Cisco DS-X9530-SF1-K9 - Supervisor-1 Module - Control Processor Configuration Manual page 1041

Chapter 49 Troubleshooting Your Fabric
S e n d d o c u m e n t a t i o n c o m m e n t s t o m d s f e e d b a c k - d o c @ c i s c o . c o m .
The VSAN ID is specified in hex. See
Example 49-4 Displays All Traffic for a Specified VSAN
switch(config)# fcanalyzer local brief display-filter mdshdr.vsan==0x03e7
Capturing on eth2
12.762577
12.762639
13.509979
13.510918
14.502391
14.502545
14.502804
14.503387
14.503976
14.504025
By excluding FSPF
Example 49-5 Displays All VSAN 1 Traffic Excluding FSPF Hellos and ACK1 Frames.
switch(config)# fcan lo bri dis
(mdshdr.vsan==0x01)&&not((swils.opcode==0x14)or(fc.r_ctl==0xc0))
Capturing on eth2
10.589934
10.591253
25.277981
25.278050
25.279232
25.280023
25.280029
25.282439
38.249966
38.262622
38.262844
38.262984
38.262851
38.263514
38.263570
38.263630
38.263884
38.264066
38.264417
38.264585
38.265132
38.265210
38.265414
38.265502
38.267196
Use this command to focus on TE port initialization. This example allows two VSANs on the TE port
and the port VSAN is 666. Hence the ELP, ESC, and EPP (0x71) go out on VSAN 666. Once the EPP
negotiation is complete, we see EFP, DIA, RDI, MR, FSPF, and other updates flow for each allowed
VSAN. See
OL-6973-03, Cisco MDS SAN-OS Release 2.x
ff.ff.fd -> ff.ff.fd
ff.ff.fd -> ff.ff.fd
ff.ff.fd -> ff.ff.fd
ff.ff.fd -> ff.ff.fd
ff.fc.64 -> ff.fc.70
ff.ff.fd -> 64.01.01
64.01.01 -> ff.ff.fd
ff.fc.70 -> ff.fc.64
ff.fc.70 -> ff.fc.64
ff.fc.64 -> ff.fc.70
and , you can focus on the frames of interest. See
hellos ACK1
ff.fc.79 -> ff.fc.7a
ff.fc.7a -> ff.fc.79
ff.fc.79 -> ff.fc.7a
ff.fc.79 -> ff.fc.89
ff.fc.89 -> ff.fc.79
ff.fc.7a -> ff.fc.79
ff.fc.7a -> ff.fc.79
ff.fc.79 -> ff.fc.7a
00.00.00 -> ff.ff.fe
ff.ff.fe -> 79.03.00
79.03.00 -> ff.ff.fc
ff.ff.fc -> 79.03.00
79.03.00 -> ff.ff.fd
ff.fc.79 -> ff.fc.7a
ff.fc.79 -> ff.fc.89
79.03.00 -> ff.ff.fc
ff.ff.fd -> 79.03.00
ff.fc.89 -> ff.fc.79
ff.fc.89 -> ff.fc.79
ff.fc.79 -> ff.fc.89
ff.ff.fc -> 79.03.00
ff.fc.7a -> ff.fc.79
79.03.00 -> ff.ff.fc
ff.fc.7a -> ff.fc.79
ff.fc.79 -> ff.fc.7a
Example 49-6.
Example 49-4.
SW_ILS 999 0xb2c 0xffff
FC 999 0xb2c 0xd32 0xff ->
SW_ILS 999 0xd33 0xffff 0xff ->
FC 999 0xd33 0xb2d
SW_ILS 999 0xd34 0xffff 0xff ->
FC ELS 999 0xd35 0xffff 0xff ->
FC ELS 999 0xd35 0x215
FC 999 0xd34 0xb2e
SW_ILS 999 0xd34 0xb2e
FC 999 0xd34 0xb2e 0xff ->
FC-FCS 1 0x1b23 0xffff 0xff ->
FC-FCS 1 0x1b23 0x2f70
SW_ILS 1 0x1b27 0xffff 0xff ->
SW_ILS 1 0x1b28 0xffff 0xff ->
SW_ILS 1 0x1b28 0xadd7
Unzoned NS 1 0x3b2b 0xffff
SW_ILS 1 0x1b27 0x2f71
dNS 1 0x3b2b 0x1b29 0xff ->
FC ELS 1 0x36f0 0xffff
FC ELS 1 0x36f0 0x1b2b 0xff ->
FC ELS 1 0x3708 0xffff
FC ELS 1 0x3708 0x1b2c 0xff ->
FC ELS 1 0x3720 0xffff
SW_ILS 1 0x1b2e 0xffff 0xff ->
SW_ILS 1 0x1b2f 0xffff 0xff ->
dNS 1 0x3738 0xffff
FC ELS 1 0x3720 0x1b2d 0xff ->
SW_ILS 1 0x1b2f 0xaddf
dNS 1 0xade0 0xffff
dNS 1 0xade0 0x1b31 0xff ->
dNS 1 0x3738 0x1b30 0xff ->
Unzoned NS 1 0x3b2f 0xffff
dNS 1 0x3750 0xffff
SW_ILS 1 0x1b2e 0x2f73
dNS 1 0x3b2f 0x1b32 0xff ->
Cisco MDS 9000 Family Configuration Guide
Configuring a Fabric Analyzer
0x1 -> 0xf HLO
0x0 Link Ctl, ACK1
0x0 HLO
0x1 -> 0xf Link Ctl, ACK1
0x0 SW_RSCN
0x0 RSCN
0x0 -> 0xf ACC (RSCN)
0x1 -> 0xf Link Ctl, ACK1
0x1 -> 0xf SW_ACC (SW_RSCN)
0x0 Link Ctl, ACK1
Example 49-5.
0x0 GCAP
0x4 -> 0xf MSG_RJT (GCAP)
0x0 SW_RSCN
0x0 SW_RSCN
0x5 -> 0xf SW_ACC (SW_RSCN)
0x5 -> 0xf GE_PT
0x4 -> 0xf SW_ACC (SW_RSCN)
0x0 RJT (GE_PT)
0x3 -> 0xf FLOGI
0x0 ACC (FLOGI)
0x3 -> 0xf PLOGI
0x0 ACC (PLOGI)
0x3 -> 0xf SCR
0x0 SW_RSCN
0x0 SW_RSCN
0x3 -> 0xf GNN_FT
0x0 ACC (SCR)
0x5 -> 0xf SW_ACC (SW_RSCN)
0x5 -> 0xf GE_ID
0x0 ACC (GE_ID)
0x0 ACC (GNN_FT)
0x5 -> 0xf GE_PT
0x3 -> 0xf GPN_ID
0x4 -> 0xf SW_ACC (SW_RSCN)
0x0 ACC (GE_PT)
49-11