert policy.minimumLength == 8
assert policy.passwordMemory == 1
assert policy.policyEnforcement == "enabled"
assert policy.requiredLowercase == 2
assert policy.requiredNumeric == 1
assert policy.requiredSpecial == 1
assert policy.requiredUppercase == 2
def edit_rule(name):
partition, name = name.split('~')
b = ManagementRoot(session['host'], session['uname'], session['upass'])
rule = b.tm.ltm.rules.rule.load(name=name, partition=partition)
form = EditorForm(request.form)
form.rule_name.data = rule.name
form.rule_partition.data = rule.partition
form.rule_body.data = rule.apiAnonymous
# Add form validation!!
if request.method == 'POST':
rule_name = request.form['rule_name']
rule_partition = request.form['rule_partition']
rule_body = request.form['rule_body']
# Set attributes on BIG-IP object and update
r1 = b.tm.ltm.rules.rule.load(name=rule_name, partition=rule_partition)
r1.apiAnonymous = rule_body
r1.update()
flash('Rule updated', 'success')
return redirect(url_for('rules'))
return render_template('edit_rule.html', form=form, host=b.hostname)
def load_snatpool_names(active_ltm):
admpass = getpass.getpass('LTM', 'admin')
mr = ManagementRoot(str(active_ltm), 'admin', admpass)
strReturn = []
logger.info("Snatpool Name loading process has been initiated.")
try:
snatp_list = mr.tm.ltm.snatpools.get_collection()
for aSnat in snatp_list:
strReturn.append(aSnat.name)
strReturn.append(aSnat.partition)
except Exception as e:
logger.info("Exception during collecting Snatpool names")
logger.info(str(e))
strReturn.append("FAIL")
strReturn.append(str(e))
return json.dumps(strReturn)
return json.dumps(strReturn)
def check(args):
logging.debug("[x] Connecting to F5..")
mgmt = ManagementRoot(args.f5.ip, args.f5.user, args.f5.password)
logging.debug(" [-] Connected.")
logging.debug("[x] Fetching all certificates..")
certs = mgmt.tm.sys.file.ssl_certs.get_collection()
logging.debug(" [-] Done.")
logging.debug("[x] Processing expiration time..")
for cert in certs:
verify_cert(cert, args.warning, args.critical)
output = ""
alert = False
if len(CRITICAL):
alert = True
output += "CRITICAL: {} certificates are going to expire.".format(
len(CRITICAL) + len(WARNING))
elif len(WARNING):
alert = True
output += "WARNING: {} certificates are going to expire.".format(
len(WARNING))
if alert:
output += " Following certificates are raising the threshold: {}".format(
", ".join([
"{} ({})".format(x.name,
datetime.fromtimestamp(int(x.expirationDate)))
for x in WARNING + CRITICAL
]))
if not len(WARNING) and not len(CRITICAL):
print("OK")
sys.exit(0)
print(output)
if len(CRITICAL):
sys.exit(2)
sys.exit(1)
def __init__(self, *args, **kwargs):
if not HAS_F5SDK:
raise F5ModuleError("The python f5-sdk module is required")
if kwargs['state'] != 'absent':
if not kwargs['content'] and not kwargs['src']:
raise F5ModuleError(
"Either 'content' or 'src' must be provided")
source = kwargs['src']
if source:
with open(source) as f:
kwargs['content'] = f.read()
# The params that change in the module
self.cparams = dict()
# Stores the params that are sent to the module
self.params = kwargs
self.api = ManagementRoot(kwargs['server'],
kwargs['user'],
kwargs['password'],
port=kwargs['server_port'])