def bridgemem_details(self):
"""
:return: list vlans or bridge names of various stp states MODIFY
"""
if not self.iface.is_bridgemem():
return None
# check if port is in STP
_str = ''
_stpstate = self.iface.stp.state
# get the list of states by grabbing all the keys
if self.iface.vlan_filtering:
_vlanlist = self.iface.vlan_list
_header = [_("all vlans on l2 port")]
_table = [[', '.join(linux_common.create_range('', _vlanlist))]]
_str += tabulate(_table, _header, numalign='left') + self.new_line()
_header = [_("untagged vlans")]
_table = [[', '.join(self.iface.native_vlan)]]
_str += tabulate(_table, _header, numalign='left') + self.new_line()
for _state, _bridgelist in _stpstate.items():
if _bridgelist:
_header = [_("vlans in %s state") %
(inflection.titleize(_state))]
# if vlan aware and bridgelist is not empty, then assume
# all vlans have that stp state
if self.iface.vlan_filtering:
_table = [[', '.join(linux_common.create_range(
'', _vlanlist))]]
else:
_table = [self._pretty_vlanlist(_bridgelist)]
_str += tabulate(_table, _header, numalign='left') + self.new_line()
return _str
def in_clag(self):
"""
:return: print clag status
"""
if self.iface.clag_enable == '0':
return _('clag inactive')
elif self.iface.clag_enable == '1':
return _('clag active')
else:
return _('clag not supported')
def trunk_summary_vlan_aware(self):
"""
:return list of vlan trunk info for vlan aware bridge
"""
_strlist = []
_strlist.append(_('vlans') + ': ' + ','.join(
linux_common.create_range('', self.iface.vlan_list)))
_strlist.append(_('native') + ': ' + ','.join(
linux_common.create_range('', self.iface.native_vlan)))
return _strlist
def in_clag(self):
"""
:return: print clag status
"""
if self.iface.clag_enable == '0':
return _('clag inactive')
elif self.iface.clag_enable == '1':
return _('clag active')
else:
return _('clag not supported')
def print_counters(self):
"""
:return: cli output of netshow counters
"""
_header = ['', _('port'), _('speed'), _('mode'), '',
_('ucast'), _('mcast'), _('bcast'), _('errors')]
_table = []
for _piface in self.ifacelist.values():
if not _piface.iface.counters.rx:
return "This is probably Cumulus VX, or ethtool -S doesn't work for this user. " \
"Cannot produce valid counters yet"
_rx_counters = _piface.iface.counters.rx
_tx_counters = _piface.iface.counters.tx
_table.append([_piface.linkstate, _piface.name,
_piface.speed, _piface.port_category,
_('rx'), _rx_counters.get('unicast'),
_rx_counters.get('multicast'),
_rx_counters.get('broadcast'),
_rx_counters.get('errors')])
_table.append(['', '', '', '', _('tx'),
_tx_counters.get('unicast'),
_tx_counters.get('multicast'),
_tx_counters.get('broadcast'),
_tx_counters.get('errors')])
return legend_wrapped_cli_output(tabulate(_table, _header,
floatfmt='.0f'))
def port_category(self):
"""
:return: port type. Via interface discovery determine classify port \
type
"""
if self.iface.is_mgmt():
return _('mgmt')
elif self.iface.is_svi():
return _('svi/l3')
else:
return super(PrintIface, self).port_category
def stp_mode(self):
stp_mode = self.iface.stp.mode
if stp_mode == 0:
_str = _('802.1d / per vlan instance')
elif stp_mode == 1:
_str = _('802.1d / single instance')
elif stp_mode == 2:
_str = _('RSTP / per vlan instance')
elif stp_mode == 3:
_str = _('RSTP / single instance')
return _str
def lacp_bypass(self):
"""
:return print lacp bypass status
"""
_lacp = self.iface.lacp
if _lacp:
if _lacp.bypass == '1':
return _('lacp_bypass_active')
elif _lacp.bypass == '0':
return _('lacp_bypass_inactive')
return _('lacp bypass not supported')
def lacp_bypass(self):
"""
:return print lacp bypass status
"""
_lacp = self.iface.lacp
if _lacp:
if _lacp.bypass == '1':
return _('lacp_bypass_active')
elif _lacp.bypass == '0':
return _('lacp_bypass_inactive')
return _('lacp bypass not supported')
def stp_mode(self):
stp_mode = self.iface.stp.mode
if stp_mode == 0:
_str = _("802.1d / per vlan instance")
elif stp_mode == 1:
_str = _("802.1d / single instance")
elif stp_mode == 2:
_str = _("RSTP / per vlan instance")
elif stp_mode == 3:
_str = _("RSTP / single instance")
return _str
def root_port(self):
":return: root port in the form of a list"
if self.iface.stp:
_stproot = self.iface.stp.root_port
if _stproot != 'none':
return [str(_stproot)]
return [_('root_switch')]
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 counters_summary(self):
"""
if counters are available print a summary of the counters.
"""
_counters = self.iface.counters
if not _counters:
return ''
_counters_all = _counters.all
_header = [_('counters'), _('tx'), _('rx')]
_table = []
for _countername in ['errors', 'unicast', 'broadcast', 'multicast']:
_table.append([_(_countername),
_counters_all.get('tx').get(_countername),
_counters_all.get('rx').get(_countername)])
# keep return in the right place please!
return tabulate(_table, _header) + self.new_line()
def connector_type(self):
"""
:return: prints out string for connector type
"""
if not hasattr(self.iface, 'connector_type'):
return None
_connector = self.iface.connector_type
if _connector == 4:
return _('4x10g')
elif _connector == 3:
return _('qsfp')
elif _connector == 2:
return _('sfp')
elif _connector == 1:
return _('rj45')
def root_port(self):
":return: root port in the form of a list"
if self.iface.stp:
_stproot = self.iface.stp.root_port
if _stproot != "none":
return [str(_stproot)]
return [_("root_switch")]
def access_summary_vlan_aware(self):
"""
:return: list of access summar port info
"""
_strlist = []
_strlist.append(_('native') + ': ' + ','.join(self.iface.vlan_list))
return _strlist
def clag_summary(self):
"""
:return: clag summary details for 'netshow interface' for all ints
"""
if self.iface.clag_enable == '1':
return _('in_clag')
return ''
def clag_summary(self):
"""
:return: clag summary details for 'netshow interface' for all ints
"""
if self.iface.clag_enable == '1':
return _('in_clag')
return ''
def bondmem_details(self):
"""
print out table with bond member summary info for netshow interface [ifacename]
for bond interface
"""
_header = [
'',
_('port'),
_('speed'),
_('tx'),
_('rx'),
_('err'),
_('link_failures')
]
_table = []
_bondmembers = self.iface.members.values()
if len(_bondmembers) == 0:
return _('no_bond_members_found')
for _bondmem in _bondmembers:
_printbondmem = PrintBondMember(_bondmem)
_table.append([
_printbondmem.linkstate,
"%s(%s)" %
(_printbondmem.name, self.abbrev_bondstate(_bondmem)),
_printbondmem.speed, _bondmem.counters.total_tx,
_bondmem.counters.total_rx, _bondmem.counters.total_err,
_bondmem.linkfailures
])
return tabulate(_table, _header, floatfmt='.0f') + self.new_line()
def counters_summary(self):
""" print summary of cumulus counters
Returns:
table of unicast, broadcast, multicast and error tx/rx counters
if executed on cumulus VM/non Cumulus but Linux platform,
this returns nothing
"""
_counters = self.iface.counters
if not _counters or not _counters.tx:
return ''
_counters_all = _counters.all
_header = [_('counters'), _('tx'), _('rx')]
_table = []
for _countername in ['errors', 'unicast', 'broadcast', 'multicast']:
_table.append([_(_countername),
_counters_all.get('tx').get(_countername),
_counters_all.get('rx').get(_countername)])
# keep return in the right place please!
return tabulate(_table, _header) + self.new_line()
def cli_output(self):
"""
:return: print out system info on a cumulus switch
"""
_pd = self.system.platform_info
# If platform detect does not work.
# TODO make this better....
if not _pd:
return linux_system.ShowSystem.cli_output(self)
chip = _pd.get('chipset')
cpu = _pd.get('processor')
_str = ''
_str = "\n%s %s\n" % (_pd.get('manufacturer'), _pd.get('model'))
_str += "%s %s %s\n" % (self.system.os_name, _('version'),
self.system.version)
_str += "%s: %s\n\n" % (_('build'), self.system.os_build)
_str += "%s: %s %s %s\n\n" % (_('chipset'),
chip.get('manufacturer'),
chip.get('family'),
chip.get('model'))
_str += "%s: %s\n\n" % (_('port config'), _pd.get('ports'))
_str += "%s: (%s) %s %s %s %s\n\n" % (_('cpu'),
self.system.arch,
cpu.get('manufacturer'),
cpu.get('family'),
cpu.get('model'),
cpu.get('speed'))
_str += "%s: %s\n" % (_('uptime'), self.uptime)
return _str
def stp_details(self):
"""
:return: stp details for the bridge interface
"""
_header = ["", ""]
_table = []
_table.append([_("stp_mode") + ":", self.stp_mode()])
_table.append([_("root_port") + ":", ", ".join(self.root_port())])
_table.append([_("ports_in_designated_role") + ":", ", ".join(self.designated_ports())])
_table.append([_("ports_in_alternate_role") + ":", ", ".join(self.alternate_ports())])
_table.append([_("root_priority") + ":", self.iface.stp.root_priority])
_table.append([_("bridge_priority") + ":", self.iface.stp.bridge_priority])
_table.append([_("last_tcn") + ":", self.last_tcn_field()])
if self.iface.vlan_filtering:
_table.append([_("bridge_type"), _("vlan_aware_bridge")])
else:
_table.append(self.vlan_id_field().split())
return tabulate(_table, _header) + self.new_line()
def bond_details(self):
"""
print out table with bond details for netshow interface [ifacename]
"""
_header = [_('bond_details'), '']
_table = []
_table.append([_('bond_mode') + ':', self.mode])
_table.append([_('load_balancing') + ':', self.hash_policy])
_table.append([_('minimum_links') + ':', self.iface.min_links])
if self.in_clag:
_table.append([_('in_clag') + ':', self.in_clag()])
_lacp_info = self.iface.lacp
if _lacp_info:
_table.append([_('lacp_sys_priority') + ':', self.iface.lacp.sys_priority])
_table.append([_('lacp_rate') + ':', self.lacp_rate()])
_table.append([_('lacp_bypass') + ':', self.lacp_bypass()])
return tabulate(_table, _header) + self.new_line()
def stp_details(self):
"""
:return: stp details for the bridge interface
"""
_header = ['', '']
_table = []
_table.append([_('stp_mode') + ':', self.stp_mode()])
_table.append([_('root_port') + ':', ', '.join(self.root_port())])
_table.append([_('ports_in_designated_role') + ':',
', '.join(self.designated_ports())])
_table.append([_('ports_in_alternate_role') + ':',
', '.join(self.alternate_ports())])
_table.append([_('root_priority') + ':', self.iface.stp.root_priority])
_table.append([_('bridge_priority') + ':',
self.iface.stp.bridge_priority])
_table.append([_('last_tcn') + ':', self.last_tcn_field()])
if self.iface.vlan_filtering:
_table.append([_('bridge_type'), _('vlan_aware_bridge')])
else:
_table.append(self.vlan_id_field().split())
return tabulate(_table, _header) + self.new_line()
def print_single_iface(self):
"""
:return: netshow terminal output or JSON of a single iface
"""
feature_cache = self.cache.Cache()
feature_cache.run()
_printiface = self.print_iface.iface(self.single_iface, feature_cache)
if not _printiface:
return _('interface_does_not_exist')
if self.use_json:
return json.dumps(_printiface,
cls=NetEncoder, indent=4)
else:
return legend_wrapped_cli_output(_printiface.cli_output(),
self.show_legend)
def bond_details(self):
"""
print out table with bond details for netshow interface [ifacename]
"""
_header = [_('bond_details'), '']
_table = []
_table.append([_('bond_mode') + ':', self.mode])
_table.append([_('load_balancing') + ':', self.hash_policy])
_table.append([_('minimum_links') + ':', self.iface.min_links])
if self.in_clag:
_table.append([_('in_clag') + ':', self.in_clag()])
_lacp_info = self.iface.lacp
if _lacp_info:
_table.append(
[_('lacp_sys_priority') + ':', self.iface.lacp.sys_priority])
_table.append([_('lacp_rate') + ':', self.lacp_rate()])
_table.append([_('lacp_bypass') + ':', self.lacp_bypass()])
return tabulate(_table, _header) + self.new_line()
def print_counters(self):
"""
:return: cli output of netshow counters
"""
_header = ['', _('port'), _('speed'), _('mode'), '',
_('ucast'), _('mcast'), _('bcast'), _('errors')]
_table = []
for _piface in self.ifacelist.values():
_rx_counters = _piface.iface.counters.rx
_tx_counters = _piface.iface.counters.tx
_table.append([_piface.linkstate, _piface.name,
_piface.speed, _piface.port_category,
_('rx'), _rx_counters.get('unicast'),
_rx_counters.get('multicast'),
_rx_counters.get('broadcast'),
_rx_counters.get('errors')])
_table.append(['', '', '', '', _('tx'),
_tx_counters.get('unicast'),
_tx_counters.get('multicast'),
_tx_counters.get('broadcast'),
_tx_counters.get('errors')])
return legend_wrapped_cli_output(tabulate(_table, _header,
floatfmt='.0f'))
def print_counters(self):
"""
:return: cli output of netshow counters
"""
_header = [
'',
_('port'),
_('speed'),
_('mode'), '',
_('ucast'),
_('mcast'),
_('bcast'),
_('errors')
]
_table = []
for _piface in self.ifacelist.values():
_rx_counters = _piface.iface.counters.rx
_tx_counters = _piface.iface.counters.tx
_table.append([
_piface.linkstate, _piface.name, _piface.speed,
_piface.port_category,
_('rx'),
_rx_counters.get('unicast'),
_rx_counters.get('multicast'),
_rx_counters.get('broadcast'),
_rx_counters.get('errors')
])
_table.append([
'', '', '', '',
_('tx'),
_tx_counters.get('unicast'),
_tx_counters.get('multicast'),
_tx_counters.get('broadcast'),
_tx_counters.get('errors')
])
return legend_wrapped_cli_output(
tabulate(_table, _header, floatfmt='.0f'))
def bondmem_details(self):
"""
print out table with bond member summary info for netshow interface [ifacename]
for bond interface
"""
_header = ['', _('port'), _('speed'),
_('tx'), _('rx'), _('err'), _('link_failures')]
_table = []
_bondmembers = self.iface.members.values()
if len(_bondmembers) == 0:
return _('no_bond_members_found')
for _bondmem in _bondmembers:
_printbondmem = PrintBondMember(_bondmem)
_table.append([_printbondmem.linkstate,
"%s(%s)" % (_printbondmem.name,
self.abbrev_bondstate(_bondmem)),
_printbondmem.speed,
_bondmem.counters.total_tx,
_bondmem.counters.total_rx,
_bondmem.counters.total_err,
_bondmem.linkfailures])
return tabulate(_table, _header, floatfmt='.0f') + self.new_line()
def bondmem_details(self):
"""
:return: string with output shown when netshow interfaces is issued on a \
bond member
"""
_header = [_('bond_details'), '']
_master = self.iface.master
_printbond = PrintBond(_master)
_table = []
_table.append([_('master_bond') + ':', _master.name])
_table.append([_('state_in_bond') + ':', self.state_in_bond])
_table.append([_('link_failures') + ':', self.iface.linkfailures])
_table.append(
[_('bond_members') + ':', ', '.join(_master.members.keys())])
_table.append([_('bond_mode') + ':', _printbond.mode])
_table.append([_('load_balancing') + ':', _printbond.hash_policy])
_table.append([_('minimum_links') + ':', _master.min_links])
_lacp_info = self.iface.master.lacp
if _lacp_info:
_table.append(
[_('lacp_sys_priority') + ':', _master.lacp.sys_priority])
_table.append([_('lacp_rate') + ':', _printbond.lacp_rate()])
_table.append([_('lacp_bypass') + ':', _printbond.lacp_bypass()])
return tabulate(_table, _header)
def is_vlan_aware_bridge(self):
if self.iface.vlan_filtering:
return _("vlan_aware_bridge")
return ""
def bondmem_details(self):
"""
:return: string with output shown when netshow interfaces is issued on a \
bond member
"""
_header = [_('bond_details'), '']
_master = self.iface.master
_printbond = PrintBond(_master)
_table = []
_table.append([_('master_bond') + ':', _master.name])
_table.append([_('state_in_bond') + ':', self.state_in_bond])
_table.append([_('link_failures') + ':', self.iface.linkfailures])
_table.append([_('bond_members') + ':', ', '.join(_master.members.keys())])
_table.append([_('bond_mode') + ':', _printbond.mode])
_table.append([_('load_balancing') + ':', _printbond.hash_policy])
_table.append([_('minimum_links') + ':', _master.min_links])
_lacp_info = self.iface.master.lacp
if _lacp_info:
_table.append([_('lacp_sys_priority') + ':', _master.lacp.sys_priority])
_table.append([_('lacp_rate') + ':', _printbond.lacp_rate()])
_table.append([_('lacp_bypass') + ':', _printbond.lacp_bypass()])
return tabulate(_table, _header)
def is_vlan_aware_bridge(self):
if self.iface.vlan_filtering:
return _('vlan_aware_bridge')
return ''