def _parse_mibs_cisco_config(self, oid, val):
"""
Parse Cisco specific ConfigMan MIBs for running-config info
This gets added to the Information tab!
"""
sub_oid = oid_in_branch(ccmHistoryRunningLastChanged, oid)
if sub_oid:
# ticks in 1/100th of a second
ago = str(datetime.timedelta(seconds=(int(val) / 100)))
self.add_vendor_data("Configuration", "Running Last Modified", ago)
return True
sub_oid = oid_in_branch(ccmHistoryRunningLastSaved, oid)
if sub_oid:
# ticks in 1/100th of a second
ago = str(datetime.timedelta(seconds=(int(val) / 100)))
self.add_vendor_data("Configuration", "Running Last Saved", ago)
return True
sub_oid = oid_in_branch(ccmHistoryStartupLastChanged, oid)
if sub_oid:
# ticks in 1/100th of a second
ago = str(datetime.timedelta(seconds=(int(val) / 100)))
self.add_vendor_data("Configuration", "Startup Last Changed", ago)
return True
return False
def _parse_mibs_cisco_poe(self, oid, val):
"""
Parse Cisco POE Extension MIB database
"""
# the actual consumed power, shown in 'show power inline <name> detail'
pe_index = oid_in_branch(cpeExtPsePortPwrConsumption, oid)
if pe_index:
if pe_index in self.poe_port_entries.keys():
self.poe_port_entries[
pe_index].power_consumption_supported = True
self.poe_port_entries[pe_index].power_consumed = int(val)
return True
# this is what is shown via 'show power inline interface X' command:
pe_index = oid_in_branch(cpeExtPsePortPwrAvailable, oid)
if pe_index:
if pe_index in self.poe_port_entries.keys():
self.poe_port_entries[
pe_index].power_consumption_supported = True
self.poe_port_entries[pe_index].power_available = int(val)
return True
pe_index = oid_in_branch(cpeExtPsePortMaxPwrDrawn, oid)
if pe_index:
if pe_index in self.poe_port_entries.keys():
self.poe_port_entries[
pe_index].power_consumption_supported = True
self.poe_port_entries[pe_index].max_power_consumed = int(val)
return True
return False
def _parse_mibs_procurve_config(self, oid, val):
"""
Parse Procurve specific ConfigMan MIBs for running-config info
This gets added to the Information tab!
"""
sub_oid = oid_in_branch(hpnicfCfgRunModifiedLast, oid)
if sub_oid:
ago = str(datetime.timedelta(seconds=int(val) / 100))
self.add_vendor_data("Configuration", "Running Last Modified", ago)
return True
sub_oid = oid_in_branch(hpnicfCfgRunSavedLast, oid)
if sub_oid:
ago = str(datetime.timedelta(seconds=int(val) / 100))
self.add_vendor_data("Configuration", "Running Last Saved", ago)
return True
return False
def _parse_mibs_comware_configfile(self, oid, val):
"""
Parse Comware specific ConfigMan MIB
"""
dprint("_parse_mibs_comware_configfile(Comware)")
sub_oid = oid_in_branch(hh3cCfgOperateRowStatus, oid)
if sub_oid:
if int(sub_oid) > self.active_config_rows:
self.active_config_rows = int(sub_oid)
return True
def _parse_mibs_comware_if_linkmode(self, oid, val):
"""
Parse Comware specific Interface Extension MIB for link mode, PoE info
"""
if_index = int(oid_in_branch(hh3cIfLinkMode, oid))
if if_index:
dprint(f"Comware LinkMode if_index {if_index} link_mode {val}")
if if_index in self.interfaces.keys():
if int(val) == HH3C_ROUTE_MODE:
self.interfaces[if_index].is_routed = True
return True
return False
def _parse_mibs_comware_vlan(self, oid, val):
"""
Parse Comware specific VLAN MIB
"""
vlan_id = int(oid_in_branch(hh3cdot1qVlanName, oid))
if vlan_id > 0:
if vlan_id in self.vlans.keys():
# some Comware switches only report "VLAN xxxx", skip that!
if not val.startswith('VLAN '):
self.vlans[vlan_id].name = val
return True
return False
def _parse_oid(self, oid, val):
"""
Parse a single OID with data returned from a switch through some "get" function
THIS NEEDS WORK TO IMPROVE PERFORMANCE !!!
Returns True if we parse the OID and we should cache it!
"""
dprint(f"CISCO Parsing OID {oid}")
if_index = int(oid_in_branch(vmVoiceVlanId, oid))
if if_index:
voiceVlanId = int(val)
if if_index in self.interfaces.keys(
) and voiceVlanId in self.vlans.keys():
self.interfaces[if_index].voice_vlan = voiceVlanId
return True
"""
Stack-MIB PortId to ifIndex mapping
"""
stack_port_id = oid_in_branch(portIfIndex, oid)
if stack_port_id:
self.stack_port_to_if_index[stack_port_id] = int(val)
return True
if self._parse_mibs_cisco_vtp(oid, val):
return True
if self._parse_mibs_cisco_poe(oid, val):
return True
if self._parse_mibs_cisco_config(oid, val):
return True
if self._parse_mibs_cisco_if_opermode(oid, val):
return True
if self._parse_mibs_cisco_syslog_msg(oid, val):
return True
# if not Cisco specific, call the generic parser
return super()._parse_oid(oid, val)
def _parse_mibs_comware_if_type(self, oid, val):
"""
Parse Comware specific Interface Type MIB
"""
if_index = int(oid_in_branch(hh3cifVLANType, oid))
if if_index:
# dprint(f"Comware if_index{if_index} if_type {val}"
if if_index in self.interfaces.keys():
self.interfaces[if_index].if_vlan_mode = int(val)
if int(val) == HH3C_IF_MODE_TRUNK:
self.interfaces[if_index].is_tagged = True
return True
return False
def _parse_mibs_comware_poe(self, oid, val):
"""
Parse the Comware extended HH3C-POWER-ETH MIB, power usage extension
"""
dprint(f"_parse_mibs_comware_poe() {oid}, len = {val}, type = {type(val)}")
pe_index = oid_in_branch(hh3cPsePortCurrentPower, oid)
if pe_index:
if pe_index in self.poe_port_entries.keys():
self.poe_port_entries[pe_index].power_consumption_supported = True
self.poe_port_entries[pe_index].power_consumed = int(val)
return True
return False
def _parse_mibs_hp_poe(self, oid, val):
"""
Parse HP specific Power Extention MIBs
"""
dprint("_parse_mibs_hp_poe()")
pe_index = oid_in_branch(hpicfPoePethPsePortPower, oid)
if pe_index:
if pe_index in self.poe_port_entries.keys():
self.poe_port_entries[
pe_index].power_consumption_supported = True
self.poe_port_entries[pe_index].power_consumed = int(val)
return True
pe_index = oid_in_branch(hpEntPowerCurrentPowerUsage, oid)
if pe_index:
if pe_index in self.poe_port_entries.keys():
self.poe_port_entries[
pe_index].power_consumption_supported = True
self.poe_port_entries[pe_index].power_consumed = int(val)
return True
return False
def _parse_mibs_cisco_if_opermode(self, oid, val):
"""
Parse Cisco specific Interface Config MIB for operational mode
"""
if_index = int(oid_in_branch(cL2L3IfModeOper, oid))
if if_index:
dprint(
f"Cisco Interface Operation mode if_index {if_index} mode {val}"
)
if if_index in self.interfaces.keys():
if int(val) == CISCO_ROUTE_MODE:
self.interfaces[if_index].is_routed = True
return True
return False
def _parse_mibs_comware_config(self, oid, val):
"""
Parse Comware specific ConfigMan MIB
Mostly entries under 'hh3cCfgLog'
"""
sub_oid = oid_in_branch(hh3cCfgRunModifiedLast, oid)
if sub_oid:
ago = str(datetime.timedelta(seconds=(int(val) / 100)))
self.add_vendor_data("Configuration", "Running Last Modified", ago)
return True
sub_oid = oid_in_branch(hh3cCfgRunSavedLast, oid)
if sub_oid:
ago = str(datetime.timedelta(seconds=(int(val) / 100)))
self.add_vendor_data("Configuration", "Running Last Saved", ago)
return True
sub_oid = oid_in_branch(hh3cCfgStartModifiedLast, oid)
if sub_oid:
ago = str(datetime.timedelta(seconds=(int(val) / 100)))
self.add_vendor_data("Configuration", "Startup Last Saved", ago)
return True
return False
def _parse_mibs_cisco_syslog_msg(self, oid, val):
"""
Parse Cisco specific Syslog MIB to read syslog messages stored.
"""
sub_oid = oid_in_branch(clogHistTableMaxLength, oid)
if sub_oid:
# this is the max number of syslog messages stored.
self.syslog_max_msgs = int(val)
return True
sub_oid = oid_in_branch(clogHistIndex, oid)
if sub_oid:
# this is the index, create a new object.
# note that not all implementation return this value, as it is implied in the other entries!
index = int(sub_oid)
self.syslog_msgs[index] = SyslogMsg(index)
return True
sub_oid = oid_in_branch(clogHistFacility, oid)
if sub_oid:
# verify we have an object for this index
index = int(sub_oid)
if index in self.syslog_msgs.keys():
self.syslog_msgs[index].facility = val
else:
msg = SyslogMsg(index)
msg.facility = val
self.syslog_msgs[index] = msg
return True
# from this point on we "should" have the object created!
sub_oid = oid_in_branch(clogHistSeverity, oid)
if sub_oid:
# verify we have an object for this index
index = int(sub_oid)
if index in self.syslog_msgs.keys():
self.syslog_msgs[index].severity = int(val)
else:
# be save, create; "should" never happen
msg = SyslogMsg(index)
msg.severity = int(val)
self.syslog_msgs[index] = msg
return True
sub_oid = oid_in_branch(clogHistMsgName, oid)
if sub_oid:
# verify we have an object for this index
index = int(sub_oid)
if index in self.syslog_msgs.keys():
self.syslog_msgs[index].name = val
else:
# be save, create; "should" never happen
msg = SyslogMsg(index)
msg.name = val
self.syslog_msgs[index] = msg
return True
sub_oid = oid_in_branch(clogHistMsgText, oid)
if sub_oid:
# verify we have an object for this index
index = int(sub_oid)
if index in self.syslog_msgs.keys():
self.syslog_msgs[index].message = val
else:
# be save, create; "should" never happen
msg = SyslogMsg(index)
msg.message = val
self.syslog_msgs[index] = msg
return True
sub_oid = oid_in_branch(clogHistTimestamp, oid)
if sub_oid:
# verify we have an object for this index
index = int(sub_oid)
# val is sysUpTime value when message was generated, ie. timetick!
timetick = int(val)
if index in self.syslog_msgs.keys():
# approximate / calculate the datetime value:
# msg timestamp = time when sysUpTime was read minus seconds between sysUptime and msg timetick
dprint(
f"TIMES ARE: {self.system.time} {self.system.sys_uptime} {timetick}"
)
self.syslog_msgs[
index].datetime = datetime.datetime.fromtimestamp(
self.system.time -
int((self.system.sys_uptime - timetick) / 100))
else:
# be save, create; "should" never happen
msg = SyslogMsg(index)
# approximate / calculate the datetime value:
# msg time = time when sysUpTime was read minus seconds between sysUptime and msg timetick
msg.datetime = datetime.datetime.fromtimestamp(
self.system.time -
int((self.system.sys_uptime - timetick) / 100))
self.syslog_msgs[index] = msg
return True
return False
def _parse_mibs_cisco_vtp(self, oid, val):
"""
Parse Cisco specific VTP MIB
"""
# vlan id
vlan_id = int(oid_in_branch(vtpVlanState, oid))
if vlan_id:
if (int(val) == 1):
self.vlans[vlan_id] = Vlan(vlan_id)
return True
# vlan type
vlan_id = int(oid_in_branch(vtpVlanType, oid))
if vlan_id:
type = int(val)
if vlan_id in self.vlans.keys():
if type == CISCO_VLAN_TYPE_NORMAL:
self.vlans[vlan_id].type = VLAN_TYPE_NORMAL
else:
self.vlans[vlan_id].type = type
return True
# vlan name
vlan_id = int(oid_in_branch(vtpVlanName, oid))
if vlan_id:
if vlan_id in self.vlans.keys():
self.vlans[vlan_id].name = str(val)
return True
# access or trunk mode configured?
if_index = int(oid_in_branch(vlanTrunkPortDynamicState, oid))
if if_index:
if (int(val) == VTP_TRUNK_STATE_ON):
# trunk/tagged port
if if_index in self.interfaces.keys():
self.interfaces[if_index].is_tagged = True
return True
# access or trunk mode actual status?
# this is the actual status, not what is configured; ie NOT trunk if interface is down!!!
# if_index = int(oid_in_branch(vlanTrunkPortDynamicStatus, oid))
# if if_index:
# dprint(f"Cisco PORT TRUNK STATUS ifIndex {if_index} = {val}")
# if(int(val) == VTP_PORT_TRUNK_ENABLED):
# # trunk/tagged port
# if if_index in self.interfaces.keys():
# dprint(" TRUNKED!")
# self.interfaces[if_index].is_tagged = True
# return True
# if trunk, what is the native mode?
if_index = int(oid_in_branch(vlanTrunkPortNativeVlan, oid))
if if_index:
# trunk/tagged port native vlan
if if_index in self.interfaces.keys():
# make sure this is a trunked interface and vlan is valid
if self.interfaces[if_index].is_tagged and int(
val) in self.vlans.keys():
self.interfaces[if_index].untagged_vlan = int(val)
else:
dprint(" TRUNK NATIVE found, but NOT TRUNK PORT")
return True
if_index = int(oid_in_branch(vmVlan, oid))
if if_index:
untagged_vlan = int(val)
if (if_index in self.interfaces.keys()
and not self.interfaces[if_index].is_tagged
and untagged_vlan in self.vlans.keys()):
self.interfaces[if_index].untagged_vlan = untagged_vlan
self.interfaces[if_index].untagged_vlan_name = self.vlans[
untagged_vlan].name
else:
dprint(" UNTAGGED VLAN for invalid trunk port")
return True
return False
