Database Definition

SV_SYSTEM

Contains StrataView name and system parameters

SV_VERSION

Contains StrataView release number and date

NETWORK

Contains ID and name of each IPX/BPX network in the database

NODE

Contains name and status of each node in each network

PACKET_LINE

Contains name, topology, technical details and status of each packet line in each network

CIRCUIT_LINE

Contains name, topology, technical details and status of each circuit line in each network

FRP

Contains name, topology, technical details and status of each frame relay port in each network

USER_CONNECTION

Contains details of each user connection in each network

CONNECTION

Contains details of each connection in each network

STAT_ENABLE

Contains details of which and what type of network statistics are to be collected

PACKET_LN_DATA

Contains packet line statistic data

CIRCUIT_LN_DATA

Contains circuit line statistic data

FRP_DATA

Contains frame relay port statistic data

CONNECTION_DATA

Contains connection statistic data

LOGICAL_CONN

Contains details of the network's logical connections

ROUTES

Contains network routing information

ATM_CONNECTION

Contains ATM connection information

ASI_LINE

Contains information about BPX ASI lines

ASI_PORT

Contains information about BPX ASI ports

FPD_CONNECTION

Contains information about FastPAD connections

FTC_PORT

Contains information about FastPAD IPX ports

FPD_NODE

Contains information about FastPAD nodes

FPD_CONN_DATA

Contains information about FastPAD statistics

ASI_LN_DATA

Contains information about ASI line statistics

ASI_PORT_DATA

Contains information about BPX ASI port statistics

FTC_PORT_DATA

Contains information about FastPAD IPX port statistics

BIS_OBJECT

Contains information about BPX Interface shelf (BIS) object statistics

SHELF

Contains information about AXIS Shelves

PERIPHERAL

Contains information about AXIS Peripherals

CARD

Contains information about AXIS Cards

PLCP

Contains information about AXIS PLCPs

AUSM_PORT

Contains information about AXIS AUSM ports

AUSM_PORT_DATA

Contains information about AUSM port statistics (8.2 or above)

CESM_CONNECTION

Contains information about CESM connections (8.2 or above)

DNS_NODE

Contains information about DNS nodes (8.2 or above)

redundantCard

Contains information about redundant cards (8.4)

lineDistribution

Contains information about line distribution (8.4)

vpRange

Contains information about VP range (8.4)

int

integer

Signed 32 bit binary integer

long

integer

Signed 32 bit binary integer

short

smallint

Signed 16 bit binary integer

char (n+1)

char (n)

Fixed length character string n bytes in length. In the C format, the length is specified as one byte longer to accommodate the terminating null character that is required in C character strings. When the actual character string is shorter than the specified number of characters, the field is filled out on the right with blanks.

date

Signed 32 bit binary integer containing the date expressed as the number of days from (or before) December 31, 1899. January 1, 1900 is day 1.

name

yes

char (8+1)

name of the SV Plus parameter

val

char (20+1)

character string including revision number of database

release

yes

char (20+1)

SV+ release number

release_date

char (32+1)

SV+ release date

netw_id

yes

short

SV Plus network ID

ipx_netw_id

short

IPX network ID

netw_name

char (8+1)

SV Plus network name assigned by user

active

short

flag for network active state

upgrade_status

short

Network upgrade status

0 = unknown

1 = upgrading

2 = not upgrading

reserved

int

reserved for future use

node_id

yes

int

SV Plus node ID

netw_id

short

IPX network ID

node_name

char (10+1)

IPX node name

ipx_netw_id

short

IPX network ID. For IPX, IGX, BPX nodes only. AXIS, DAS, DNS nodes are assigned the network ID of their attached IPX/IGX/BPX node.

ipx_node_id

short

IPX node ID. For IPX, IGX, BPX nodes only; for AXIS, DAS, DNS nodes this field is set to 0.

netw_ip_address

int

network IP address for the node

lan_ip_address

int

LAN IP address for the node
Both netw_ip_address and lan_ip_address have same value.

alarm_state

short

node alarm state

0 = clear
Bit 1 = minor (1)
Bit 2 = major (2)
Bit 1 and 2 = unreachable (3)

Bit 8 = SV+ mode (64)

64 = clear & node is in SV+ mode
65 = minor & node is in SV+ mode
66 = major & node is in SV+ mode
67 = unreachable & node is in SV+ mode

gateway

short

flag for node acting as a gateway between two network domains

0 = not a gateway
1 = gateway
valid for structured networks only.

active

short

node active state flag

0 = inactive *
1 = active *
Inactive indicates that entry has been deleted.

platform

short

flag for platform type:
0 = IPX,
1 = BPX.
2 = IGX,
3 = AXIS,
4 = INS (DAS)
5 = DNS
6 = INSD

subtype

short

flag for a shelf

0 = Routing nodf
1 = Feeder or shelf

release

char (11+1)

SV+ software release revision
e.g. "8.4.0.A" indicates node is running 840A SW version

fs_inc_rate

short

FRP Foresight increase rate

fs_dec_rate

short

FRP Foresight decrease rate

fs_fdec_rate

short

FRP Foresight fast decrease rate

rst_timeout

short

Timeout for setting PVC rate to QIR

mode

short

Node mode (for AXIS node only)

0 = unknown

1 = init-sync

2 = syncing

3 = synced

mgmt_state

short

Node management state

reserved

int

reserved for future use

pln_obj_id

yes

int

packet line object ID

l_network_id

short

local SV Plus network ID

l_node_id

yes

int

local SV Plus node ID

l_line

short

local logical trunk number

1_slot

short

local trunk slot number

l_port

short

local trunk logical port number

l_vtrk

short

local virtual trunk ID

card_type

short

packet line card type

3 = TXR

22 = NTC

34 = AIT

35 = FTC

103 = BNI_T3

104 = BNI_E3

110 = BNI_OC3

117 = BXM

interface

short

packet line interface type

0 = unknown
1 = T1
5 = E1

6 = subrate

7 = Broadband

line_load

int

Trunk load in cells/packets per second

For BPX/IGX truks units are cps

For IPX trunks units are pps

r_network_id

remote SV Plus network ID

r_node_id

int

remote SV Plus node ID

r_line

short

remote line number

r_slot

short

remote trunk logical slot number

r_port

short

remote trunk logical port number

r_vtrk

short

remote virtual trunk ID

alarm_state

short

packet line alarm state

0 = clear
1 = minor
2 = major

active

short

packet line active state

0 = inactive
1 = active
This field is unused.

status

short

packet line status field

1 = clear
2 = failed

stat_reserve

int

packet line statistical reserve field (in packets per second).

b_bq_depth

int

bursty data B queue depth

b_bq_efcn

int

bursty data B EFCN/ENCI threshold

clp_h_thresh

short

CLP high dropping threshold

clp_l_thresh

short

CLP low dropping threshold

time_load

int

time stamped load units

non_time

int

non-time stamped load units

v_load

int

voice load units

bursty_a_load

int

bursty data A load units

bursty_b_load

int

bursty data B load units

bursty_a_cmax

short

bursty data A Credit Max

bursty_b_cmax

short

bursty data B Credit Max

reserved

int

reserved for future use

cln_obj_id

yes

int

circuit line object ID

l_network_id

short

local SV Plus network ID

l_node_id

yes

int

local SV Plus node ID

l_line

short

local circuit line number

card_type

short

circuit line card type

3 = TXR ASI_T3 = 106
21 = CIP ASI_E3 = 107
29 = CDP

interface

short

circuit line interface type

0 = unknown
1 = T1
2 = E1
3 = T3/E3

active

short

circuit line active state

0 = inactive
1 = active

status

short

circuit line status field

1 = clear
2 = failed

reserved

int

reserved for future use

frp_obj_id

yes

int

FRP port object ID

l_network_id

short

local SV Plus network ID

l_node_id

yes

int

local SV Plus node ID

shelf

int

shelf number. Set to 1 for AXIS ports, set to 0 for all other ports.

l_slot

short

local slot number

l -port

short

Physical port number

(logical port for UFM only)

port_speed

int

port speed in hundreds of bits per second (e.g. 256 kbps displays as 2560)

active

short

circuit line active state

0 = inactive
1 = active

status

short

FRP line status field

1 = clear

2 = failed

port_type

short

Type of port

1 = FR

4 = FRSM

5 = FUNI

6 = Frame Forward

7 = Port Concentrator

8 = Channelized UFM

queue_depth

int

port queue depth

ecn_thresh

in_

ECN queue depth

de_thresh

short

DE threshold

logical_port

short

Logical port number used in the MIB (For FRSM Port only). For FRP port it is 0.

line

short

Line number associated with this port. (For FRSM/UFM Port only)

Default value for IPX/IGX is 0

timeslot_num

short

Number of timeslots (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

timeslot_speed

short

Timeslot speed (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

1- speed = 56k

2- speed = 64k

port_bitmap

int

Port bitmap (For AXIS FRSM/UFM Port only)

Default value for IPX/IGX is 0

port_equ

short

Port Equeue service ratio (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

port_flag

short

Port flags between frames(For AXIS FRSM Port only)

Default value for IPX/IGX is 0

protocol_type

short

Signalling protocol type (For FRSM Port only )

1---other

2---noSignalling

3---strataLMI

4---annexAUNI

5---annexDUNI

6---annexANNI

7---annexDNNI

asyn_upd

short

Asynchronous Updates. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

link_timer

short

t391 Line Integrity Timer. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

poll_timer

short

t392 Polling Verification Timer. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

poll_counter

short

n391 Full Status Polling Counter. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

err_thresh

short

n392 Error Threshold. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

event_count

short

n393 Monitored Event Count. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

xmt_timer

short

Xmt CLLM Status Timer. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

rcv_timer

short

Rcv CLLM Status Timer. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

cllm_ena

short

CLLM enable/disable. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

signal_state

int

Port signalling state. (For AXIS FRSM Port only)

Default value for IPX/IGX is 0

1 = LMI failure
2 = CLLM failure

reserved

int

reserved for future use

l_node_id

yes

int

local SV Plus node ID

num_segs

short

Number of segments

termination

short

Type of local and remote end-points.

Bit(0) - Local end has feeder
Bit(1) - Remote end has feeder
Bit(2-4) - Local endpoint type
Voice_Data (0)
Frame-Relay (1)
ATM (2)
Bit(5-7) -Remote endpoint type
Voice_Data (0)
Frame-Relay (1)
ATM (2)

l_slot

yes

short

Local slot number

l_line

yes

short

Local line number (For FRSM connection only)

l_port

yes

short

Local port number
(logical port except for FRSM)

logical port = physical port (ASI/BXM/FRP)

logical port = physical line (AUSM4/CESM)

logical port (UFM/AUSM8)

Physical port (FRSM)

l_subchnl_1

yes

short

First local sub-channel number
For Frame relay end-points this is set to DLCI.

For ATM end-points this is set to VPI.

l_subchnl_2

yes

int

Second local sub-channel number
For Frame relay end-points this is set to 0.

For ATM end-points this is set to VCI.

lr_slot

short

Local slot number

lr_line

yes

short

Local line number (For AXIS connection only)

lr_port

short

Local port number

lr_subchnl_1

short

First local sub-channel number

lr_subchnl_2

int

Second local sub-channel number

lc_node_id

int

Local hub SV+ node id.

(Same as local node id for connections that originate in a routing node.)

lc_slot

short

Local hub slot number

(Same as local slot id for connections that originate in a routing node.)

lc_port

short

Local hub port number

(Same as local port id for connections that originate in a routing node.)

lc_subchnl_1

yes

short

First local hub sub-channel number

(Same as first local sub-channel number for connections that originate in a routing node.)

lc_subchnl_2

yes

int

Second local hub sub-channel number

(Same as second local sub-channel number for connections that originate in a routing node.)

rc_node_id

int

Remote hub SV+ node id.

(Same as remote node id for connections that originate in a routing node.)

rc_slot

short

Remote hub slot number

(Same as remote slot id for connections that originate in a routing node.)

rc_port

short

Remote hub port number

(Same as remote port id for connections that originate in a routing node.)

rc_subchnl_1

short

First remote hub sub-channel number

(Same as first remote sub-channel number for connections that originate in a routing node.)

rc_subchnl_2

int

Second remote hub sub-channel number

(Same as second remote sub-channel number for connections that originate in a routing node.)

rr_slot

short

Remote hub slot number

(Same as remote slot id for connections that originate in a routing node.)

rr_port

short

Remote hub port number

(Same as remote port id for connections that originate in a routing node.)

rr_subchnl_1

short

First remote hub sub-channel number

(Same as first remote sub-channel number for connections that originate in a routing node.)

rr_subchnl_2

int

Second remote hub sub-channel number

(Same as second remote sub-channel number for connections that originate in a routing node.)

r_node_id

int

Remote SV+ node id

r_slot

short

Remote slot number

r_line

short

Remote line number (For FRSM connection only)

r_port

short

Remote-end port number (logical port except for FRSM)

logical port = physical port (ASI/FRP)

logical port = physical line (AUSM4/CESM)

logical port (UFM/AUSM8)

Physical port (FRSM)

r_subchnl_1

short

First remote sub-channel number

r_subchnl_2

int

Second remote sub-channel number

parm_type

short

A flag to indicate if StrataCom or standard FR parameters are used.

state

short

Connection state

1 = Clear

2 = Fail

3 = Down

4 = Incomplete

proc_state

short

The processing state (used by data broker).

con_type

short

Connection type

0 = V_COMPR_CON

1 = V_ADPCM_CON

2 = V_CON

3 = V_PCM

4 = DATA

5 = Frame Relay

6 = ATM

7 = CE

sub_type

short

Service type

1 = ATF

2 = VBR

3 = CBR

4 = unknown

5 = ABR

6 = ATFST

7 = CE

8 = FR_VBR

9 = FR_ABR_FS

10= UBR

l_endpt_obj_id

int

Local endpoint object id.

lc_endpt_obj_id

int

Local hub endpoint object id.

rc_endpt_obj_id

int

Remote hub endpoint object id.

r_endpt_obj_id

int

Remote endpoint object id.

master_node_id

int

Master end node id.

master_lcon_obj_id

int

Master end logical connection object id.

l_rate_info

short

Local end combination field of rate info:

bit(7) Fast EIA Enabled(1)/Disabled(0)
bit(6) DFM Enabled(1)/Disabled(0)
bits(5-3) Encoding:
undefined(0)
7/8(1)
8/8(2)
8/8l(3)
7/8E(4)
bit(2-0) Load Type:
undefined(0)
voice(1)
non-TS(2)
TS(3)
Bursty Data A(4)
Bursty Data B(5)

l_mir

int

Local end minimum guaranteed bandwidth in hundreds of bits per second (e.g. 256 kbps displays as 2560)

l_qir

int

Local end QIR in hundreds of bits per second

l_pir

int

Local end PIR in hundreds of bits per second

l_vc_q_depth

int

Local end VC queue depth in bytes

l_vc_q_thresh

int

Local end VC queue threshold in bytes

l_vc_q_de_thresh

int

Local end VC queue DE threshold in bytes

l_eg_q_depth

int

Local end Egress queue depth in bytes

l_eg_q_de_thresh

int

Local end Egress queue DE threshold in bytes

l_eg_q_ecn_thresh

int

Local end Egress queue ECN threshold in bytes

l_de_tag_ena

int

Local end DE tagging enable/disable

l_cmax

short

Local end maximum threshold for FRP credit manager in packets

l_per_util

short

Local end percent utilization

l_con_info_flag

short

Local end connection information flags

bit(7) Foresight

Enabled (1)
Disabled (0)
bit(6)

High Priority (1)
bit(5-0) unused

l_cir

short

Local end CIR in bits per second

l_bc

int

Local end committed burst in bytes

l_be

int

Local end excess burst in bytes

l_eg_q_select

short

egress queue selection

l_ibs

int

Local end initial burst size (IBS) in bytes

l_channel_type

short

Local end channel type (currently used by

connections terminating on FRSM)

1= FR-NetworkInterWorking

2= FR-ServiceInterWorking-Transparent

3= FR-ServiceInterWorking-Translate

4= FR-FUNI
5 = Frame-Forwarding

l_fecn

short

Local end forward explicit congestion notification

l_de_to_clp_map

short

Local end discard-eligible to CLP mapping
2 = set DE 0 and set CLP 0

3 = set DE 1 and set CLP 1

l_clp_to_de_map

short

Local end CLP to discard-eligible mapping
2 = set DE 0 and set CLP 0

3 = set DE 1 and set CLP 1

l_efci_q_threshold

short

Local end EFCI queue threshold

l_cbs

int

Local end committed burst size

l_mfs

int

Local end maximum frame size

l_ccdv

int

Local end CCDV

l_clp_hi

short

Local end CLP high threshold

l_clp_lo

short

Local end CLP low threshold

l_fst_rate_up

short

Local end ForeSight rate up

l_fst_rate_dn

short

Local end ForeSight rate down

l_fst_fast_dn

short

Local end ForeSight fast down

l_fst_qir_to

short

Local end ForeSight QIR time out

l_fst_max_adj

int

Local end ForeSight maximum adjustment

l_clp_tagging

int

Local end CLP tagging

1 = disable

2 = enable

l_upc_enable

int

Local end UPC enable

1 = disable

2 = enable

l_rm_enable

int

Local end RM enable

1 = disable

2 = enable

l_u_fgcra

int

Local end FGCRA

1 = disable

2 = enable

l_u_scr_policing

int

Local end SCR policing

l_u_pcr01

int

Local end PCR 0 + 1 in 100 bps unit

l_u_ccdv01

int

Local end CCDV 0 + 1

l_u_ccdv0

int

Local end CCDV 0

l_max_buf_size

int

Local end maximum buffer size

l_cell_loss_period

int

Local end cell loss period

l_cdv_rx_t

int

Local end CDV received

l_nrm

short

Local End NRM

l_tbe

int

Local End TBE

l_frtt

short

Local End FRTT

l_vsvd

short

Local End VSVD

r_rate_info

short

Remote end combination field of rate info:

bit(7) Fast EIA

Enabled (1)
Disabled (0)
bit(6) DFM

Enabled (1)
Disabled (0)
bits(5-3) Encoding:
undefined (0)
7/8 (1)
8/8 (2)
8/8l (3)
7/8E (4)
bit(2-0) Load Type:
undefined (0)
voice (1)
non-TS (2)
TS (3)
Bursty Data A (4)
Bursty Data B (5)

r_mir

int

Remote end minimum guaranteed bandwidth in hundreds of bits per second (e.g. 256 kbps displays as 2560)

r_qir

int

Remote end QIR in 100 bps unit

r_pir

int

Remote end PIR in 100 bps unit

r_vc_q_depth

int

Remote end VC queue depth

r_vc_q_thresh

int

Remote end VC queue threshold

r_vc_de_thresh

int

Remote end VC queue DE threshold

r_eg_q_depth

int

Remote end Egress queue depth

r_eg_q_de_thresh

int

Remote end Egress queue DE threshold

r_eg_q_ecn_thresh

int

Remote end Egress queue ECN threshold

r_de_tag_ena

int

Remote end DE tagging enable/disable

r_cmax

short

Remote end maximum threshold for FRP credit manager

r_per_util

short

Remote end percent utilization

This parameter is taken from routing segment

r_con_info_flag

short

Remote end connection information flags

bit(7) Foresight Enabled(1)/Disabled(0)
bit(6) High Priority(1)
bit(5-0) unused

r_cir

int

Remote end CIRin 100 bps unit

r_bc

int

Remote end commited burst

default = 0

r_be

int

Remote end excess burst

default = 0

r_eg_q_select

short

egress queue selection

r_ibs

int

Remote end initial burst size

r_channel_type

short

Remote end channel type
default = 0

r_fecn

short

Remote end forward explicit congestion notification
default = 0

r_de_to_clp_map

short

Remote end discard-eligible to CLP mapping

2 = set DE 0 and set CLP 0

3 = set DE 1 and set CLP 1

r_clp_to_de_map

short

Remote end CLP to discard-eligible mapping

2 = set DE 0 and set CLP 0

3 = set DE 1 and set CLP 1

r_efci_q_threshold

short

Remote end EFCI queue threshold

r_cbs

int

Remote end committed burst size

r_mfs

int

Remote end maximum frame size

r_ccdv

int

Remote end CCDV

r_clp_hi

short

Remote end CLP high threshold

r_clp_lo

short

Remote end CLP low threshold

r_fst_rate_up

short

Remote end ForeSight rate up

r_fst_rate_dn

short

Remote end ForeSight rate down

r_fst_fast_dn

short

Remote end ForeSight fast down

r_fst_qir_to

short

Remote end ForeSight QIR time out

r_fst_max_adj

int

Remote end ForeSight maximum adjustment

r_clp_tagging

int

Remote end CLP tagging

r_upc_enable

int

Remote end UPC enable

r_rm_enable

int

Remote end RM enable

r_u_fgcra

int

Remote end FGCRA

r_u_scr_policing

int

Remote end SCR policing

r_u_pcr01

int

Remote end PCR 0 + 1 in 100 bps unit

r_u_ccdv01

int

Remote end CCDV 0 + 1

r_u_ccdv0

int

Remote end CCDV 0

r_max_buf_size

int

Remote end maximum buffer size

r_cell_loss_period

int

Remote end cell loss period

r_cdv_rx_t

int

Remote end CDV received

r_nrm

short

Remote End NRM

r_tbe

int

Remote End TBE

r_frtt

short

Remote End FRTT

r_vsvd

short

Remote End VSVD

cos

short

Class of Service

avoid_trk_type

short

Trunk types to avoid:
None (1)
Satellite (2)
Terrestrial (3)

avoid_zcs

short

Avoid ZCS trunks
True (1)

False (2)

snmp_index

int

The SNMP-Proxy index for user connection

con_obj_id

yes

int

Local-end Connection Object ID

rcon_obj_id

int

Remote-end Connection Object ID

lcon_obj_id

short

Local-end Logical Connection Object ID

master_flag

short

Flag that indicates if this end is the master.
True (1)
False (0)

l_network_id

short

local-end SV Plus network ID

l_node_id

yes

int

local-end SV Plus node ID

shelf

int

Shelf number

termination

short

local-end Type of local and remote end-points.

Bit(0)---Local end has feeder
Bit(1)---Remote end has feeder
Bit(2-4)---Local endpoint type
Voice_Data (0)
Frame-Relay (1)
ATM (2)
Bit(5-7) -Remote endpoint type.

Voice_Data (0)
Frame-Relay (1)
ATM (2)

l_slot

short

local-end slot number

l_line

short

local-end line number (For FRSM connection only)

l_channel

short

local-end logical port (physical port for FRSM)

l_dlci

short

local-end DLCI number

l_vci

int

local-end VCI number for AIT endpoint only (not valid for FRP/FRSM/UFM)

r_network_id

short

remote-end SV Plus network ID

r_node_id

int

remote-end SV Plus node ID

r_slot

short

remote-end slot number

r_channel

short

remote-end logical port (physical port for FRSM)

r_dlci

short

remote-end DLCI number

r_vci

int

remote-end VCI number for AIT endpoint only (not valid for FRP/FRSM/UFM)

con_type

short

connection type

0 = ADPCM voice
1 = ADPCM no voice activation detection (VAD)
2 = PCM voice
3 = transparent voice
4 = data (SDP)
5 = frame relay
6 = ATM

rate_info

short

combination field of rate information.

This field is a 16 bit value of which the lower order 8 bits are interpreted as 4 fields (bit 7, bit 6, bits 3-5, and bits 0-2). The values of the fields are the result of ORing together the following 16 bit values. *

0x08 = Fast EIA Enabled
0x40 = DFM enabled

0x08 = 7/8 Encoded
0x10 = 8/8 Encoded
0x18 = 8/8 Inverted Encoded
0x20 = 7/8 Inverted Encoded

0x01 = Voice
0x02 = Non-timed stamped
0x03 = Time-stamped
0x04 = Bursty data
0x05 = Multicast combination field of rate info:

bit(7) Fast EIA Enabled(1)/Disabled(0)
bit(6) DFM Enabled(1)/Disabled(0)
bits(5-3) Encoding:
undefined(0)
7/8(1)
8/8(2)
8/8l(3)
7/8E(4)
bit(2-0) Load Type:
undefined(0)
voice(1)
non-TS(2)
TS(3)
Bursty Data A(4)
Bursty Data B(5)

l_load_unit

short

local-end maximum number of packets per second allocated to the connection

r_load_unit

short

remote-end maximum number of packets per second allocated to the connection

min_bw

short

minimum guaranteed bandwidth in hundreds of bits per second

dax_con

short

DAX connection flag

0 = non DAX
1 = DAX

txr_card

short

flag to identify voice connection end point card is TXR card type

0 = non TXR
1 = TXR

active

short

connection active state

0 = inactive
1 = active

status

short

connection status
1 = clear
2 = failed
3 = down

qir

int

quiescent information rate in hundreds of bits per second

pir

int

peak information rate in hundreds of bits per second

vc_q_depth

int

vc queue depth in bytes

vc_q_thresh

int

vc queue threshol d in bytes (ingress queue ECN threshold)

vc_de_thresh

int

ingress queue DE threshold

eg_q_depth

int

egress queue depth in bytes

eg_q_de_thresh

int

egress queue DE threshold in bytes

eg_q_ecn_thresh

int

egress queue ECN threshold in bytes

de_tag_ena

int

DE tagging enable/disable

cmax

short

credit max.for a connection in packets

lper_util

short

local percent utilization

rper_util

short

remote percent utilization

conn_info_flag

short

connection information flag
bit(7) Foresight

Enabled (1)
Disabled (0)
bit(6)

SNA Priority

High (1)
Low (0)
bit(5-0) unused

cir

int

committed information rate in hundreds of bits per second

a_bit_status

short

connection a bit status field

Bit 7 is 1 if NNI a-bit status is OK

Bit 6 is 1 if NNI remote PVC does not exist

Bit 5 to Bit 0 unused

ibs

int

initial burst size

bc

int

burst-committed in bytes

default = 0

be

int

burst-excess in bytes

default = 0

eg_q_select

short

egress queue selection

efci_q_threshold

short

EFCI queue threshold

cbs

int

committed burst size

mfs

int

maximum frame size

ccdv

int

CCDV

clp_hi

short

CLP high threshold

clp_lo

short

CLP low threshold

fst_rate_up

short

ForeSight rate up

fst_rate_dn

short

ForeSight rate down

fst_fast_dn

short

ForeSight fast down

fst_qir_to

short

ForeSight QIR time out

fst_max_adj

int

ForeSight maximum adjustment

channel_type

short

channel type( currently used by

connections terminating on FRSM)

1= FR-NetworkInterWorking

2= FR-ServiceInterWorking-Transparent

3= FR-ServiceInterWorking-Translate

4= FR-FUNI

5= Frame-Forwarding

fecn

short

forward explicit congestion notification
default = 0

de_to_clp_map

short

discard-eligible to CLP mapping
2 = set DE 0 and set CLP 0

3 = set DE 1 and set CLP 1

clp_to_de_map

short

CLP to discard-eligible mapping
2 = set DE 0 and set CLP 0

3 = set DE 1 and set CLP 1

reserved

int

reserved for future use

obj_id

yes

int

IPX/BPX object ID

l_node_id

yes

int

local SV Plus node ID

object_type

yes

short

object type
0 = connection
1 = circuit line (service line)
2 = packet line (trunk line)
3 = frame relay port

stat_type

yes

short

statistic type

bucket_type

yes

short

duration, in minutes, of the bucket

owner_netw_id

short

IPX network ID of node to which SV Plus is connected

owner_node_id

short

IPX Node ID to which SV Plus is connected

num_buckets

short

maximum number of buckets residing in the IPX real-time memory

bucket_size

short

size of bucket in bytes

retain_peak

short

flag to indicate to have peak saved. A two byte value where:

High order byte has the format:

bit 7 (high)

0 = interval in minutes
1 = interval in seconds
bits 0-6 = peak interval

Low order byte has the format:

0 = don't save peak
1 = save peak

auto_stat

short

flag to indicate whether the statistic is enabled by system by default

0 = not enabled by default
1 = enabled by default

enable_flag

short

flag to indicate the active status of the statistic type

0 = inactive
1 = active

collect_interval

int

the time interval in minutes to collect statistical data

enable_time

int

the UNIX time when the statistic was enabled

retain_period

int

the duration period in minutes of the records saved in the SV Plus database

reserved

int

reserved for future use

timestamp

yes

long

timestamp of the statistical record

pln_obj_id

yes

int

packet line object ID

l_node_id

yes

int

local SV Plus node ID

stat_type

yes

short

statistic type

bucket_type

yes

short

duration, in minutes, of each bucket

totald

float

total of raw data collected in the sample interval

peak

float

peak rate of raw data in the sample interval

timestamp

yes

int

timestamp of the statistical record

cln_obj_id

yes

int

circuit line object ID

l_node_id

yes

int

local SV Plus node ID

stat_type

yes

short

statistic type

bucket_type

yes

short

duration, in minutes, of each bucket

totald

float

total of raw data collected in the sample interval

peak

float

peak rate of raw data in the sample interval

timestamp

yes

int

timestamp of the statistical record

frp_obj_id

yes

int

frame relay port object ID

l_node_id

yes

int

local SV Plus node ID

stat_type

yes

short

statistic type

bucket_type

yes

short

duration, in minutes, of each bucket

totald

float

total of raw data collected in the sample interval

peak

float

peak rate of raw data in the sample interval

timestamp

yes

int

timestamp of the statistical record

con_obj_id

yes

int

connection object ID

l_node_id

yes

int

local SV Plus node ID

stat_type

yes

short

statistic type

bucket_type

yes

short

duration, in minutes, of each bucket

totald

float

total of raw data collected in the sample interval

peak

float

peak rate of raw data in the sample interval

network

yes

short

SV+ network ID

node_id

yes

int

SV+ node ID

slot

yes

short

slot number of FR card

port

yes

short

port number

IP address

char(16)

IP address of device on port

type

short

type of port

0 = UNI FRP
1 = NNI FRP
2 = ATM FRP

reserved

int

reserved for future use

lcon_obj_id

yes

int

logical connection object id

src_node_id

yes

int

SV+ source node id in the routes

lcon_type

yes

short

local lcon or junction lcon
lcon (0)

junction (1)

round_trip_delay

short

round trip delay (only applicable to local lcon)

dst_node_id

int

SV+destination node id in the local routes

l_lcon_index

short

local logical connection index

r_lcon_index

short

remote logical connection index

r_lcon_p_index

short

remote logical partner connection index

j_dst_node_id

int

SV+ destination node in the junction route

cos

short

Class of Service
False (0)

True (1)

group_flag

short

grouped connection
False (0)

True (1)

avoid_trk_type

short

Trunk types to avoid:
None (1)
Satellite (2)
Terrestrial (3)

avoid_zcs

short

Avoid ZCS trunks
False (0)

True (1)

pref_route

char

(255)

Preferred route

curr_route

char

(255)

Current route

l_con_id

yes

int

the logical connection object id. It can be either a junction logical connection id or a non-junction connection id.

owner_node_id

yes

int

the SV+ node id that owns the route

hop_node_id

yes

int

the source SV+ node id

route_type

yes

short

current or preferred route
current (0)

preferred (1)
junction current (2)

junction preferred (3)

hop_number

short

the hop number

src_line_number

short

the source trunk line number

con_obj_id

yes

int

ATM Connection segment object id

rcon_obj_id

int

Remote Connection Object ID

lcon_obj_id

int

Logical Connection Object ID

master_flag

short

Flag that indicates if this end is the master.
True (1)

False (0)

l_network_id

short

local SV Plus network ID

l_node_id

yes

int

local SV Plus node ID

termination

short

Type of local and remote end-points.

Bit(0)---Local end has feeder
Bit(1)---Remote end has feeder
Bit(2-4)---Local endpoint type
Voice_Data (0)
Frame-Relay (1)
ATM (2)
Bit(5-7)---Remote endpoint type.

Voice_Data (0)
Frame-Relay (1)
ATM (2)

l_slot

short

Local slot number

l_port

short

Local logical port number

l_vpi

short

Local vpi number

l_vci

int

Local vci number

r_network_id

short

Remote SV+ network id

r_node_id

int

Remote SV+ node id

r_slot

short

Remote slot number

r_port

short

Remote logical port number

r_vpi

short

Remote vpi number

r_vci

int

Remote vci number

con_type

short

Connection type (e.g. voice, data, frame relay, atm connection etc.)
ATM = 6

sub_type

short

Service type

1 = ATF

2 = VBR

3 = CBR

4 = unknown

5 = ABR

6 = ATFST

7 = CE

8 = FR_VBR

9 = FR_ABR_FS

10= UBR

mir

int

minimum information rate in 100 bits per second

qir

int

quiescent information rate in 100 bits per second

pir

int

peak information rate in 100 bits per second

cir

int

commited information rate in 100 bits per second

lper_util

short

Local Percent Utilization

rper_util

short

Remote Percent Utilization

active

short

Connection active state

0 = inactive

1 = active

status

short

Connection status field

1 = Clear

2 = Failed

3 = Down

con_info_flag

short

Connection information flag

bit(7) Foresight

Enabled (1)

Disabled (0)
bit(6)

SNA Priority
High (1)
Low (0)
bit(5-0) unused

ibs

int

initial burst size

vc_q_depth

int

vc queue depth in bytes

efci_q_threshold

short

EFCI queue threshold

cbs

int

committed burst size

mfs

int

maximum frame size

ccdv

int

CCDV

clp_hi

short

CLP high threshold

clp_lo

short

CLP low threshold

fst_rate_up

short

ForeSight rate up

fst_rate_dn

short

ForeSight rate down

fst_fast_dn

short

ForeSight fast down

fst_qir_to

short

ForeSight QIR time out

fst_max_adj

int

ForeSight maximum adjustment

clp_tagging

int

CLP tagging (enable = 2, disable = 1)

upc_enable

int

UPC enable (enable = 2, disable = 1)

rm_enable

int

RM enable (enable = 2, disable = 1)

u_fgcra

int

FGCRA (enable = 2, disable = 1)

u_scr_policing

int

SCR policing (CLP0 = 1, CLP0 and 1 = 2, off = 3)

u_pcr01

int

PCR 0 + 1

ccdv01

int

CCDV 0 + 1

ccdv0

int

CCDV 0

lcn

int

Logical Connection Number

nrm

short

NRM

tbe

int

TBE

frtt

short

FRTT

vsvd

short

VSVD

reserved

int

Reserved for future use

asiLine_obj_id

yes

int

ASI line BPX object id

l_network_id

short

Local SV+ network id

l_node_id

yes

int

Local SV+ node id

card_type

short

ASI line card type

(ASI_T3 = 106, ASI_E3 = 107

ASI_0C3_SMF = 110

ASI_OC3_MMF = 111

BXM = 117 )

interface

short

ASI line interface type
(3 = T3/E3)

l_slot

short

ASI line slot number

l_port

short

ASI line port number

active

short

ASI line active state

0 = inactive

1 = active

status

short

ASI line status field

1 = Clear

2 = Failed

reserved

int

Reserved for future use

asiPort_obj_id

yes

int

ASI port BPX object id

l_node_id

yes

int

Local SV+ node id

l_slot

short

ASI slot number

l_port

short

ASI physical port number

svc_in_use

short

SVC used (0 = unused, 1 = used)

svc_lcn_lo

int

SVC LCN Low value

svc_lcn_hi

int

SVC LCN High value

svc_vpi_lo

int

SVC VPI Low value

svc_vpi_hi

int

SVC VPI High value

svc_vci_lo

int

SVC VCI Low value

svc_vci_hi

int

SVC VCI High value

port_speed

int

Port speed (baud rate) in 100 bps

active

short

ASI port active state

0 = inactive

1 = active

status

short

ASI port status field

1 = Clear

2 = Failed.

reserved

int

Reserved for future use

fpdcon_obj_id

yes

int

FastPAD Connection FastPAD object id

lcon_obj_id

int

Logical Conn. Object Id

l_node_id

yes

int

Local SV+ node id

l_slot

short

Local slot number

l_port

short

Local port number

l_subtype

short

Local FastPAD connection subtype (e.g. voice, data, session, etc.)

l_fpdslot

short

Local FastPAD slot number

l_fpdport

short

Local FastPAD port number

l_fpddlci

int

Local FastPAD DLCI number

r_network_id

short

Remote SV+ network id

r_node_id

int

Remote SV+ node id

r_slot

short

Remote slot number

r_port

short

Remote port number

r_subtype

short

Remote FastPAD connection subtype (e.g. voice, data, session, etc.)

r_fpdslot

short

Remote FastPAD slot number

r_fpdport

short

Remote FastPAD port number

r_fpddlci

int

Remote FastPAD DLCI number

con_type

short

Connection type (e.g. voice, data, frame relay, atm, atf, FastPAD etc.)

0 = ADPCM voice
1 = ADPCM no voice activation detection (VAD)
2 = PCM voice
3 = transparent voice
4 = data (SDP)
5 = frame relay
6 = ATM

rate_info

short

Combination field of rate info:

bit(7) Fast EIA Enabled(1)/Disabled(0)
bit(6) DFM Enabled(1)/Disabled(0)
bits(5-3) Encoding:
undefined(0)
7/8(1)
8/8(2)
8/8l(3)
7/8E(4)
bit(2-0) Load Type:
undefined(0)
voice(1)
non-TS(2)
TS(3)
Bursty Data A(4)
Bursty Data B(5)

l_load_unit

short

Local max number of packets per second allocated

r_load_unit

short

Remote max number of packets per second allocated

mir

short

Minimum Information Rate in hundreds of bits per second

active

short

Connection active state

status

short

Connection status field

1 = Clear

2 = Failed

3 = Down

conn_info_flag

short

Connection information flags

bit(7) Foresight

Enabled (1)

Disabled (0)
bit(6)

High Priority (1)
bit(5-0) unused

reserved

int

Reserved for future use

ftcPort_obj_id

yes

int

FTC port IPX object id

l_network_id

short

Local SV+ network id

l_node_id

yes

int

Local SV+ node id

l_slot

short

FTC slot number

l_port

short

FTC port number

port_speed

int

Port speed (baud rate in 100 bps units)

active

short

FTC port active state

status

short

FTC port status field

1 = Clear

2 = Failed

reserved

int

Reserved for future use

fpdNode_obj_id

yes

int

FastPAD node object id

network_id

short

SV+ network id

node_id

yes

int

SV+ node id

ipx_netw_id

short

IPX network id

ipx_node_id

int

IPX node id

l_slot

short

FastPAD slot number

l_port

short

FastPAD port number

fpd_name

char
[9 + 1]

FastPAD name

active

short

FastPAD active state

status

short

FastPAD status field

reserved

int

Reserved for future use

timestamp

yes

int

Timestamp of the statistical data record

fpdcon_obj_id

yes

int

FastPAD connection IPX object id

l_node_id

yes

int

Local SV+ node id

stat_type

yes

short

Statistic type (object dependent field)

bucket_type

yes

short

Bucket type (duration in minutes of each collection bucket)

totald

float

Total raw data collected in the sample interval

peak

float

Peak raw data in the sample interval

timestamp

yes

int

Timestamp of the statistical data record

asiLine_obj_id

yes

int

ASI line BPX object id

l_node_id

yes

int

Local SV+ node id

stat_type

yes

short

Statistic type (object dependent field)

bucket_type

yes

short

Bucket type (duration in minutes of each collection bucket)

totald

float

Total raw data collected in the sample interval

peak

float

Peak raw data in the sample interval

timestamp

yes

int

Timestamp of the statistical data record

asiPort_obj_id

yes

int

ASI port BPX object id

l_node_id

yes

int

Local SV+ node id

stat_type

yes

short

Statistic type (object dependent field)

bucket_type

yes

short

Bucket type (duration in minutes of each collection bucket)

totald

float

Total raw data collected in the sample interval

peak

float

Peak raw data in the sample interval

timestamp

yes

int

Timestamp of the statistical data record

ftcPort_obj_id

yes

int

FTC port IPX object id

l_node_id

yes

int

Local SV+ node id

stat_type

yes

short

Statistic type (object dependent field)

bucket_type

yes

short

Bucket type (duration in minutes of each collection bucket)

totald

float

Total raw data collected in the sample interval

peak

float

Peak raw data in the sample interval

obj_id

int

Feeder (BIS) object id

name

char(11)

name of BIS

type

short

feeder type

subtype

short

Flag that indicates if this BIS is a feeder.
True (feeder only) (1)

False (routing only) (0)

ipaddress

yes

int

IP address of Feeder shelf

p_ipaddress

yes

int

IP address of Feeder's parent node

p_slot

short

Parent slot number

p_port

short

Parent port number

f_slot

short

Feeder slot number

f_port

short

Feeder port number

status

short

Alarm status of a BIS object

0 = clear

1 = minor

2 = major

3 = unreachable

active

short

BIS object active state

node_id

yes

int

SV+ node id of the AXIS

network_id

short

SV+ network id

name

char(10)

name of shelf

mac_addr

char(6)

MAC address

routing_ip_addr

int

IP address for routing

lan_ip_addr

int

IP address of Feeder shelf

slip_ip_addr

int

SLIP IP address

shelf

yes

int

shelf number

serial_id

char(21)

backplane serial number

shelf_type

short

Shelf type based on number of slots

1 = 16 slot shelf

(currently only used by AXIS)

status

short

ASM Alarm status of the shelf object

ASM alarm off (1)

ASM alarm on (2)

reserved

int

reserved for future use

obj_id

int

SV+ object id of the AXIS

node_id

yes

int

SV+ node id of the AXIS

network_id

short

SV+ network id

node_type

short

SV+ node id

shelf

yes

int

shelf number

peri_type

yes

short

Alarm status of the Shelf:

other (1)

temperature (2)

Power Supply (3)

DC level (4)

Fan unit (5)

unit_num

yes

short

Unit numbers

status

int

Physical Alarm state

severity

short

Alarm severity

minor (1)

major (2)

alarm_num.

short

Alarm number

reserved

int

reserved for future use

obj_id

int

SV+ object id of the AXIS

node_id

yes

int

SV+ node id of the AXIS

network_id

short

SV+ network id

node_type

short

SV+ node id

shelf

yes

int

shelf number

slot

yes

short

Slot number

fc_type

short

Front card type

asc (2),

bnm-T3 (10),

frsm-4T1 (30),

frsm-4E1 (31),

ausm-4T1 (40),

ausm-4E1 (41)

fc_dscrp

char(21)

Front card description (AXIS only)

fc_serial_num

char(7)

Front card serial number

fc_hw_rev

char(3)

Front card hardware revision

fc_fw_rev

char(21)

Front card firmware revision

fc_reset_reason

int

Front card Reset reason

Power Up (1),

Parity Error (2),

watchDog (3),

Resource Overflow (4),

Clear All Config (5),

Missing Task (6)

(AXIS only)

fc_state

int

Front card state

No Card (1),

Standby (2),

Active (3),

Failed (4),

Self Test (5),

Held in Reset (6),

mib_version

int

MIB version number (AXIS only)

bc_type

short

Back card type

lm-ASC (2),

lm-DB15-4T1 (16),

lm-DB15-4E1 (17),

lm-BNC-4E1 (18),

lm-T3-E3-D (32),

lm-T3-E3-B (33)

bc_dscrp

char(21)

Back card description(AXIS only)

bc_serial_num

char(7)

Back card serial number

bc_hw_rev

char(3)

Back card hardware revision

bc_fw_rev

char(9)

Back card firmware revision

bc_state

short

Back card state

Not Present (1)

Present (2)

rate_up

int

Rate up ( FRSM/AUSM only)

rate_dn

int

Rate down ( FRSM/AUSM only)

fast_dn

int

Rate fast down ( FRSM/AUSM only)

measure_time

int

RTD measure time ( FRSM/AUSM only)

qir_timeout

int

QIR timeout ( FRSM only)

chan_allowed

short

Channelized data allowed (FRSM only)

rate_ctrl_allowed

short

Rate control allowed (FRSM only)

curr_clk_src

short

Current clock source

pri_clk_src

short

Primary clock source

sec_clk_src

short

Secondary clock source

clk_impedence

short

Clock impedance

out_of_sync

short

Configuration upload failed during last resynchronization

reserved

int

reserved for future use

node_id

yes

int

SV+ node id of the AXIS

obj_id

yes

int

dsx1 or dsx3 line object id

network_id

small

SV+ network id

shelf

int

shelf number

slot

short

slot number

line

short

line number

line_type

short

line type

DS1_LINE (T1/E1) = 1

DS3_LINE (T3/E3) = 2

connector

short

dsx1 line connector type (dsx1 only)

DB-15 (1)

BNC (2)

enable

short

dsx1 line enable/disable(dsx1 only)

enable (1)

disable (2)

subtype

short

dsx1 or dsx3 line type

For dsx1-line:

dsx1ESF (1),

dsx1D4 (2),

dsx1E1 (3),

dsx1E1CRC (4),

dsx1E1MF (5),

dsx1E1CRC-MF (6),

dsx1E1clearchannel (7)

For dsx3-line:

dsx3 Cbit Parity (1),

g834-g804 (2)

coding

short

Line coding

dsx1JBZS (1),

dsx1B8ZS (2),

dsx1HDB3 (3),

dsx1AMI (4)

length

short

Line length

For T1 lines:

0 to 110 Feet (1),

110 to 220 Feet (2),

220 to 330 Feet (3),

330 to 440 Feet (4),

440 to 550 Feet (5),

550 to 660 Feet (6),

660 Feet Plus (7),

For E1 lines:

lineLength---75-Ohm (8),

lineLength---120-Ohm (9)

clock_src

short

Line Xmt clock source (dsx1 only)

LoopTiming (1),

LocalTiming (2)

loopback

short

Line loopback command

line_bitmap

int

Bit map of used DS0 for line (bit 0 corresponds to timeslot1, bit 31 corresponds to timeslot 32, FRSM only)

oof_criteria

short

Line Out of Frame Criteria (dsx3 only)

1=3 of 8 Framing bits in error

2 = 3 0f 16 Framing bits in error

aisc_check

small

Line AISc Bits Check (dsx3 only)

1 = Check `C' bits

2 = Ignore `C' bits

tx_timing_marker

small

Transmit Timing Marker

tx_payload_type

small

Transmit Payload Type

red_severity

short

Received LOS/OOF alarm severity

1 = Minor

2 = Major

rai_severity

short

RAI alarm severity

1 = Minor

2 = Major

stat_severity

short

Statistical alarm severity

1 = Minor

2 = Major

alarm_state

int

Line alarm state
It is represented by bitmap

0 = No Alarm

1 = Receiving RAI

2 = Transmitting RAI

4 = Receiving AIS

8 = Transmitting AIS

16= Receiving OOF

32= Receiving LOS

64= Near End Local Loopback in effect

128= Near End Remote Loopback in effect

256= Receiving test pattern

stat_alarm_state

int

Statistical Alarm state

(Currently unused in SV+)

agg_state

short

Aggregate Alarm state

0 = No alarm

15 = One of the parents in object hierarchy (such as card) is in alarm.

rate

short

Rate

hcs_masking

short

HCS masking

payload_scramble

short

Payload scramble

frame_scramble

short

Frame scramble

section_state

short

Section state

section_stat_sev

short

Section status severity

section_stat_state

short

Section status state

line_state

short

Line state

line_stat_sev

short

Line status severity

line_stat_state

short

Line status state

path_state

short

Path state

path_stat_sev

short

Path status severity

path_stat_state

short

Path status state

reserved

int

reserved for future use

node_id

yes

int

SV+ node id of the AXIS

obj_id

yes

int

PLCP object id

network_id

short

SV+ network id

shelf

int

shelf number

slot

short

Slot number

line

short

line number

plcp

short

PLCP number