def print_db_delta_adj(
self, key, value, kvstore_adj_node_names, decision_adj_dbs, json
):
""" Returns status code. 0 = success, 1 = failure"""
kvstore_adj_db = deserialize_thrift_object(
value.value, lsdb_types.AdjacencyDatabase
)
node_name = kvstore_adj_db.thisNodeName
kvstore_adj_node_names.add(node_name)
if node_name not in decision_adj_dbs:
print(
printing.render_vertical_table(
[["node {}'s adj db is missing in Decision".format(node_name)]]
)
)
return 1
decision_adj_db = decision_adj_dbs[node_name]
return_code = 0
if json:
tags = ("in_decision", "in_kvstore", "changed_in_decision_and_kvstore")
adj_list_deltas = utils.find_adj_list_deltas(
decision_adj_db.adjacencies, kvstore_adj_db.adjacencies, tags=tags
)
deltas_json, return_code = utils.adj_list_deltas_json(
adj_list_deltas, tags=tags
)
if return_code:
utils.print_json(deltas_json)
else:
lines = utils.sprint_adj_db_delta(kvstore_adj_db, decision_adj_db)
if lines:
print(
printing.render_vertical_table(
[
[
"node {}'s adj db in Decision out of sync with "
"KvStore's".format(node_name)
]
]
)
)
print("\n".join(lines))
return_code = 1
return return_code
def test_find_adj_list_deltas(self):
adjs_old = [
self.create_adjacency("nodeA", "ifaceX", metric=10),
self.create_adjacency("nodeA", "ifaceY", metric=10),
self.create_adjacency("nodeB", "ifaceX", metric=10),
self.create_adjacency("nodeC", "ifaceX", metric=10),
]
adjs_new = [
self.create_adjacency("nodeA", "ifaceX", metric=10),
self.create_adjacency("nodeB", "ifaceX", metric=20),
self.create_adjacency("nodeD", "ifaceX", metric=10),
]
delta_list = find_adj_list_deltas(adjs_old, adjs_new)
self.assertEqual(4, len(delta_list))
d1, d2, d3, d4 = delta_list
self.assertEqual(("NEIGHBOR_DOWN", adjs_old[1], None), d1)
self.assertEqual(("NEIGHBOR_DOWN", adjs_old[3], None), d2)
self.assertEqual(("NEIGHBOR_UP", None, adjs_new[2]), d3)
self.assertEqual(("NEIGHBOR_UPDATE", adjs_old[2], adjs_new[1]), d4)
def print_db_delta(self, key, value, kvstore_adj_node_names,
kvstore_prefix_node_names, decision_adj_dbs,
decision_prefix_dbs, json):
''' Returns status code. 0 = success, 1 = failure'''
if key.startswith(Consts.ADJ_DB_MARKER):
kvstore_adj_db = deserialize_thrift_object(
value.value, lsdb_types.AdjacencyDatabase)
node_name = kvstore_adj_db.thisNodeName
kvstore_adj_node_names.add(node_name)
if node_name not in decision_adj_dbs:
print(
printing.render_vertical_table([[
"node {}'s adj db is missing in Decision".format(
node_name)
]]))
return 1
decision_adj_db = decision_adj_dbs[node_name]
return_code = 0
if json:
tags = ('in_decision', 'in_kvstore',
'changed_in_decision_and_kvstore')
adj_list_deltas = utils.find_adj_list_deltas(
decision_adj_db.adjacencies,
kvstore_adj_db.adjacencies,
tags=tags)
deltas_json, return_code = utils.adj_list_deltas_json(
adj_list_deltas, tags=tags)
if return_code:
utils.print_json(deltas_json)
else:
lines = utils.sprint_adj_db_delta(kvstore_adj_db,
decision_adj_db)
if lines:
print(
printing.render_vertical_table([[
"node {}'s adj db in Decision out of sync with KvStore's"
.format(node_name)
]]))
print("\n".join(lines))
return_code = 1
return return_code
if key.startswith(Consts.PREFIX_DB_MARKER):
kvstore_prefix_db = deserialize_thrift_object(
value.value, lsdb_types.PrefixDatabase)
node_name = kvstore_prefix_db.thisNodeName
kvstore_prefix_node_names.add(node_name)
if node_name not in decision_prefix_dbs:
print(
printing.render_vertical_table([[
"node {}'s prefix db is missing in Decision".format(
node_name)
]]))
return 1
decision_prefix_db = decision_prefix_dbs[node_name]
decision_prefix_set = {}
utils.update_global_prefix_db(decision_prefix_set,
decision_prefix_db)
lines = utils.sprint_prefixes_db_delta(decision_prefix_set,
kvstore_prefix_db)
if lines:
print(
printing.render_vertical_table([[
"node {}'s prefix db in Decision out of sync with KvStore's"
.format(node_name)
]]))
print("\n".join(lines))
return 1
return 0
