# -*- coding: utf-8 -*- import unittest from io import StringIO from .util import SphinxTestApplication, test_root IP4_ADDRESSES = ["127.0.0.1", "192.168.0.1"] IP6_ADDRESSES = ["::1", "2001:dead:beef::1"] IP4_RANGES = ["172.16.0.0/24", "192.168.0.0/24"] IP6_RANGES = ["2001:dead:beef::/64", "2001:dada:b001::/64"] class TestIPExtension(unittest.TestCase): def setUp(self): if not (test_root / "_static").exists(): (test_root / "_static").mkdir() self.feed_warnfile = StringIO() self.app = SphinxTestApplication( buildername="html", warning=self.feed_warnfile, cleanenv=True ) self.app.build(force_all=True, filenames=[]) def tearDown(self): self.app.cleanup() (test_root / "_build").rmtree(True) def test_ip_domaindata(self): self.assertIn("ip", self.app.env.domaindata) ipdomdata = self.app.env.domaindata["ip"] self.assertIn("ip_refs", ipdomdata) self.assertIn("range_refs", ipdomdata) self.assertIn("range_nodes", ipdomdata) self.assertIn("ranges", ipdomdata) self.assertIn("ip_dict", ipdomdata) def find_in_index(self, entry): indexentries = self.app.env.get_domain("index").entries for index in indexentries: for value in indexentries[index]: if value[1] == entry: return self.fail("%s not found in index" % entry) def test_ip4_addresses(self): ips = self.app.env.domaindata["ip"]["ip_refs"] for ip in IP4_ADDRESSES: self.assertIn(ip, ips) self.find_in_index("IPv4 address; %s" % ip) self.find_in_index("%s; Test page 2" % ip) def test_ip6_addresses(self): ips = self.app.env.domaindata["ip"]["ip_refs"] for ip in IP6_ADDRESSES: self.assertIn(ip, ips) self.find_in_index("IPv6 address; %s" % ip) self.find_in_index("%s; Test page 2" % ip)