#!/usr/bin/env python3 # # Copyright (C) 2020-2024 VyOS maintainers and contributors # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License version 2 or later as # published by the Free Software Foundation. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see . import os import unittest from json import loads from base_vyostest_shim import VyOSUnitTestSHIM from vyos.configsession import ConfigSessionError from vyos.utils.process import process_named_running from vyos.utils.file import read_file from vyos.template import inc_ip from vyos.template import dec_ip PROCESS_NAME = 'kea-dhcp4' CTRL_PROCESS_NAME = 'kea-ctrl-agent' KEA4_CONF = '/run/kea/kea-dhcp4.conf' KEA4_CTRL = '/run/kea/dhcp4-ctrl-socket' base_path = ['service', 'dhcp-server'] interface = 'dum8765' subnet = '192.0.2.0/25' router = inc_ip(subnet, 1) dns_1 = inc_ip(subnet, 2) dns_2 = inc_ip(subnet, 3) domain_name = 'vyos.net' class TestServiceDHCPServer(VyOSUnitTestSHIM.TestCase): @classmethod def setUpClass(cls): super(TestServiceDHCPServer, cls).setUpClass() # Clear out current configuration to allow running this test on a live system cls.cli_delete(cls, base_path) cidr_mask = subnet.split('/')[-1] cls.cli_set(cls, ['interfaces', 'dummy', interface, 'address', f'{router}/{cidr_mask}']) @classmethod def tearDownClass(cls): cls.cli_delete(cls, ['interfaces', 'dummy', interface]) super(TestServiceDHCPServer, cls).tearDownClass() def tearDown(self): self.cli_delete(base_path) self.cli_commit() def walk_path(self, obj, path): current = obj for i, key in enumerate(path): if isinstance(key, str): self.assertTrue(isinstance(current, dict), msg=f'Failed path: {path}') self.assertTrue(key in current, msg=f'Failed path: {path}') elif isinstance(key, int): self.assertTrue(isinstance(current, list), msg=f'Failed path: {path}') self.assertTrue(0 <= key < len(current), msg=f'Failed path: {path}') else: assert False, "Invalid type" current = current[key] return current def verify_config_object(self, obj, path, value): base_obj = self.walk_path(obj, path) self.assertTrue(isinstance(base_obj, list)) self.assertTrue(any(True for v in base_obj if v == value)) def verify_config_value(self, obj, path, key, value): base_obj = self.walk_path(obj, path) if isinstance(base_obj, list): self.assertTrue(any(True for v in base_obj if key in v and v[key] == value)) elif isinstance(base_obj, dict): self.assertTrue(key in base_obj) self.assertEqual(base_obj[key], value) def test_dhcp_single_pool_range(self): shared_net_name = 'SMOKE-1' range_0_start = inc_ip(subnet, 10) range_0_stop = inc_ip(subnet, 20) range_1_start = inc_ip(subnet, 40) range_1_stop = inc_ip(subnet, 50) self.cli_set(base_path + ['listen-interface', interface]) pool = base_path + ['shared-network-name', shared_net_name, 'subnet', subnet] self.cli_set(pool + ['subnet-id', '1']) self.cli_set(pool + ['ignore-client-id']) # we use the first subnet IP address as default gateway self.cli_set(pool + ['option', 'default-router', router]) self.cli_set(pool + ['option', 'name-server', dns_1]) self.cli_set(pool + ['option', 'name-server', dns_2]) self.cli_set(pool + ['option', 'domain-name', domain_name]) # check validate() - No DHCP address range or active static-mapping set with self.assertRaises(ConfigSessionError): self.cli_commit() self.cli_set(pool + ['range', '0', 'start', range_0_start]) self.cli_set(pool + ['range', '0', 'stop', range_0_stop]) self.cli_set(pool + ['range', '1', 'start', range_1_start]) self.cli_set(pool + ['range', '1', 'stop', range_1_stop]) # commit changes self.cli_commit() config = read_file(KEA4_CONF) obj = loads(config) self.verify_config_value(obj, ['Dhcp4', 'interfaces-config'], 'interfaces', [interface]) self.verify_config_value(obj, ['Dhcp4', 'shared-networks'], 'name', shared_net_name) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'subnet', subnet) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'id', 1) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'match-client-id', False) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'valid-lifetime', 86400) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'max-valid-lifetime', 86400) # Verify options self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'domain-name', 'data': domain_name}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'domain-name-servers', 'data': f'{dns_1}, {dns_2}'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'routers', 'data': router}) # Verify pools self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools'], {'pool': f'{range_0_start} - {range_0_stop}'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools'], {'pool': f'{range_1_start} - {range_1_stop}'}) # Check for running process self.assertTrue(process_named_running(PROCESS_NAME)) def test_dhcp_single_pool_options(self): shared_net_name = 'SMOKE-0815' range_0_start = inc_ip(subnet, 10) range_0_stop = inc_ip(subnet, 20) smtp_server = '1.2.3.4' time_server = '4.3.2.1' tftp_server = 'tftp.vyos.io' search_domains = ['foo.vyos.net', 'bar.vyos.net'] bootfile_name = 'vyos' bootfile_server = '192.0.2.1' wpad = 'http://wpad.vyos.io/foo/bar' server_identifier = bootfile_server ipv6_only_preferred = '300' pool = base_path + ['shared-network-name', shared_net_name, 'subnet', subnet] self.cli_set(pool + ['subnet-id', '1']) # we use the first subnet IP address as default gateway self.cli_set(pool + ['option', 'default-router', router]) self.cli_set(pool + ['option', 'name-server', dns_1]) self.cli_set(pool + ['option', 'name-server', dns_2]) self.cli_set(pool + ['option', 'domain-name', domain_name]) self.cli_set(pool + ['option', 'ip-forwarding']) self.cli_set(pool + ['option', 'smtp-server', smtp_server]) self.cli_set(pool + ['option', 'pop-server', smtp_server]) self.cli_set(pool + ['option', 'time-server', time_server]) self.cli_set(pool + ['option', 'tftp-server-name', tftp_server]) for search in search_domains: self.cli_set(pool + ['option', 'domain-search', search]) self.cli_set(pool + ['option', 'bootfile-name', bootfile_name]) self.cli_set(pool + ['option', 'bootfile-server', bootfile_server]) self.cli_set(pool + ['option', 'wpad-url', wpad]) self.cli_set(pool + ['option', 'server-identifier', server_identifier]) self.cli_set(pool + ['option', 'static-route', '10.0.0.0/24', 'next-hop', '192.0.2.1']) self.cli_set(pool + ['option', 'ipv6-only-preferred', ipv6_only_preferred]) self.cli_set(pool + ['option', 'time-zone', 'Europe/London']) self.cli_set(pool + ['range', '0', 'start', range_0_start]) self.cli_set(pool + ['range', '0', 'stop', range_0_stop]) # commit changes self.cli_commit() config = read_file(KEA4_CONF) obj = loads(config) self.verify_config_value(obj, ['Dhcp4', 'shared-networks'], 'name', shared_net_name) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'subnet', subnet) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'boot-file-name', bootfile_name) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'next-server', bootfile_server) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'valid-lifetime', 86400) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'max-valid-lifetime', 86400) # Verify options self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'domain-name', 'data': domain_name}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'domain-name-servers', 'data': f'{dns_1}, {dns_2}'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'domain-search', 'data': ', '.join(search_domains)}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'pop-server', 'data': smtp_server}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'smtp-server', 'data': smtp_server}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'time-servers', 'data': time_server}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'routers', 'data': router}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'dhcp-server-identifier', 'data': server_identifier}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'tftp-server-name', 'data': tftp_server}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'wpad-url', 'data': wpad}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'rfc3442-static-route', 'data': '24,10,0,0,192,0,2,1, 0,192,0,2,1'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'windows-static-route', 'data': '24,10,0,0,192,0,2,1'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'v6-only-preferred', 'data': ipv6_only_preferred}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'ip-forwarding', 'data': "true"}) # Time zone self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'pcode', 'data': 'GMT0BST,M3.5.0/1,M10.5.0'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'tcode', 'data': 'Europe/London'}) # Verify pools self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools'], {'pool': f'{range_0_start} - {range_0_stop}'}) # Check for running process self.assertTrue(process_named_running(PROCESS_NAME)) def test_dhcp_single_pool_options_scoped(self): shared_net_name = 'SMOKE-2' range_0_start = inc_ip(subnet, 10) range_0_stop = inc_ip(subnet, 20) range_router = inc_ip(subnet, 5) range_dns_1 = inc_ip(subnet, 6) range_dns_2 = inc_ip(subnet, 7) shared_network = base_path + ['shared-network-name', shared_net_name] pool = shared_network + ['subnet', subnet] self.cli_set(pool + ['subnet-id', '1']) # we use the first subnet IP address as default gateway self.cli_set(shared_network + ['option', 'default-router', router]) self.cli_set(shared_network + ['option', 'name-server', dns_1]) self.cli_set(shared_network + ['option', 'name-server', dns_2]) self.cli_set(shared_network + ['option', 'domain-name', domain_name]) self.cli_set(pool + ['range', '0', 'start', range_0_start]) self.cli_set(pool + ['range', '0', 'stop', range_0_stop]) self.cli_set(pool + ['range', '0', 'option', 'default-router', range_router]) self.cli_set(pool + ['range', '0', 'option', 'name-server', range_dns_1]) self.cli_set(pool + ['range', '0', 'option', 'name-server', range_dns_2]) # commit changes self.cli_commit() config = read_file(KEA4_CONF) obj = loads(config) self.verify_config_value(obj, ['Dhcp4', 'shared-networks'], 'name', shared_net_name) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'subnet', subnet) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'valid-lifetime', 86400) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'max-valid-lifetime', 86400) # Verify shared-network options self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'option-data'], {'name': 'domain-name', 'data': domain_name}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'option-data'], {'name': 'domain-name-servers', 'data': f'{dns_1}, {dns_2}'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'option-data'], {'name': 'routers', 'data': router}) # Verify range options self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools', 0, 'option-data'], {'name': 'domain-name-servers', 'data': f'{range_dns_1}, {range_dns_2}'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools', 0, 'option-data'], {'name': 'routers', 'data': range_router}) # Verify pool self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools'], 'pool', f'{range_0_start} - {range_0_stop}') # Check for running process self.assertTrue(process_named_running(PROCESS_NAME)) def test_dhcp_single_pool_static_mapping(self): shared_net_name = 'SMOKE-2' domain_name = 'private' pool = base_path + ['shared-network-name', shared_net_name, 'subnet', subnet] self.cli_set(pool + ['subnet-id', '1']) # we use the first subnet IP address as default gateway self.cli_set(pool + ['option', 'default-router', router]) self.cli_set(pool + ['option', 'name-server', dns_1]) self.cli_set(pool + ['option', 'name-server', dns_2]) self.cli_set(pool + ['option', 'domain-name', domain_name]) # check validate() - No DHCP address range or active static-mapping set with self.assertRaises(ConfigSessionError): self.cli_commit() client_base = 10 for client in ['client1', 'client2', 'client3']: mac = '00:50:00:00:00:{}'.format(client_base) self.cli_set(pool + ['static-mapping', client, 'mac', mac]) self.cli_set(pool + ['static-mapping', client, 'ip-address', inc_ip(subnet, client_base)]) client_base += 1 # cannot have both mac-address and duid set with self.assertRaises(ConfigSessionError): self.cli_set(pool + ['static-mapping', 'client1', 'duid', '00:01:00:01:12:34:56:78:aa:bb:cc:dd:ee:11']) self.cli_commit() self.cli_delete(pool + ['static-mapping', 'client1', 'duid']) # cannot have mappings with duplicate IP addresses self.cli_set(pool + ['static-mapping', 'dupe1', 'mac', '00:50:00:00:fe:ff']) self.cli_set(pool + ['static-mapping', 'dupe1', 'ip-address', inc_ip(subnet, 10)]) with self.assertRaises(ConfigSessionError): self.cli_commit() # Should allow disabled duplicate self.cli_set(pool + ['static-mapping', 'dupe1', 'disable']) self.cli_commit() self.cli_delete(pool + ['static-mapping', 'dupe1']) # cannot have mappings with duplicate MAC addresses self.cli_set(pool + ['static-mapping', 'dupe2', 'mac', '00:50:00:00:00:10']) self.cli_set(pool + ['static-mapping', 'dupe2', 'ip-address', inc_ip(subnet, 120)]) with self.assertRaises(ConfigSessionError): self.cli_commit() self.cli_delete(pool + ['static-mapping', 'dupe2']) # cannot have mappings with duplicate MAC addresses self.cli_set(pool + ['static-mapping', 'dupe3', 'duid', '00:01:02:03:04:05:06:07:aa:aa:aa:aa:aa:01']) self.cli_set(pool + ['static-mapping', 'dupe3', 'ip-address', inc_ip(subnet, 121)]) self.cli_set(pool + ['static-mapping', 'dupe4', 'duid', '00:01:02:03:04:05:06:07:aa:aa:aa:aa:aa:01']) self.cli_set(pool + ['static-mapping', 'dupe4', 'ip-address', inc_ip(subnet, 121)]) with self.assertRaises(ConfigSessionError): self.cli_commit() self.cli_delete(pool + ['static-mapping', 'dupe3']) self.cli_delete(pool + ['static-mapping', 'dupe4']) # commit changes self.cli_commit() config = read_file(KEA4_CONF) obj = loads(config) self.verify_config_value(obj, ['Dhcp4', 'shared-networks'], 'name', shared_net_name) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'subnet', subnet) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'id', 1) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'valid-lifetime', 86400) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'max-valid-lifetime', 86400) # Verify options self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'domain-name', 'data': domain_name}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'domain-name-servers', 'data': f'{dns_1}, {dns_2}'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'routers', 'data': router}) client_base = 10 for client in ['client1', 'client2', 'client3']: mac = '00:50:00:00:00:{}'.format(client_base) ip = inc_ip(subnet, client_base) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'reservations'], {'hostname': client, 'hw-address': mac, 'ip-address': ip}) client_base += 1 # Check for running process self.assertTrue(process_named_running(PROCESS_NAME)) def test_dhcp_multiple_pools(self): lease_time = '14400' for network in ['0', '1', '2', '3']: shared_net_name = f'VyOS-SMOKETEST-{network}' subnet = f'192.0.{network}.0/24' router = inc_ip(subnet, 1) dns_1 = inc_ip(subnet, 2) range_0_start = inc_ip(subnet, 10) range_0_stop = inc_ip(subnet, 20) range_1_start = inc_ip(subnet, 30) range_1_stop = inc_ip(subnet, 40) pool = base_path + ['shared-network-name', shared_net_name, 'subnet', subnet] self.cli_set(pool + ['subnet-id', str(int(network) + 1)]) # we use the first subnet IP address as default gateway self.cli_set(pool + ['option', 'default-router', router]) self.cli_set(pool + ['option', 'name-server', dns_1]) self.cli_set(pool + ['option', 'domain-name', domain_name]) self.cli_set(pool + ['lease', lease_time]) self.cli_set(pool + ['range', '0', 'start', range_0_start]) self.cli_set(pool + ['range', '0', 'stop', range_0_stop]) self.cli_set(pool + ['range', '1', 'start', range_1_start]) self.cli_set(pool + ['range', '1', 'stop', range_1_stop]) client_base = 60 for client in ['client1', 'client2', 'client3', 'client4']: mac = '02:50:00:00:00:{}'.format(client_base) self.cli_set(pool + ['static-mapping', client, 'mac', mac]) self.cli_set(pool + ['static-mapping', client, 'ip-address', inc_ip(subnet, client_base)]) client_base += 1 # commit changes self.cli_commit() config = read_file(KEA4_CONF) obj = loads(config) for network in ['0', '1', '2', '3']: shared_net_name = f'VyOS-SMOKETEST-{network}' subnet = f'192.0.{network}.0/24' router = inc_ip(subnet, 1) dns_1 = inc_ip(subnet, 2) range_0_start = inc_ip(subnet, 10) range_0_stop = inc_ip(subnet, 20) range_1_start = inc_ip(subnet, 30) range_1_stop = inc_ip(subnet, 40) self.verify_config_value(obj, ['Dhcp4', 'shared-networks'], 'name', shared_net_name) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4'], 'subnet', subnet) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4'], 'id', int(network) + 1) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4'], 'valid-lifetime', int(lease_time)) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4'], 'max-valid-lifetime', int(lease_time)) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4', 0, 'option-data'], {'name': 'domain-name', 'data': domain_name}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4', 0, 'option-data'], {'name': 'domain-name-servers', 'data': dns_1}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4', 0, 'option-data'], {'name': 'routers', 'data': router}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4', 0, 'pools'], {'pool': f'{range_0_start} - {range_0_stop}'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4', 0, 'pools'], {'pool': f'{range_1_start} - {range_1_stop}'}) client_base = 60 for client in ['client1', 'client2', 'client3', 'client4']: mac = '02:50:00:00:00:{}'.format(client_base) ip = inc_ip(subnet, client_base) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', int(network), 'subnet4', 0, 'reservations'], {'hostname': client, 'hw-address': mac, 'ip-address': ip}) client_base += 1 # Check for running process self.assertTrue(process_named_running(PROCESS_NAME)) def test_dhcp_exclude_not_in_range(self): # T3180: verify else path when slicing DHCP ranges and exclude address # is not part of the DHCP range range_0_start = inc_ip(subnet, 10) range_0_stop = inc_ip(subnet, 20) pool = base_path + ['shared-network-name', 'EXCLUDE-TEST', 'subnet', subnet] self.cli_set(pool + ['subnet-id', '1']) self.cli_set(pool + ['option', 'default-router', router]) self.cli_set(pool + ['exclude', router]) self.cli_set(pool + ['range', '0', 'start', range_0_start]) self.cli_set(pool + ['range', '0', 'stop', range_0_stop]) # commit changes self.cli_commit() config = read_file(KEA4_CONF) obj = loads(config) self.verify_config_value(obj, ['Dhcp4', 'shared-networks'], 'name', 'EXCLUDE-TEST') self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'subnet', subnet) # Verify options self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'routers', 'data': router}) # Verify pools self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools'], {'pool': f'{range_0_start} - {range_0_stop}'}) # Check for running process self.assertTrue(process_named_running(PROCESS_NAME)) def test_dhcp_exclude_in_range(self): # T3180: verify else path when slicing DHCP ranges and exclude address # is not part of the DHCP range range_0_start = inc_ip(subnet, 10) range_0_stop = inc_ip(subnet, 100) # the DHCP exclude addresse is blanked out of the range which is done # by slicing one range into two ranges exclude_addr = inc_ip(range_0_start, 20) range_0_stop_excl = dec_ip(exclude_addr, 1) range_0_start_excl = inc_ip(exclude_addr, 1) pool = base_path + ['shared-network-name', 'EXCLUDE-TEST-2', 'subnet', subnet] self.cli_set(pool + ['subnet-id', '1']) self.cli_set(pool + ['option', 'default-router', router]) self.cli_set(pool + ['exclude', exclude_addr]) self.cli_set(pool + ['range', '0', 'start', range_0_start]) self.cli_set(pool + ['range', '0', 'stop', range_0_stop]) # commit changes self.cli_commit() config = read_file(KEA4_CONF) obj = loads(config) self.verify_config_value(obj, ['Dhcp4', 'shared-networks'], 'name', 'EXCLUDE-TEST-2') self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'subnet', subnet) # Verify options self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'routers', 'data': router}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools'], {'pool': f'{range_0_start} - {range_0_stop_excl}'}) self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools'], {'pool': f'{range_0_start_excl} - {range_0_stop}'}) # Check for running process self.assertTrue(process_named_running(PROCESS_NAME)) def test_dhcp_relay_server(self): # Listen on specific address and return DHCP leases from a non # directly connected pool self.cli_set(base_path + ['listen-address', router]) relay_subnet = '10.0.0.0/16' relay_router = inc_ip(relay_subnet, 1) range_0_start = '10.0.1.0' range_0_stop = '10.0.250.255' pool = base_path + ['shared-network-name', 'RELAY', 'subnet', relay_subnet] self.cli_set(pool + ['subnet-id', '1']) self.cli_set(pool + ['option', 'default-router', relay_router]) self.cli_set(pool + ['range', '0', 'start', range_0_start]) self.cli_set(pool + ['range', '0', 'stop', range_0_stop]) # commit changes self.cli_commit() config = read_file(KEA4_CONF) obj = loads(config) self.verify_config_value(obj, ['Dhcp4', 'interfaces-config'], 'interfaces', [f'{interface}/{router}']) self.verify_config_value(obj, ['Dhcp4', 'shared-networks'], 'name', 'RELAY') self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'subnet', relay_subnet) # Verify options self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'routers', 'data': relay_router}) # Verify pools self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools'], {'pool': f'{range_0_start} - {range_0_stop}'}) # Check for running process self.assertTrue(process_named_running(PROCESS_NAME)) def test_dhcp_high_availability(self): shared_net_name = 'FAILOVER' failover_name = 'VyOS-Failover' range_0_start = inc_ip(subnet, 10) range_0_stop = inc_ip(subnet, 20) pool = base_path + ['shared-network-name', shared_net_name, 'subnet', subnet] self.cli_set(pool + ['subnet-id', '1']) # we use the first subnet IP address as default gateway self.cli_set(pool + ['option', 'default-router', router]) # check validate() - No DHCP address range or active static-mapping set with self.assertRaises(ConfigSessionError): self.cli_commit() self.cli_set(pool + ['range', '0', 'start', range_0_start]) self.cli_set(pool + ['range', '0', 'stop', range_0_stop]) # failover failover_local = router failover_remote = inc_ip(router, 1) self.cli_set(base_path + ['high-availability', 'source-address', failover_local]) self.cli_set(base_path + ['high-availability', 'name', failover_name]) self.cli_set(base_path + ['high-availability', 'remote', failover_remote]) self.cli_set(base_path + ['high-availability', 'status', 'primary']) # commit changes self.cli_commit() config = read_file(KEA4_CONF) obj = loads(config) # Verify failover self.verify_config_value(obj, ['Dhcp4', 'control-socket'], 'socket-name', KEA4_CTRL) self.verify_config_object( obj, ['Dhcp4', 'hooks-libraries', 0, 'parameters', 'high-availability', 0, 'peers'], {'name': os.uname()[1], 'url': f'http://{failover_local}:647/', 'role': 'primary', 'auto-failover': True}) self.verify_config_object( obj, ['Dhcp4', 'hooks-libraries', 0, 'parameters', 'high-availability', 0, 'peers'], {'name': failover_name, 'url': f'http://{failover_remote}:647/', 'role': 'standby', 'auto-failover': True}) self.verify_config_value(obj, ['Dhcp4', 'shared-networks'], 'name', shared_net_name) self.verify_config_value(obj, ['Dhcp4', 'shared-networks', 0, 'subnet4'], 'subnet', subnet) # Verify options self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'option-data'], {'name': 'routers', 'data': router}) # Verify pools self.verify_config_object( obj, ['Dhcp4', 'shared-networks', 0, 'subnet4', 0, 'pools'], {'pool': f'{range_0_start} - {range_0_stop}'}) # Check for running process self.assertTrue(process_named_running(PROCESS_NAME)) self.assertTrue(process_named_running(CTRL_PROCESS_NAME)) if __name__ == '__main__': unittest.main(verbosity=2)