get_facts

[abdulrahmanAbduatif]

Hi ixs, Thank you for this amazing work. How difficult to add the status of the modules (show modules) within get _facts function?

I really appreciate any help you can provide.

[ixs]

Hi Abdulrahman,

I do not know. Programatically this is easy. A few more lines of code and done.

But I am not sure if the output of get_facts() is the right place to store module information.

Show modules here is empty:

HP-E2910al-48G-PoE# show modules

 Status and Counters - Module Information

  Chassis: E2910al-48G-PoE  J9148A        Serial Number:   KT45Z13FG

                                                                      Core  Mod
  Slot Module Description                     Serial Number  Status   Dump  Ver
  ---- -------------------------------------- -------------- -------- ----- ---

HP-E2910al-48G-PoE#

Can you give me some sample output please what show modules looks like on your machine?

[abdulrahmanAbduatif]

Hi there, Thanks for the quick response, Much appreciated

Status and Counters - Module Information

Chassis: XXXXXXXXXX         Serial Number:   XXXXXXXXXX

Allow V2 Modules:   Yes

                                                                      Core  Mod
Slot  Module Description                     Serial Number  Status   Dump  Ver
----- -------------------------------------- -------------- -------- ----- ---
MM1   HP J9827A Management Module 5400Rzl2   XXXXXXXXXX     Standby  YES   1
MM2   HP J9827A Management Module 5400Rzl2   XXXXXXXXXX     Active   YES   1

A     HP J9990A 20p PoE+ / 4p SFP+ v3 zl2... XXXXXXXXXX     Up       YES   3
B     HP J9990A 20p PoE+ / 4p SFP+ v3 zl2... XXXXXXXXXX     Up       YES   3
C     HP J9986A 24p 10/100/1000BASE-T PoE... XXXXXXXXXX     Up       YES   3
D     HP J9986A 24p 10/100/1000BASE-T PoE... XXXXXXXXXX     Up       YES   3
E     HP J9986A 24p 10/100/1000BASE-T PoE... XXXXXXXXXX     Up       YES   3

Also when I run get_environment() on version KB.16.08, power and fans return an empty dictionary, I know that the output on this version for power is different than the older versions, they have added a serial number column. However, I think your getting the data using MIB walk to retrieve the data, so I'm not sure why.

Cheers

[ixs]

Hmm.

Thank you for the output. Censoring the Serial number is fine. But I'd need the Chassis Identifier uncensored so that I can understand what this is... But as strings are again terminated, it looks like going for a bit more walkMib() might be the right approach.

Do you have an example forthe power and fan output you get?

[abdulrahmanAbduatif]

Thank you ixs. let me provide you with what I can. two types of chassis, the one working fine is as below:

chassis: 8212z1 J9091A napalm output:

{'cpu': {0: {'%usage': 1.0}},
'fans': {'Fan Sensor': {'status': True}},
'memory': {'available_ram': 44190000, 'used_ram': 76932752},
'power': {'External Power Supply 1 Sensor': {'capacity': -1.0,
                                              'output': -1.0,
                                              'status': True},
           'External Power Supply 2 Sensor': {'capacity': -1.0,
                                              'output': -1.0,
                                              'status': True},
           'Power Supply 1 Sensor': {'capacity': -1.0,
                                     'output': -1.0,
                                     'status': True},
           'Power Supply 2 Sensor': {'capacity': -1.0,
                                     'output': -1.0,
                                     'status': True},
           'Power Supply 3 Sensor': {'capacity': -1.0,
                                     'output': -1.0,
                                     'status': True},
           'Power Supply 4 Sensor': {'capacity': -1.0,
                                     'output': -1.0,
                                     'status': True},
           'RPS Power Supply Sensor': {'capacity': -1.0,
                                       'output': -1.0,
                                       'status': False}},
'temperature': {'Over-temperature Sensor': {'is_alert': False,
                                             'is_critical': False,
                                             'temperature': -1.0}}}

command line: sh system power-supply

Power Supply Status:

PS#    Model       State        AC/DC  + V      Wattage
---- --------- ------------- ----------------- ---------
   1   Unknwn    Powered         AC 220V          1500
   2   Unknwn    Powered         AC 220V          1500
   3   Unknwn    Powered         AC 220V          1500
   4   Unknwn    Powered         AC 220V          1500

   4 /  4 supply bays delivering power.
   Total power: 6000 W

The one which caused problems: chassis: 5412Rz12 J9851A Note: this is Aruba hardware running ProCurve image they lunched before arubaOScx

napalm output:

{'cpu': {0: {'%usage': 9.0}},
'fans': {},
'memory': {'available_ram': 495398072, 'used_ram': 193858832},
'power': {},
'temperature': {'Chassis Sensor': {'is_alert': False,
                                    'is_critical': False,
                                    'temperature': -1.0}}}

command line: sh system power-supply

Power Supply Status:

PS#    Model      Serial          State         AC/DC  + V    Wattage
---- --------- ------------ ----------------- -------------- ---------
   1   J9830B    XXXXXXXXXX   Aux Not Powered   AC 120V/240V     2750
   2   J9830B    XXXXXXXXXX   Permanent Failure  AC 120V/240V     2750

   2 /  2 supply bays delivering power.
   Total power: 5500 W

And you can notice that the output of the sh system power-supply command is different where there is one more column which is serial.

[ixs]

Okay. Thank you for this data, I'm gonna build a new testcase and we can see how to handle this best.

[abdulrahmanAbduatif]

Thanks mate for all of your amazing work.