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Also update BUILD.txt
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Older versions of openLDAP do not provide a connection callback. This
patch adds a configure check to see if the callback is available and
activates the old way of handling the file description of the LDAP
connection. This also means that it is not possible to follow referrals.
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The retun values are still not directly used with ldap libraries that still do
their own name resolution, but this patch introduces a very basic framework to
have a multiple providers in one domain use and share a single failover
service if they want to.
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This remove redundant code and also allows the generic search to be used to use
maps to convert attributes.
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Also start adding some infrastructure to use the USN counter when available.
In particular add a place to add generic attrs mapping, ie attributes that are
neither user nor group specific.
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Also fic sdap_get_generic_send() to be a bit more "generic" :-)
Also figs bugs within it.
This patch allow us 2 good things.
A) we check that the server effectively supports GSSAPI auth before we try to
use it.
B) against IPA it substantially cuts delays when the server is offline because
it uses a 5 second async timeout on the connection and doesn't try to do a
slow synchronous kinit+sasl_bind if the server is not even available.
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Do not replicate every and each option we may want to set in ipa.
Just read out ldap and krb provider options (added reference in the manual too,
and removed mention of ipa specific timeout values, use ldap options for that)
Avoid calling auth module initialization twice, just pass the auth context to
the chpass module too.
Add a new ldap option SDAP_SEARCH_BASE, so that a single searching base can be
used for both users and groups. the user and group search bases can still be set
separately if necessary but they are now optional and set to be identical to
SDAP_SEARCH_BASE if not explicitly specified in the configuration.
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The providers are now responsible for determining how long a cached
entry is considered valid. The default is the same as before (600s)
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Nested groups weren't properly handled.
Add 2 pass strategy to update groups memberships
Stuff work as expected when enumeration is enabled now.
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Network timeouts are used in quick operations like bind.
Search timeout is used for operations that can "legally" require more time.
Change defaults to 6 and 60 seconds respectively.
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- password policy request controls are send during bind and change
password extended operation
- the response control is evaluated to see if the password is expired
or will expire, soon
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Inits krb5 credentials, if sasl mech is GSSAPI.
Tested with GSSAPI and host keytab as well as user credentials.
Updates also manpages with the new options.
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This patch makes basic options multiype, the init function assigns
a type from the initialization array, and processes values fetched
from confdb accordingly.
4 types are supported so far: string, number, blob and boolean
Also convert defines into enums where appropriate.
Add fetch functions that check the requested type.
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The code was still dependent on it for the ldap driver.
Changed the driver code to depend on the schema type.
Fix defaults for user and groups trees.
ATM if you use the rfc2307bis schema you have to put users and groups
in 2 separate trees (what people does by default anyway.
If this limitation will turn to be too hard, we will change this later.
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Always immediately return to DP, and update users/groups in the background.
Also implements an optimization to retrieve only changed/new users/groups
by filtering using the modifyTimestamp after the first query.
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- making the realm part upper case is now optional and done in the
LDAP backend
- using a username@realm UPN is now optional
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Retrieving ldap results and storing users could sometimes results in race
conditions where the final ldap result was retrieved before the store operations
where finished resulting in the operations to be aborted before termination.
Implement a serialization mechanism per operation.
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The way openldap libraries work, require to have a single engine per
connection as all replies are read at the same time. So we need to
always read anything that comes in from the wire and then loop to
dispatch results to the requests that are waiting.
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This uses and exapands the async helpers.
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These functions use the tevent_req async model, where a pair
of _send/_recv functions pilot requests, with additional helpers
like _done functions, and where needed multiple stage helpers.
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