def _verify_duplicate_subscription(self, subscriber_name, subscriber_row,
subscription_row, subscription_schema,
resource_uri):
app_log.debug("Verifying if the subscription is a duplicate")
subscriber_subscriptions = \
get_column_data_from_row(subscriber_row,
subscription_schema.plural_name)
# Length == 1 indicates this is the only subscription
if not subscriber_subscriptions or \
len(subscriber_subscriptions) == 1:
app_log.debug("No duplicate resource subscriptions detected.")
return
# Compare the resource URI of the new subscription to parent's
# subscription resource URIs
for sub_name, sub_row in subscriber_subscriptions.iteritems():
# Skip if the subscription row is the current one that is
# being validated
if sub_row == subscription_row:
continue
curr_resource_uri = get_column_data_from_row(
sub_row, SUBSCRIPTION_URI)
if curr_resource_uri == resource_uri:
app_log.debug("Duplicate resource URI detected")
details = "Subscriber: %s. " % subscriber_name
details += "URI %s already exists" % resource_uri
raise ValidationError(error.DUPLICATE_RESOURCE, details)
def validate_modification(self, validation_args):
option_name = None
option_number = None
match_tags = None
DHCPSrv_Option_row = validation_args.resource_row
if hasattr(DHCPSrv_Option_row, "option_name"):
option_name = get_column_data_from_row(DHCPSrv_Option_row,
"option_name")
if (option_name is not None):
for name in option_name:
if (not dhcptftpservervalidations.is_valid_tag(name)):
details = "%s is invalid." % (name)
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Option_row, "match_tags"):
match_tags = get_column_data_from_row(DHCPSrv_Option_row,
"match_tags")
if (match_tags is not None) and \
(not dhcptftpservervalidations.is_valid_tags(match_tags)):
details = "%s is invalid." % (match_tags)
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Option_row, "option_number"):
option_number = get_column_data_from_row(DHCPSrv_Option_row,
"option_number")
if (option_number is not None):
for number in option_number:
if (not dhcptftpservervalidations.is_valid_option_number(
number)):
details = "%s is invalid." % (number)
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_deletion(self, validation_args):
intf_row = validation_args.resource_row
intf_type = get_column_data_from_row(intf_row, "type")
intf_name = get_column_data_from_row(intf_row, "name")
if intf_type == 'system':
details = "Physical interfaces cannot be deleted"
raise ValidationError(error.VERIFICATION_FAILED, details)
if intf_type == 'internal' and intf_name == 'bridge_normal':
details = "Bridge_normal interface cannot be deleted"
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_apply_global_profiles_contain_same_queues(self, system_row):
q_profile = utils.get_column_data_from_row(system_row, "q_profile")
if not q_profile:
return
schedule_profile = utils.get_column_data_from_row(system_row, "qos")
if not schedule_profile:
return
qos_utils.validate_profiles_contain_same_queues(
q_profile[0], schedule_profile[0])
def validate_apply_global_profiles_contain_same_queues(self, system_row):
q_profile = utils.get_column_data_from_row(system_row, "q_profile")
if not q_profile:
return
schedule_profile = utils.get_column_data_from_row(system_row, "qos")
if not schedule_profile:
return
qos_utils.validate_profiles_contain_same_queues(
q_profile[0], schedule_profile[0])
def validate_sflow_config_supported(self, port_row):
interface_rows = utils.get_column_data_from_row(port_row, "interfaces")
if len(interface_rows) == 0:
# No interfaces associated with port entry
return
for interface_row in interface_rows:
interface_type = utils.get_column_data_from_row(
interface_row, "type")
if interface_type != "system":
details = "sFlow configuration is only supported on "\
"physical interfaces"
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_modification(self, validation_args):
system_row = validation_args.resource_row
if hasattr(system_row, "timezone"):
timezone = get_column_data_from_row(system_row, "timezone")[0]
if (check_valid_timezone(timezone) is False):
details = "Invalid timezone %s." % (timezone)
raise ValidationError(error.VERIFICATION_FAILED, details)
def schedule_profile_has_queue_num(schedule_profile, queue_num):
schedule_profile_entries = utils.get_column_data_from_row(
schedule_profile, "queues")
for profile_queue_num in schedule_profile_entries.keys():
if queue_num == profile_queue_num:
return True
return False
def validate_schedule_profile_has_same_algorithm_on_all_queues(
schedule_profile):
# The profile named 'strict' is exempt, since it is a special case. #
if schedule_profile.name == QOS_STRICT:
return
queues = utils.get_column_data_from_row(schedule_profile, "queues")
if len(queues) == 0:
details = "The schedule profile must have at least one queue."
raise ValidationError(error.VERIFICATION_FAILED, details)
max_queue_num = get_max_queue_num(schedule_profile)
algorithm = ""
for queue_entry in queues.items():
queue_num = queue_entry[0]
schedule_profile_entry = queue_entry[1]
schedule_profile_entry_algorithm = schedule_profile_entry.algorithm[0]
# If it's the max and it's strict, then skip it. #
if max_queue_num == queue_num and \
schedule_profile_entry_algorithm == QOS_STRICT:
continue
if algorithm == "":
algorithm = schedule_profile_entry_algorithm
if schedule_profile_entry_algorithm != algorithm:
details = "The schedule profile must have " + \
"the same algorithm on all queues."
raise ValidationError(error.VERIFICATION_FAILED, details)
def profile_has_local_priority(self, q_profile, local_priority):
q_profile_entries = utils.get_column_data_from_row(
q_profile, "q_profile_entries")
for q_profile_entry in q_profile_entries.values():
if self.queue_has_local_priority(q_profile_entry, local_priority):
return True
return False
def queue_has_local_priority(self, q_profile_entry, local_priority):
local_priorities = utils.get_column_data_from_row(
q_profile_entry, "local_priorities")
for local_priority_from_row in local_priorities:
if local_priority_from_row == local_priority:
return True
return False
def validate_apply_global_s_p_has_same_algorithm_on_all_queues(
self, system_row):
schedule_profile = utils.get_column_data_from_row(system_row, "qos")
if not schedule_profile:
return
qos_utils.validate_schedule_profile_has_same_algorithm_on_all_queues(
schedule_profile[0])
def queue_has_local_priority(self, q_profile_entry, local_priority):
local_priorities = utils.get_column_data_from_row(
q_profile_entry, "local_priorities")
for local_priority_from_row in local_priorities:
if local_priority_from_row == local_priority:
return True
return False
def profile_has_local_priority(self, q_profile, local_priority):
q_profile_entries = utils.get_column_data_from_row(
q_profile, "q_profile_entries")
for q_profile_entry in q_profile_entries.values():
if self.queue_has_local_priority(q_profile_entry, local_priority):
return True
return False
def validate_apply_port_queue_profile_is_null(self, port_row):
if not hasattr(port_row, 'q_profile'):
return
q_profile = utils.get_column_data_from_row(port_row, "q_profile")
if q_profile != []:
details = "Port-level queue profile is not supported."
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_modification(self, validation_args):
ntp_association_row = validation_args.resource_row
if hasattr(ntp_association_row, "address"):
ip_address = get_column_data_from_row(ntp_association_row,
"address")
if (not ipaddress.is_valid_ip_address(ip_address)):
details = "Invalid IP address %s." % (ip_address)
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_apply_global_s_p_has_same_algorithm_on_all_queues(
self, system_row):
schedule_profile = utils.get_column_data_from_row(system_row, "qos")
if not schedule_profile:
return
qos_utils.validate_schedule_profile_has_same_algorithm_on_all_queues(
schedule_profile[0])
def validate_apply_global_q_p_has_no_duplicate_local_priorities(
self, system_row):
found_local_priorities = []
q_profile = utils.get_column_data_from_row(system_row, "q_profile")
if not q_profile:
return
q_profile_entries = utils.get_column_data_from_row(
q_profile[0], "q_profile_entries")
for q_profile_entry in q_profile_entries.values():
local_priorities = q_profile_entry.local_priorities
for local_priority in local_priorities:
if local_priority in found_local_priorities:
details = "The queue profile has local priority " + \
str(local_priority) + " assigned more than once."
raise ValidationError(error.VERIFICATION_FAILED, details)
found_local_priorities.append(local_priority)
def validate_modification(self, validation_args):
dhcp_server_row = validation_args.resource_row
if hasattr(dhcp_server_row, "bootp"):
bootp = get_column_data_from_row(dhcp_server_row, "bootp")
tag_value = bootp.get("match tag", None)
if (tag_value is not None) and \
(not dhcptftpservervalidations.is_valid_tag(tag_value)):
details = "%s is invalid." % (tag_value)
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_apply_global_q_p_has_no_duplicate_local_priorities(
self, system_row):
found_local_priorities = []
q_profile = utils.get_column_data_from_row(system_row, "q_profile")
if not q_profile:
return
q_profile_entries = utils.get_column_data_from_row(
q_profile[0], "q_profile_entries")
for q_profile_entry in q_profile_entries.values():
local_priorities = q_profile_entry.local_priorities
for local_priority in local_priorities:
if local_priority in found_local_priorities:
details = "The queue profile has local priority " + \
str(local_priority) + " assigned more than once."
raise ValidationError(error.VERIFICATION_FAILED, details)
found_local_priorities.append(local_priority)
def validate_apply_port_profiles_contain_same_queues(
self, port_row, system_row):
if not hasattr(port_row, 'qos'):
return
schedule_profile = utils.get_column_data_from_row(port_row, "qos")
if schedule_profile == []:
return
if not hasattr(system_row, 'q_profile'):
return
queue_profile = utils.get_column_data_from_row(system_row, "q_profile")
if queue_profile == []:
return
qos_utils.validate_profiles_contain_same_queues(
queue_profile[0], schedule_profile[0])
def validate_deletion(self, validation_args):
app_log.debug("Verifying if the subscriber can be deleted..")
subscriber_row = validation_args.resource_row
subscriber_name = get_column_data_from_row(subscriber_row,
SUBSCRIBER_NAME)
if self._is_websocket_subscriber(subscriber_row):
details = "Subscriber: %s. " % subscriber_name
details += "Cannot explicitly delete WebSocket based subscriber"
raise ValidationError(error.METHOD_PROHIBITED, details)
def validate_profiles_contain_same_queues(q_profile, schedule_profile):
# The profile named 'strict' is exempt, since it is a special case. #
if schedule_profile.name == QOS_STRICT:
return
queues = utils.get_column_data_from_row(schedule_profile, "queues")
for queue_num in queues.keys():
if not queue_profile_has_queue_num(q_profile, queue_num):
details = "The queue profile must contain " + \
"all of the schedule profile queue numbers."
raise ValidationError(error.VERIFICATION_FAILED, details)
q_profile_entries = utils.get_column_data_from_row(
q_profile, "q_profile_entries")
for queue_num in q_profile_entries.keys():
if not schedule_profile_has_queue_num(schedule_profile, queue_num):
details = "The schedule profile must contain " + \
"all of the queue profile queue numbers."
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_apply_port_s_p_has_all_same_algorithm_on_all_queues(
self, port_row):
if not hasattr(port_row, 'qos'):
return
schedule_profile = utils.get_column_data_from_row(port_row, "qos")
if schedule_profile == []:
return
qos_utils.validate_schedule_profile_has_same_algorithm_on_all_queues(
schedule_profile[0])
def qos_trust_port_get_value(self, port_row, system_row):
qos_trust_name = qos_utils.QOS_TRUST_NONE_STRING
if system_row is not None:
if hasattr(system_row, 'qos_config'):
qos_config = utils.get_column_data_from_row(system_row,
"qos_config")
system_value = qos_config.get(qos_utils.QOS_TRUST_KEY, None)
if system_value is not None:
qos_trust_name = system_value
if port_row is not None:
if hasattr(port_row, 'qos_config'):
qos_config = utils.get_column_data_from_row(port_row,
"qos_config")
port_value = qos_config.get(qos_utils.QOS_TRUST_KEY, None)
if port_value is not None:
qos_trust_name = port_value
return qos_trust_name
def validate_modification(self, validation_args):
system_row = validation_args.resource_row
if hasattr(system_row, "other_config"):
other_config = get_column_data_from_row(system_row, "other_config")
tftp_server_path_value = other_config.get("tftp_server_path", None)
if (tftp_server_path_value is not None) and \
(not self.is_valid_tftp_server_path(tftp_server_path_value)):
details = "The directory %s does not exist. " \
"Please configure a valid absolute path." \
% (tftp_server_path_value)
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_apply_port_profiles_contain_same_queues(
self, system_row, validation_args):
idl = validation_args.idl
q_profile = utils.get_column_data_from_row(system_row, "q_profile")
if not q_profile:
return
for port_row in idl.tables["Port"].rows.itervalues():
if len(port_row.qos) != 0:
qos_utils.validate_profiles_contain_same_queues(
q_profile[0], port_row.qos[0])
def validate_apply_global_queue_profile_has_all_local_priorities(
self, system_row):
q_profile = utils.get_column_data_from_row(system_row, "q_profile")
if not q_profile:
return
for local_priority in range(0, qos_utils.QOS_MAX_LOCAL_PRIORITY + 1):
if not self.profile_has_local_priority(q_profile[0],
local_priority):
details = "The queue profile is missing local priority " + \
str(local_priority) + "."
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_apply_global_queue_profile_has_all_local_priorities(
self, system_row):
q_profile = utils.get_column_data_from_row(system_row, "q_profile")
if not q_profile:
return
for local_priority in range(0, qos_utils.QOS_MAX_LOCAL_PRIORITY + 1):
if not self.profile_has_local_priority(
q_profile[0], local_priority):
details = "The queue profile is missing local priority " + \
str(local_priority) + "."
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_apply_port_profiles_contain_same_queues(
self, system_row, validation_args):
idl = validation_args.idl
q_profile = utils.get_column_data_from_row(system_row, "q_profile")
if not q_profile:
return
for port_row in idl.tables["Port"].rows.itervalues():
if len(port_row.qos) != 0:
qos_utils.validate_profiles_contain_same_queues(
q_profile[0], port_row.qos[0])
def validate_modification(self, validation_args):
if validation_args.is_new:
schema = validation_args.schema
idl = validation_args.idl
subscriber_row = validation_args.p_resource_row
subscription_row = validation_args.resource_row
subscription_schema = validation_args.resource_schema
subscriber_name = get_column_data_from_row(subscriber_row,
SUBSCRIBER_NAME)
resource_uri = get_column_data_from_row(subscription_row,
SUBSCRIPTION_URI)
app_log.debug("Verifying if subscription can be added for "
"subscriber %s" % subscriber_name)
self._verify_duplicate_subscription(subscriber_name,
subscriber_row,
subscription_row,
subscription_schema,
resource_uri)
self._verify_valid_resource_uri(subscriber_name, subscription_row,
resource_uri, schema, idl)
def subscription_changes_check_callback(self, manager, idl):
"""
Callback method invoked by manager of the IDL used for detecting
notification subscription changes.
"""
table_changes = \
notifutils.get_table_changes_from_idl(consts.SUBSCRIPTION_TABLE,
idl)
for sub_uuid, sub_changes in table_changes.iteritems():
seqno = manager.curr_seqno
if notifutils.is_resource_added(sub_changes, seqno):
subscription_row = \
idl.tables[consts.SUBSCRIPTION_TABLE].rows[sub_uuid]
subscription_name = \
utils.get_table_key(subscription_row,
consts.SUBSCRIPTION_TABLE,
self._schema, idl)
# Only one key, so grab the first index
subscription_name = subscription_name[0]
app_log.debug("Subscription added for: \"%s\"" %
subscription_name)
resource_uri = \
utils.get_column_data_from_row(subscription_row,
consts.SUBSCRIPTION_URI)
try:
subscription = \
yield self.create_subscription(subscription_name,
subscription_row,
resource_uri,
idl)
yield self.get_initial_values_and_notify(idl, subscription)
self.add_subscription(sub_uuid, subscription)
except Exception as e:
app_log.error("Error while creating subscription: %s" % e)
elif notifutils.is_resource_deleted(sub_changes, seqno):
app_log.debug("Subscription was deleted.")
self.remove_subscription(sub_uuid)
def validate_port_override_has_port_trust_mode_none(
self, port_row, system_row, qos_config_key, display_string):
if not hasattr(port_row, 'qos_config'):
return
qos_config = utils.get_column_data_from_row(port_row, "qos_config")
qos_override = qos_config.get(qos_config_key, None)
if qos_override is None:
return
# Cos override is not supported for dill.
if qos_config_key == qos_utils.QOS_COS_OVERRIDE_KEY:
details = "QoS " + display_string + \
" override is not currently supported."
raise ValidationError(error.VERIFICATION_FAILED, details)
qos_trust_value = self.qos_trust_port_get_value(port_row, system_row)
if qos_trust_value is None or \
qos_trust_value != qos_utils.QOS_TRUST_NONE_STRING:
details = "QoS " + display_string + \
" override is only allowed if the trust mode is 'none'."
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_modification(self, validation_args):
lease_duration = None
start_ip_address = None
end_ip_address = None
name = None
set_tag = None
match_tags = None
netmask = None
broadcast = None
prefix_len = None
net_mask = None
end_ip = None
broad_cast = None
prefixlen = None
DHCPSrv_Range_row = validation_args.resource_row
name = get_column_data_from_row(DHCPSrv_Range_row, "name")
if not dhcptftpservervalidations.is_valid_tag(name):
details = "%s is invalid." % (name)
raise ValidationError(error.VERIFICATION_FAILED, details)
start_ip_address = get_column_data_from_row(DHCPSrv_Range_row,
"start_ip_address")
if not ipaddress.is_valid_ip_address(start_ip_address):
details = "%s is invalid." % (start_ip_address)
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Range_row, "end_ip_address"):
end_ip_address = get_column_data_from_row(DHCPSrv_Range_row,
"end_ip_address")
if (end_ip_address is not None):
for ip in end_ip_address:
end_ip = ip
if (not ipaddress.is_valid_ip_address(ip)):
details = "%s is invalid." % (ip)
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Range_row, "lease_duration"):
lease_duration = get_column_data_from_row(DHCPSrv_Range_row,
"lease_duration")
if (lease_duration is not None):
for duration in lease_duration:
if (not dhcptftpservervalidations.is_valid_lease_duration(
duration)):
details = "Lease duration should be 0 for infinite or " \
"between 2-65535."
raise ValidationError(error.VERIFICATION_FAILED, details)
if (start_ip_address is not None) and \
(end_ip is not None) and \
(ipaddress.ip_type(start_ip_address) != ipaddress.ip_type(end_ip)):
details = "Invalid IP address range"
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Range_row, "set_tag"):
set_tag = get_column_data_from_row(DHCPSrv_Range_row, "set_tag")
if (set_tag is not None):
for tag in set_tag:
if (not dhcptftpservervalidations.is_valid_tag(tag)):
details = "%s is invalid." % (tag)
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Range_row, "match_tags"):
match_tags = get_column_data_from_row(DHCPSrv_Range_row,
"match_tags")
if (match_tags is not None) and \
(not dhcptftpservervalidations.is_valid_tags(match_tags)):
details = "%s is invalid." % (match_tags)
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Range_row, "netmask"):
netmask = get_column_data_from_row(DHCPSrv_Range_row, "netmask")
if (netmask is not None):
for mask in netmask:
net_mask = mask
if (not ipaddress.is_valid_netmask(mask)):
details = "%s is invalid." % (mask)
raise ValidationError(error.VERIFICATION_FAILED, details)
if (start_ip_address is not None) and \
(end_ip is not None) and \
(net_mask is not None) and \
(ipaddress.ip_type(start_ip_address) == 0) and \
(not ipaddress.is_valid_net(start_ip_address, end_ip, net_mask)):
details = "Invalid IP address range."
raise ValidationError(error.VERIFICATION_FAILED, details)
if (start_ip_address is not None) and \
(ipaddress.ip_type(start_ip_address) == 1) and \
(net_mask is not None):
details = "Error : netmask configuration not allowed for IPv6"
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Range_row, "broadcast"):
broadcast = get_column_data_from_row(DHCPSrv_Range_row,
"broadcast")
if broadcast is not None:
for b in broadcast:
broad_cast = b
if (start_ip_address is not None) and \
(ipaddress.ip_type(start_ip_address) == 0) and \
(net_mask is not None) and \
(broad_cast is not None) and \
(not ipaddress.is_valid_broadcast_addr(start_ip_address,
net_mask,
broad_cast)):
details = "%s is invalid." % (broad_cast)
raise ValidationError(error.VERIFICATION_FAILED, details)
if (start_ip_address is not None) and \
(broad_cast is not None) and \
(net_mask is None):
details = "Error : netmask must be specified before broadcast " \
"address"
raise ValidationError(error.VERIFICATION_FAILED, details)
if (start_ip_address is not None) and \
(net_mask is not None) and \
(broad_cast is not None) and \
(ipaddress.ip_type(start_ip_address) == 1):
details = "Error : broadcast address not allowed for IPv6"
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Range_row, "prefix_len"):
prefix_len = get_column_data_from_row(DHCPSrv_Range_row,
"prefix_len")
if prefix_len is not None:
for p in prefix_len:
prefixlen = p
if (start_ip_address is not None) and \
(end_ip is not None) and \
(prefixlen is not None) and \
(ipaddress.ip_type(start_ip_address) != 1):
details = "Error: prefix length configuration not allowed for IPv4"
raise ValidationError(error.VERIFICATION_FAILED, details)
def _get_subscriber_name(self, subscriber_row, idl):
return utils.get_column_data_from_row(subscriber_row,
consts.SUBSCRIBER_NAME)
def validate_trust_global_is_not_empty(self, system_row):
qos_config = utils.get_column_data_from_row(system_row, "qos_config")
qos_trust_value = qos_config.get(qos_utils.QOS_TRUST_KEY, None)
if qos_trust_value is None:
details = "The qos trust value cannot be empty."
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_modification(self, validation_args):
mac_addresses = None
set_tags = None
client_id = None
client_hostname = None
lease_duration = None
DHCPSrv_Static_Host = validation_args.resource_row
ip_address = get_column_data_from_row(DHCPSrv_Static_Host,
"ip_address")
if not ipaddress.is_valid_ip_address(ip_address):
details = "%s is an invalid IP address." % (ip_address)
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Static_Host, "mac_addresses"):
mac_addresses = get_column_data_from_row(DHCPSrv_Static_Host,
"mac_addresses")
if (mac_addresses is not None) and \
(not dhcptftpservervalidations.is_valid_mac_addresses(
mac_addresses)):
details = "Invalid MAC addresses."
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Static_Host, "set_tags"):
set_tags = get_column_data_from_row(DHCPSrv_Static_Host,
"set_tags")
if (set_tags is not None) and \
(not dhcptftpservervalidations.is_valid_tags(set_tags)):
details = "%s is invalid." % (set_tags)
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Static_Host, "client_hostname"):
client_hostname = get_column_data_from_row(DHCPSrv_Static_Host,
"client_hostname")
if (client_hostname is not None):
for hostname in client_hostname:
if (not dhcptftpservervalidations.is_valid_tag(hostname)):
details = "%s is invalid." % (hostname)
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Static_Host, "client_id"):
client_id = get_column_data_from_row(DHCPSrv_Static_Host,
"client_id")
if (client_id is not None):
for c_id in client_id:
if (not dhcptftpservervalidations.is_valid_tag(c_id)):
details = "%s is invalid." % (c_id)
raise ValidationError(error.VERIFICATION_FAILED, details)
if (mac_addresses is None) and (client_hostname is None) and \
(client_id is None):
details = "Any one of MAC address or hostname or client-id" \
" must be specified"
raise ValidationError(error.VERIFICATION_FAILED, details)
if hasattr(DHCPSrv_Static_Host, "lease_duration"):
lease_duration = get_column_data_from_row(DHCPSrv_Static_Host,
"lease_duration")
if (lease_duration is not None):
for duration in lease_duration:
if (not dhcptftpservervalidations.is_valid_lease_duration(
duration)):
details = "Lease duration should be 0 for infinite or" \
" between 2-65535."
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_trust_global_is_not_empty(self, system_row):
qos_config = utils.get_column_data_from_row(system_row, "qos_config")
qos_trust_value = qos_config.get(qos_utils.QOS_TRUST_KEY, None)
if qos_trust_value is None:
details = "The qos trust value cannot be empty."
raise ValidationError(error.VERIFICATION_FAILED, details)
def validate_deletion(self, validation_args):
vrf_row = validation_args.resource_row
vrf_name = get_column_data_from_row(vrf_row, "name")
if vrf_name == 'vrf_default':
details = "Default vrf cannot be deleted"
raise ValidationError(error.VERIFICATION_FAILED, details)
def _is_websocket_subscriber(self, subscriber_row):
subscriber_type = get_column_data_from_row(subscriber_row,
SUBSCRIBER_TYPE)
return subscriber_type == SUBSCRIBER_TYPE_WS
def validate_deletion(self, validation_args):
bridge_row = validation_args.resource_row
bridge_name = get_column_data_from_row(bridge_row, "name")
if bridge_name == 'bridge_normal':
details = "Default bridge cannot be deleted"
raise ValidationError(error.VERIFICATION_FAILED, details)
