I try to migrate a NIM server from one server to another.
I try to do a mksysb on NIM server
restore the NIM server's mksysb to a client through NIM installation
shutdown NIM server
start newly installed client as NIM server
Does anyone do this before? who can give me some suggestion? (1 Reply)
Hi,
I'm trying to use my NIM server to get a mksysb of an lpar on another machine on my network.
I'm trying to define a resource through smitty and i've entered the resource name, Server of resource & location of resource, they are as follows
Resource Name : gmt_fail_mksysb
Server of... (1 Reply)
Hi,
I'm getting the above error while trying to take a MKSYSB image via NIM. I've only just started getting this and don't know why it is failing.
Any one got any suggestions?
Thanks
Kees (3 Replies)
Guys, I need your help
I got a requirement from a cUstomer asking for a specific design
He wants to use the NIM Master as one single mgmt server and access the nodes maintained by it there by the accounting is in one single server for all the nodes
Note:- Direct login to the nodes will... (3 Replies)
Hi.
I would like to try installation via NIM server. I have set up :
lsnim
master machines master
boot resources boot
nim_script resources nim_script
NET_EN0 networks ent
mksysb_AIX_6141 resources ... (4 Replies)
Hi,
i would like to know how can i find , in a client machine , the nim server.
the nim server that this machine have , if the machine have it
Thanks :confused: (1 Reply)
Hi,
I am trying to setup multipathing (using DM multipath) for a redhat cluster setup ...all setup is done but issue is :
node 1 shows the shared iscsi lun as sdc
node 2 shows the same as sdg (changes on reboots)
Due to this (i guess) i get i/o error & i can not read files created by... (0 Replies)
Discussion started by: heman96
0 Replies
LEARN ABOUT V7
rpc.nfsd
rpc.nfsd(8) System Manager's Manual rpc.nfsd(8)NAME
rpc.nfsd - NFS server process
SYNOPSIS
/usr/sbin/rpc.nfsd [options] nproc
DESCRIPTION
The rpc.nfsd program implements the user level part of the NFS service. The main functionality is handled by the nfsd kernel module. The
user space program merely specifies what sort of sockets the kernel service should listen on, what NFS versions it should support, and how
many kernel threads it should use.
The rpc.mountd server provides an ancillary service needed to satisfy mount requests by NFS clients.
OPTIONS -d or --debug
enable logging of debugging messages
-H or --host hostname
specify a particular hostname (or address) that NFS requests will be accepted on. By default, rpc.nfsd will accept NFS requests on
all known network addresses. Note that lockd (which performs file locking services for NFS) may still accept request on all known
network addresses. This may change in future releases of the Linux Kernel.
-p or --port port
specify a diferent port to listen on for NFS requests. By default, rpc.nfsd will listen on port 2049.
-N or --no-nfs-version vers
This option can be used to request that rpc.nfsd does not offer certain versions of NFS. The current version of rpc.nfsd can support
both NFS version 2,3 and the newer version 4.
-s or --syslog
By default, rpc.nfsd logs error messages (and debug messages, if enabled) to stderr. This option makes rpc.nfsd log these messages
to syslog instead. Note that errors encountered during option processing will still be logged to stderr regardless of this option.
-T or --no-tcp
Disable rpc.nfsd from accepting TCP connections from clients.
-U or --no-udp
Disable rpc.nfsd from accepting UDP connections from clients.
nproc specify the number of NFS server threads. By default, just one thread is started. However, for optimum performance several threads
should be used. The actual figure depends on the number of and the work load created by the NFS clients, but a useful starting point
is 8 threads. Effects of modifying that number can be checked using the nfsstat(8) program.
Note that if the NFS server is already running, then the options for specifying host, port, and protocol will be ignored. The number of
processes given will be the only option considered, and the number of active nfsd processes will be increased or decreased to match this
number. In particular rpc.nfsd 0 will stop all threads and thus close any open connections.
NOTES
If the program is built with TI-RPC support, it will enable any protocol and address family combinations that are marked visible in the
netconfig database.
SEE ALSO rpc.mountd(8), exports(5), exportfs(8), rpc.rquotad(8), nfsstat(8), netconfig(5).
AUTHOR
Olaf Kirch, Bill Hawes, H. J. Lu, G. Allan Morris III, and a host of others.
7 Aug 2006 rpc.nfsd(8)