def _print_transceiver_ports(self, ch_to_port, info):
# Print port info if the transceiver doesn't have any
for port in ch_to_port.values():
attrs = utils.get_status_strs(self._status_resp[port])
print("Port: {:>2} Status: {:<8} Link: {:<4} Transceiver: {}"
.format(port, attrs['admin_status'], attrs['link_status'],
attrs['present']))
def _print_port_detail(self):
"""print port details"""
if not self._qsfp_client:
self._print_transceiver_ports(self._status_resp.keys(), None)
return
# If a port does not have a mapping to a transceiver, we should
# still print it, lest we skip ports in the detail display.
transceiver_printed = []
for port, status in sorted(self._status_resp.items()):
if status.transceiverIdx:
tid = status.transceiverIdx.transceiverId
if tid not in transceiver_printed:
self._print_transceiver_details(tid)
transceiver_printed.append(tid)
else:
attrs = utils.get_status_strs(self._status_resp[port],
is_present=False)
print(
"Port: {:>2} Status: {:<8} Link: {:<4} Transceiver: {}".
format(
port,
attrs["admin_status"],
attrs["link_status"],
attrs["present"],
))
def _print_transceiver_ports(self, ch_to_port, info):
# Print port info if the transceiver doesn't have any
for port in ch_to_port.values():
attrs = utils.get_status_strs(self._status_resp[port])
print("Port: {:>2} Status: {:<8} Link: {:<4} Transceiver: {}".
format(port, attrs['admin_status'], attrs['link_status'],
attrs['present']))
def list_ports(self, ports):
try:
field_fmt = '{:>10} {:>12} {}{:>10} {:>12} {:>6}'
print(
field_fmt.format('Port', 'Admin State', '', 'Link State',
'Transceiver', 'Speed'))
print('-' * 59)
resp = self._client.getPortStatus(ports)
port_info = self._client.getAllPortInfo()
for port_data in sorted(port_info.values(),
key=utils.port_sort_fn):
port = port_data.portId
if port not in resp:
continue
status = resp[port]
attrs = utils.get_status_strs(status)
if status.enabled:
name = port_data.name if port_data.name else port
print(
field_fmt.format(name, attrs['admin_status'],
attrs['color_align'],
attrs['link_status'],
attrs['present'], attrs['speed']))
except KeyError as e:
print("Invalid port", e)
def _print_transceiver_details(self, tid): # noqa
""" Print details about transceiver """
info = self._info_resp[tid]
ch_to_port = self._t_to_p[tid]
if info.present is False:
self._print_transceiver_ports(ch_to_port.values(), info)
return
print("Transceiver: {:>2}".format(info.port))
if info.vendor:
self._print_vendor_details(info)
if info.cable:
self._print_cable_details(info)
if info.settings:
self._print_settings_details(info)
if info.sensor or (info.thresholds and self._verbose) or info.channels:
print("Monitoring Information:")
if info.sensor:
print(" {:<15} {:0.4} {:<4} {:0.4}".format(
"Temperature", info.sensor.temp.value, "Vcc",
info.sensor.vcc.value))
if self._verbose and info.thresholds:
self._print_thresholds(info.thresholds)
if self._verbose and info.sensor:
if info.sensor.temp.flags and info.sensor.vcc.flags:
self._print_sensor_flags(info.sensor)
for channel in info.channels:
port = ch_to_port.get(channel.channel, None)
if port:
attrs = utils.get_status_strs(self._status_resp[port], None)
print(" Channel: {} Port: {:>2} Status: {:<8} Link: {:<4}".
format(
channel.channel,
port,
attrs["admin_status"],
attrs["link_status"],
))
else:
# This is a channel for a port we weren't asked to display.
#
# (It would probably be nicer to clean up the CLI syntax so it
# is a bit less ambiguous about what we should do here when we
# were only asked to display info for some ports in a given
# transceiver.)
print(" Channel: {}".format(channel.channel))
self._print_port_channel(channel)
# If we didn't print any channel info, print something useful
if not info.channels:
self._print_transceiver_ports(ch_to_port.values(), info)
def list_ports(self, client, ports, internal_port=False, all=False):
field_fmt = self._get_field_format(internal_port)
port_status_map = client.getPortStatus(ports)
qsfp_info_map = utils.get_qsfp_info_map(
self._qsfp_client, None, continue_on_error=True)
port_info_map = client.getAllPortInfo()
missing_port_status = []
for port_info in sorted(port_info_map.values(), key=utils.port_sort_fn):
port_id = port_info.portId
if ports and (port_id not in ports):
continue
status = port_status_map.get(port_id)
if not status:
missing_port_status.append(port_id)
continue
qsfp_present = False
# For non QSFP ports (think Fabric port) qsfp_client
# will not return any information.
if status.transceiverIdx and self._qsfp_client:
qsfp_info = qsfp_info_map.get(
status.transceiverIdx.transceiverId)
qsfp_present = qsfp_info.present if qsfp_info else False
attrs = utils.get_status_strs(status, qsfp_present)
if internal_port:
speed = attrs['speed']
if not speed:
speed = '-'
print(field_fmt.format(
port_id,
port_info.name,
attrs['admin_status'],
attrs['color_align'],
attrs['link_status'],
attrs['present'],
speed))
elif all:
name = port_info.name if port_info.name else port_id
print(field_fmt.format(
name,
attrs['admin_status'],
attrs['color_align'],
attrs['link_status'],
attrs['present'],
attrs['speed']))
elif status.enabled:
name = port_info.name if port_info.name else port_id
print(field_fmt.format(
name,
attrs['admin_status'],
attrs['color_align'],
attrs['link_status'],
attrs['present'],
attrs['speed']))
if missing_port_status:
print(utils.make_error_string(
"Could not get status of ports {}".format(missing_port_status)))
def _print_transceiver_ports(self, ports, info):
''' Print port info if the transceiver doesn't have any'''
present = info.present if info else None
for port in ports:
attrs = utils.get_status_strs(self._status_resp[port], present)
print("Port: {:>2} Status: {:<8} Link: {:<4} Transceiver: {}".
format(port, attrs['admin_status'], attrs['link_status'],
attrs['present']))
def _print_transceiver_ports(self, ports, info):
''' Print port info if the transceiver doesn't have any'''
present = info.present if info else None
for port in ports:
attrs = utils.get_status_strs(self._status_resp[port], present)
print("Port: {:>2} Status: {:<8} Link: {:<4} Transceiver: {}".
format(port, attrs['admin_status'], attrs['link_status'],
attrs['present']))
def _print_transceiver_details(self, tid): # noqa
''' Print details about transceiver '''
info = self._info_resp[tid]
ch_to_port = self._t_to_p[tid]
if info.present is False:
self._print_transceiver_ports(ch_to_port.values(), info)
return
print("Transceiver: {:>2}".format(info.port))
if info.vendor:
self._print_vendor_details(info)
if info.cable:
self._print_cable_details(info)
if info.settings:
self._print_settings_details(info)
if info.sensor or (info.thresholds and self._verbose) or info.channels:
print("Monitoring Information:")
if info.sensor:
print(" {:<15} {:0.4} {:<4} {:0.4}".format("Temperature",
info.sensor.temp.value, "Vcc", info.sensor.vcc.value))
if self._verbose and info.thresholds:
self._print_thresholds(info.thresholds)
if self._verbose and info.sensor:
if info.sensor.temp.flags and info.sensor.vcc.flags:
self._print_sensor_flags(info.sensor)
for channel in info.channels:
port = ch_to_port.get(channel.channel, None)
if port:
attrs = utils.get_status_strs(self._status_resp[port], None)
print(" Channel: {} Port: {:>2} Status: {:<8} Link: {:<4}"
.format(channel.channel, port, attrs['admin_status'],
attrs['link_status']))
else:
# This is a channel for a port we weren't asked to display.
#
# (It would probably be nicer to clean up the CLI syntax so it
# is a bit less ambiguous about what we should do here when we
# were only asked to display info for some ports in a given
# transceiver.)
print(" Channel: {}".format(channel.channel))
self._print_port_channel(channel)
# If we didn't print any channel info, print something useful
if not info.channels:
self._print_transceiver_ports(ch_to_port.values(), info)
def list_ports(self, ports, internal_port=False):
field_fmt = self._get_field_format(internal_port)
port_status_map = self._client.getPortStatus(ports)
qsfp_info_map = utils.get_qsfp_info_map(
self._qsfp_client, None, continue_on_error=True)
port_info_map = self._client.getAllPortInfo()
missing_port_status = []
for port_info in sorted(port_info_map.values(), key=utils.port_sort_fn):
port_id = port_info.portId
if ports and (port_id not in ports):
continue
status = port_status_map.get(port_id)
if not status:
missing_port_status.append(port_id)
continue
# The transceiver id can be derived from port name
# e.g. port name eth1/4/1 -> transceiver_id is 4-1 = 3
# (-1 because we start counting transceivers at 0)
transceiver_id = utils.port_sort_fn(port_info)[2] - 1
qsfp_info = qsfp_info_map.get(transceiver_id)
qsfp_present = None
if self._qsfp_client:
# For non QSFP ports (think Fabric port) qsfp_client
# will not return any information.
qsfp_present = qsfp_info.present if qsfp_info else False
attrs = utils.get_status_strs(status, qsfp_present)
if internal_port:
speed = attrs['speed']
if not speed:
speed = '-'
print(field_fmt.format(
port_id,
port_info.name,
attrs['admin_status'],
attrs['color_align'],
attrs['link_status'],
attrs['present'],
speed))
elif status.enabled:
name = port_info.name if port_info.name else port_id
print(field_fmt.format(
name,
attrs['admin_status'],
attrs['color_align'],
attrs['link_status'],
attrs['present'],
attrs['speed']))
if missing_port_status:
print(utils.make_error_string(
"Could not get status of ports {}".format(missing_port_status)))
def list_ports(self, ports, internal_port=False):
field_fmt = self._get_field_format(internal_port)
port_status_map = self._client.getPortStatus(ports)
qsfp_info_map = utils.get_qsfp_info_map(
self._qsfp_client, None, continue_on_error=True)
port_info_map = self._client.getAllPortInfo()
missing_port_status = []
for port_info in sorted(port_info_map.values(), key=utils.port_sort_fn):
port_id = port_info.portId
if ports and (port_id not in ports):
continue
status = port_status_map.get(port_id)
if not status:
missing_port_status.append(port_id)
continue
# The transceiver id can be derived from port name
# e.g. port name eth1/4/1 -> transceiver_id is 4-1 = 3
# (-1 because we start counting transceivers at 0)
transceiver_id = utils.port_sort_fn(port_info)[2] - 1
qsfp_info = qsfp_info_map.get(transceiver_id)
qsfp_present = None
if self._qsfp_client:
# For non QSFP ports (think Fabric port) qsfp_client
# will not return any information.
qsfp_present = qsfp_info.present if qsfp_info else False
attrs = utils.get_status_strs(status, qsfp_present)
if internal_port:
speed = attrs['speed']
if not speed:
speed = '-'
print(field_fmt.format(
port_id,
port_info.name,
attrs['admin_status'],
attrs['color_align'],
attrs['link_status'],
attrs['present'],
speed))
elif status.enabled:
name = port_info.name if port_info.name else port_id
print(field_fmt.format(
name,
attrs['admin_status'],
attrs['color_align'],
attrs['link_status'],
attrs['present'],
attrs['speed']))
if missing_port_status:
print(utils.make_error_string(
"Could not get status of ports {}".format(missing_port_status)))
def _print_port_detail(self):
''' print port details '''
# If a port does not have a mapping to a transceiver, we should
# still print it, lest we skip ports in the detail display.
transceiver_printed = []
for port, status in sorted(self._status_resp.items()):
if status.transceiverIdx:
tid = status.transceiverIdx.transceiverId
if tid not in transceiver_printed:
self._print_transceiver_details(tid)
transceiver_printed.append(tid)
else:
attrs = utils.get_status_strs(self._status_resp[port])
print("Port: {:>2} Status: {:<8} Link: {:<4} Transceiver: {}"
.format(port, attrs['admin_status'], attrs['link_status'],
attrs['present']))
def _print_port_detail(self):
''' print port details '''
# If a port does not have a mapping to a transceiver, we should
# still print it, lest we skip ports in the detail display.
transceiver_printed = []
for port, status in sorted(self._status_resp.items()):
if status.transceiverIdx:
tid = status.transceiverIdx.transceiverId
if tid not in transceiver_printed:
self._print_transceiver_details(tid)
transceiver_printed.append(tid)
else:
attrs = utils.get_status_strs(self._status_resp[port])
print(
"Port: {:>2} Status: {:<8} Link: {:<4} Transceiver: {}".
format(port, attrs['admin_status'], attrs['link_status'],
attrs['present']))
def list_ports(self, ports):
try:
field_fmt = '{:>10} {:>12} {}{:>10} {:>12} {:>6}'
print(field_fmt.format('Port', 'Admin State', '', 'Link State',
'Transceiver', 'Speed'))
print('-' * 59)
resp = self._client.getPortStatus(ports)
port_info = self._client.getAllPortInfo()
for port_data in sorted(port_info.values(), key=utils.port_sort_fn):
port = port_data.portId
if port not in resp:
continue
status = resp[port]
attrs = utils.get_status_strs(status)
if status.enabled:
name = port_data.name if port_data.name else port
print(field_fmt.format(
name, attrs['admin_status'], attrs['color_align'],
attrs['link_status'], attrs['present'], attrs['speed']))
except KeyError as e:
print("Invalid port", e)
def _print_port_details_sfpdom(self, port, dom):
status = self._status_resp[port]
print("Port %d: %s" % (port, dom.name))
attrs = utils.get_status_strs(status)
admin_status = attrs['admin_status']
link_status = attrs['link_status']
print(" Admin Status: %s" % admin_status)
print(" Oper Status: %s" % link_status)
print(" Module Present: %s" % dom.sfpPresent)
if dom.sfpPresent and dom.vendor is not None:
print(" Vendor Name: %s" % dom.vendor.name)
print(" Part Number: %s" % dom.vendor.partNumber)
print(" Revision: %s" % dom.vendor.rev)
print(" Serial Number: %s" % dom.vendor.serialNumber)
print(" Date Code: %s" % dom.vendor.dateCode)
print(" Monitoring Information:")
if not dom.domSupported:
print(" DOM Not Supported")
return
print(" Values:")
print(" {:<15} {:0.4}".format("Temperature", dom.value.temp))
print(" {:<15} {:0.4}".format("Vcc", dom.value.vcc))
print(" {:<15} {:0.4}".format("Tx Bias", dom.value.txBias))
print(" {:<15} {:0.4}".format("Tx Power(dBm)",
self._mw_to_dbm(dom.value.txPwr)))
print(" {:<15} {:0.4}".format("Rx Power(dBm)",
self._mw_to_dbm(dom.value.rxPwr)))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Flags:', 'Alarm Low', 'Warning Low', 'Warning High',
'Alarm High'))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Temperature:', dom.flags.tempAlarmLow, dom.flags.tempWarnLow,
dom.flags.tempWarnHigh, dom.flags.tempAlarmHigh))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Vcc:', dom.flags.vccAlarmLow, dom.flags.vccWarnLow,
dom.flags.vccWarnHigh, dom.flags.vccAlarmHigh))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Tx Bias:', dom.flags.txBiasAlarmLow, dom.flags.txBiasWarnLow,
dom.flags.txBiasWarnHigh, dom.flags.txBiasAlarmHigh))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Tx Power(dBm):', self._mw_to_dbm(dom.flags.txPwrAlarmLow),
self._mw_to_dbm(dom.flags.txPwrWarnLow),
self._mw_to_dbm(dom.flags.txPwrWarnHigh),
self._mw_to_dbm(dom.flags.txPwrAlarmHigh)))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Rx Power(dBm):', self._mw_to_dbm(dom.flags.rxPwrAlarmLow),
self._mw_to_dbm(dom.flags.rxPwrWarnLow),
self._mw_to_dbm(dom.flags.rxPwrWarnHigh),
self._mw_to_dbm(dom.flags.rxPwrAlarmHigh)))
thresh = dom.threshValue
print(" {:<16} {:>15} {:>15} {:>15} {:>15}".format(
'Thresholds:', 'Alarm Low', 'Warning Low', 'Warning High',
'Alarm High'))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Temperature:', thresh.tempAlarmLow, thresh.tempWarnLow,
thresh.tempWarnHigh, thresh.tempAlarmHigh))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Vcc:', thresh.vccAlarmLow, thresh.vccWarnLow, thresh.vccWarnHigh,
thresh.vccAlarmHigh))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Tx Bias:', thresh.txBiasAlarmLow, thresh.txBiasWarnLow,
thresh.txBiasWarnHigh, thresh.txBiasAlarmHigh))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Tx Power(dBm):', self._mw_to_dbm(thresh.txPwrAlarmLow),
self._mw_to_dbm(thresh.txPwrWarnLow),
self._mw_to_dbm(thresh.txPwrWarnHigh),
self._mw_to_dbm(thresh.txPwrAlarmHigh)))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Rx Power(dBm):', self._mw_to_dbm(thresh.rxPwrAlarmLow),
self._mw_to_dbm(thresh.rxPwrWarnLow),
self._mw_to_dbm(thresh.rxPwrWarnHigh),
self._mw_to_dbm(thresh.rxPwrAlarmHigh)))
def _print_port_details_sfpdom(self, port, dom):
status = self._status_resp[port]
print("Port %d: %s" % (port, dom.name))
attrs = utils.get_status_strs(status)
admin_status = attrs['admin_status']
link_status = attrs['link_status']
print(" Admin Status: %s" % admin_status)
print(" Oper Status: %s" % link_status)
print(" Module Present: %s" % dom.sfpPresent)
if dom.sfpPresent and dom.vendor is not None:
print(" Vendor Name: %s" % dom.vendor.name)
print(" Part Number: %s" % dom.vendor.partNumber)
print(" Revision: %s" % dom.vendor.rev)
print(" Serial Number: %s" % dom.vendor.serialNumber)
print(" Date Code: %s" % dom.vendor.dateCode)
print(" Monitoring Information:")
if not dom.domSupported:
print(" DOM Not Supported")
return
print(" Values:")
print(" {:<15} {:0.4}".format("Temperature", dom.value.temp))
print(" {:<15} {:0.4}".format("Vcc", dom.value.vcc))
print(" {:<15} {:0.4}".format("Tx Bias", dom.value.txBias))
print(" {:<15} {:0.4}".format("Tx Power(dBm)",
self._mw_to_dbm(dom.value.txPwr)))
print(" {:<15} {:0.4}".format("Rx Power(dBm)",
self._mw_to_dbm(dom.value.rxPwr)))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Flags:',
'Alarm Low', 'Warning Low', 'Warning High', 'Alarm High'))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Temperature:',
dom.flags.tempAlarmLow, dom.flags.tempWarnLow,
dom.flags.tempWarnHigh, dom.flags.tempAlarmHigh))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Vcc:',
dom.flags.vccAlarmLow, dom.flags.vccWarnLow,
dom.flags.vccWarnHigh, dom.flags.vccAlarmHigh))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Tx Bias:',
dom.flags.txBiasAlarmLow, dom.flags.txBiasWarnLow,
dom.flags.txBiasWarnHigh, dom.flags.txBiasAlarmHigh))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Tx Power(dBm):',
self._mw_to_dbm(dom.flags.txPwrAlarmLow),
self._mw_to_dbm(dom.flags.txPwrWarnLow),
self._mw_to_dbm(dom.flags.txPwrWarnHigh),
self._mw_to_dbm(dom.flags.txPwrAlarmHigh)))
print(" {:<14} {:>15} {:>15} {:>15} {:>15}".format(
'Rx Power(dBm):',
self._mw_to_dbm(dom.flags.rxPwrAlarmLow),
self._mw_to_dbm(dom.flags.rxPwrWarnLow),
self._mw_to_dbm(dom.flags.rxPwrWarnHigh),
self._mw_to_dbm(dom.flags.rxPwrAlarmHigh)))
thresh = dom.threshValue
print(" {:<16} {:>15} {:>15} {:>15} {:>15}".format(
'Thresholds:',
'Alarm Low', 'Warning Low', 'Warning High', 'Alarm High'))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Temperature:',
thresh.tempAlarmLow, thresh.tempWarnLow,
thresh.tempWarnHigh, thresh.tempAlarmHigh))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Vcc:',
thresh.vccAlarmLow, thresh.vccWarnLow,
thresh.vccWarnHigh, thresh.vccAlarmHigh))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Tx Bias:',
thresh.txBiasAlarmLow, thresh.txBiasWarnLow,
thresh.txBiasWarnHigh, thresh.txBiasAlarmHigh))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Tx Power(dBm):',
self._mw_to_dbm(thresh.txPwrAlarmLow),
self._mw_to_dbm(thresh.txPwrWarnLow),
self._mw_to_dbm(thresh.txPwrWarnHigh),
self._mw_to_dbm(thresh.txPwrAlarmHigh)))
print(" {:<14} {:>15.4} {:>15.4} {:>15.4} {:>15.4}".format(
'Rx Power(dBm):',
self._mw_to_dbm(thresh.rxPwrAlarmLow),
self._mw_to_dbm(thresh.rxPwrWarnLow),
self._mw_to_dbm(thresh.rxPwrWarnHigh),
self._mw_to_dbm(thresh.rxPwrAlarmHigh)))
