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peeringdb-peeringdb/tests/test_inet.py
Stefan Pratter 5eb925e319 Support 202301 (#1329)
* fix next redirect when using U2F 2FA auth (#1191)

* Added self identifier to API

* fix migrations hierarchy after merging in previous support branch

* campus object

Co-authored-by: Stefan Pratter <stefan@20c.com>

* fix out of bound error message
add city / country to campus view

* fix tests

* relock poetry

* linting

* linting

* fix docs regen

* regen docs

* linting

* refactor self entity view to support carrier and campus object types and also make it easier to support additional object types in the future

* remove debug message

---------

Co-authored-by: Gajanan Patil <dipaksavaliya.python@gmail.com>
2023-02-15 07:55:01 +00:00

126 lines
3.8 KiB
Python

import ipaddress
import pytest
import pytest_filedata
from peeringdb_server.inet import RdapNotFoundError, renumber_ipaddress
def test_rdap_asn_lookup(rdap):
asn = rdap.get_asn(63311)
assert asn.data
assert asn.name
assert asn.emails
assert asn.org_name
assert asn.org_address
def test_rdap_asn_lookup_not_found(rdap):
with pytest.raises(RdapNotFoundError):
rdap.get_asn(65535)
def test_rdap_asn_lookup_not_found(rdap):
with pytest.raises(RdapNotFoundError):
rdap.get_asn(9999999)
def test_mocker(rdap):
with pytest_filedata.RequestsData("rdap"):
asn = rdap.get_asn(63311)
@pytest_filedata.RequestsData("rdap")
def test_arin0(rdap):
asn = rdap.get_asn(63311)
assert asn.emails == ["neteng@20c.com"]
def test_recurse_contacts(rdap):
asn = rdap.get_asn(3333)
assert rdap == asn._rdapc
assert len(asn.emails) > 1
assert len(rdap.history) > 1
@pytest.mark.parametrize(
"ip,old_prefix,new_prefix,valid",
[
# Test successes
("206.41.110.48", "206.41.110.0/24", "206.41.111.0/24", "206.41.111.48"),
("206.41.110.48", "206.41.110.0/25", "206.41.111.0/24", "206.41.111.48"),
("206.41.110.48", "206.41.110.0/25", "206.41.111.0/25", "206.41.111.48"),
("206.41.116.101", "206.41.116.0/23", "206.42.116.0/23", "206.42.116.101"),
("206.41.116.101", "206.41.116.0/23", "206.42.116.0/24", "206.42.116.101"),
("206.41.116.101", "206.41.116.0/23", "206.42.116.0/25", "206.42.116.101"),
(
"2001:504:41:110::20",
"2001:504:41:110::/64",
"2001:504:41:111::/64",
"2001:504:41:111::20",
),
(
"2001:504:41:110::20",
"2001:504:41:110::/64",
"2001:504:42:110::/60",
"2001:504:42:110::20",
),
(
"2001:504:41:110::20",
"2001:504:41:110::/64",
"2001:504:42::/48",
"2001:504:42:110::20",
),
# Test failures
("2001:504:41:110::20", "206.41.110.0/24", "206.41.111.0/24", False),
("2001:504:41:110::20", "2001:504:41:110::/64", "206.41.111.0/24", False),
("206.41.110.48", "206.41.110.0/25", "206.41.111.128/25", False),
("206.41.116.101", "206.41.116.0/23", "206.41.110.0/23", False),
],
)
def test_renumber_ipaddress(ip, old_prefix, new_prefix, valid):
ip = ipaddress.ip_address(ip)
old_prefix = ipaddress.ip_network(old_prefix)
new_prefix = ipaddress.ip_network(new_prefix)
if valid:
renumbered = renumber_ipaddress(ip, old_prefix, new_prefix)
assert renumbered.compressed == valid
else:
with pytest.raises(ValueError):
renumber_ipaddress(ip, old_prefix, new_prefix)
@pytest.mark.parametrize(
"input_str,compressed",
[
("2001:0db8::0001", "2001:db8::1"),
("2001:db8:0:0:0:0:2:1", "2001:db8::2:1"),
("2001:db8::0:1", "2001:db8::1"),
("2001:7f8:f2:e1::af21:3376:1", "2001:7f8:f2:e1:0:af21:3376:1"),
("2001:db8::1:1:1:1:1", "2001:db8:0:1:1:1:1:1"),
("2001:db8:0:0:1:0:0:1", "2001:db8::1:0:0:1"),
("2001:7F8:F2:E1:0:AF21:3376:1", "2001:7f8:f2:e1:0:af21:3376:1"),
],
ids=[
"4.1 handling leading zeros",
"4.2.1 shorten as much as possible (1)",
"4.2.1 shorten as much as possible (2)",
"4.2.2 handling one 16-bit 0 field (1)",
"4.2.2 handling one 16-bit 0 field (2)",
"4.2.3 choice in placement of ::",
"4.3 lowercase",
],
)
def test_ipaddress6_compression(input_str, compressed):
"""
Testing if the ipaddress string formatting
is compliant with RFC 5952
https://tools.ietf.org/html/rfc5952#section-4
Ids of parameters denote which rule in the spec
the test is demonstrating
"""
ipv6 = ipaddress.ip_address(input_str)
assert str(ipv6) == compressed