def __group_peers_by_domain(self):
for peer in self.peers_info:
filter_params = {
"_id": peer.get("_id"),
}
domain_peer = db_sync_manager.get_domain_info(filter_params)
peer_domain_urn = domain_peer.get("domain_urn")
authority = URNUtils.get_felix_authority_from_urn(peer_domain_urn)
# If authority (domain name) does not exist yet, create
if not self.peers_by_domain.get(authority):
self.peers_by_domain[authority] = []
# Extend list of peers with new one
self.peers_by_domain[authority].append(peer_domain_urn)
# Stores last_update_time for the physical topology
# on a given domain
try:
last_update_time = self._get_timestamp()
db_sync_manager.store_physical_info(peer_domain_urn,
last_update_time)
except Exception as e:
logger.error(
"Error storing last_update_time for phy-topology.")
logger.error("Exception: %s" % e)
# XXX: (M)MS assumes one TNRM per island
# With this, (M)MS receives at least one TNRM per island
type_resource_peer_tnrm = self.urn_type_resources_variations.get(
"tnrm")
for peer in self.peers:
filter_params = {
"_ref_peer": peer.get("_id"),
}
domain_peer = db_sync_manager.get_domain_info(filter_params)
peer_domain_urn = domain_peer.get("domain_urn")
peer_is_tnrm = any(
[rt in peer_domain_urn for rt in type_resource_peer_tnrm])
# MRO: TNRM added at this level. Use information from peer to add it as a TNRM per domain
if peer_is_tnrm:
# Add the TNRM peer to each authority that does not have it yet
for authority in self.peers_by_domain:
if peer_domain_urn not in self.peers_by_domain.get(
authority):
self.peers_by_domain[authority].append(peer_domain_urn)
def __group_peers_by_domain(self):
for peer in self.peers_info:
filter_params = {"_id": peer.get("_id")}
domain_peer = db_sync_manager.get_domain_info(filter_params)
peer_domain_urn = domain_peer.get("domain_urn")
authority = URNUtils.get_felix_authority_from_urn(peer_domain_urn)
# If authority (domain name) does not exist yet, create
if not self.peers_by_domain.get(authority):
self.peers_by_domain[authority] = []
# Extend list of peers with new one
self.peers_by_domain[authority].append(peer_domain_urn)
# Stores last_update_time for the physical topology
# on a given domain
try:
last_update_time = self._get_timestamp()
db_sync_manager.store_physical_info(peer_domain_urn,
last_update_time)
except Exception as e:
logger.error("Error storing last_update_time in phy-topology.")
logger.error("Exception: %s" % e)
# XXX: (M)MS assumes one TNRM per island
# With this, (M)MS receives at least one TNRM per island
type_resource_peer_tnrm = \
self.urn_type_resources_variations.get("tnrm")
for peer in self.peers:
filter_params = {"_ref_peer": peer.get("_id")}
domain_peer = db_sync_manager.get_domain_info(filter_params)
peer_domain_urn = domain_peer.get("domain_urn")
peer_is_tnrm = any(
[rt in peer_domain_urn for rt in type_resource_peer_tnrm])
# MRO: TNRM added at this level. Use information from peer to add
# it as a TNRM per domain
if peer_is_tnrm:
# Add the TNRM peer to each authority that does not have it yet
for authority in self.peers_by_domain:
if peer_domain_urn not in self.\
peers_by_domain.get(authority):
self.peers_by_domain[authority].append(peer_domain_urn)
def do_action(self):
self.debug("Configured peers=%d" % (len(self.peers)))
nodes = []
links = []
for peer in self.peers:
self.debug("Peer=%s" % (peer, ))
result, self.adaptor_uri = self.__get_resources(peer)
if result is None:
self.error(
"Peer is not returning any resource via ListResources!")
continue
# Decode the Adv RSpec per RM (RO level)
if peer.get("type") == self.allowed_peers.get("PEER_CRM"):
(nodes, links) = self.__decode_com_rspec(result)
self.__store_com_resources(peer.get("_id"), nodes, links)
elif peer.get("type") == self.allowed_peers.get("PEER_SDNRM"):
(nodes, links) = self.__decode_sdn_rspec(result)
self.__store_sdn_resources(peer.get("_id"), nodes, links)
elif peer.get("type") == self.allowed_peers.get("PEER_SERM"):
(nodes, links) = self.__decode_se_rspec(result)
self.__store_se_resources(peer.get("_id"), nodes, links)
elif peer.get("type") == self.allowed_peers.get("PEER_TNRM"):
(nodes, links) = self.__decode_tn_rspec(result)
self.__store_tn_resources(peer.get("_id"), nodes, links)
# Decode the Adv RSpec per RO (MRO level)
elif peer.get("type") == self.allowed_peers.get("PEER_RO"):
# we need to manage different kind of resorces here,
# potentially c,sdn,se,tn in the same RSpec
(nodes,
links) = self.__manage_ro_resources(result, peer.get("_id"))
else:
self.error("Unknown peer type=%s" % (peer.get("type"), ))
##
# Physical Monitoring
#
# Store mapping <domain URN: adaptor URI> for identification
# later on
# The second is retrieved by examinining its resources (valid for RM only)
try:
# Nodes and links received for either RO and MRO levels.
# Use a set to expel the repeated URNs.
set_component_ids = set()
for node in nodes:
if node.get("component_manager_id"):
set_component_ids.add(node.get("component_manager_id"))
elif node.get("component_id"):
set_component_ids.add(node.get("component_id"))
list_urns = list(set_component_ids)
for urn in list_urns:
self.__set_domain_component_id(urn)
db_sync_manager.store_domain_info(self.adaptor_uri,
self.domain_urn)
self.debug("Storing mapping <%s:%s> for domain info" %
(self.adaptor_uri, self.domain_urn))
except Exception as e:
self.error("Error storing mapping domain_urn:resource_rm.")
self.error("Exception: %s" % e)
# Stores last_update_time for the physical topology
# on a given domain
try:
last_update_time = self.__get_timestamp()
db_sync_manager.store_physical_info(self.domain_urn,
last_update_time)
except Exception as e:
self.error("Error storing last_update_time for phy-topology.")
self.error("Exception: %s" % e)
def do_action(self):
self.debug("Configured peers=%d" % (len(self.peers)))
nodes = []
links = []
for peer in self.peers:
self.debug("Peer=%s" % (peer,))
result, self.adaptor_uri = self.__get_resources(peer)
if result is None:
self.error("Peer is not returning any resource via ListResources!")
continue
# Decode the Adv RSpec per RM (RO level)
if peer.get("type") == self.allowed_peers.get("PEER_CRM"):
(nodes, links) = self.__decode_com_rspec(result)
self.__store_com_resources(peer.get("_id"), nodes, links)
elif peer.get("type") == self.allowed_peers.get("PEER_SDNRM"):
(nodes, links) = self.__decode_sdn_rspec(result)
self.__store_sdn_resources(peer.get("_id"), nodes, links)
elif peer.get("type") == self.allowed_peers.get("PEER_SERM"):
(nodes, links) = self.__decode_se_rspec(result)
self.__store_se_resources(peer.get("_id"), nodes, links)
elif peer.get("type") == self.allowed_peers.get("PEER_TNRM"):
(nodes, links) = self.__decode_tn_rspec(result)
self.__store_tn_resources(peer.get("_id"), nodes, links)
# Decode the Adv RSpec per RO (MRO level)
elif peer.get("type") == self.allowed_peers.get("PEER_RO"):
# we need to manage different kind of resorces here,
# potentially c,sdn,se,tn in the same RSpec
(nodes, links) = self.__manage_ro_resources(result, peer.get("_id"))
else:
self.error("Unknown peer type=%s" % (peer.get("type"),))
##
# Physical Monitoring
#
# Store mapping <domain URN: adaptor URI> for identification
# later on
# The second is retrieved by examinining its resources (valid for RM only)
try:
# Nodes and links received for either RO and MRO levels.
# Use a set to expel the repeated URNs.
set_component_ids = set()
for node in nodes:
if node.get("component_manager_id"):
set_component_ids.add(node.get("component_manager_id"))
elif node.get("component_id"):
set_component_ids.add(node.get("component_id"))
list_urns = list(set_component_ids)
for urn in list_urns:
self.__set_domain_component_id(urn)
db_sync_manager.store_domain_info(self.adaptor_uri,
self.domain_urn)
self.debug("Storing mapping <%s:%s> for domain info" %
(self.adaptor_uri, self.domain_urn))
except Exception as e:
self.error("Error storing mapping domain_urn:resource_rm.")
self.error("Exception: %s" % e)
# Stores last_update_time for the physical topology
# on a given domain
try:
last_update_time = self.__get_timestamp()
db_sync_manager.store_physical_info(self.domain_urn,
last_update_time)
except Exception as e:
self.error("Error storing last_update_time for phy-topology.")
self.error("Exception: %s" % e)
