def check_map_vs_map(m1: Map, m2: Map):
node_ids1 = set(m1.get_all_node_ids())
node_ids2 = set(m2.get_all_node_ids())
common_node_ids = node_ids1.intersection(node_ids2)
for node_id in common_node_ids:
print(node_id)
assert len(
common_node_ids
) == 0, f'{m1.get_name()} contains {len(common_node_ids)} common node ids with {m2.get_name()}!'
def check_map_vs_region(m1: Map, r2: Region):
node_ids1 = set(m1.get_all_node_ids())
node_ids2 = set(r2.get_node_ids())
common_node_ids = node_ids1.intersection(node_ids2)
for node_id in common_node_ids:
print(node_id)
assert len(
common_node_ids
) == 0, f'{m1.get_name()} contains {len(common_node_ids)} common node ids with {r2.map.get_name()}.{r2.get_name()}!'
def check_map(m: Map):
node_ids = m.get_all_node_ids()
dupes = dupes_in_list(node_ids)
for node_id in dupes:
print(node_id)
assert len(dupes) == 0, f'{m.get_name()} contains duplicate node ids!'