Check the status of the FC SCSI
I/O Controller Protocol Device:
The below example shows the status
of the FC SCSI I/O Controller Protocol Device of the first fibre channel
adapter if the system is not connected to the switch (cable is present, but
switch port not configured) - attach: none, no SCSI ID:
# lsattr -El fscsi0
attach
none How this adapter
is CONNECTED False
dyntrk
no Dynamic Tracking of
FC Devices True
fc_err_recov delayed_fail FC Fabric Event
Error RECOVERY Policy True
scsi_id Adapter SCSI ID False
sw_fc_class
3 FC Class for
Fabric True
... and this is how it looks, if the
card is connected to the switch:
# lsattr -El fscsi1
attach
switch How this adapter
is CONNECTED False
dyntrk
no Dynamic Tracking of
FC Devices True
fc_err_recov delayed_fail FC Fabric Event
Error RECOVERY Policy True
scsi_id
0x610100 Adapter SCSI
ID False
sw_fc_class
3 FC Class for
Fabric True
... and this is how it looks if
there is no cable to a switch at all:
# lsattr -El fscsi1
attach
al How this adapter is
CONNECTED False
dyntrk
no Dynamic Tracking of
FC Devices True
fc_err_recov delayed_fail FC Fabric Event
Error RECOVERY Policy True
scsi_id
0x610100 Adapter SCSI ID False
sw_fc_class
3 FC Class for
Fabric True
al
means Arbitrary Loop. You get this if there is no cable plugged into the
fibre channel card. But you also get this if the system is directly attached to
a storage box (e.g. FAStT). In the latter case there is nothing wrong if you
see attach: al
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