def format_structure(self):
# Restore the full CID of the source and destination TN interfaces
for mapping in self.mapping_tn_se_of:
for src_dst_value in self.src_dst_values:
# Domains connected through static links may not have "tn" data
if "tn" in mapping[src_dst_value]:
mapping[src_dst_value]["tn"] = self.format_verify_tn_interface(mapping[src_dst_value]["tn"])
# Remove paths where either source or destination are invalid
self.mapping_tn_se_of = FilterUtils.prune_invalid_paths(self.mapping_tn_se_of)
self.mapping_tn_se_of = FilterUtils.prune_unlinked_dpids(self.mapping_tn_se_of, self.src_of_cids, \
self.dst_of_cids, self.of_cids_check_by_auth)
return self.mapping_tn_se_of
def format_structure(self):
# Restore the full CID of the source and destination TN interfaces
for mapping in self.mapping_tn_se_of:
for src_dst_value in self.src_dst_values:
# Domains connected through static links may not have "tn" data
if "tn" in mapping[src_dst_value]:
mapping[src_dst_value][
"tn"] = self.format_verify_tn_interface(
mapping[src_dst_value]["tn"])
# Remove paths where either source or destination are invalid
self.mapping_tn_se_of = FilterUtils.prune_invalid_paths(
self.mapping_tn_se_of)
self.mapping_tn_se_of = FilterUtils.prune_unlinked_dpids(self.mapping_tn_se_of, self.src_of_cids, \
self.dst_of_cids, self.of_cids_check_by_auth)
return self.mapping_tn_se_of
def get_se_interfaces_cids(self, clean=False):
# Return a list with the component_id values for the SE interfaces
se_interfaces = set()
for se_link in self.se_links:
se_interfaces.add(
FilterUtils.get_se_interfaces_cid_from_link(se_link, clean))
return se_interfaces
def get_se_interfaces_cids(self, clean=False):
# Return a list with the component_id values for the SE interfaces
se_interfaces = set()
for se_link in self.se_links:
se_interfaces.add(
FilterUtils.get_se_interfaces_cid_from_link(se_link, clean))
return se_interfaces
def find_path_tn(self):
# Retrieve list of CIDs for TNRM interfaces
tn_interfaces_cids = self.get_tn_interfaces_cids(clean=True)
# Get proper TN interfaces for both SRC and DST TN interfaces
self.mapping_tn_se_of_src_partial = {}
self.mapping_tn_se_of_dst_partial = {}
# Get proper TN interfaces for (SRC, DST) TN interface
for src_dst_value in self.src_dst_values:
# Do a first clean of SRC and DST interface
src_dst_cid = FormatUtils.clean_tn_stp_cid(getattr(self, "%s_dom" % src_dst_value))
dst_src_tn_interface_found = False
# Playing a bit with the language to be able
# to have all the processing in a single place
for tn_interface_cid in tn_interfaces_cids:
if src_dst_cid in tn_interface_cid and src_dst_cid.startswith("urn"):
dst_src_tn_interface_found = True
break
if dst_src_tn_interface_found == True:
setattr(self, "tn_candidates_%s" % src_dst_value, [ src_dst_cid ])
else:
# Set is converted to list for easyness
list_interfaces = map(list, self.find_tn_interfaces_for_domain(src_dst_cid))[0]
# NOTE: only the first TN interface is retrieved...
# Filter by link type, if requested by user
setattr(self, "tn_candidates_%s" % src_dst_value, list(\
self.filter_tn_interfaces_by_type(list_interfaces, self.link_type)))
# Initialize structure with dictionary and append SRC and DST interfaces to the set
setattr(self, "mapping_tn_se_of_%s_partial" % src_dst_value, { "tn": set() })
for tn_candidate in getattr(self, "tn_candidates_%s" % src_dst_value):
mapping_partial = getattr(self, "mapping_tn_se_of_%s_partial" % src_dst_value)
mapping_partial["tn"].add(tn_candidate)
# Place every path into the final structure
#combinations_src_dst_stps = zip(self.mapping_tn_se_of_src_partial["tn"], self.mapping_tn_se_of_dst_partial["tn"])
# Find all possible combinations (order-independent)
src_stps = self.mapping_tn_se_of_src_partial["tn"]
dst_stps = self.mapping_tn_se_of_dst_partial["tn"]
combinations_src_dst_stps = CombinationUtils.yield_combinations_stp_pairs(src_stps, dst_stps)
# Filter out combinations whose STP have different types (i.e. NSI-GRE)
combinations_src_dst_stps_filter = []
for src_dst_stp in combinations_src_dst_stps:
stp_link_tmp = FilterUtils.ensure_same_type_tn_interfaces([src_dst_stp[0], src_dst_stp[1]])
if len(stp_link_tmp) == 2:
combinations_src_dst_stps_filter.append(stp_link_tmp)
combinations_src_dst_stps = combinations_src_dst_stps_filter
for tn_src_dst_pair in combinations_src_dst_stps:
# Tuple: 1st element (src), 2nd element (dst)
self.mapping_tn_se_of.append({"src": {"tn": tn_src_dst_pair[0]}, "dst": {"tn": tn_src_dst_pair[1]}})
def find_se_interfaces_for_domain_names(self, src_domain, dst_domain):
return FilterUtils.find_se_interfaces_for_domain_names(
self.se_links, OrgUtils.organisation_name_mappings,
src_domain, dst_domain)
def find_se_interfaces_for_tn_interface(self, tn_interface):
return FilterUtils.find_se_interfaces_for_tn_interface(
self.se_links, tn_interface)
def filter_tn_interfaces_by_type(self, tn_interfaces_cids, link_type=""):
return FilterUtils.filter_tn_interfaces_by_type(
tn_interfaces_cids, link_type)
def find_tn_interfaces_for_domain(self, domain_name):
# Given a domain name (e.g. "kddi", "aist"), find possible TN ifaces
tn_interfaces_cids = self.get_tn_interfaces_cids(clean=True)
domain_names_alt = OrgUtils.get_organisation_mappings(domain_name)
return FilterUtils.find_tn_interfaces_for_domain(
tn_interfaces_cids, domain_names_alt, domain_name)
def find_se_sdn_links_for_se_node(self,
se_node,
negative_filter=[],
possitive_filter=[""]):
return FilterUtils.find_se_sdn_links_for_se_node(
self.se_links, se_node, negative_filter, possitive_filter)
def find_sdn_interfaces_for_se_interface(self,
se_interface,
negative_filter=[],
possitive_filter=[""]):
return FilterUtils.find_sdn_interfaces_for_se_interface(
self.se_links, se_interface, negative_filter, possitive_filter)
def find_se_interfaces_for_domain_names(self, src_domain, dst_domain):
mappings = self.organisation_name_mappings
return FilterUtils.find_se_interfaces_for_domain_names(
self.se_links, mappings, src_domain, dst_domain)
def find_se_interfaces_for_tn_interface(self, tn_interface):
return FilterUtils.find_se_interfaces_for_tn_interface(
self.se_links, tn_interface)
def filter_tn_interfaces_by_type(self, tn_interfaces_cids, link_type=""):
return FilterUtils.filter_tn_interfaces_by_type(
tn_interfaces_cids, link_type)
def find_tn_interfaces_for_domain(self, domain_name):
# Given a domain name (e.g. "kddi", "aist"), find possible TN interfaces
tn_interfaces_cids = self.get_tn_interfaces_cids(clean=True)
domain_names_alt = self.get_organisation_mappings(domain_name)
return FilterUtils.find_tn_interfaces_for_domain(
tn_interfaces_cids, domain_names_alt, domain_name)
def find_sdn_interfaces_for_se_interface(self, se_interface,
negative_filter=[],
possitive_filter=[""]):
return FilterUtils.find_sdn_interfaces_for_se_interface(
self.se_links, se_interface, negative_filter, possitive_filter)
def find_se_sdn_links_for_se_node(self, se_node, negative_filter=[],
possitive_filter=[""]):
return FilterUtils.find_se_sdn_links_for_se_node(
self.se_links, se_node, negative_filter, possitive_filter)
def find_path_tn(self):
# Retrieve list of CIDs for TNRM interfaces
tn_interfaces_cids = self.get_tn_interfaces_cids(clean=True)
# Get proper TN interfaces for both SRC and DST TN interfaces
self.mapping_tn_se_of_src_partial = {}
self.mapping_tn_se_of_dst_partial = {}
# Get proper TN interfaces for (SRC, DST) TN interface
for src_dst_value in self.src_dst_values:
# Do a first clean of SRC and DST interface
src_dst_cid = FormatUtils.clean_tn_stp_cid(
getattr(self, "%s_dom" % src_dst_value))
dst_src_tn_interface_found = False
# Playing a bit with the language to be able
# to have all the processing in a single place
for tn_interface_cid in tn_interfaces_cids:
if src_dst_cid in tn_interface_cid and src_dst_cid.startswith(
"urn"):
dst_src_tn_interface_found = True
break
if dst_src_tn_interface_found == True:
setattr(self, "tn_candidates_%s" % src_dst_value,
[src_dst_cid])
else:
# Set is converted to list for easyness
list_interfaces = map(
list, self.find_tn_interfaces_for_domain(src_dst_cid))[0]
# NOTE: only the first TN interface is retrieved...
# Filter by link type, if requested by user
setattr(self, "tn_candidates_%s" % src_dst_value, list(\
self.filter_tn_interfaces_by_type(list_interfaces, self.link_type)))
# Initialize structure with dictionary and append SRC and DST interfaces to the set
setattr(self, "mapping_tn_se_of_%s_partial" % src_dst_value,
{"tn": set()})
for tn_candidate in getattr(self,
"tn_candidates_%s" % src_dst_value):
mapping_partial = getattr(
self, "mapping_tn_se_of_%s_partial" % src_dst_value)
mapping_partial["tn"].add(tn_candidate)
# Place every path into the final structure
#combinations_src_dst_stps = zip(self.mapping_tn_se_of_src_partial["tn"], self.mapping_tn_se_of_dst_partial["tn"])
# Find all possible combinations (order-independent)
src_stps = self.mapping_tn_se_of_src_partial["tn"]
dst_stps = self.mapping_tn_se_of_dst_partial["tn"]
combinations_src_dst_stps = CombinationUtils.yield_combinations_stp_pairs(
src_stps, dst_stps)
# Filter out combinations whose STP have different types (i.e. NSI-GRE)
combinations_src_dst_stps_filter = []
for src_dst_stp in combinations_src_dst_stps:
stp_link_tmp = FilterUtils.ensure_same_type_tn_interfaces(
[src_dst_stp[0], src_dst_stp[1]])
if len(stp_link_tmp) == 2:
combinations_src_dst_stps_filter.append(stp_link_tmp)
combinations_src_dst_stps = combinations_src_dst_stps_filter
for tn_src_dst_pair in combinations_src_dst_stps:
# Tuple: 1st element (src), 2nd element (dst)
self.mapping_tn_se_of.append({
"src": {
"tn": tn_src_dst_pair[0]
},
"dst": {
"tn": tn_src_dst_pair[1]
}
})
