.. module:: hpilo
The :py:mod:`hpilo` module contains all you need to communicate with iLO devices, encapsulated in the :class:`Ilo` class and its methods. There are a few auxiliarry items in this module too.
.. py:class:: Ilo(hostname, login=None, password=None, timeout=60, port=443, protocol=None, delayed=False, ssl_version=None)
Represents an iLO management interface on a specific host.
:param hostname: Hostname or IP address of the iLO interface
:param login: Loginname to use for authentication, not used for :py:data:`LOCAL` connections
:param password: Password to use for authentication, not used for :py:data:`LOCAL` connections
:param timeout: Timeout for creating connections or receiving data
:param port: TCP port to use for HTTPS connections
:param protocol: The protocol to use. Either :py:data:`hpilo.RAW` for remote
iLO2 or older, :py:data:`hpilo.HTTP` for remote ilo3 and
newer or :py:data:`hpilo.LOCAL` for using
:program:`hponcfg` and the local kernel driver. If you do
not specify this parameter, it will be autodetected.
:param delayed: By default, this library will immediately contact the iLO
for any method call you make and return a result. To save
roundtrip time costs, set this to :py:data:`False` and call
the :py:meth:`call_delayed` method manually.
:param ssl_version: By default, this library will use the TLSv1 protocol as
security layer, falling back to SSLv3 if necessary. You can
specify a different TLS version (use the constants from the
ssl module) to use if necessary.
.. py:method:: call_delayed
Calls all the delayed methods that have accumulated. This is best
illustrated with an example. Observe the difference between:
>>> ilo = hpilo.Ilo('example-server.int.kaarsemaker.net', 'Administrator', 'PassW0rd')
>>> pprint(ilo.get_fw_version())
{'firmware_date': 'Aug 26 2011',
'firmware_version': '1.26',
'license_type': 'iLO 3 Advanced',
'management_processor': 'iLO3'}
>>> pprint(ilo.get_uid_status())
'OFF'
>>> ilo = hpilo.Ilo('example-server.int.kaarsemaker.net', 'Administrator', 'PassW0rd', ssl_version=ssl.PROTOCOL_TLSv1_2)
{'firmware_date': 'Dec 02 2015',
'firmware_version': '2.40',
'license_type': 'iLO Standard',
'management_processor': 'iLO4'}
and
>>> ilo = hpilo.Ilo('example-server.int.kaarsemaker.net', 'Administrator',
... 'PassW0rd', delayed=True)
>>> pprint(ilo.get_fw_version())
None
>>> pprint(ilo.get_uid_status())
None
>>> pprint(ilo.call_delayed())
[{'firmware_date': 'Aug 26 2011',
'firmware_version': '1.26',
'license_type': 'iLO 3 Advanced',
'management_processor': 'iLO3'},
'OFF']
The second example only contacts the iLO twice, avoiding the overhead of
one HTTP connection. As this overhead is quite significant, it makes
sense to do this when you need to make more than one API call.
When using the delayed mode, please be aware that methods that trigger a
reset may cause subsequent methods to not be called or cause errors to be
returned for these methods.
All other methods of this class are API calls that mimic the methods
available via XML. These are documented separately in further pages here and
in the `ilo scripting guide`_ published by HP.
.. py:class:: IloWarning A warning that is raised when the iLO returns warning messages in its XML output
.. py:class:: IloError An exception that is raised when the iLO or python-hpilo indicates an error has occured while processing your API call. For example when calling a method not supported by an iLO, when using invalid parameters or when the iLO returns unexpected data.
.. py:class:: IloCommunicationError Subclass of IloError that specifically indicates errors writing data to or reading data from the iLO.
.. py:class:: IloLoginFailed
Subclass of IloError that indicates that you used the wrong username or
password.