freeipa/ipa-python/ipaclient.py
Rob Crittenden 306d8241b3 Fix the client-side search size limit.
I've changed the variable name searchlimit to sizelimit to match the
name in python-ldap (and hopefully therefore be more readable).

The big change was changing the default value from 0 to -1. As 0 we were
never using the value from cn=ipaconfig

python-ldap expects this to be an int type

In the UI sizelimit was hardcoded at 0 for users

439880
2008-04-25 16:46:13 -04:00

472 lines
16 KiB
Python

# Authors: Rob Crittenden <rcritten@redhat.com>
#
# Copyright (C) 2007 Red Hat
# see file 'COPYING' for use and warranty information
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License as
# published by the Free Software Foundation; version 2 only
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#
import ipa.rpcclient as rpcclient
import entity
import user
import group
import radius_util
class IPAClient:
def __init__(self,transport=None,verbose=False):
if transport:
self.local = True
self.transport = transport
else:
self.local = False
self.transport = rpcclient.RPCClient(verbose)
def set_principal(self,princ):
"""Set the name of the principal that will be used for
LDAP proxy authentication"""
if self.local:
self.transport.set_principal(princ)
def set_krbccache(self,krbccache):
"""Set the file location of the Kerberos credentials cache to be used
for LDAP authentication"""
if self.local:
self.transport.set_krbccache(krbccache)
# Higher-level API
def get_aci_entry(self, sattrs=None):
"""Returns the entry containing access control ACIs."""
result = self.transport.get_aci_entry(sattrs)
return entity.Entity(result)
# General searches
def get_entry_by_dn(self,dn,sattrs=None):
"""Get a specific entry by dn. If sattrs is set then only those
attributes will be returned, otherwise all available attributes
are returned."""
result = self.transport.get_entry_by_dn(dn,sattrs)
return entity.Entity(result)
def get_entry_by_cn(self,cn,sattrs=None):
"""Get a specific entry by cn. If sattrs is set then only those
attributes will be returned, otherwise all available attributes
are returned."""
result = self.transport.get_entry_by_cn(cn,sattrs)
return entity.Entity(result)
def update_entry(self,entry):
"""Update a entry."""
result = self.transport.update_entry(entry.origDataDict(), entry.toDict())
return result
# User support
def get_user_by_uid(self,uid,sattrs=None):
"""Get a specific user by uid. If sattrs is set then only those
attributes will be returned, otherwise all available attributes
are returned."""
result = self.transport.get_user_by_uid(uid,sattrs)
return user.User(result)
def get_user_by_principal(self,principal,sattrs=None):
"""Get a specific user by uid. If sattrs is set then only those
attributes will be returned, otherwise all available attributes
are returned."""
result = self.transport.get_user_by_principal(principal,sattrs)
return user.User(result)
def get_user_by_email(self,email,sattrs=None):
"""Get a specific user's entry. Return as a dict of values.
Multi-valued fields are represented as lists.
"""
result = self.transport.get_user_by_email(email,sattrs)
return user.User(result)
def get_users_by_manager(self,manager_dn,sattrs=None):
"""Gets the users the report to a particular manager.
If sattrs is not None then only those
attributes will be returned, otherwise all available
attributes are returned. The result is a list of groups."""
results = self.transport.get_users_by_manager(manager_dn, sattrs)
return map(lambda result: user.User(result), results)
def add_user(self,user,user_container=None):
"""Add a user. user is a ipa.user.User object"""
user_dict = user.toDict()
# convert to a regular dict before sending
result = self.transport.add_user(user_dict, user_container)
return result
def get_all_users(self):
"""Get as a list of User objects all users in the directory"""
result = self.transport.get_all_users()
all_users = []
for attrs in result:
if attrs is not None:
all_users.append(user.User(attrs))
return all_users
def get_custom_fields(self):
"""Get custom user fields"""
result = self.transport.get_custom_fields()
return result
def set_custom_fields(self, schema):
"""Set custom user fields"""
result = self.transport.set_custom_fields(schema)
return result
def find_users(self, criteria, sattrs=None, sizelimit=-1, timelimit=-1):
"""Return a list: counter followed by a User object for each user that
matches the criteria. If the results are truncated, counter will
be set to -1"""
result = self.transport.find_users(criteria, sattrs, sizelimit, timelimit)
counter = result[0]
users = [counter]
for attrs in result[1:]:
if attrs is not None:
users.append(user.User(attrs))
return users
def update_user(self,user):
"""Update a user entry."""
result = self.transport.update_user(user.origDataDict(), user.toDict())
return result
def delete_user(self,uid):
"""Delete a user entry."""
result = self.transport.delete_user(uid)
return result
def modifyPassword(self,principal,oldpass,newpass):
"""Modify a user's password"""
result = self.transport.modifyPassword(principal,oldpass,newpass)
return result
def mark_user_active(self,uid):
"""Set a user as active by uid."""
result = self.transport.mark_user_active(uid)
return result
def mark_user_inactive(self,uid):
"""Set a user as inactive by uid."""
result = self.transport.mark_user_inactive(uid)
return result
# Groups support
def get_groups_by_member(self,member_dn,sattrs=None):
"""Gets the groups that member_dn belongs to.
If sattrs is not None then only those
attributes will be returned, otherwise all available
attributes are returned. The result is a list of groups."""
results = self.transport.get_groups_by_member(member_dn,sattrs)
return map(lambda result: group.Group(result), results)
def add_group(self,group,group_container=None):
"""Add a group. group is a ipa.group.Group object"""
group_dict = group.toDict()
# dn is set on the server-side
del group_dict['dn']
# convert to a regular dict before sending
result = self.transport.add_group(group_dict, group_container)
return result
def find_groups(self, criteria, sattrs=None, sizelimit=-1, timelimit=-1):
"""Find groups whose cn matches the criteria. Wildcards are
acceptable. Returns a list of Group objects."""
result = self.transport.find_groups(criteria, sattrs, sizelimit, timelimit)
counter = result[0]
groups = [counter]
for attrs in result[1:]:
if attrs is not None:
groups.append(group.Group(attrs))
return groups
def add_member_to_group(self, member_dn, group_dn):
"""Add a member to an existing group.
"""
return self.transport.add_member_to_group(member_dn, group_dn)
def add_members_to_group(self, member_dns, group_dn):
"""Add several members to an existing group.
member_dns is a list of dns to add
Returns a list of the dns that were not added.
"""
return self.transport.add_members_to_group(member_dns, group_dn)
def remove_member_from_group(self, member_dn, group_dn):
"""Remove a member from an existing group.
"""
return self.transport.remove_member_from_group(member_dn, group_dn)
def remove_members_from_group(self, member_dns, group_dn):
"""Remove several members from an existing group.
member_dns is a list of dns to remove
Returns a list of the dns that were not removed.
"""
return self.transport.remove_members_from_group(member_dns, group_dn)
def add_user_to_group(self, user_uid, group_dn):
"""Add a user to an existing group.
user is a uid of the user to add
group is the cn of the group to be added to
"""
return self.transport.add_user_to_group(user_uid, group_dn)
def add_users_to_group(self, user_uids, group_dn):
"""Add several users to an existing group.
user_uids is a list of uids of the users to add
Returns a list of the user uids that were not added.
"""
return self.transport.add_users_to_group(user_uids, group_dn)
def remove_user_from_group(self, user_uid, group_dn):
"""Remove a user from an existing group.
user is a uid of the user to remove
group is the cn of the group to be removed from
"""
return self.transport.remove_user_from_group(user_uid, group_dn)
def remove_users_from_group(self, user_uids, group_dn):
"""Remove several users from an existing group.
user_uids is a list of uids of the users to remove
Returns a list of the user uids that were not removed.
"""
return self.transport.remove_users_from_group(user_uids, group_dn)
def add_groups_to_user(self, group_dns, user_dn):
"""Given a list of group dn's add them to the user.
Returns a list of the group dns that were not added.
"""
return self.transport.add_groups_to_user(group_dns, user_dn)
def remove_groups_from_user(self, group_dns, user_dn):
"""Given a list of group dn's remove them from the user.
Returns a list of the group dns that were not removed.
"""
return self.transport.remove_groups_from_user(group_dns, user_dn)
def update_group(self,group):
"""Update a group entry."""
return self.transport.update_group(group.origDataDict(), group.toDict())
def delete_group(self,group_dn):
"""Delete a group entry."""
return self.transport.delete_group(group_dn)
def add_group_to_group(self, group_cn, tgroup_cn):
"""Add a group to an existing group.
group_cn is a cn of the group to add
tgroup_cn is the cn of the group to be added to
"""
return self.transport.add_group_to_group(group_cn, tgroup_cn)
def attrs_to_labels(self,attrs):
"""Convert a list of LDAP attributes into a more readable form."""
return self.transport.attrs_to_labels(attrs)
def get_all_attrs(self):
"""We have a list of hardcoded attributes -> readable labels. Return
that complete list if someone wants it.
"""
return self.transport.get_all_attrs()
def group_members(self, groupdn, attr_list, membertype):
"""Do a memberOf search of groupdn and return the attributes in
attr_list (an empty list returns everything)."""
results = self.transport.group_members(groupdn, attr_list, membertype)
counter = results[0]
entries = [counter]
for e in results[1:]:
if e is not None:
entries.append(user.User(e))
return entries
def mark_group_active(self,cn):
"""Set a group as active by cn."""
result = self.transport.mark_group_active(cn)
return result
def mark_group_inactive(self,cn):
"""Set a group as inactive by cn."""
result = self.transport.mark_group_inactive(cn)
return result
# Configuration
def get_ipa_config(self):
"""Get the IPA configuration"""
result = self.transport.get_ipa_config()
return entity.Entity(result)
def update_ipa_config(self, config):
"""Updates the IPA configuration.
config is an Entity object.
"""
result = self.transport.update_ipa_config(config.origDataDict(), config.toDict())
return result
def get_password_policy(self):
"""Get the IPA password policy"""
result = self.transport.get_password_policy()
return entity.Entity(result)
def update_password_policy(self, policy):
"""Updates the IPA password policy.
policy is an Entity object.
"""
result = self.transport.update_password_policy(policy.origDataDict(), policy.toDict())
return result
def add_service_principal(self, princ_name, force):
return self.transport.add_service_principal(princ_name, force)
def delete_service_principal(self, principal_dn):
return self.transport.delete_service_principal(principal_dn)
def find_service_principal(self, criteria, sattrs=None, sizelimit=-1, timelimit=-1):
"""Return a list: counter followed by a Entity object for each host that
matches the criteria. If the results are truncated, counter will
be set to -1"""
result = self.transport.find_service_principal(criteria, sattrs, sizelimit, timelimit)
counter = result[0]
hosts = [counter]
for attrs in result[1:]:
if attrs is not None:
hosts.append(entity.Entity(attrs))
return hosts
def get_keytab(self, princ_name):
return self.transport.get_keytab(princ_name)
# radius support
def get_radius_client_by_ip_addr(self, ip_addr, container=None, sattrs=None):
result = self.transport.get_radius_client_by_ip_addr(ip_addr, container, sattrs)
return radius_util.RadiusClient(result)
def add_radius_client(self, client, container=None):
client_dict = client.toDict()
# dn is set on the server-side
del client_dict['dn']
# convert to a regular dict before sending
result = self.transport.add_radius_client(client_dict, container)
return result
def update_radius_client(self, client):
result = self.transport.update_radius_client(client.origDataDict(), client.toDict())
return result
def delete_radius_client(self, ip_addr, container=None):
return self.transport.delete_radius_client(ip_addr, container)
def find_radius_clients(self, criteria, container=None, sattrs=None, sizelimit=-1, timelimit=-1):
result = self.transport.find_radius_clients(criteria, container, sattrs, sizelimit, timelimit)
counter = result[0]
users = [counter]
for attrs in result[1:]:
if attrs is not None:
users.append(user.User(attrs))
return users
def get_radius_profile_by_uid(self, uid, user_profile=None, sattrs=None):
result = self.transport.get_radius_profile_by_uid(uid, user_profile, sattrs)
return radius_util.RadiusClient(result)
def add_radius_profile(self, profile, user_profile=None):
profile_dict = profile.toDict()
# dn is set on the server-side
del profile_dict['dn']
# convert to a regular dict before sending
result = self.transport.add_radius_profile(profile_dict, user_profile)
return result
def update_radius_profile(self, profile):
result = self.transport.update_radius_profile(profile.origDataDict(), profile.toDict())
return result
def delete_radius_profile(self, ip_addr, user_profile=None):
return self.transport.delete_radius_profile(ip_addr, user_profile)
def find_radius_profiles(self, criteria, user_profile=None, sattrs=None, sizelimit=-1, timelimit=-1):
result = self.transport.find_radius_profiles(criteria, user_profile, sattrs, sizelimit, timelimit)
counter = result[0]
users = [counter]
for attrs in result[1:]:
if attrs is not None:
users.append(user.User(attrs))
return users