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Operating Systems Solaris IPMP group failed on Solaris 9 Post 303038575 by hicksd8 on Friday 6th of September 2019 12:10:27 PM
Old 09-06-2019
I have read your post#1 countless times and I must confess that I am at a loss to understand your question. Sorry about that I cannot give you a specific answer as a result.

So what I will do is bash some keys a provide some general network interface information as it pertains to Solaris 9. I apologize if you already know all this but we have to start somewhere. This might be a long post before I'm finished, I don't know, it's just going to be as it comes (into my head).

Why are you seemingly just plumbing missing IP addresses that you can't ping onto another system? With IPMP the same IP address is aggregated across two or more NICs (on the same machine).

If you want to configure IPMP you would do that BEFORE you 'plumb'. For example if you have interfaces bge0 and bge1, you would create an aggregate interface 'aggr1' for example and after that you would plumb and configure only aggr1. You would not try to configure bge0 and bge1 individually any more.

Now Solaris 9 will look for files /etc/hostname.<interface> at boot time and try to plumb those interfaces. If this system was restored from a different hardware platform, then you might for example have a file /etc/hostname.ce0 existing causing Solaris to try to plumb ce0 at boot-time when ce0 doesn't actually exist on this hardware. To stop Solaris from trying to plumb ce0 simply delete the /etc/hostname.ceo file.

When Solaris finds a file /etc/hostname.<interface> at boot-time, it reads the hostname from this file and then (assuming the interface is not configured for DHCP of course) goes to /etc/hosts and looks up the IP address it should use on this interface.

If you aggregate bge0 and bge1 into aggr1, then a file /etc/hostname.aggr1 is created which Solaris will try to plumb at boot-time.

Now, you are trying to get a FAIL message for ce0 to disappear, yes? I can think of only two possibilities why a system would complain about ce0 FAIL:

1. File /etc/hostname.ce0 exists but actual interface ce0 does not exist on this hardware. Delete the file.
2. The interface ce0 does not exist on this platform but is included in an aggregate IPMP configuration that has been restored from a different hardware platform. Down the aggregate interface and delete the IPMP configuration, then recreate the aggregate with interfaces that do exist on this platform and exclude ce0 which doesn't.

Aggregating interfaces has nothing to do with other systems on the LAN. Provided the network cables from the aggregated interfaces go to network switch(es) that understand multi-pathing then all should be well.

I'm going to stop there. If I've completely misunderstood your question then please give us a clue what this is about please.

Hope that helps in some way.
 

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arp(1M) 						  System Administration Commands						   arp(1M)

NAME
arp - address resolution display and control SYNOPSIS
arp hostname arp -a [-n] arp -d hostname arp -f filename arp -s hostname ether_address [temp] [pub] [trail] [permanent] DESCRIPTION
The arp program displays and modifies the Internet-to-MAC address translation tables used by the address resolution protocol (see arp(7P)). With no flags, the program displays the current ARP entry for hostname. The host may be specified by name or by number, using Internet dot notation. Options that modify the ARP translation tables (-d, -f, and -s) can be used only when the invoked command is granted the sys_net_config privilege. See privileges(5). OPTIONS
-a Display all of the current ARP entries. The definition for the flags in the table are: d Unverified; this is a local IP address that is currently undergoing Duplicate Address Detection. ARP will not respond to requests for this address until Duplicate Address Detection completes. o Old; this entry is aging away. If IP requests it again, a new ARP query will be generated. This state is used for detecting peer address changes. y Delayed; periodic address defense and conflict detection was unable to send a packet due to internal network use limits for non- traffic-related messages (100 packets per hour per interface). This occurs only on interfaces with very large numbers of aliases. A Authority; this machine is authoritative for this IP address. ARP will not accept updates from other machines for this entry. L Local; this is a local IP address configured on one of the machine's logical interfaces. ARP will defend this address if another node attempts to claim it. M Mapping; only used for the multicast entry for 224.0.0.0 P Publish; includes IP address for the machine and the addresses that have explicitly been added by the -s option. ARP will respond to ARP requests for this address. S Static; entry cannot be changed by learned information. This indicates that the permanent flag was used when creating the entry. U Unresolved; waiting for ARP response. You can use the -n option with the -a option to disable the automatic numeric IP address-to-name translation. Use arp -an or arp -na to display numeric IP addresses. The arp -a option is equivalent to: # netstat -p -f inet ...and -an and -na are equivalent to: # netstat -pn -f inet -d Delete an entry for the host called hostname. Note that ARP entries for IPMP (IP Network Multipathing) data and test addresses are managed by the kernel and thus cannot be deleted. -f Read the file named filename and set multiple entries in the ARP tables. Entries in the file should be of the form: hostname MACaddress [temp] [pub] [trail] [permanent] See the -s option for argument definitions. -s Create an ARP entry for the host called hostname with the MAC address MACaddress. For example, an Ethernet address is given as six hexadecimal bytes separated by colons. The entry will not be subject to deletion by aging unless the word temp is specified in the command. If the word pub is specified, the entry will be published, which means that this system will respond to ARP requests for hostname even though the hostname is not its own. The word permanent indicates that the system will not accept MAC address changes for hostname from the network. Solaris does not implement trailer encapsulation, and the word trail is accepted on entries for compatibility only. arp -s can be used for a limited form of proxy ARP when a host on one of the directly attached networks is not physically present on a subnet. Another machine can then be configured to respond to ARP requests using arp -s. This is useful in certain SLIP configura- tions. Non-temporary proxy ARP entries for an IPMP (IP Network Multipathing) group are automatically managed by the kernel. Specifically, if the hardware address in an entry matches the hardware address of an IP interface in an IPMP group, and the IP address is not local to the system, this will be regarded as an IPMP proxy ARP entry. This entry will have its hardware address automatically adjusted in order to keep the IP address reachable so long as the IPMP group has not entirely failed. ARP entries must be consistent across an IPMP group. Therefore, ARP entries cannot be associated with individual underlying IP inter- faces in an IPMP group, and must instead be associated with the corresponding IPMP IP interface. Note that ARP entries for IPMP data and test addresses are managed by the kernel and thus cannot be changed. ATTRIBUTES
See attributes(5) for descriptions of the following attributes: +-----------------------------+-----------------------------+ | ATTRIBUTE TYPE | ATTRIBUTE VALUE | +-----------------------------+-----------------------------+ |Availability |SUNWcsu | +-----------------------------+-----------------------------+ SEE ALSO
ifconfig(1M), netstat(1M), attributes(5), privileges(5), arp(7P) SunOS 5.11 5 Jan 2009 arp(1M)
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