ospfd in 4.6
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ospfd in 4.6
by Gregory Edigarov-3
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Also cc'd to bugs@...
Hello Henning and Claudio. In fact, it would be very nice if I am mistaken somewhere but i seems like we have completely broken ospfd in 4.6. I made a simple test setup: box A: fib-update yes router-id 192.168.3.1 redistribute connected area 0.0.0.0 { interface vlan2 interface gif0 { passive } interface vlan3 { passive } interface tun0 { passive } } box B: fib-update yes router-id 192.168.3.2 redistribute connected area 0.0.0.0 { interface ste0 interface vlan20 { passive } interface vlan30 { passive } } the boxes are interconnected via vlan2 on box A, and ste0 on box B. pings are all ok, there are no firewalls in between. with started ospfd on both machines command: ospfctl sh rib shows nothing, and routes never got added into kernel. the same configurations but under 4.4.& 4.5 worked just fine, so could you please look into the issue. |
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Re: ospfd in 4.6
by Stuart Henderson
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On 2009/11/07 16:35, Gregory Edigarov wrote:
> In fact, it would be very nice if I am mistaken somewhere but i seems > like we have completely broken ospfd in 4.6. ospfd is definitely not "completely broken" in 4.6. you'll need to provide much more debugging information than this. these would probably be a good start: ospfctl sh ospfctl sh int ospfctl sh nei maybe there's something in the log too. (sometimes it can help to run it in the foreground "ospfd -d" and look over the full output). |
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Re: ospfd in 4.6
by Gregory Edigarov-3
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On Sat, Nov 7, 2009 at 11:28 PM, Stuart Henderson <stu@...> wrote:
> On 2009/11/07 16:35, Gregory Edigarov wrote: >> In fact, it would be very nice if I am mistaken somewhere but i seems >> like we have completely broken ospfd in 4.6. > > ospfd is definitely not "completely broken" in 4.6. > > you'll need to provide much more debugging information than this. > these would probably be a good start: > > ospfctl sh > ospfctl sh int > ospfctl sh nei > > maybe there's something in the log too. (sometimes it can help > to run it in the foreground "ospfd -d" and look over the full > output). > > ok, so here we're going: first box: # ospfd -vvvd startup orig_asext_lsa: 0.0.0.0/0 age 0 rde_asext_get: 192.168.3.0/30 is net LSA rde_asext_get: 192.168.3.4/30 is net LSA orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan3 orig_rtr_lsa: stub net, interface vlan2 if_fsm: event UP resulted in action START and changing state for interface vlan3 from DOWN to DOWN orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan3 orig_rtr_lsa: stub net, interface vlan2 if_fsm: event UP resulted in action START and changing state for interface vlan2 from DOWN to WAIT spf_calc: area 0.0.0.0 calculated if_act_elect: interface vlan2 old dr none new dr 192.168.3.1, old bdr none new bdr none orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan3 orig_rtr_lsa: stub net, interface vlan2 orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan3 orig_rtr_lsa: stub net, interface vlan2 if_fsm: event WAITTIMER resulted in action ELECT and changing state for interface vlan2 from WAIT to DR nbr_fsm: event HELLO_RECEIVED resulted in action START_INACTIVITY_TIMER and changing state for neighbor ID 192.168.3.2 from DOWN to INIT # ospfctl sh Router ID: 192.168.3.1 Uptime: 00:07:12 RFC1583 compatibility flag is disabled SPF delay is 1 sec(s), hold time between two SPFs is 5 sec(s) Number of external LSA(s) 1 Number of areas attached to this router: 1 Area ID: 0.0.0.0 Number of interfaces in this area: 2 Number of fully adjacent neighbors in this area: 0 SPF algorithm executed 1 time(s) Number LSA(s) 1 # ospfctl sh ne ID Pri State DeadTime Address Iface Uptime 192.168.3.2 1 INIT/OTHER 00:00:31 192.168.3.2 vlan2 - # ospfctl sh int Interface Address State HelloTimer Linkstate Uptime nc ac vlan3 192.168.3.5/30 DOWN - active 00:00:00 0 0 vlan2 192.168.3.1/30 DR 00:00:09 active 00:07:31 1 0 second box: # ospfd -dvvv startup rde_asext_get: 192.168.3.0/30 is net LSA rde_asext_get: 192.168.10.0/30 is net LSA rde_asext_get: 192.168.10.8/30 is net LSA orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan30 orig_rtr_lsa: stub net, interface vlan20 orig_rtr_lsa: stub net, interface ste0 if_fsm: event UP resulted in action START and changing state for interface vlan30 from DOWN to WAIT orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan30 orig_rtr_lsa: stub net, interface vlan20 orig_rtr_lsa: stub net, interface ste0 if_fsm: event UP resulted in action START and changing state for interface vlan20 from DOWN to WAIT orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan30 orig_rtr_lsa: stub net, interface vlan20 orig_rtr_lsa: stub net, interface ste0 if_fsm: event UP resulted in action START and changing state for interface ste0 from DOWN to WAIT spf_calc: area 0.0.0.0 calculated if_act_elect: interface vlan30 old dr none new dr 192.168.10.9, old bdr none new bdr none orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan30 orig_rtr_lsa: stub net, interface vlan20 orig_rtr_lsa: stub net, interface ste0 orig_rtr_lsa: area 0.0.0.0orig_rtr_lsa: stub net, interface vlan30 orig_rtr_lsa: stub net, interface vlan20 orig_rtr_lsa: stub net, interface ste0 if_fsm: event WAITTIMER resulted in action ELECT and changing state for interface vlan30 from WAIT to DR if_act_elect: interface vlan20 old dr none new dr 192.168.10.1, old bdr none new bdr none orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan30 orig_rtr_lsa: stub net, interface vlan20 orig_rtr_lsa: stub net, interface ste0 orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan30 orig_rtr_lsa: stub net, interface vlan20 orig_rtr_lsa: stub net, interface ste0 if_fsm: event WAITTIMER resulted in action ELECT and changing state for interface vlan20 from WAIT to DR if_act_elect: interface ste0 old dr none new dr 192.168.3.2, old bdr none new bdr none orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan30 orig_rtr_lsa: stub net, interface vlan20 orig_rtr_lsa: stub net, interface ste0 orig_rtr_lsa: area 0.0.0.0 orig_rtr_lsa: stub net, interface vlan30 orig_rtr_lsa: stub net, interface vlan20 orig_rtr_lsa: stub net, interface ste0 if_fsm: event WAITTIMER resulted in action ELECT and changing state for interface ste0 from WAIT to DR # ospfctl sh Router ID: 192.168.3.2 Uptime: 00:00:37 RFC1583 compatibility flag is disabled SPF delay is 1 sec(s), hold time between two SPFs is 5 sec(s) Number of external LSA(s) 0 Number of areas attached to this router: 1 Area ID: 0.0.0.0 Number of interfaces in this area: 3 Number of fully adjacent neighbors in this area: 0 SPF algorithm executed 1 time(s) Number LSA(s) 1 # ospfctl sh ne ID Pri State DeadTime Address Iface Uptime # ospfctl sh int Interface Address State HelloTimer Linkstate Uptime nc ac vlan30 192.168.10.9/30 DR 00:00:09 active 00:01:00 0 0 vlan20 192.168.10.1/30 DR 00:00:09 active 00:01:00 0 0 ste0 192.168.3.2/30 DR 00:00:09 active 00:01:00 0 0 |
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