серверная часть LDAP для slapd (LDAP backend to slapd)
Имя (Name)
slapd-ldap - LDAP backend to slapd
Синопсис (Synopsis)
ETCDIR/slapd.conf
Описание (Description)
The LDAP backend to slapd(8) is not an actual database; instead
it acts as a proxy to forward incoming requests to another LDAP
server. While processing requests it will also chase referrals,
so that referrals are fully processed instead of being returned
to the slapd client.
Sessions that explicitly Bind to the back-ldap database always
create their own private connection to the remote LDAP server.
Anonymous sessions will share a single anonymous connection to
the remote server. For sessions bound through other mechanisms,
all sessions with the same DN will share the same connection.
This connection pooling strategy can enhance the proxy's
efficiency by reducing the overhead of repeatedly making/breaking
multiple connections.
The ldap database can also act as an information service, i.e.
the identity of locally authenticated clients is asserted to the
remote server, possibly in some modified form. For this purpose,
the proxy binds to the remote server with some administrative
identity, and, if required, authorizes the asserted identity.
See the idassert-* rules below. The administrative identity of
the proxy, on the remote server, must be allowed to authorize by
means of appropriate authzTo rules; see slapd.conf(5) for
details.
The proxy instance of slapd(8) must contain schema information
for the attributes and objectClasses used in filters, request DNs
and request-related data in general. It should also contain
schema information for the data returned by the proxied server.
It is the responsibility of the proxy administrator to keep the
schema of the proxy lined up with that of the proxied server.
Note: When looping back to the same instance of slapd(8), each
connection requires a new thread; as a consequence, the slapd(8)
threads parameter may need some tuning. In those cases, one may
consider using slapd-relay(5) instead, which performs the relayed
operation internally and thus reuses the same connection.
