IBM SC30-3681-08 manual Circuit#, Orphan Circuit, Type/State, Frames Transmitted, Frames Received

Monitoring Frame Relay Interfaces

18	Boston		No	&#P/A	0	0
19	Orlando		No	*P/A	0	0
20	Port Royal		No	$P/A	0	0
21	New York		No	@P/A	2	0
A - Active		I - Inactive		R - Removed	P - Permanent C - Congested
* - Required				# - Required and belongs to a PVC group

@- Data compression capable but not operational & - Data compression capable and operational

$ - Data encryption capable but not operational % - Data encryption capable and operational

Circuit#
Indicates the DLCI of the PVC.
Circuit Name
Name of the circuit, an ASCII string.
Orphan Circuit
Indicates whether the PVC is a non-con®gured circuit (yes or no).
Type/State
Indicates the state of the circuit, A (active), I (inactive), P
(permanent), C (congested), or R (removed).
Frames Transmitted
Indicates how many frames this PVC has transmitted.
Frames Received
Indicates how many frames this PVC has received.
pvc-groups
Displays required PVC group information for all required PVC groups. For
each group this consists of the group name, the circuits in the group and
the state (active, inactive, or removed) of each circuit.
Example:
list pvc-groups
Group name	Circuits in group		Circuit status
----------	-----------------		--------------
group1		16	active
		44	inactive
		240	removed
svcs Displays all SVCs, either con®gured or orphaned, on the interface
regardless of state.
Example:
FR 1>list svcs
					Circuit	Call
Circuit Name		Remote party number			State	State	DLCI
-------------------------------- -------------------- ------- ----- -----
flotsam		911			R	N	0
jetsam		666			R	N	0
Circuit states: A - Active I - Inactive				R - Removed C - Congested
Call states: N - Null		I - Call Initiated		O - Outgoing call proceeding
A - Active		D - Disconnect request			R - Release request

switched-virtual-circuit

The following example displays con®guration and operational information for a single SVC by name.

Example:

FR 1>list switched-virtual-circuit flotsam
Circuit	Opt-	Idle	Outgoing	Incoming
Name	ions	Timer	Value	Value

Chapter 31. Con®guring and Monitoring Frame Relay Interfaces 441