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457 lines
22 KiB
Python
457 lines
22 KiB
Python
# This file is part of Ansible
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#
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# Ansible is free software: you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation, either version 3 of the License, or
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# (at your option) any later version.
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#
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# Ansible is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License
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# along with Ansible. If not, see <http://www.gnu.org/licenses/>.
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# Make coding more python3-ish
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from __future__ import (absolute_import, division, print_function)
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__metaclass__ = type
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from ansible.compat.tests import unittest
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from ansible.plugins.filter.ipaddr import (ipaddr, _netmask_query, nthhost, next_nth_usable,
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previous_nth_usable, network_in_usable, network_in_network)
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class TestIpFilter(unittest.TestCase):
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def test_netmask(self):
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address = '1.1.1.1/24'
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self.assertEqual(ipaddr(address, 'netmask'), '255.255.255.0')
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address = '1.1.1.1/25'
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self.assertEqual(ipaddr(address, 'netmask'), '255.255.255.128')
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address = '1.12.1.34/32'
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self.assertEqual(ipaddr(address, 'netmask'), '255.255.255.255')
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def test_network(self):
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# Unfixable in current state
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# address = '1.12.1.34/32'
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# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
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# address = '1.12.1.34/255.255.255.255'
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# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
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# address = '1.12.1.34'
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# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
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# address = '1.12.1.35/31'
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# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
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address = '1.12.1.34/24'
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self.assertEqual(ipaddr(address, 'network'), '1.12.1.0')
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def test_broadcast(self):
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address = '1.12.1.34/24'
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self.assertEqual(ipaddr(address, 'broadcast'), '1.12.1.255')
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address = '1.12.1.34/16'
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self.assertEqual(ipaddr(address, 'broadcast'), '1.12.255.255')
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address = '1.12.1.34/27'
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self.assertEqual(ipaddr(address, 'broadcast'), '1.12.1.63')
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address = '1.12.1.34/32'
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self.assertEqual(ipaddr(address, 'broadcast'), None)
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address = '1.12.1.35/31'
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self.assertEqual(ipaddr(address, 'broadcast'), None)
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def test_first_usable(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.1')
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address = '1.12.1.36/24'
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self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.1')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'first_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.33')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.33')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.36')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.36')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'first_usable'), None)
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def test_last_usable(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'last_usable'), '1.12.1.254')
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address = '1.12.1.36/24'
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self.assertEqual(ipaddr(address, 'last_usable'), '1.12.1.254')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'last_usable'), '1.12.1.46')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'last_usable'), '1.12.1.46')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'last_usable'), '1.12.1.37')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'last_usable'), '1.12.1.37')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'last_usable'), None)
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def test_wildcard(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.255')
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.127')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.15')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.15')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.1')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.1')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.0')
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.255')
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def test_size_usable(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'size_usable'), 254)
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'size_usable'), 126)
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'size_usable'), 14)
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'size_usable'), 14)
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'size_usable'), 2)
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'size_usable'), 2)
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'size_usable'), 0)
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'size_usable'), 254)
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def test_range_usable(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.1-1.12.1.254')
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.1-1.12.1.126')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.33-1.12.1.46')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.33-1.12.1.46')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.36-1.12.1.37')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.36-1.12.1.37')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'range_usable'), None)
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.1-1.12.1.254')
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def test_address_prefix(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'address/prefix'), None)
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'address/prefix'), None)
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.36/28')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.36/28')
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# address = '1.12.1.36/31'
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# self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.36/31') - unfixable?
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# address = '1.12.1.37/31'
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# self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.37/31') - unfixable?
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'address/prefix'), None)
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.254/24')
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def test_ip_prefix(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'ip/prefix'), None)
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'ip/prefix'), None)
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'ip/prefix'), '1.12.1.36/28')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'ip/prefix'), '1.12.1.36/28')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'ip/prefix'), '1.12.1.36/31')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'ip/prefix'), '1.12.1.37/31')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'ip/prefix'), None)
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'ip/prefix'), '1.12.1.254/24')
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def test_ip_netmask(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'ip_netmask'), None)
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'ip_netmask'), None)
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.36 255.255.255.240')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.36 255.255.255.240')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.36 255.255.255.254')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.37 255.255.255.254')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'ip_netmask'), None)
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.254 255.255.255.0')
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'''
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def test_ip_wildcard(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'ip_wildcard'), None)
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'ip_wildcard'), None)
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#address = '1.12.1.34'
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#self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'ip_wildcard'), '1.12.1.36 0.0.0.15')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'ip_wildcard'), '1.12.1.36 0.0.0.15')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'ip_wildcard'), '1.12.1.36 0.0.0.1')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'ip_wildcard'), '1.12.1.37 0.0.0.1')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'ip_wildcard'), None)
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'ip_wildcard'), '1.12.1.254 0.0.0.255')
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'''
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def test_network_id(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'network_id'), '1.12.1.0')
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'network_id'), '1.12.1.0')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'network_id'), '1.12.1.32')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'network_id'), '1.12.1.32')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'network_id'), '1.12.1.36')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'network_id'), '1.12.1.36')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'network_id'), '1.12.1.36')
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'network_id'), '1.12.1.0')
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def test_network_prefix(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.0/24')
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.0/25')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.32/28')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.32/28')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.36/31')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.36/31')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.36/32')
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.0/24')
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def test_network_netmask(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.0 255.255.255.0')
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.0 255.255.255.128')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.32 255.255.255.240')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.32 255.255.255.240')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.36 255.255.255.254')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.36 255.255.255.254')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.36 255.255.255.255')
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.0 255.255.255.0')
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def test_network_wildcard(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'network_wildcard'), '1.12.1.0 0.0.0.255')
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address = '1.12.1.0/25'
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self.assertEqual(ipaddr(address, 'network_wildcard'), '1.12.1.0 0.0.0.127')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'network_wildcard'), '1.12.1.32 0.0.0.15')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'network_wildcard'), '1.12.1.32 0.0.0.15')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'network_wildcard'), '1.12.1.36 0.0.0.1')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'network_wildcard'), '1.12.1.36 0.0.0.1')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'network_wildcard'), '1.12.1.36 0.0.0.0')
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'network_wildcard'), '1.12.1.0 0.0.0.255')
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def test_next_usable(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'next_usable'), '1.12.1.1')
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address = '1.12.1.36/24'
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self.assertEqual(ipaddr(address, 'next_usable'), '1.12.1.37')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'next_usable'), '1.12.1.37')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'next_usable'), '1.12.1.37')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'next_usable'), '1.12.1.37')
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'next_usable'), None)
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'next_usable'), None)
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'next_usable'), None)
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def test_previous_usable(self):
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address = '1.12.1.0/24'
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self.assertEqual(ipaddr(address, 'previous_usable'), None)
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address = '1.12.1.36/24'
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self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.35')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.35')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.35')
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address = '1.12.1.36/31'
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self.assertEqual(ipaddr(address, 'previous_usable'), None)
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address = '1.12.1.37/31'
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self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.36')
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address = '1.12.1.36/32'
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self.assertEqual(ipaddr(address, 'previous_usable'), None)
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address = '1.12.1.254/24'
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self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.253')
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def test_next_nth_usable(self):
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address = '1.12.1.0/24'
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self.assertEqual(next_nth_usable(address, 5), '1.12.1.5')
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address = '1.12.1.36/24'
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self.assertEqual(next_nth_usable(address, 10), '1.12.1.46')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(next_nth_usable(address, 4), '1.12.1.40')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(next_nth_usable(address, 4), '1.12.1.40')
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address = '1.12.1.36/31'
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self.assertEqual(next_nth_usable(address, 1), '1.12.1.37')
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address = '1.12.1.37/31'
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self.assertEqual(next_nth_usable(address, 1), None)
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address = '1.12.1.36/32'
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self.assertEqual(next_nth_usable(address, 1), None)
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address = '1.12.1.254/24'
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self.assertEqual(next_nth_usable(address, 2), None)
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def test_previous_nth_usable(self):
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address = '1.12.1.0/24'
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self.assertEqual(previous_nth_usable(address, 5), None)
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address = '1.12.1.36/24'
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self.assertEqual(previous_nth_usable(address, 10), '1.12.1.26')
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# address = '1.12.1.34'
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# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
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address = '1.12.1.36/28'
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self.assertEqual(previous_nth_usable(address, 2), '1.12.1.34')
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address = '1.12.1.36/255.255.255.240'
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self.assertEqual(previous_nth_usable(address, 2), '1.12.1.34')
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address = '1.12.1.36/31'
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self.assertEqual(previous_nth_usable(address, 1), None)
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address = '1.12.1.37/31'
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self.assertEqual(previous_nth_usable(address, 1), '1.12.1.36')
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address = '1.12.1.36/32'
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self.assertEqual(previous_nth_usable(address, 1), None)
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address = '1.12.1.254/24'
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self.assertEqual(previous_nth_usable(address, 2), '1.12.1.252')
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def test_network_in_usable(self):
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subnet = '1.12.1.0/24'
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address = '1.12.1.10'
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self.assertEqual(network_in_usable(subnet, address), True)
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subnet = '1.12.1.0/24'
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address = '1.12.0.10'
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self.assertEqual(network_in_usable(subnet, address), False)
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subnet = '1.12.1.32/28'
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address = '1.12.1.36'
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self.assertEqual(network_in_usable(subnet, address), True)
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subnet = '1.12.1.32/28'
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address = '1.12.1.36/31'
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self.assertEqual(network_in_usable(subnet, address), True)
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subnet = '1.12.1.32/28'
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address = '1.12.1.48/31'
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self.assertEqual(network_in_usable(subnet, address), False)
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subnet = '1.12.1.32/255.255.255.240'
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address = '1.12.1.31'
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self.assertEqual(network_in_usable(subnet, address), False)
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subnet = '1.12.1.36/31'
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address = '1.12.1.36'
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self.assertEqual(network_in_usable(subnet, address), True)
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subnet = '1.12.1.37/31'
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address = '1.12.1.35'
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self.assertEqual(network_in_usable(subnet, address), False)
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subnet = '1.12.1.36/32'
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address = '1.12.1.36'
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self.assertEqual(network_in_usable(subnet, address), True)
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subnet = '1.12.1.0/24'
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address = '1.12.2.0'
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self.assertEqual(network_in_usable(subnet, address), False)
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def test_network_in_network(self):
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subnet = '1.12.1.0/24'
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address = '1.12.1.0'
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self.assertEqual(network_in_network(subnet, address), True)
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subnet = '1.12.1.0/24'
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address = '1.12.0.10'
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self.assertEqual(network_in_network(subnet, address), False)
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subnet = '1.12.1.32/28'
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address = '1.12.1.32/28'
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self.assertEqual(network_in_network(subnet, address), True)
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subnet = '1.12.1.32/28'
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address = '1.12.1.47'
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self.assertEqual(network_in_network(subnet, address), True)
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subnet = '1.12.1.32/28'
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address = '1.12.1.48/31'
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self.assertEqual(network_in_network(subnet, address), False)
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subnet = '1.12.1.32/255.255.255.240'
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address = '1.12.1.31'
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self.assertEqual(network_in_network(subnet, address), False)
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subnet = '1.12.1.36/31'
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address = '1.12.1.36'
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self.assertEqual(network_in_network(subnet, address), True)
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subnet = '1.12.1.37/31'
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address = '1.12.1.35'
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self.assertEqual(network_in_network(subnet, address), False)
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subnet = '1.12.1.36/32'
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address = '1.12.1.36'
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self.assertEqual(network_in_network(subnet, address), True)
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subnet = '1.12.1.0/24'
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address = '1.12.2.0'
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self.assertEqual(network_in_network(subnet, address), False)
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