def reset_all(self):
group = RCMD.device.DEFAULT_ALLBIGIQS_GROUP
for device in [self.default] + self.peers:
with SSHInterface(device=device) as sshifc:
LOG.info('Wiping storage on {0}'.format(device))
SCMD.ssh.generic(SCMD.bigiq.ha.HA_WIPE_COMMAND, ifc=sshifc)
with EmapiInterface(device=device, auth=AUTH.BASIC) as rstifc:
RCMD.system.wait_restjavad([self.default] + self.peers, ifc=rstifc)
# For IPv6 runs where localhost will get reset to IPv4.
for device in [self.default] + self.peers:
with EmapiInterface(device=device, auth=AUTH.BASIC) as rstifc:
resp = rstifc.api.get(DeviceResolver.DEVICES_URI % group)
selfip_expect = device.get_discover_address()
selfips_actual = [x.address for x in resp['items']]
if selfip_expect not in selfips_actual:
LOG.info(
"selfip mismatch. Setting {0}".format(selfip_expect))
self_addr = IPAddress(selfip_expect)
payload = NetworkDiscover()
payload.discoveryAddress = self_addr.format(ipv6_full)
rstifc.api.put(NetworkDiscover.URI, payload=payload)
DeviceResolver.wait(rstifc.api, group)
# For BZ workarounds..
bigips = []
context = ContextHelper()
default_bigiq = context.get_icontrol(device=self.default).version
session = context.get_config().get_session().name
for device in context.get_config().get_devices():
v = context.get_icontrol(device=device).version
if v.product.is_bigip and v >= 'bigip 11.3.0':
bigips.append(device)
if default_bigiq > 'bigiq 4.3.0' and default_bigiq < 'bigiq 4.5.0':
with EmapiInterface(device=self.default,
auth=AUTH.BASIC) as rstifc:
RCMD.device.clean_dg_certs(bigips, ifc=rstifc)
with EmapiInterface(device=self.default,
auth=AUTH.BASIC) as rstifc:
RCMD.system.bz_help1([self.default] + self.peers, ifc=rstifc)
if default_bigiq > 'bigiq 4.3.0' and default_bigiq < 'bigiq 4.5.0':
with SSHInterface(device=self.default) as sshifc:
SCMD.bigiq.ha.wait_ha_peer(self.peers,
session=session,
ifc=sshifc)
class CreateAdcNodeObjects(IcontrolRestCommand): # @IgnorePep8
""" Create the specified number of ADC Node objects on the BIG-IQ for
the specified BIG-IP. Works for BIG-IQ 4.6.0 and later.
You must deploy the ADC objects from the BIG-IQ to the BIG-IP(s) with
a separate call.
"""
def __init__(self, node_count, bigip, *args, **kwargs):
""" Object initialization.
@param node_count: The number of ADC nodes to create.
@param bigip: BIG-IP device, as returned by MachineIdResolver.
"""
super(CreateAdcNodeObjects, self).__init__(*args, **kwargs)
self.node_count = node_count
self.bigip = bigip
self.object_counter = 0
self.context = ContextHelper(__name__)
self.cfgifc = self.context.get_config()
self.ip_gen = ipv4_address_generator()
def run(self):
""" Generate the specified number of ADC Node objects for the given
BIG-IP in the default BIG-IQ.
@return: List of Node Names that were generated, a list of
Node Addresses that were generated, and the Self-IP links for
each node generated. These are needed when generating Pools and
Virtual Servers.
"""
LOG.info("Creating {0} node(s) in the BigIQ working config...".format(
self.node_count))
node_names = []
node_addresses = []
node_selflinks = []
for _ in range(self.node_count):
num = NEXT_NUMBER.get_next_number()
self.object_counter = NEXT_NUMBER.get_next_number()
node_name = 'ScaleNode-%s-device%d-obj%d' %\
(self.cfgifc.get_session().name, num,
self.object_counter)
node_names.append(node_name)
node_address = next(self.ip_gen)
node_addresses.append(node_address)
payload = WorkingLtmNode(name=node_name,
address=node_address,
partition=PARTITION)
payload.deviceReference.set(
'https://localhost' + DeviceResolver.DEVICE_URI %
(DEFAULT_ADC_GROUP, self.bigip['machineId']))
create_node_resp = self.api.post(WorkingLtmNode.URI, payload)
node_selflinks.append(create_node_resp.selfLink)
return node_names, node_addresses, node_selflinks
class AdcVipObjectsCreate(IcontrolRestCommand): # @IgnorePep8
""" Create the specified number of ADC VIP objects on the BIG-IQ for
the specified BIG-IP. Works for BIG-IQ 4.6.0 and later.
You must deploy the ADC objects from the BIG-IQ to the BIG-IP(s) with
a separate call.
"""
def __init__(self, vip_count, bigip, pool_names, pool_selflinks, *args,
**kwargs):
""" Object initialization.
@param vip_count: The number of ADC VIPs to create.
@param bigip: BIG-IP device, as returned by MachineIdResolver.
@param pool_names: Names of the Pools previously created.
@param pool_selflinks: List of Pool Selflinks to use to link up
with the VIPs.
"""
super(AdcVipObjectsCreate, self).__init__(*args, **kwargs)
self.vip_count = vip_count
self.bigip = bigip
self.object_counter = 0
self.context = ContextHelper(__name__)
self.cfgifc = self.context.get_config()
self.pool_names = pool_names
self.pool_selflinks = pool_selflinks
self.ip_gen = ipv4_address_generator()
def setup(self):
""" Generate the specified number of ADC VIP objects for the given
BIG-IP in the default BIG-IQ.
"""
LOG.info("Creating {0} VIP(s) in the BigIQ working config...".format(
self.vip_count))
num = NEXT_NUMBER.get_next_number()
for i in range(self.vip_count):
self.object_counter = NEXT_NUMBER.get_next_number()
vip_name = 'ScaleVip-%s-device%d-obj%d' %\
(self.cfgifc.get_session().name, num,
self.object_counter)
vip_address = next(self.ip_gen)
payload = WorkingLtmVip(name=vip_name,
destination=vip_address + ':80',
fullPath='/' + PARTITION + '/' + vip_name,
partition=PARTITION,
pool='/' + PARTITION + '/' +
self.pool_names[i])
payload.deviceReference.set(
'https://localhost' + DeviceResolver.DEVICE_URI %
(DEFAULT_ADC_GROUP, self.bigip['machineId']))
payload.poolReference.set(self.pool_selflinks[i])
self.api.post(WorkingLtmVip.URI, payload)
def __init__(self, handle, type=None):
#self.handle = handle
self.handle = 0
self.type = type
context = ContextHelper()
self.cfgifc = context.get_config()
rr = self.cfgifc.get_ranges()
self.pools = self.cfgifc.get_respools()
self.value_to_item = {}
for device in self.cfgifc.get_devices(KIND_TMOS_BIGIP):
#f5ite/bigip.1/mgmt/ip
self._handle_vars['f5ite/{}.{}/mgmt/ip'.format(
*device.alias.split('-'))] = device.address
class GenerateObjectName(Macro):
object_counter = 0
def __init__(self, obj_type='Object', parent_id='name', *args, **kwargs):
"""
Arguments are not necessary, but can help communicate information about the object at a glance.
@param obj_type: Type of the object for which the name is being generated. e.g. 'Pool'
@param parent_id: Unique identifier of the parent object, e.g. machineId, IP address, etc.
@return: generated name
"""
super(GenerateObjectName, self).__init__(*args, **kwargs)
self.obj_type = obj_type
self.parent_id = parent_id
self.context = ContextHelper(__name__)
self.session = self.context.get_config().get_session().name
@classmethod
def increment_counter(cls):
cls.object_counter += 1
def run(self):
self.increment_counter()
return '{0}-{1}-{2}-obj{3}'.format(self.obj_type, self.session,
self.parent_id, self.object_counter)
class CoreCollector(Thread):
def __init__(self, sshifc, data, mode, root=None):
super(CoreCollector,
self).__init__(name='CoreCollector@%s' % sshifc.address)
self.sshifc = sshifc
self.data = data
self.mode = mode
self.root = root
self.context = ContextHelper(__name__)
self.session = self.context.get_config().get_session()
def _get_session_dir(self):
path = self.session.path
if path and not os.path.exists(path):
oldumask = os.umask(0)
os.makedirs(path)
os.umask(oldumask)
return path
def _get_or_create_dirs(self, name, root=None):
if root is None:
root = self._get_session_dir()
else:
if not os.path.isdir(root):
root = os.path.join(self._get_session_dir(), root)
created = False
path = os.path.join(root, name)
# Windows-based NAS doesn't support :'s in names
path = path.replace(':', '@')
if not os.path.exists(path):
oldumask = os.umask(0)
os.makedirs(path)
os.umask(oldumask)
created = True
return path, created
def run(self):
LOG.info('Looking for cores...')
d = self.data.cores
d.data = {}
d.checked = time.time()
with self.sshifc as sshifc:
if SCMD.ssh.cores_exist(ifc=sshifc):
LOG.info('Cores found!')
cores_dir, _ = self._get_or_create_dirs(
"%s/%s" % (CORES_DIR, sshifc.address), self.root)
SCMD.ssh.scp_get(ifc=sshifc,
source='/var/core/*',
destination=cores_dir)
sshifc.api.run('rm -f /var/core/*')
# Add read permissions to group and others.
with ShellInterface(shell=True) as shell:
shell.api.run('chmod -R go+r %s' % cores_dir)
if sshifc.device:
d.data[sshifc.device.get_alias()] = True
if self.mode == QKVIEW.ALWAYS or \
(self.mode == QKVIEW.ON_FAIL and self.data.test_result and
not self.data.test_result.wasSuccessful()):
try:
LOG.info("Generating qkview...")
ret = SCMD.ssh.generic('qkview', ifc=sshifc)
name = re.search('^/var/.+$', ret.stderr,
flags=re.M).group(0)
LOG.info("Downloading qkview...")
qk_dir, _ = self._get_or_create_dirs(
"%s/%s" % (QKVIEWS_DIR, sshifc.address), self.root)
SCMD.ssh.scp_get(ifc=sshifc,
source=name,
destination=qk_dir)
if sshifc.api.exists(SCF_FILENAME):
SCMD.ssh.scp_get(ifc=sshifc,
source=SCF_FILENAME,
destination=qk_dir)
except SSHTimeoutError:
LOG.warning('Could not complete qkview on %s',
sshifc.address)
class CoreCollector(Thread):
def __init__(self, sshifc, data, mode, root=None):
super(CoreCollector, self).__init__(name='CoreCollector@%s' % sshifc.address)
self.sshifc = sshifc
self.data = data
self.mode = mode
self.root = root
self.context = ContextHelper(__name__)
self.session = self.context.get_config().get_session()
def _get_session_dir(self):
path = self.session.path
if path and not os.path.exists(path):
oldumask = os.umask(0)
os.makedirs(path)
os.umask(oldumask)
return path
def _get_or_create_dirs(self, name, root=None):
if root is None:
root = self._get_session_dir()
else:
if not os.path.isdir(root):
root = os.path.join(self._get_session_dir(), root)
created = False
path = os.path.join(root, name)
# Windows-based NAS doesn't support :'s in names
path = path.replace(':', '@')
if not os.path.exists(path):
oldumask = os.umask(0)
os.makedirs(path)
os.umask(oldumask)
created = True
return path, created
def run(self):
LOG.info('Looking for cores...')
d = self.data.cores
d.data = {}
d.checked = time.time()
with self.sshifc as sshifc:
if SCMD.ssh.cores_exist(ifc=sshifc):
LOG.info('Cores found!')
cores_dir, _ = self._get_or_create_dirs("%s/%s" % (CORES_DIR, sshifc.address),
self.root)
SCMD.ssh.scp_get(ifc=sshifc, source='/var/core/*',
destination=cores_dir)
sshifc.api.run('rm -f /var/core/*')
# Add read permissions to group and others.
with ShellInterface(shell=True) as shell:
shell.api.run('chmod -R go+r %s' % cores_dir)
if sshifc.device:
d.data[sshifc.device.get_alias()] = True
if self.mode == QKVIEW.ALWAYS or \
(self.mode == QKVIEW.ON_FAIL and self.data.test_result and
not self.data.test_result.wasSuccessful()):
try:
LOG.info("Generating qkview...")
ret = SCMD.ssh.generic('qkview', ifc=sshifc)
name = re.search('^/var/.+$', ret.stderr, flags=re.M).group(0)
LOG.info("Downloading qkview...")
qk_dir, _ = self._get_or_create_dirs("%s/%s" % (QKVIEWS_DIR, sshifc.address),
self.root)
SCMD.ssh.scp_get(ifc=sshifc, source=name, destination=qk_dir)
if sshifc.api.exists(SCF_FILENAME):
SCMD.ssh.scp_get(ifc=sshifc, source=SCF_FILENAME,
destination=qk_dir)
except SSHTimeoutError:
LOG.warning('Could not complete qkview on %s', sshifc.address)
class CreateAdcPoolObjects(IcontrolRestCommand): # @IgnorePep8
""" Create the specified number of ADC Pool objects on the BIG-IQ for
the specified BIG-IP. Works for BIG-IQ 4.6.0 and later.
You must deploy the ADC objects from the BIG-IQ to the BIG-IP(s) with
a separate call.
"""
def __init__(self, pool_count, pool_member_count, bigip, node_names,
node_addresses, node_selflinks, *args, **kwargs):
""" Object initialization.
@param pool_count: The number of ADC pools to create.
@param pool_member_count: The number of members per ADC pool to
create.
@param bigip: BIG-IP device, as returned by MachineIdResolver.
@param node_names: List of Node Names to use to link up with
the pool members.
@param node_addresses: List of Node IP Addresses to use to link
up with the pool members.
@param node_selflinks: List of Node Selflinks to use to link up
with the pool members.
"""
super(CreateAdcPoolObjects, self).__init__(*args, **kwargs)
self.pool_count = pool_count
self.pool_member_count = pool_member_count
self.bigip = bigip
self.object_counter = 0
self.context = ContextHelper(__name__)
self.cfgifc = self.context.get_config()
self.node_names = node_names
self.node_addresses = node_addresses
self.node_selflinks = node_selflinks
self.ip_gen = ipv4_address_generator()
def run(self):
""" Generate the specified number of ADC Pool objects for the given
BIG-IP in the default BIG-IQ.
@returns: List of Pool names and list of Pool selflinks that
were generated.
"""
LOG.info("Creating {0} pool(s) in the BigIQ working config...".format(
self.pool_count))
pool_names = []
pool_selflinks = []
num = NEXT_NUMBER.get_next_number()
for i in range(self.pool_count):
self.object_counter = NEXT_NUMBER.get_next_number()
pool_name = 'ScalePool-%s-device%d-obj%d' %\
(self.cfgifc.get_session().name, num,
self.object_counter)
pool_names.append(pool_name)
payload = WorkingLtmPool(name=pool_name,
fullPath='/' + PARTITION + '/' +
pool_name,
partition=PARTITION,
loadBalancingMode='round-robin')
payload.deviceReference.set(
'https://localhost' + DeviceResolver.DEVICE_URI %
(DEFAULT_ADC_GROUP, self.bigip['machineId']))
create_pool_resp = self.api.post(WorkingLtmPool.URI, payload)
pool_selflinks.append(create_pool_resp.selfLink)
pool_member_port = 0
for _ in range(self.pool_member_count):
self.object_counter = NEXT_NUMBER.get_next_number()
pool_member_port += 1
# Will need reworking if we decide we need more than 65k
# members per pool
pool_member_name = '{0}:{1}'.format(self.node_names[i],
pool_member_port)
payload = WorkingLtmPoolMember(name=pool_member_name,
address=self.node_addresses[i],
fullPath='/' + PARTITION + '/' +
pool_member_name,
partition=PARTITION)
payload.nodeReference.set(self.node_selflinks[i])
self.api.post(WorkingLtmPoolMember.URI % create_pool_resp.id,
payload)
return pool_names, pool_selflinks
