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Regular update: 2020-07-26T12:39:26Z

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Septs 2020-07-26 20:39:26 +08:00
parent dd83999da6
commit 5d7b40b9f2
2 changed files with 20 additions and 14 deletions
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3
.scripts/generate-roa.sh
View file

@ -12,8 +12,7 @@ mkdir -p generated
mkdir -p generated/dns mkdir -p generated/dns
.scripts/dns-reverse-generator.py .scripts/dns-reverse-generator.py
cp dns/db.10.127 generated/dns cp -R dns/* generated/dns
cp dns/db.fd10.127 generated/dns
.scripts/roa.py -m "$MAX_LEN_4" -M "$MAX_LEN_6" -o generated/roa46_bird2.conf .scripts/roa.py -m "$MAX_LEN_4" -M "$MAX_LEN_6" -o generated/roa46_bird2.conf
.scripts/roa.py -m "$MAX_LEN_4" -M "$MAX_LEN_6" -4 -o generated/roa4_bird2.conf .scripts/roa.py -m "$MAX_LEN_4" -M "$MAX_LEN_6" -4 -o generated/roa4_bird2.conf

31
.scripts/roa.py
View file

@ -109,7 +109,10 @@ def route_to_roa(asn_table: dict):
) )
assert fields["name"] assert fields["name"]
assert is_neo_network(fields["prefix"]) assert is_neo_network(fields["prefix"])
assert not fields["supernet"] or (is_neo_network(fields["supernet"]) and fields["supernet"].supernet_of(fields["prefix"])) assert not fields["supernet"] or (
is_neo_network(fields["supernet"])
and fields["supernet"].supernet_of(fields["prefix"])
)
yield pick(fields, ["asn", "name", "type", "prefix", "supernet"]) yield pick(fields, ["asn", "name", "type", "prefix", "supernet"])
entities = sorted(make_route(), key=lambda item: item["asn"]) entities = sorted(make_route(), key=lambda item: item["asn"])
@ -245,7 +248,9 @@ def make_summary():
node_table = node_to_asn(set(asn_table.keys())) node_table = node_to_asn(set(asn_table.keys()))
stream = StringIO() stream = StringIO()
with redirect_stdout(stream): with redirect_stdout(stream):
print("Entity table:") print("# NeoNetwork Summary")
print()
print("## Entity table")
entity_table = tabulate( entity_table = tabulate(
( (
( (
@ -256,33 +261,33 @@ def make_summary():
for entity in entities.values() for entity in entities.values()
), ),
headers=["Name", "Email", "Telegram"], headers=["Name", "Email", "Telegram"],
tablefmt="presto", tablefmt="github",
) )
print(entity_table) print(entity_table)
print() print()
print("AS table:") print("## AS table")
as_table = tabulate( as_table = tabulate(
( (
(entity["source"], "AS{}".format(asn), entity["owner"], entity["name"]) (entity["source"], "AS{}".format(asn), entity["owner"], entity["name"])
for asn, entity in sorted(asn_table.items(), key=lambda item: item[0]) for asn, entity in sorted(asn_table.items(), key=lambda item: item[0])
), ),
headers=["Source", "ASN", "Owner", "Name"], headers=["Source", "ASN", "Owner", "Name"],
tablefmt="presto", tablefmt="github",
) )
print(as_table) print(as_table)
print() print()
print("Node table:") print("## Node table")
node_table = tabulate( node_table = tabulate(
( (
("AS{}".format(asn), name) ("AS{}".format(asn), name)
for name, asn in sorted(node_table.items(), key=lambda item: item[1]) for name, asn in sorted(node_table.items(), key=lambda item: item[1])
), ),
headers=["ASN", "Name"], headers=["ASN", "Name"],
tablefmt="presto", tablefmt="github",
) )
print(node_table) print(node_table)
print() print()
print("Peer table:") print("## Peer table")
peer_table = tabulate( peer_table = tabulate(
( (
(item.stem, downstream) (item.stem, downstream)
@ -290,12 +295,12 @@ def make_summary():
for downstream in entity["to-peer"] for downstream in entity["to-peer"]
), ),
headers=["Upstream", "Downstream"], headers=["Upstream", "Downstream"],
tablefmt="presto", tablefmt="github",
colalign=("right",), colalign=("right",),
) )
print(peer_table) print(peer_table)
print() print()
print("Route table:") print("## Route table")
route_table = tabulate( route_table = tabulate(
( (
( (
@ -308,17 +313,19 @@ def make_summary():
for entity in route_to_roa(asn_table) for entity in route_to_roa(asn_table)
), ),
headers=["ASN", "Name", "Type", "Prefix", "Supernet"], headers=["ASN", "Name", "Type", "Prefix", "Supernet"],
tablefmt="presto", tablefmt="github",
) )
print(route_table) print(route_table)
print() print()
print("Used CIDR Range:") print("## Used CIDR Range")
prefixes = netaddr.cidr_merge( prefixes = netaddr.cidr_merge(
netaddr.IPNetwork(str(entity["prefix"])) netaddr.IPNetwork(str(entity["prefix"]))
for entity in route_to_roa(asn_table) for entity in route_to_roa(asn_table)
) )
print("```")
for prefix in prefixes: for prefix in prefixes:
print(prefix) print(prefix)
print("```")
return stream.getvalue() return stream.getvalue()