Eicon Networks 1530 - Manual (Page 152)

Command Line Interface 152
SET PROFILE PVC num
Defines which PVC (Permanent Virtual Circuits) to be used. This is used only when you select
PERMANENT connection type. (See SET X25 CONNTYPE)
Range: 1-32. Default: First unused PVC number.
Note: Note: The maximum value should not be greater than total of PVCs.
SET X25 NODETYPE { DTE | DCE }
Defines if the Eicon 1530 functions as DTE (Data Terminal Equipment) or DCE (Data-Circuit
terminating Equipment). Consult your network subscription for the proper setting.
Default: DTE.
DTE: Use when connected to an X.25 network, or to another computer configured as DCE.
DCE: Use when connected to another computer configured as DTE.
SET X25 CUD callUserData
Specifies the call user data the device will include when establishing an X.25 call.
callUserData: Encode call user data as hexadecimal digits separated by commas, colons, or
hyphens. Maximum length is 16 bytes. For example: 42,07,07
SET X25 FACILITIES hexstring
Sets the X.25 facilities used to establish an X.25 call with this profile.
hexstring: Encode facilities as a hexadecimal string of characters separated by commas, colons,
or hyphens. Maximum length is 14 bytes. For example: 42,07,07
ENABLE X25 SEQUENTIAL
DISABLE X25 SEQUENTIAL
Enables/disables sequential assignment of virtual circuits. Most X.25 networks assign virtual
circuits sequentially. However, some networks, such as British Telecom's Packet Switch
Stream, assign virtual circuits non-sequentially using Logical Channel Group numbers. If this
is the case, you must define the starting LCN (Logical Channel Number) for each group of
virtual circuits (PVC, IVC, TVO, and OVC).
Default: Enabled.
SET X25 PVC number startAddress
Defines settings for PVCs (Permanent Virtual Circuits). A PVC is permanently established
between two destinations. No call setup is required.
number: Total number of PVCs set by your X.25 network subscription.
startAddress: The starting LCN (Logical Channel Number) to use for the first PVC. Only valid
if the sequential assignment of virtual circuits is enabled.