def test_state_access_port(self, mock_symlink, mock_os_path,
mock_oneline):
mock_subint = MagicMock()
self.iface.get_sub_interfaces = mock_subint
# bridgemember is access port
mock_subint = []
mock_symlink.return_value = 'br10'
values = {
'/sys/class/net/eth1/brport': True,
'/sys/class/net/eth1/brport/bridge/bridge/stp_state': '1'
}
values2 = {
'/sys/class/net/eth1/brport/state': '3',
'/sys/class/net/eth1/brport/bridge/bridge/root_port': 'aaa',
'/sys/class/net/eth1/brport/bridge/bridge/stp_state': '1',
'/sys/class/net/eth1/brport/port_id': 'aaa'
}
mock_oneline.side_effect = mod_args_generator(values2)
mock_os_path.side_effect = mod_args_generator(values)
briface = linux_bridge.Bridge('br10')
linux_bridge.BRIDGE_CACHE['br10'] = briface
assert_equals(self.stp.state, {
'disabled': [],
'blocking': [],
'forwarding': [briface],
'root': [briface],
'intransition': [],
'stp_disabled': []
})
def test_stp_state(self, mock_read_from_sys, mock_exists, mock_subints):
# test if iface is in stp bridge
values = {
'/sys/class/net/eth1/brport/bridge/bridge/stp_state': True
}
values2 = {
'brport/bridge/bridge/stp_state': '2'
}
mock_exists.side_effect = mod_args_generator(values)
mock_read_from_sys.side_effect = mod_args_generator(values2)
_output = self.iface.stp_state()
assert_equals(_output, '2')
# test if subint is in stp bridge
# assumption here is that only one type of stp bridge is running. either its
# kernel or mstpd. even though in reality both I believe can coexist.
values = {
'/sys/class/net/eth1/brport/bridge/bridge/stp_state': False,
'/sys/class/net/eth1.100/brport/bridge/bridge/stp_state': True
}
values2 = {
'brport/bridge/bridge/stp_state': '2'
}
mock_exists.side_effect = mod_args_generator(values)
mock_read_from_sys.side_effect = mod_args_generator(values2)
mock_subints.return_value = ['eth1.100', 'eth1.101', 'eth1.110']
_output = self.iface.stp_state()
assert_equals(_output, '2')
def test_get_list_of_bridge_members(self, mock_listdirs):
bridgemems = ['eth8', 'eth9']
mock_listdirs.return_value = bridgemems
assert_equals(sorted(list(self.iface.members.keys())), sorted(bridgemems))
assert_equals(isinstance(self.iface.members.get('eth8'),
linux_bridge.BridgeMember), True)
mock_listdirs.assert_called_with('/sys/class/net/br0/brif')
def test_get_bond_xmit_hash_policy(self, mock_file_oneline):
mock_file_oneline.return_value = "layer3+4 1"
assert_equals(self.iface.hash_policy, "1")
mock_file_oneline.assert_called_with("/sys/class/net/bond0/bonding/xmit_hash_policy")
# test failing to find something
mock_file_oneline.return_value = None
assert_equals(self.iface.hash_policy, None)
def test_update_port_vlan_list_delete_vlan_that_is_not_there(self, mock_iface):
instance = mock_iface.return_value
instance.vlan_list = ['1', '2']
self.myobject.delete_vlan = True
self.myobject.vlan = '3'
self.myobject.update_port_vlan_list()
assert_equals(self.myobject.port_vids, ['1-2'])
def test_provider_check(mock_pkg_requires, mock_import,
mock_glob,
mock_os_dirname):
""" test os discovery """
# return a directory with 3 OS types, each will return different priorities
# choose the one with the highest priority
mock_glob.return_value = ['path/providers/linux',
'path/providers/debian',
'path/providers/ubuntu']
mock_linux = MagicMock()
mock_linux.name_and_priority.return_value = {'Linux': 0}
mock_debian = MagicMock()
mock_debian.name_and_priority.return_value = {'Debian': 1}
mock_debian = MagicMock()
mock_debian.name_and_priority.return_value = {'Ubuntu': 2}
mock_os_dirname.return_value = 'netshowlib'
values = {
'netshowlib.linux.provider_discovery': mock_linux,
'netshowlib.debian.provider_discovery': mock_debian,
'netshowlib.ubuntu.provider_discovery': mock_debian
}
mock_import.side_effect = mod_args_generator(values)
mock_me = MagicMock()
mock_me.location = '/me/and/my/loc'
mock_pkg_requires.return_value = [mock_me]
assert_equals(nn.provider_check(), 'ubuntu')
mock_glob.assert_called_with('/me/and/my/loc/../../../share/netshow-lib/providers/*')
def test_img_install(mock_module, mock_run_cl_cmd,
mock_get_slot_info, mock_switch_slot):
"""
Test install image
"""
instance = mock_module.return_value
instance.params.get.side_effect = mod_args_generator(arg_values)
instance.sw_version = '2.0.3'
install_img(instance)
cmd = '/usr/cumulus/bin/cl-img-install -f %s' % \
(arg_values.get('src'))
mock_run_cl_cmd.assert_called_with(instance, cmd)
instance.exit_json.assert_called_with(
msg='Cumulus Linux Version 2.0.3 ' +
'successfully installed in alternate slot',
changed=True)
# test using when switching slots
values = arg_values.copy()
values['switch_slot'] = True
instance.params.get.side_effect = mod_args_generator(values)
mock_get_slot_info.return_value = {'1': {'version': '2.0.2',
'active': True,
'primary': True},
'2': {'version': '2.0.3'}}
instance.sw_version = '2.0.3'
install_img(instance)
assert_equals(mock_switch_slot.call_count, 1)
def test_speed(self, mock_read_sys):
values = {('speed', ): '1000',
('carrier',): '1',
('operstate',): 'up'}
self.piface.iface._asic = {'asicname': 'xe2', 'initial_speed': '10000'}
mock_read_sys.side_effect = mod_args_generator(values)
assert_equals(self.piface.speed, '1G(sfp)')
def test_check_fw_print_env(mock_module, mock_run_cmd):
slot_num = '1'
instance = mock_module.return_value
mock_run_cmd.return_value = ['2.0.2-a8ec422-201404161914-final']
assert_equals(check_fw_print_env(instance, slot_num), '2.0.2')
cmd = '/usr/sbin/fw_printenv -n cl.ver%s' % (slot_num)
mock_run_cmd.assert_called_with(instance, cmd)
def test_port_category(self, mock_is_trunk):
# if trunk
mock_is_trunk.return_value = True
assert_equals(self.piface.port_category, 'trunk/l2')
# if not trunk
mock_is_trunk.return_value = False
assert_equals(self.piface.port_category, 'access/l2')
def test_connector_type(self):
self.piface.iface._asic = {'asicname': 'ge1', 'initial_speed': '1000'}
assert_equals(self.piface.connector_type, 'rj45')
self.piface.iface._connector_type = None
self.piface.iface._name = 'swp2s0'
self.piface.iface._asic = {'asicname': 'xe1', 'initial_speed': '1000'}
assert_equals(self.piface.connector_type, '4x10g')
def test_check_mod_args(
mock_module, mock_check_dsl_dependencies, mock_has_interface_config, mock_add_global_ospf, mock_config_ospf_int
):
"""
cl_quagga_ospf - check mod args
"""
instance = mock_module.return_value
instance.params.get.return_value = MagicMock()
main()
mock_module.assert_called_with(
argument_spec={
"router_id": {"type": "str"},
"area": {"type": "str"},
"reference_bandwidth": {"default": "40000", "type": "str"},
"saveconfig": {
"type": "bool",
"default": False,
"choices": ["yes", "on", "1", "true", 1, "no", "off", "0", "false", 0],
},
"state": {"type": "str", "choices": ["present", "absent"]},
"cost": {"type": "str"},
"interface": {"type": "str"},
"passive": {"type": "bool", "choices": ["yes", "on", "1", "true", 1, "no", "off", "0", "false", 0]},
"point2point": {"type": "bool", "choices": ["yes", "on", "1", "true", 1, "no", "off", "0", "false", 0]},
},
mutually_exclusive=[["reference_bandwidth", "interface"], ["router_id", "interface"]],
)
assert_equals(
mock_check_dsl_dependencies.call_args_list[0],
mock.call(instance, ["cost", "state", "area", "point2point", "passive"], "interface", "swp1"),
)
instance.exit_json.assert_called_with(msg="no change", changed=False)
def test_many_ifaces_json_output(self, mock_cli_ifaces, mock_json_ifaces):
# if json is false get cli output
mock_json_ifaces.return_value = 'json_output'
self.showint.use_json = True
_output = self.showint.print_many_ifaces()
mock_json_ifaces.assert_called_with('l2')
assert_equals(_output, 'json_output')
def test_platform_info(self, mock_cumulus_platform,
mock_exec):
mock_exec.return_value = 'dell,s6000'
instance = mock_cumulus_platform.return_value
instance.run.return_value = 'Get Some Cool Output'
assert_equals(self.systemsummary.platform_info, 'Get Some Cool Output')
mock_cumulus_platform.assert_called_with('dell,s6000')
def test_unconfigure_interfaces(mock_module, mock_unlink):
mock_module.custom_currentportlist = ['swp1', 'swp2', 'bond0', 'bond1']
mock_module.custom_allowedportlist = ['swp1', 'swp2']
cl_int_policy.unconfigure_interfaces(mock_module)
assert_equals(mock_unlink.call_count, 2)
assert_equals(mock_module.msg,
'remove config for interfaces bond0, bond1')
def test_convert_allowed_list_to_port_range(mock_module):
""" cl_int_policy - test getting allow list """
mock_module.custom_allowedportlist = []
mock_module.params = {'allowed': ['swp1', 'swp10-11', 'bond0-2']}
cl_int_policy.convert_allowed_list_to_port_range(mock_module)
assert_equals(mock_module.custom_allowedportlist,
['swp1', 'swp10', 'swp11', 'bond0', 'bond1', 'bond2'])
def test_getting_list_of_ports(mock_module, mock_read_dir):
""" cl_int_policy - get list of current configured ports """
mock_read_dir.return_value = ['swp1', 'swp2']
mock_module.params = {'location': '/etc/network/interfaces.d'}
cl_int_policy.read_current_int_dir(mock_module)
mock_read_dir.assert_called_with('/etc/network/interfaces.d')
assert_equals(mock_module.custom_currentportlist, ['swp1', 'swp2'])
def test_ifacelist_l2_subints(self, mock_bridgemem_test,
mock_cache, mock_portname_list, mock_exists):
mock_exists.return_value = True
# make sure L2 subints don't get into the list
mock_bridgemem_test.return_value = True
mock_portname_list.return_value = ['eth1.1', 'eth2.1']
assert_equals(self.showint.ifacelist.get('all'), OrderedDict())
def test_modify_switch_config(mock_module, mock_os):
"""
cl_interface - test with inet method
"""
instance = mock_module.return_value
mock_os.path.exists.return_value = False
testwrite = open('/tmp/test.me', 'w')
iface = loop_iface()
with mock.patch('__builtin__.open') as mock_open:
mock_open.return_value = testwrite
modify_switch_config(instance, iface)
mock_open.assert_called_with('/etc/network/ansible/lo', 'w')
mock_os.path.exists.assert_called_with('/etc/network/ansible/')
fstr = 'auto lo\n'
fstr += 'iface lo inet loopback\n'
fstr += ' address 10:3:3::3/128\n'
fstr += ' address 10.3.3.3/32\n'
output = open('/tmp/test.me').readlines()
assert_equals(''.join(output), fstr)
# test when addr_method is not present
iface = empty_iface()
testwrite = open('/tmp/test.me', 'w')
with mock.patch('__builtin__.open') as mock_open:
mock_open.return_value = testwrite
modify_switch_config(instance, iface)
mock_open.assert_called_with('/etc/network/ansible/swp1', 'w')
fstr = 'auto swp1\n'
fstr += 'iface swp1\n'
output = open('/tmp/test.me').readlines()
assert_equals(''.join(output), fstr)
def test_port_category(self, mock_is_l3):
# if l3
mock_is_l3.return_value = True
assert_equals(self.piface.port_category, 'bridge/l3')
# if l3 is not true
mock_is_l3.return_value = False
assert_equals(self.piface.port_category, 'bridge/l2')
def test_get_todays_date():
"""
cl_license. test that getting current date returns a date,
not a string or None
"""
result = get_todays_date()
assert_equals(isinstance(result, datetime), True)
def test_parse_ip_cache(self):
""" testing parsing ip cache info """
_output = io.open('tests/test_netshowlib/ip_addr_show.txt').read()
output = io.StringIO(_output)
result = ip_address_mod.parse_ip_cache(output)
assert_equals(
result,
{
'vnet-v0': {'ipv6': [], 'ipv4': ['192.168.1.1/23']},
'lo': {
'ipv4': ['127.0.0.1/8'],
'ipv6': ['::1/128']
},
'net2compute': {
'ipv4': ['192.168.50.1/24'],
'ipv6': []
},
'virbr0': {
'ipv4': ['192.168.122.1/24'],
'ipv6': []
},
'vnet0': {
'ipv4': [],
'ipv6': []
},
'eth0': {
'ipv4': ['192.168.0.33/24'],
'ipv6': []
}
})
def test_getting_primary_slot_num(mock_module, mock_run_cmd):
"""
Test getting primary slot number
"""
instance = mock_module.return_value
mock_run_cmd.return_value = ['1']
assert_equals(get_primary_slot_num(instance), '1')
def test_run_int_doesnt_exist(self, mock_cacheinfo):
mock_cacheinfo.return_value = {'eth2':
{'ipv4':
{'10.1.1.1': '11:22:33:44:55:66'},
'ipv6': {}}}
self.ipneigh.run()
assert_equals(self.ipneigh.ipv4, {})
def test_get_bond_mode(self, mock_file_oneline):
mock_file_oneline.return_value = "802.3ad 4"
assert_equals(self.iface.mode, "4")
mock_file_oneline.assert_called_with("/sys/class/net/bond0/bonding/mode")
# test failing to find something
mock_file_oneline.return_value = None
assert_equals(self.iface.mode, None)
def test_appending_ansible_to_etc_network_interface(mock_module):
instance = mock_module.return_value
origfile = open('tests/interface_with_ansible.txt', 'r')
newfile = open('tests/output.txt', 'w')
mock_open = mock.Mock(side_effect=[origfile, newfile])
iface = {'name': 'swp2'}
with mock.patch('__builtin__.open', mock_open):
remove_config_from_etc_net_interfaces(instance, iface)
expected = [call('/etc/network/interfaces', 'r'),
call('/etc/network/interfaces', 'w')]
assert_equals(mock_open.call_args_list, expected)
f = open('tests/output.txt')
output = f.readlines()
assert_equals(output,
['auto lo\n', 'iface lo inet loopback\n',
' address 1.1.1.1/32\n',
'\n',
'auto eth0\n',
'iface eth0 inet dhcp\n',
'\n',
'auto swp1\n',
'iface swp1\n',
' speed 1000\n',
'\n',
'## Ansible controlled interfaces found here\n',
'source /etc/network/ansible/*\n'])
def test_generate_new_ports_conf_hash(mock_module):
""" test generating ports_conf hash based on user added params """
instance = mock_module.return_value
instance.params = {
'speed_40g': ['swp1-2', 'swp5'],
'speed_4_by_10g': ['swp7-8'],
'speed_40g_div_4': ['swp9'],
'speed_10g': ['swp10']
}
cl_ports.generate_new_ports_conf_hash(instance)
assert_equals(instance.new_ports_hash, {1: '40G',
2: '40G',
5: '40G',
7: '4x10G',
8: '4x10G',
9: '40G/4',
10: '10G'})
# test if string is empty and none type
instance.params = {
'speed_40g': [''],
'speed_10g': None
}
cl_ports.generate_new_ports_conf_hash(instance)
assert_equals(instance.new_ports_hash, {})
def test_stp_details(self, mock_read_sys, mock_listdir,
mock_file_oneline, mock_is_root):
mock_is_root.return_value = False
mock_listdir.return_value = ['eth1', 'eth2']
values1 = {
'bridge/stp_state': '1',
'bridge/root_id': '4000.fe54007e7eeb',
'bridge/bridge_id': '8000.fe54007e7111'}
values2 = {
'/sys/class/net/eth1/brport/state': '3',
'/sys/class/net/eth1/brport/bridge/bridge/root_port': '1',
'/sys/class/net/eth1/brport/port_id': '1',
'/sys/class/net/eth2/brport/state': '0',
'/sys/class/net/eth2/brport/bridge/bridge/stp_state': '1',
'/sys/class/net/eth2/brport/bridge/bridge/root_port': '1',
'/sys/class/net/eth2/brport/port_id': '2',
}
mock_read_sys.side_effect = mod_args_generator(values1)
mock_file_oneline.side_effect = mod_args_generator(values2)
_output = self.piface.stp_details()
_outputtable = _output.split('\n')
assert_equals(re.split(r'\s{2,}', _outputtable[2]),
['stp_mode:', '802.1d / per bridge instance'])
assert_equals(_outputtable[3].split(),
['root_port:', 'eth1'])
assert_equals(_outputtable[4].split(),
['root_priority:', '16384'])
assert_equals(_outputtable[5].split(), ['bridge_priority:', '32768'])
assert_equals(_outputtable[6].split(), ['802.1q_tag', 'untagged'])
def test_vlan_filtering(self, mock_read_from_sys):
values = {('bridge/vlan_filtering', 'br0'): '1'}
mock_read_from_sys.side_effect = mod_args_generator(values)
assert_equals(self.iface.vlan_filtering, 1)
values = {('bridge/vlan_filtering', 'br0'): None}
mock_read_from_sys.side_effect = mod_args_generator(values)
assert_equals(self.iface.vlan_filtering, 0)
def test_add_ipv4(mock_module):
addr = ['10.1.1.1/24']
# addr is empty
instance = mock_module.return_value
instance.params.get.return_value = None
iface = {'config': {}}
add_ipv4(instance, iface)
assert_equals('address' in iface['config'], False)
# addr is not empty
instance.params.get.return_value = addr
iface = {'ifacetype': 'lo', 'config': {}}
add_ipv4(instance, iface)
assert_equals(iface['config']['address'], addr[0])
# addr is none, array - remove it
instance.params.get.return_value = ['none']
iface = {'config': {}}
add_ipv4(instance, iface)
assert_equals(iface['config']['address'], None)
# addr is none , str - remote it
instance.params.get.return_value = u'none'
iface = {'config': {}}
add_ipv4(instance, iface)
assert_equals(iface['config']['address'], None)
# addr is not empty. multiple entries
instance.params.get.return_value = ['1', '2']
iface = {'config': {}}
add_ipv4(instance, iface)
assert_equals(iface['config']['address'], ['1', '2'])
def test_using_lldp_obj(mock_lldp, mock_exists):
mock_exists.return_value = True
lldp_out = open('tests/test_netshowlib/lldp_output.txt').read()
mock_lldp.return_value = lldp_out
_output = linux_lldp.Lldp('eth2').run()
assert_equals(_output, [{'adj_hostname': 'right',
'adj_port': 'swp2',
'adj_mgmt_ip': '192.168.0.15',
'system_descr': 'Cumulus Linux'}])
def test_check_for_switch_running(mock_os_path_exists, mock_time, mock_module):
"""
Test to check that it iterates for 30 seconds before failing\
when checking for switchd startup
"""
mock_os_path_exists.return_value = False
check_for_switchd_run_ready(mock_module)
assert_equals(mock_time.call_count, 30)
mock_os_path_exists.assert_called_with('/var/run/switchd.ready')
def test_build_vids(mock_module):
"""
cl_interface - test building desired vids config
"""
mock_module.custom_desired_config = {'config': {}}
mock_module.params = {'vids': ['1', '10-40']}
cl_int.build_vids(mock_module)
assert_equals(mock_module.custom_desired_config,
{'config': {'bridge-vids': '1 10-40'}})
def test_build_address(mock_module):
"""
cl_interface: - test building desired address config
"""
mock_module.custom_desired_config = {'config': {}}
mock_module.params = {'ipv4': ['1.1.1.1/24']}
cl_int.build_address(mock_module)
assert_equals(mock_module.custom_desired_config,
{'config': {'address': '1.1.1.1/24'}})
def test_int_policy_enforce(mock_module):
""" cl_int_policy test if enforcing is needed """
# if current list is found in allowed list
mock_module.custom_allowedportlist = ['swp1', 'swp2', 'bond0']
mock_module.custom_currentportlist = ['swp1', 'swp2']
assert_equals(cl_int_policy.int_policy_enforce(mock_module), False)
# if current list is not found in allowed list
mock_module.custom_currentportlist = ['swp1', 'swp2', 'bond1']
assert_equals(cl_int_policy.int_policy_enforce(mock_module), True)
def test_get_list_of_bridge_members(self, mock_listdirs):
bridgemems = ['eth8', 'eth9']
mock_listdirs.return_value = bridgemems
assert_equals(sorted(list(self.iface.members.keys())),
sorted(bridgemems))
assert_equals(
isinstance(self.iface.members.get('eth8'),
linux_bridge.BridgeMember), True)
mock_listdirs.assert_called_with('/sys/class/net/br0/brif')
def test_switch_asic(mock_exec_command):
mock_exec_command.return_value = open(
'tests/test_netshowlib/lspci_output.txt', 'rb').read()
instance = asic.switching_asic_discovery()
assert_equals(isinstance(instance, asic.BroadcomAsic), True)
# no asic found
mock_exec_command.side_effect = linux_common.ExecCommandException
instance = asic.switching_asic_discovery()
assert_equals(instance, None)
def test_config_iface_when_ifacetype_is_mgmt(mock_module, mock_swp_iface):
"""
mgmt ports are not getting ip address when set
"""
instance = mock_module.return_value
ifacetype = 'mgmt'
iface = MagicMock()
config_iface(instance, iface, ifacetype)
assert_equals(mock_swp_iface.call_count, 1)
def test_config_changed_lo_config_same(mock_module, mock_exec):
""" Test config change loopback config the same"""
instance = mock_module.return_value
instance.params.get.return_value = 'lo'
mock_exec.return_value = ''.join(open('tests/lo.txt').readlines())
iface = loop_iface()
assert_equals(config_changed(instance, iface), False)
_msg = 'no change in interface lo configuration'
instance.exit_json.assert_called_with(msg=_msg, changed=False)
def test_build_bridge_access(mock_module):
"""
cl_interface - test building desired bridge_access
"""
mock_module.custom_desired_config = {'config': {}}
mock_module.params = {'bridge_access': 2}
cl_int.build_bridge_access(mock_module)
assert_equals(mock_module.custom_desired_config,
{'config': {'bridge_access': '2'}})
def test_cli_output(self, mock_counters, mock_lldp,
mock_ip_details, mock_cli_header):
mock_counters.return_value = 'counters_output\n'
mock_lldp.return_value = 'lldp_output\n'
mock_ip_details.return_value = 'ip_details_output\n'
mock_cli_header.return_value = 'cli_header_output\n'
assert_equals([x for x in self.piface.cli_output().split('\n') if x != ''],
['cli_header_output', 'ip_details_output',
'counters_output', 'lldp_output'])
def test_build_pvid(mock_module):
"""
cl_interface - test building desired pvid
"""
mock_module.custom_desired_config = {'config': {}}
mock_module.params = {'pvid': 2}
cl_int.build_pvid(mock_module)
assert_equals(mock_module.custom_desired_config,
{'config': {'bridge-pvid': '2'}})
def test_stp_root_port(self, read_from_sys, mock_exec):
br0 = cumulus_bridge.Bridge('br0')
self.piface.iface = br0
mock_exec.return_value = io.open(
'tests/test_netshowlib/mstpctl_showall').read()
values = {('bridge/vlan_filtering', 'br0', True): None,
('bridge/stp_state', 'br0', True): '2'}
read_from_sys.side_effect = mod_args_generator(values)
assert_equals(self.piface.root_port(), ['swp3'])
def test_build_address(mock_module):
"""
cl_bridge: - test building desired address config
"""
mock_module.custom_desired_config = {'config': {}}
mock_module.params = {'ipv4': ['1.1.1.1/24'], 'ipv6': ['2001:db8:abcd::/48']}
cl_int.build_address(mock_module)
assert_equals(mock_module.custom_desired_config,
{'config': {'address': '1.1.1.1/24 2001:db8:abcd::/48'}})
def test_install_license_passed(mock_ansible_module):
""" test install license passed """
instance = mock_ansible_module.return_value
instance.params = {'src': 'blah'}
run_command = MagicMock()
run_command.return_value = (0, 'output', None)
instance.run_command = run_command
cl_license.install_license(instance)
run_command.assert_called_with('/usr/cumulus/bin/cl-license -i blah')
assert_equals(instance.fail_json.call_count, 0)
def test_get_active_slot(mock_module):
"""
Test getting active slot information
"""
instance = mock_module.return_value
cmdline = open('tests/proc_cmdline.txt')
with mock.patch('__builtin__.open') as mock_open:
mock_open.return_value = cmdline
assert_equals(get_active_slot(instance), '2')
mock_open.assert_called_with('/proc/cmdline')
def test_summary(self, mock_is_trunk, mock_access_summary,
mock_trunk_summary):
mock_trunk_summary.return_value = 'trunk summary'
mock_access_summary.return_value = 'access summary'
# if trunk
mock_is_trunk.return_value = True
assert_equals(self.piface.summary, 'trunk summary')
# if access
mock_is_trunk.return_value = False
assert_equals(self.piface.summary, 'access summary')
def test_cli_output(self, mock_cli_header, mock_bondmem_details, mock_lldp,
mock_full_legend, mock_one_line_legend):
mock_full_legend.return_value = 'full_legend'
mock_one_line_legend.return_value = 'one_line_legend'
mock_cli_header.return_value = 'cli_output'
mock_bondmem_details.return_value = 'bondmem_details'
mock_lldp.return_value = 'lldp_output'
assert_equals(
self.piface.cli_output(),
'one_line_legendcli_outputbondmem_detailslldp_outputfull_legend')
def test_cl_output(self, mock_bondmems, mock_ip, mock_bond_details,
mock_cli_header):
mock_ip.return_value = 'ip output'
mock_bondmems.return_value = 'bondmem output'
mock_bond_details.return_value = 'bond details'
mock_cli_header.return_value = 'cli header'
_output = self.piface.cli_output()
assert_equals(
_output,
'cli headerbond detailsip outputbondmem outputno_lldp_entries')
def test_get_lacp_instance(self, mock_file_oneline):
# test that calling iface.lacp and if iface is LACP
# creates new Lacp instance
mock_file_oneline.return_value = '802.3ad 4'
assert_equals(isinstance(self.iface.lacp, linux_lacp.Lacp), True)
mock_file_oneline.assert_called_with(
'/sys/class/net/bond0/bonding/mode')
# if bond is not using lacp
mock_file_oneline.return_value = 'active-backup 1'
assert_equals(self.iface.lacp, None)
def test_build_addr_method(mock_module):
"""
cl_interface - test building desired addr_method
"""
mock_module.custom_desired_config = {'config': {}}
mock_module.params = {'addr_method': 'loopback'}
cl_int.build_addr_method(mock_module)
assert_equals(mock_module.custom_desired_config.get('addr_family'), 'inet')
assert_equals(mock_module.custom_desired_config.get('addr_method'),
'loopback')
def test_all(self, mock_exec, mock_listdir):
mock_file = 'tests/test_netshowlib/ethtool_swp.txt'
mock_exec.return_value = io.open(mock_file).read()
mock_listdir.return_value = [
'swp1', 'swp2s0', 'swp2.2', 'swp3', 'swp10', 'br0'
]
self.counters.run()
_output = self.counters.all
assert_equals(_output['rx'].get('unicast'), 100)
assert_equals(_output['tx'].get('errors'), 20)
def test_compare_new_and_old_port_conf_hash_too_many_ports(mock_module):
""" test comparing existing and new ports.conf config """
instance = mock_module.return_value
instance.ports_conf_hash = {1: '40G', 2: '40G', 3: '10G'}
# test and see if doing this out of order makes a difference
instance.new_ports_hash = {3: '4x10G', 1: '10G', 5: '10G'}
result = cl_ports.compare_new_and_old_port_conf_hash(instance)
assert_equals(result, False)
instance.fail_json.assert_called_with(
msg='Port numbering is wrong. Too many or two few ports configured')
def test_merge_config():
"""
cl_interface - merge creating new element in object
"""
new_config = {'config': {'bridge-stp': 'on'}}
orig = orig_config()
orig_modify = orig_config()
merge_config(new_config, orig_modify)
orig['config']['bridge-stp'] = 'on'
assert_equals(orig_modify, orig)
def test_initial_speed(self, mock_exec):
mock_exec.return_value = io.open('tests/test_netshowlib/lspci_output.txt', 'rb').read()
values = {
('/var/lib/cumulus/porttab',): io.open('tests/test_netshowlib/xe_porttab'),
('/etc/bcm.d/config.bcm',): io.open('tests/test_netshowlib/config_xe.bcm')
}
with mock.patch('io.open') as mock_open:
mock_open.side_effect = mod_args_generator(values)
iface = cumulus_iface.Iface('swp1')
assert_equals(iface.initial_speed(), 10000)
def test_counters(self, mock_is_phy,
mock_exec_command):
mock_is_phy.return_value = False
assert_equals(self.iface.counters, None)
mock_is_phy.return_value = True
mock_file = 'tests/test_netshowlib/ethtool_swp.txt'
mock_exec_command.return_value = io.open(mock_file).read()
_output = self.iface.counters.rx
assert_equals(_output, {'unicast': 100, 'multicast': 300,
'errors': 10, 'broadcast': 200})
def test_check(mock_command):
# Found linux OS
# test with encoded string like in Python3 to ensure it gets decoded
# properly
mock_command.return_value = str.encode('Linux\n')
assert_equals(provider_discovery.check(), 'linux')
mock_command.assert_called_with('/bin/uname')
# if for whatever reason provider check exec command fails
mock_command.side_effect = ExecCommandException
assert_equals(provider_discovery.check(), None)
def test_license_not_installed(mock_ansible_module, mock_install_license):
instance = mock_ansible_module.return_value
instance.params = {'src': 'blah'}
run_command = MagicMock()
run_command.return_value = (20, 'No license', None)
instance.run_command = run_command
cl_license.main()
assert_equals(mock_install_license.call_count, 1)
instance.exit_json.assert_called_with(msg='License installation completed',
changed=True)
def test_port_list(mock_list_dir, mock_islink):
values = {
'/sys/class/net/bonding_masters': False,
'/sys/class/net/eth1': True,
'/sys/class/net/eth2': True,
'/sys/class/net/tap1': True
}
mock_islink.side_effect = mod_args_generator(values)
mock_list_dir.return_value = ['bonding_masters', 'eth1', 'eth2', 'tap1']
assert_equals(linux_iface.portname_list(), ['eth1', 'eth2', 'tap1'])
def test_license_already_installed(mock_ansible_module, mock_install_license):
instance = mock_ansible_module.return_value
instance.params = {'src': 'blah'}
run_command = MagicMock()
run_command.return_value = (0, 'license is there', None)
instance.run_command = run_command
cl_license.main()
assert_equals(mock_install_license.call_count, 0)
instance.exit_json.assert_called_with(
msg='No change. License already installed', changed=False)
