def print_neighbor_info(self):
"""
:return: cli output of netshow neighbor
"""
_header = [
_('local'),
_('speed'),
_('mode'), '',
_('remote'),
_('sw/hostname'),
_('summary')
]
_table = []
for _iface in self.ifacelist.values():
_table.append([
_iface.name, _iface.speed, _iface.port_category, '====',
_iface.iface.lldp[0].get('adj_port'),
_iface.iface.lldp[0].get('adj_hostname'),
', '.join(_iface.summary)
])
del _iface.iface.lldp[0]
if _iface.iface.lldp:
for _entry in _iface.iface.lldp:
_table.append([
'', '', '', '====',
_entry.get('adj_port'),
_entry.get('adj_hostname')
])
return legend_wrapped_cli_output(tabulate(_table, _header),
self.show_legend)
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 print_cli_many_ifaces(self, port_type):
"""
:return: 'netshow interface' of many interfaces in terminal output
"""
_headers = self.summary_header
_table = []
for _piface in self.ifacelist.get(port_type).values():
if self.oneline:
_table += self.cli_append_oneline(_piface)
else:
_table += self.cli_append_multiline(_piface)
return legend_wrapped_cli_output(tabulate(_table, _headers), self.show_legend)
def print_cli_many_ifaces(self, port_type):
"""
:return: 'netshow interface' of many interfaces in terminal output
"""
_headers = self.summary_header
_table = []
for _piface in self.ifacelist.get(port_type).values():
if self.oneline:
_table += self.cli_append_oneline(_piface)
else:
_table += self.cli_append_multiline(_piface)
return legend_wrapped_cli_output(tabulate(_table, _headers), self.show_legend)
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 print_neighbor_info(self):
"""
:return: cli output of netshow neighbor
"""
_header = [_('local'), _('speed'), _('mode'), '',
_('remote'), _('sw/hostname'), _('summary')]
_table = []
for _iface in self.ifacelist.values():
_table.append([_iface.name, _iface.speed,
_iface.port_category,
'====',
_iface.iface.lldp[0].get('adj_port'),
_iface.iface.lldp[0].get('adj_hostname'),
', '.join(_iface.summary)])
del _iface.iface.lldp[0]
if _iface.iface.lldp:
for _entry in _iface.iface.lldp:
_table.append(['', '', '', '====',
_entry.get('adj_port'),
_entry.get('adj_hostname')])
return legend_wrapped_cli_output(tabulate(_table, _header), self.show_legend)
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'))