def alternate_ports(self):
if self.iface.stp:
portlist = self.iface.stp.member_state.get('alternate')
portnames = [x.name for x in portlist]
if portlist:
return linux_common.group_ports(portnames)
return [_('none')]
def alternate_ports(self):
if self.iface.stp:
portlist = self.iface.stp.member_state.get("alternate")
portnames = [x.name for x in portlist]
if portlist:
return linux_common.group_ports(portnames)
return [_("none")]
def print_list_in_chunks(self,
listofstuff,
_title,
_result,
place_in_list=False,
break_into_list=False,
shorten_to=4):
"""
take a long array of bridge names and break it up into smaller groups of
arrays based on shorten_to variable
Reference: http://stackoverflow.com/questions/312443/how-do-you-split-a-list-into-evenly-sized-chunks-in-python
Args:
listofstuff (list): list of things that in are in a long list
that you want to break up into chunks
_title (str): heading of the list of stuff you want cut up in chunks
_result (list): The list where the chunks will be stored.
place_in_list (boolean): Some data needs to be returned as a
list in a list. Others do not.
Setting to this true means that you
want the _result returned to be a list of list
Example ['1.1.1.1/24'] becomes ["ip: 1.1.1.1/24"]
Default: False
break_into_list (boolean): When printing detailed IP info, print out each entry as a list.
for example [1.1.1.1/24] becomes ["ip:", "1.1.1.1/24"]
Default: False
shorten_to (int): How many elements are to be placed in each chunk.
Default: 4
"""
if listofstuff:
listofstuff = sorted(common.group_ports(listofstuff))
listofstuff = [
listofstuff[_x:_x + shorten_to]
for _x in range(0, len(listofstuff), shorten_to)
]
for _idx, _arrlist in enumerate(listofstuff):
joined_arrlist = ', '.join(_arrlist)
if _idx == 0 and _title:
if break_into_list:
entry = [_title + ':', joined_arrlist]
else:
entry = _title + ': ' + joined_arrlist
if place_in_list:
arr_entry = [entry]
else:
arr_entry = entry
_result.append(arr_entry)
else:
if break_into_list:
entry = ['', joined_arrlist]
else:
entry = ' ' + joined_arrlist
if place_in_list:
arr_entry = [entry]
else:
arr_entry = entry
_result.append(arr_entry)
def test_group_port_with_subiface():
a = ['swp1', 'swp2', 'swp3', 'swp4',
'bond0.100', 'bond1.100', 'bond3.100',
'swp33.100', 'swp34.100', 'swp40.100',
'swp10', 'swp11', 'swp12', 'swp20']
assert_equals(common.group_ports(a), ['bond0-1.100',
'bond3.100',
'swp33-34.100',
'swp40.100',
'swp1-4',
'swp10-12',
'swp20'])
def update_vlan_aware_bridge_config(self):
""" runs function to add/remove vlan from bridge vlan list then
sends appropriate module and module arguments to ansible to make the
config change
"""
self.update_bridge_vlan_list()
modname = 'cl_bridge'
modargs_str = 'name=%s ports=%s vids=%s' % (
self.vlan_aware_bridge.name,
','.join(group_ports(self.bridge_ports)),
','.join(self.bridge_vids))
return update_config_via_ansible(modname, modargs_str)
def test_get_vlan_list(self, mock_symlink, mock_os_path,
mock_oneline, mock_os_listdir):
mock_subint = MagicMock()
mock_subint.return_value = ['eth1.11', 'eth1.20', 'eth1.30']
self.iface.get_sub_interfaces = mock_subint
# bridgemember is trunk port
values = {
'/sys/class/net/eth1/brport': True,
'/sys/class/net/eth1.11/brport': True,
'/sys/class/net/eth1.20/brport': False,
'/sys/class/net/eth1.30/brport': True,
}
values2 = {
'/sys/class/net/eth1/brport/state': '3',
'/sys/class/net/eth1/brport/bridge/bridge/root_port': 'aaa',
'/sys/class/net/eth1/brport/port_id': 'aaa',
'/sys/class/net/eth1.11/brport/state': '0',
'/sys/class/net/eth1.11/brport/bridge/bridge/stp_state': '1',
'/sys/class/net/eth1.11/brport/bridge/bridge/root_port': 'aaa',
'/sys/class/net/eth1.11/brport/port_id': 'aaa',
'/sys/class/net/eth1.30/brport/state': '0',
'/sys/class/net/eth1.30/brport/bridge/bridge/stp_state': '0'
}
values3 = {
'/sys/class/net/eth1/brport/bridge': 'br10',
'/sys/class/net/eth1.11/brport/bridge': 'br11',
'/sys/class/net/eth1.20/brport/bridge': None,
'/sys/class/net/eth1.30/brport/bridge': 'br30'
}
values4 = {
'/sys/class/net/br30/brif': ['eth1.30'],
'/sys/class/net/br11/brif': ['eth1.11'],
'/sys/class/net/br10/brif': []
}
mock_os_listdir.side_effect = mod_args_generator(values4)
mock_symlink.side_effect = mod_args_generator(values3)
mock_oneline.side_effect = mod_args_generator(values2)
mock_os_path.side_effect = mod_args_generator(values)
br10 = linux_bridge.Bridge('br10')
br11 = linux_bridge.Bridge('br11')
br30 = linux_bridge.Bridge('br30')
linux_bridge.BRIDGE_CACHE['br10'] = br10
linux_bridge.BRIDGE_CACHE['br11'] = br11
linux_bridge.BRIDGE_CACHE['br30'] = br30
vlanlist = self.iface.vlan_list
vlanlist = common.group_ports(vlanlist.keys())
assert_equals(vlanlist, ['br10-11', 'br30'])
def test_get_vlan_list(self, mock_symlink, mock_os_path, mock_oneline,
mock_os_listdir):
mock_subint = MagicMock()
mock_subint.return_value = ['eth1.11', 'eth1.20', 'eth1.30']
self.iface.get_sub_interfaces = mock_subint
# bridgemember is trunk port
values = {
'/sys/class/net/eth1/brport': True,
'/sys/class/net/eth1.11/brport': True,
'/sys/class/net/eth1.20/brport': False,
'/sys/class/net/eth1.30/brport': True,
}
values2 = {
'/sys/class/net/eth1/brport/state': '3',
'/sys/class/net/eth1/brport/bridge/bridge/root_port': 'aaa',
'/sys/class/net/eth1/brport/port_id': 'aaa',
'/sys/class/net/eth1.11/brport/state': '0',
'/sys/class/net/eth1.11/brport/bridge/bridge/stp_state': '1',
'/sys/class/net/eth1.11/brport/bridge/bridge/root_port': 'aaa',
'/sys/class/net/eth1.11/brport/port_id': 'aaa',
'/sys/class/net/eth1.30/brport/state': '0',
'/sys/class/net/eth1.30/brport/bridge/bridge/stp_state': '0'
}
values3 = {
'/sys/class/net/eth1/brport/bridge': 'br10',
'/sys/class/net/eth1.11/brport/bridge': 'br11',
'/sys/class/net/eth1.20/brport/bridge': None,
'/sys/class/net/eth1.30/brport/bridge': 'br30'
}
values4 = {
'/sys/class/net/br30/brif': ['eth1.30'],
'/sys/class/net/br11/brif': ['eth1.11'],
'/sys/class/net/br10/brif': []
}
mock_os_listdir.side_effect = mod_args_generator(values4)
mock_symlink.side_effect = mod_args_generator(values3)
mock_oneline.side_effect = mod_args_generator(values2)
mock_os_path.side_effect = mod_args_generator(values)
br10 = linux_bridge.Bridge('br10')
br11 = linux_bridge.Bridge('br11')
br30 = linux_bridge.Bridge('br30')
linux_bridge.BRIDGE_CACHE['br10'] = br10
linux_bridge.BRIDGE_CACHE['br11'] = br11
linux_bridge.BRIDGE_CACHE['br30'] = br30
vlanlist = self.iface.vlan_list
vlanlist = common.group_ports(vlanlist.keys())
assert_equals(vlanlist, ['br10-11', 'br30'])
def test_group_ports_where_one_does_not_have_number():
a = ['downlink', 'downlink2', 'swp1', 'swp2', 'swp3']
assert_equals(common.group_ports(a), ['downlink', 'downlink2', 'swp1-3'])
def test_group_port_no_subiface():
a = ['swp1', 'swp2', 'swp3', 'swp4',
'swp10', 'swp11', 'swp12', 'swp20']
assert_equals(common.group_ports(a), ['swp1-4', 'swp10-12', 'swp20'])
