def update_topology_defaults(top_id, data, user=""):
serializer = TopologyPostDefaultsSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
BaseTopology.get_object(top_id, user).update_defaults(serializer.data)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def add_topology_link(top_id, data, user=""):
serializer = LinkPostSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
BaseTopology.get_object(top_id, user).add_link(serializer.data)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def update_topology_defaults(top_id, data, user=""):
serializer = TopologyPostDefaultsSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
BaseTopology.get_object(top_id, user).update_defaults(serializer.data)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def add_topology_link(top_id, data, user=""):
serializer = LinkPostSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
BaseTopology.get_object(top_id, user).add_link(serializer.data)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def update_topology_switch(top_id, switch_id, data, user=""):
serializer = TopologySwitchPutSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
BaseTopology.get_object(top_id,
user).update_switch(switch_id, serializer.data)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def update_topology_switch(top_id, switch_id, data, user=""):
serializer = TopologySwitchPutSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
BaseTopology.get_object(top_id, user).update_switch(switch_id,
serializer.data)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def update_switch(fab_id, switch_id, data, user):
switch = Switch.objects.get(pk=switch_id)
# check if switch is already booted
if switch.boot_detail:
if any([switch.name != data[NAME], switch.model.id != data[MODEL], switch.serial_num != data[SERIAL_NUM]]):
raise IgniteException(ERR_NO_NAME_CHANGE)
# check if switch already exists with new name
# switch name is searched across all fabrics
if (switch.name != data[NAME] and
Switch.objects.filter(topology__is_fabric=True, dummy=False,
name=data[NAME])):
raise IgniteException(ERR_SW_NAME_IN_USE)
switch.name = data[NAME]
# check if switch already exists with new serial num
# note: serial numbers are unique across fabrics
if (data[SERIAL_NUM] and switch.serial_num != data[SERIAL_NUM] and
Switch.objects.filter(dummy=False, serial_num=data[SERIAL_NUM])):
raise IgniteException(ERR_SERIAL_NUM_IN_USE)
# check if serial_num exists in discovery rules
find_dup_serial_discovery([data[SERIAL_NUM]])
switch.serial_num = data[SERIAL_NUM]
new_model = get_switch(data[MODEL])
# is there a change in model?
change = True if new_model != switch.model else False
logger.debug("%schange in switch model", "no " if not change else "")
# save new values
switch.model = new_model
switch.image_profile = (image.get_profile(data[IMAGE_PROFILE])
if data[IMAGE_PROFILE] else None)
switch.config_profile = (config.get_profile(data[CONFIG_PROFILE])
if data[CONFIG_PROFILE] else None)
switch.feature_profile = (feature.get_profile(data[FEATURE_PROFILE])
if data[FEATURE_PROFILE] else None)
switch.workflow = (workflow.get_workflow(data[WORKFLOW])
if data[WORKFLOW] else None)
switch.save()
if change:
BaseTopology.get_object(fab_id, user).update_model(switch)
else:
Fabric.objects.filter(pk=fab_id).update(updated_by=user)
def add_topology(data, user=""):
serializer = TopologyPostSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
top = BaseTopology.create_object(serializer.data[MODEL_NAME])
serializer = TopologySerializer(top.add_topology(serializer.data, user))
return serializer.data
def add_topology(data, user=""):
serializer = TopologyPostSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
top = BaseTopology.create_object(serializer.data[MODEL_NAME])
serializer = TopologySerializer(top.add_topology(serializer.data, user))
return serializer.data
def get_instance_value(instance_value, switch, switch_name):
logger.debug("Get Instance value for %s" % instance_value)
if instance_value == HOST_NAME:
if switch:
return switch.name
return switch_name
if instance_value == VPC_PEER_SRC:
if not switch.mgmt_ip:
raise IgniteException("%s- %s"
% (ERR_MGMT_IP_NOT_DETERMINED,
switch.name))
return switch.mgmt_ip
if not switch.topology:
raise IgniteException("%s- %s"
% (ERR_SWITCH_FABRIC_NOT_DETERMINED,
switch.name))
topo = BaseTopology.get_object(switch.topology.id)
if instance_value == VPC_PEER_DST:
peer_switch = topo.get_vpc_peer_switch(switch)
if not peer_switch.mgmt_ip:
if not switch.mgmt_ip:
raise IgniteException("%s- %s"
% (ERR_MGMT_IP_NOT_DETERMINED,
switch.name))
return get_peer_mgmt_ip(switch, peer_switch)
else:
if not peer_switch.mgmt_ip:
raise IgniteException("%s- %s"
% (ERR_PEER_MGMT_IP_NOT_DETERMINED,
switch.name))
return peer_switch.mgmt_ip
if instance_value == VPC_PEER_PORTS:
return (topo.get_vpc_peer_ports(switch))
if instance_value == UPLINK_PORTS:
return (topo.get_uplink_ports(switch))
if instance_value == DOWNLINK_PORTS:
return (topo.get_downlink_ports(switch))
raise IgniteException("%s- %s Instance %s"
% (ERR_FAILED_TO_GET_INSTANCE_PARAM_VALUE,
switch.name, instance_value))
def get_instance_value(instance_value, switch, switch_name):
logger.debug("Get Instance value for %s" % instance_value)
if instance_value == HOST_NAME:
if switch:
return switch.name
return switch_name
if instance_value == VPC_PEER_SRC:
if not switch.mgmt_ip:
raise IgniteException("%s- %s" %
(ERR_MGMT_IP_NOT_DETERMINED, switch.name))
return switch.mgmt_ip
if not switch.topology:
raise IgniteException("%s- %s" %
(ERR_SWITCH_FABRIC_NOT_DETERMINED, switch.name))
topo = BaseTopology.get_object(switch.topology.id)
if instance_value == VPC_PEER_DST:
peer_switch = topo.get_vpc_peer_switch(switch)
if not peer_switch.mgmt_ip:
if not switch.mgmt_ip:
raise IgniteException(
"%s- %s" % (ERR_MGMT_IP_NOT_DETERMINED, switch.name))
return get_peer_mgmt_ip(switch, peer_switch)
else:
if not peer_switch.mgmt_ip:
raise IgniteException(
"%s- %s" % (ERR_PEER_MGMT_IP_NOT_DETERMINED, switch.name))
return peer_switch.mgmt_ip
if instance_value == VPC_PEER_PORTS:
return (topo.get_vpc_peer_ports(switch))
if instance_value == UPLINK_PORTS:
return (topo.get_uplink_ports(switch))
if instance_value == DOWNLINK_PORTS:
return (topo.get_downlink_ports(switch))
raise IgniteException(
"%s- %s Instance %s" %
(ERR_FAILED_TO_GET_INSTANCE_PARAM_VALUE, switch.name, instance_value))
def get_fabric(fab_id):
# get topology info, then add fabric info
top = BaseTopology.get_topology(fab_id)
top.site = top.fabric.site
return top
def delete_topology_link(top_id, link_id, user=""):
BaseTopology.get_object(top_id, user).delete_link(link_id)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def delete_topology_switch(top_id, switch_id, user=""):
BaseTopology.get_object(top_id, user).delete_switch(switch_id)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def set_submit(fab_id, data, user):
BaseTopology.set_submit(fab_id, data, user)
def get_all_topologies(submit):
top_list = BaseTopology.get_all_topologies(submit)
serializer = TopologyBriefSerializer(top_list, many=True)
return serializer.data
def add_link(fab_id, data, user):
BaseTopology.get_object(fab_id, user).add_link(data)
def update_link(fab_id, link_id, data, user):
BaseTopology.get_object(fab_id, user).update_link(link_id, data)
def delete_switch(fab_id, switch_id, user):
BaseTopology.get_object(fab_id, user).delete_switch(switch_id)
def clear_topology(top_id, user=""):
BaseTopology.clear_topology(top_id, user)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def get_topology_detail(fab_id):
return BaseTopology.get_topology_detail(fab_id)
def get_all_switches(fab_id, build=True):
return BaseTopology.get_object(fab_id).get_all_switches(build)
def update_defaults(fab_id, data, user):
BaseTopology.get_object(fab_id, user).update_defaults(data)
def add_switches(fab_id, data, user):
BaseTopology.get_object(fab_id, user).add_switches(data)
def get_all_topologies(submit):
top_list = BaseTopology.get_all_topologies(submit)
serializer = TopologyBriefSerializer(top_list, many=True)
return serializer.data
def decommission_switch(fab_id, switch_id, user):
BaseTopology.get_object(fab_id, user).decommission_switch(switch_id)
def update_link(fab_id, link_id, data, user):
BaseTopology.get_object(fab_id, user).update_link(link_id, data)
def set_submit(fab_id, data, user):
BaseTopology.set_submit(fab_id, data, user)
def get_topology(top_id):
top = BaseTopology.get_topology(top_id)
serializer = TopologySerializer(top)
return serializer.data
def add_switches(fab_id, data, user):
BaseTopology.get_object(fab_id, user).add_switches(data)
def delete_topology(top_id):
BaseTopology.delete_topology(top_id)
def get_topology(top_id):
top = BaseTopology.get_topology(top_id)
serializer = TopologySerializer(top)
return serializer.data
def delete_link(fab_id, link_id, user):
BaseTopology.get_object(fab_id, user).delete_link(link_id, True)
def update_topology_name(top_id, data, user=""):
serializer = NameSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
BaseTopology.update_topology_name(top_id, serializer.data, user)
def update_topology_name(top_id, data, user=""):
serializer = NameSerializer(data=data)
if not serializer.is_valid():
raise IgniteException(serializer.errors)
BaseTopology.update_topology_name(top_id, serializer.data, user)
def delete_fabric(fab_id):
BaseTopology.delete_topology(fab_id)
def delete_topology(top_id):
BaseTopology.delete_topology(top_id)
def get_fabric(fab_id):
# get topology info, then add fabric info
top = BaseTopology.get_topology(fab_id)
top.site = top.fabric.site
top.maintenance_group_count = maintenance_group_count(fab_id)
return top
def update_switch(fab_id, switch_id, data, user):
switch = Switch.objects.get(pk=switch_id)
# check if switch is already booted
if switch.boot_detail:
if data[CONFIG_TYPE] == RUNNING_CONFIG:
logger.debug("input config type- " + data[CONFIG_TYPE])
if SwitchConfig.objects.filter(switch_id=switch_id):
switch.config_type = data[CONFIG_TYPE]
else:
logger.error(ERR_RUN_CONFIG_NOT_AVAL)
raise IgniteException(ERR_RUN_CONFIG_NOT_AVAL)
else:
switch.config_type = data[CONFIG_TYPE]
if any([
switch.name != data[NAME], switch.model.id != data[MODEL],
switch.serial_num != data[SERIAL_NUM]
]):
raise IgniteException(ERR_NO_NAME_CHANGE)
# check if switch already exists with new name
# switch name is searched across all fabrics
if (switch.name != data[NAME] and Switch.objects.filter(
topology__is_fabric=True, dummy=False, name=data[NAME])):
raise IgniteException(ERR_SW_NAME_IN_USE)
switch.name = data[NAME]
# check if switch already exists with new serial num
# note: serial numbers are unique across fabrics
if (data[SERIAL_NUM] and switch.serial_num != data[SERIAL_NUM] and
Switch.objects.filter(dummy=False, serial_num=data[SERIAL_NUM])):
raise IgniteException(ERR_SERIAL_NUM_IN_USE)
# check if serial_num exists in discovery rules
find_dup_serial_discovery([data[SERIAL_NUM]])
switch.serial_num = data[SERIAL_NUM]
new_model = get_switch(data[MODEL])
# is there a change in model?
change = True if new_model != switch.model else False
logger.debug("%schange in switch model", "no " if not change else "")
if change:
if data[MODEL] == 1:
logger.debug("Unknown switch model can not be assigned")
raise IgniteException(ERR_CAN_NOT_ASSIGN_UNKOWN_MODEL)
# save new values
switch.model = new_model
switch.image_profile = (image.get_profile(data[IMAGE_PROFILE])
if data[IMAGE_PROFILE] else None)
switch.config_profile = (config.get_profile(data[CONFIG_PROFILE])
if data[CONFIG_PROFILE] else None)
switch.feature_profile = (feature.get_profile(data[FEATURE_PROFILE])
if data[FEATURE_PROFILE] else None)
switch.workflow = (workflow.get_workflow(data[WORKFLOW])
if data[WORKFLOW] else None)
switch.save()
if change:
BaseTopology.get_object(fab_id, user).update_model(switch)
else:
Fabric.objects.filter(pk=fab_id).update(updated_by=user)
def set_topology_submit(top_id, user):
BaseTopology.set_submit(top_id, True, user)
def delete_topology_switch(top_id, switch_id, user=""):
BaseTopology.get_object(top_id, user).delete_switch(switch_id)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def delete_fabric(fab_id):
BaseTopology.delete_topology(fab_id)
def get_all_switches(fab_id, build=True):
return BaseTopology.get_object(fab_id).get_all_switches(build)
def delete_switch(fab_id, switch_id, user):
BaseTopology.get_object(fab_id, user).delete_switch(switch_id)
def get_fabric(fab_id):
# get topology info, then add fabric info
top = BaseTopology.get_topology(fab_id)
top.site = top.fabric.site
top.maintenance_group_count = maintenance_group_count(fab_id)
return top
def add_link(fab_id, data, user):
BaseTopology.get_object(fab_id, user).add_link(data)
def set_topology_submit(top_id, user):
BaseTopology.set_submit(top_id, True, user)
def delete_link(fab_id, link_id, user):
BaseTopology.get_object(fab_id, user).delete_link(link_id, True)
def clear_topology(top_id, user=""):
BaseTopology.clear_topology(top_id, user)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
def update_defaults(fab_id, data, user):
BaseTopology.get_object(fab_id, user).update_defaults(data)
def decommission_switch(fab_id, switch_id, user):
BaseTopology.get_object(fab_id, user).decommission_switch(switch_id)
def get_topology_detail(fab_id):
return BaseTopology.get_topology_detail(fab_id)
def delete_topology_link(top_id, link_id, user=""):
BaseTopology.get_object(top_id, user).delete_link(link_id)
serializer = TopologySerializer(BaseTopology.get_topology(top_id))
return serializer.data
