Of the array must be strings of the form 'J:123'.Īlternatively, pass some combination of the tag, complete_days, orįamily arguments to select jobs for deletion. To select jobs by id, pass an array for the jobs argument. delete_jobs ( jobs=None, tag=None, complete_days=None, family=None, dryrun=False, product=None ) ¶ĭelete_jobs will mark the job to be deleted Returns an array of JobIDs of the form 'J:123', suitable to be passed If False, limit to jobs which are not finished. ‘minid’ Min JobID of the jobs to search ‘maxid’ Maximum Job ID of the jobs to search ‘is_finished’ If True, limit to jobs which are finished(completed, aborted, cancelled) ‘whiteboard’ Job whiteboard (substring match) ‘limit’ Integer limit to number of jobs returned. ‘product’ Job product name ‘owner’ Job owner username ‘mine’ Inclusion is equivalent to including own username in ‘owner’ ‘group’ Job group name ‘my-group’ Jobs for any of the given user’s groups. ‘family’ Job distro family, for example 'RedHatEnterpriseLinuxServer5'. ‘daysComplete’ Number of days elapsed since the jobs completion. Structure (dict) describing a distro tree. Maximum number of distros given by ‘limit’). The return value is an array with one element per distro (up to the ‘limit’ Integer limit to number of distro trees returned. ‘xml’ XML filter criteria in the same format allowed inside Limit to distro trees which areĪvailable on this lab controller. May include % SQL wildcards, forĮxample 'nfs://:%'. ‘treepath’ Tree path (on any lab controller). ‘arch’ Architecture name, for example 'x86_64'. Tags must be present on the distro for it to match. ‘family’ Distro family name, for example 'RedHatEnterpriseLinuxServer5'. delay ( int or float) – number of seconds to delay before performing the action (default none).force ( boolean) – whether to power the system even if it is in use.clear_netboot ( boolean) – whether to clear netboot configuration before powering.fqdn ( string) – fully-qualified domain name of the system to be power controlled.action ( string) – ‘on’, ‘off’, or ‘reboot’.This method does not wait for Cobbler to report whether the power Callers may pass True for the force argument to System is in use by someone else, because it is likely to interfere If the clear_netboot argument is True, the Cobbler netbootĬonfiguration for the system will be cleared before power controlling.Ĭontrolling power for a system is not normally permitted when the

power ( action, fqdn, clear_netboot=False, force=False, delay=0 ) ¶Ĭontrols power for the system with the given fully-qualified domain Returns an XML-RPC structure (dict) with information about the login_password ( username, password, proxy_user=None ) ¶Īuthenticates the current session using the given username and password. This method is also available under the alias auth.login_krbv(),įor compatibility with Kobo. :param proxy_user: username on whose behalf the caller is proxying

:param krb_request: KRB_AP_REQ message containing client credentials, This requires that the caller has ‘proxy_auth’ The caller may act as a proxy on behalf of another user by passing the login_krbV ( krb_request, proxy_user=None ) ¶Īuthenticates the current session using Kerberos. Subsequent requests which belong with this session. The auth.login_*() methods below, the response will include an HTTPĬookie identifying the session. XML-RPC methods in the auth namespace allow the caller to begin or end anīeaker uses HTTP cookies to track sessions across XML-RPC calls.

Xml rpc client parameters