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       cnid_metad - start cnid_dbd daemons on request


       cnid_metad  [-d] [ -h hostname ] [ -p port ] [ -u user ] [ -g group ] [
       -s cnid_dbdpathname ]


       cnid_metad waits for requests from afpd to start up  instances  of  the
       cnid_dbd  daemon.  It  keeps track of the status of a cnid_dbd instance
       once started and will restart it if necessary.  cnid_metad is  normally
       started  at  boot  time  from  /etc/rc  or  equivalent  and  runs until
       shutdown.  afpd needs to be configured with the -cnidserver  option  in
       afpd.conf  in  order  to  access cnid_metad. It is possible to run more
       than one instance of cnid_metad on the same machine if different values
       for the interface and/or port are specified with the -h and -p options.


       -d     cnid_metad will remain in the foreground and will also leave the
              standard   input,   standard  output  and  standard  error  file
              descriptors open. Useful for debugging.

       -h hostname
              Use hostname as the network interface for requests as opposed to
              the default localhost .

       -p port
              Use port as the port number for reqests. Default is 4700.

       -u user
              Switch  to  the  userid  of  user  before serving requests. This
              userid will  be  inherited  by  all  cnid_dbd  daemon  processes

       -u group
              Switch  to  the  groupid  of group before serving requests. This
              groupid will be  inherited  by  all  cnid_dbd  daemon  processes
              started.  Both user and group must be specified as strings.

       -s cnid_dbd pathname
              Use  cnid_dbd pathname as the pathname of the executeable of the
              cnid_dbd daemon. The default is /usr/sbin/cnid_dbd.


       The number of cnid_dbd subprocecesses is currently limited to 128. This
       restriction will be lifted in the future.

       cnid_metad  does  not block or catch any signals apart from SIGPIPE. It
       will therefore exit on most signals received. This will also cause  all
       instances  of cnid_dbd’s started by that cnid_metad to exit gracefully.
       Since state about and IPC access to the subprocesses is only maintained
       in  memory  by  cnid_metad  this  is  desired  behaviour.  As  soon  as
       cnid_metad is restarted afpd processes will transparently reconnect.


       cnid_dbd(8), afpd(8)