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@ -587,14 +587,14 @@ class IgnoreIP(LogCaptureTestCase):
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self.assertNotLogged("returned successfully")
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def testIgnoreCauseOK(self):
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ip = "93.184.215.14"
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ip = "51.159.55.100"
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for ignore_source in ["dns", "ip", "command"]:
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self.filter.logIgnoreIp(ip, True, ignore_source=ignore_source)
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self.assertLogged("[%s] Ignore %s by %s" % (self.jail.name, ip, ignore_source))
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def testIgnoreCauseNOK(self):
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self.filter.logIgnoreIp("example.com", False, ignore_source="NOT_LOGGED")
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self.assertNotLogged("[%s] Ignore %s by %s" % (self.jail.name, "example.com", "NOT_LOGGED"))
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self.filter.logIgnoreIp("fail2ban.org", False, ignore_source="NOT_LOGGED")
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self.assertNotLogged("[%s] Ignore %s by %s" % (self.jail.name, "fail2ban.org", "NOT_LOGGED"))
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class IgnoreIPDNS(LogCaptureTestCase):
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@ -607,7 +607,7 @@ class IgnoreIPDNS(LogCaptureTestCase):
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self.filter = FileFilter(self.jail)
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def testIgnoreIPDNS(self):
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for dns in ("www.epfl.ch", "example.com"):
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for dns in ("www.epfl.ch", "fail2ban.org"):
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self.filter.addIgnoreIP(dns)
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ips = DNSUtils.dnsToIp(dns)
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self.assertTrue(len(ips) > 0)
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@ -1892,22 +1892,22 @@ class GetFailures(LogCaptureTestCase):
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#unittest.F2B.SkipIfNoNetwork() ## without network it is simulated via cache in utils.
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# We should still catch failures with usedns = no ;-)
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output_yes = (
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('93.184.215.14', 1, 1124013299.0,
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['Aug 14 11:54:59 i60p295 sshd[12365]: Failed publickey for roehl from example.com port 51332 ssh2']
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('51.159.55.100', 1, 1124013299.0,
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['Aug 14 11:54:59 i60p295 sshd[12365]: Failed publickey for roehl from fail2ban.org port 51332 ssh2']
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),
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('93.184.215.14', 1, 1124013539.0,
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['Aug 14 11:58:59 i60p295 sshd[12365]: Failed publickey for roehl from ::ffff:93.184.215.14 port 51332 ssh2']
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('51.159.55.100', 1, 1124013539.0,
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['Aug 14 11:58:59 i60p295 sshd[12365]: Failed publickey for roehl from ::ffff:51.159.55.100 port 51332 ssh2']
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),
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('2606:2800:21f:cb07:6820:80da:af6b:8b2c', 1, 1124013299.0,
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['Aug 14 11:54:59 i60p295 sshd[12365]: Failed publickey for roehl from example.com port 51332 ssh2']
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('2001:bc8:1200:6:208:a2ff:fe0c:61f8', 1, 1124013299.0,
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['Aug 14 11:54:59 i60p295 sshd[12365]: Failed publickey for roehl from fail2ban.org port 51332 ssh2']
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),
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)
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if not unittest.F2B.no_network and not DNSUtils.IPv6IsAllowed():
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output_yes = output_yes[0:2]
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output_no = (
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('93.184.215.14', 1, 1124013539.0,
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['Aug 14 11:58:59 i60p295 sshd[12365]: Failed publickey for roehl from ::ffff:93.184.215.14 port 51332 ssh2']
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('51.159.55.100', 1, 1124013539.0,
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['Aug 14 11:58:59 i60p295 sshd[12365]: Failed publickey for roehl from ::ffff:51.159.55.100 port 51332 ssh2']
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)
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)
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@ -2098,10 +2098,10 @@ class DNSUtilsNetworkTests(unittest.TestCase):
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super(DNSUtilsNetworkTests, self).setUp()
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#unittest.F2B.SkipIfNoNetwork()
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## example.com IPs considering IPv6 support (without network it is simulated via cache in utils).
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## fail2ban.org IPs considering IPv6 support (without network it is simulated via cache in utils).
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EXAMPLE_ADDRS = (
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['93.184.215.14', '2606:2800:21f:cb07:6820:80da:af6b:8b2c'] if unittest.F2B.no_network or DNSUtils.IPv6IsAllowed() else \
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['93.184.215.14']
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['51.159.55.100', '2001:bc8:1200:6:208:a2ff:fe0c:61f8'] if unittest.F2B.no_network or DNSUtils.IPv6IsAllowed() else \
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['51.159.55.100']
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)
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def test_IPAddr(self):
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@ -2163,13 +2163,13 @@ class DNSUtilsNetworkTests(unittest.TestCase):
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self.assertTrue(r < ip6)
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def testUseDns(self):
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res = DNSUtils.textToIp('www.example.com', 'no')
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res = DNSUtils.textToIp('www.fail2ban.org', 'no')
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self.assertSortedEqual(res, [])
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#unittest.F2B.SkipIfNoNetwork() ## without network it is simulated via cache in utils.
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res = DNSUtils.textToIp('www.example.com', 'warn')
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res = DNSUtils.textToIp('www.fail2ban.org', 'warn')
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# sort ipaddr, IPv4 is always smaller as IPv6
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self.assertSortedEqual(res, self.EXAMPLE_ADDRS)
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res = DNSUtils.textToIp('www.example.com', 'yes')
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res = DNSUtils.textToIp('www.fail2ban.org', 'yes')
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# sort ipaddr, IPv4 is always smaller as IPv6
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self.assertSortedEqual(res, self.EXAMPLE_ADDRS)
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@ -2177,13 +2177,13 @@ class DNSUtilsNetworkTests(unittest.TestCase):
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#unittest.F2B.SkipIfNoNetwork() ## without network it is simulated via cache in utils.
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# Test hostnames
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hostnames = [
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'www.example.com',
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'www.fail2ban.org',
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'doh1.2.3.4.buga.xxxxx.yyy.invalid',
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'1.2.3.4.buga.xxxxx.yyy.invalid',
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]
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for s in hostnames:
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res = DNSUtils.textToIp(s, 'yes')
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if s == 'www.example.com':
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if s == 'www.fail2ban.org':
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# sort ipaddr, IPv4 is always smaller as IPv6
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self.assertSortedEqual(res, self.EXAMPLE_ADDRS)
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else:
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@ -2234,8 +2234,8 @@ class DNSUtilsNetworkTests(unittest.TestCase):
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self.assertEqual(IPAddr('192.0.2.0').getPTR(), '0.2.0.192.in-addr.arpa.')
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self.assertEqual(IPAddr('192.0.2.1').getPTR(), '1.2.0.192.in-addr.arpa.')
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self.assertEqual(IPAddr('2606:2800:21f:cb07:6820:80da:af6b:8b2c').getPTR(),
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'c.2.b.8.b.6.f.a.a.d.0.8.0.2.8.6.7.0.b.c.f.1.2.0.0.0.8.2.6.0.6.2.ip6.arpa.')
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self.assertEqual(IPAddr('2001:db8::1').getPTR(),
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'1.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.8.b.d.0.1.0.0.2.ip6.arpa.')
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def testIPAddr_Equal6(self):
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self.assertEqual(
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@ -2365,10 +2365,10 @@ class DNSUtilsNetworkTests(unittest.TestCase):
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def testIPAddr_CompareDNS(self):
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#unittest.F2B.SkipIfNoNetwork() ## without network it is simulated via cache in utils.
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ips = IPAddr('example.com')
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self.assertTrue(IPAddr("93.184.215.14").isInNet(ips))
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self.assertEqual(IPAddr("2606:2800:21f:cb07:6820:80da:af6b:8b2c").isInNet(ips),
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"2606:2800:21f:cb07:6820:80da:af6b:8b2c" in self.EXAMPLE_ADDRS)
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ips = IPAddr('fail2ban.org')
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self.assertTrue(IPAddr("51.159.55.100").isInNet(ips))
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self.assertEqual(IPAddr("2001:bc8:1200:6:208:a2ff:fe0c:61f8").isInNet(ips),
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"2001:bc8:1200:6:208:a2ff:fe0c:61f8" in self.EXAMPLE_ADDRS)
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def testIPAddr_wrongDNS_IP(self):
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unittest.F2B.SkipIfNoNetwork()
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@ -2376,11 +2376,11 @@ class DNSUtilsNetworkTests(unittest.TestCase):
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DNSUtils.ipToName('*')
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def testIPAddr_Cached(self):
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ips = [DNSUtils.dnsToIp('example.com'), DNSUtils.dnsToIp('example.com')]
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ips = [DNSUtils.dnsToIp('fail2ban.org'), DNSUtils.dnsToIp('fail2ban.org')]
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for ip1, ip2 in zip(ips, ips):
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self.assertEqual(id(ip1), id(ip2))
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ip1 = IPAddr('93.184.215.14'); ip2 = IPAddr('93.184.215.14'); self.assertEqual(id(ip1), id(ip2))
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ip1 = IPAddr('2606:2800:21f:cb07:6820:80da:af6b:8b2c'); ip2 = IPAddr('2606:2800:21f:cb07:6820:80da:af6b:8b2c'); self.assertEqual(id(ip1), id(ip2))
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ip1 = IPAddr('51.159.55.100'); ip2 = IPAddr('51.159.55.100'); self.assertEqual(id(ip1), id(ip2))
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ip1 = IPAddr('2001:bc8:1200:6:208:a2ff:fe0c:61f8'); ip2 = IPAddr('2001:bc8:1200:6:208:a2ff:fe0c:61f8'); self.assertEqual(id(ip1), id(ip2))
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def test_NetworkInterfacesAddrs(self):
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for withMask in (False, True):
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