Database Tables

Table Of Contents

Database Tables

Access Devices

Access Privileges

APS

ASI, BXM, BME, UXM Lines

ASI, BXM Line Statistics Data

ASI, BXM, BME, UXM Ports

ASI, BXM, BME, and UXM Port Statistics Data

ATM Connections

ATM Physical Lines

AUSM, AXSM, and PXM1 Ports

AUSM and PXM1 Port Statistics Data

AXSM Connection Statistics Data

AXSM-E Connection Statistics Data

BIS Objects

BPX, IGX, and MGX Cards

CESM Connections

Circuit Line Information

Circuit Line Statistics Data

Connection Statistics Data

Connection Templates

Connection Template Parameters

CWM System Parameters

CWM Version

Data Channels

FastPAD Connections

FastPAD Connection Statistics Data

FastPAD Nodes

FastPAD IPX Ports

FastPAD Port Statistics Data

Fax Relay

Frame Relay, Voice, and Data Connections

FRSM12 Connection Statistics Data

Frame Relay Ports

Frame Relay Statistics Data

IMA Groups

IMA Links

Lines

Line Distribution

Loads

Logical Connections

MGX 8850 (PXM45) Card Statistics Data

MGX 8850 (PXM45) Line Statistics Data

MGX 8850 (PXM45) Physical Line Statistics Data

MGX 8850 (PXM45) Port Statistics Data

Networks

Nodes

Node Information

Packet Lines

Packet Line Statistics Data

Peripheral Hardware

Physical Lines

Physical Line Statistics Data

PLCP Lines

PNNI

Port Queues

PXM1E Connection Statistics Data

Redundant Cards

RPM Connections

RPM Ports

Resource Partitions

RTP Connection

RUDP Session

SCM Card Collection

SCM Cards Enabled

SCM Card Family

SCM Card Family Definition

SCM Card Family Statistics

SCM Card Collection

SCM Card Collection Host

SCM Card Template

SCM Collection Server

SCM Collection Status

SCM Collection Parameters

SCM Collection Parameter Statistics Data

SCM Collection Parameters Subobjects

SCM Enable Type

SCM Enabled Nodes

SCM ID Mapper

SCM ID Mapper Definitions

SCM Method

SCM Method Definition

SCM Node Collection

SCM Node Collection Host

SCM Node Statistics

SCM Node Template

SCM Objects

SCM Statistics

SCM Subobjects

SCM Templates

Statsdb Host

SCT

SCT CoSB

SCT Deployment

SCT Download

SCT Virtual Channel Descriptor

SCT Virtual Channel Descriptor

Serial Line Statistics Data

Shelf Data

SVC CAC

SVC Operations

SVC Ports

User Connection Descriptors

User Connections

User Information

VSI Controller

RPM and VISM Virtual Ports

VISM Cards

VISM CID

VISM Codec

VISM Connections

VISM DS0s

VISM Endpoints

VISM Media Gateway Domain Name

VISM HDLC

VISM LAPD

VISM LAPD Trunks

VISM Lines

VISM MGC Group

VISM Media Gateway Protocol

VISM MGC

VISM MGCG Parameters

VISM MGCG Protocol

VISM MGC Resolution

VISM MGCP

VISM Profiles

VISM Session Group

VISM Session Set

VISM SRCP PEER

VISM SRCP PEER Parameters

VISM Tone Plan

VISM Templates

VISM XGCP Peers

Virtual Path Ranges

Voice Channels

XLMI

XPVC

XPVC Danglers

XPVC Preferred Connections

XPVC Segments

Database Tables

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This chapter describes the column and row structure for each of the stratacom database tables in Release 11 of the CWM database. A description of how to interpret the contents of each field is included. The bold entries within the tables are the indices. The columns marked as indices are used for sorting.

Access Devices

Table 2-1 contains information about access devices, for example the Cisco MC3810. This data is contained in the access_node table of the stratacom database.

Table 2-1 access_node

Column Name	Data Type	Description
node_id	integer	CWM node ID.
obj_id	integer	Object ID.
type	smallint	Access node type.
subtype	smallint	Access node subtype.
ipaddress	integer	Access node IP address.
p_ipaddress	integer	Access node parent IP address.
p_slot	smallint	Parent slot number.
p_port	smallint	Parent port number.
r_slot	smallint	Access node slot number.
r_port	smallint	Access node port number.
device_id	smallint	Device ID.

Access Privileges

Table 2-2 contains information about the access privileges for each modules. The field in the table is based on the configuration binary file used in CWM Release 9.2. This data is contained in the sec_profile table of the stratacom database.

Table 2-2 sec_profile 

Column Name	Data Type	Description
profile_name	char (33)	CWM user profile name.
insync_primary	integer	Value to indicate whether this profile is in sync with the primary profile. •0 = In sync with primary (default) •1 = Differs from primary Note This parameter is only applicable for secondary CWM servers.
connmgr	integer	Connection manager. Bit mapped values include: •Bit 0 –0 = Disallow to delete connection –1 = Allow to delete connection •Bit 1 –0 = Disallow to view connection –1 = Allow to view connection •Bit 2 –0 = Disallow to modify connection –1 = Allow to modify connection •Bit 3 –0 = Disallow to add connection –1 = Allow to add connection •Bit 4 –0 = Disallow to all –1 = Allow to all •Bits 5 and 6 are not used.
nwtopology	integer	Network topology. Bit mapped values include: •Bit 0 –0 = Disallow to delete topology –1 = Allow to delete topology •Bit 1 –0 = Disallow to view topology –1 = Allow to view topology •Bit 2 –0 = Disallow to modify topology –1 = Allow to modify topology •Bit 3 –0 = Disallow to add topology –1 = Allow to add topology •Bit 4 –0 = Disallow to all –1 = Allow to all •Bits 5 and 6 are not used.
svovtopology	integer	OpenView topology. Bit mapped values include: •Bit 0 –0 = Disallow to delete OpenView topology –1 = Allow to delete OpenView topology •Bit 1 –0 = Disallow to view OpenView topology –1 = Allow to view OpenView topology •Bit 2 –0 = Disallow to modify OpenView topology –1 = Allow to modify OpenView topology •Bit 3 –0 = Disallow to add OpenView topology –1 = Allow to add OpenView topology •Bit 4 –0 = Disallow to all –1 = Allow to all •Bits 5 and 6 are not used.
scm	integer	SCM. Bit mapped values include: •Bit 0 –0 = Disallow to delete connection –1 = Allow to delete connection •Bit 1 –0 = Disallow to view connection –1 = Allow to view connection •Bit 2 –0 = Disallow to modify connection –1 = Allow to modify connection •Bit 3 –0 = Disallow to add connection –1 = Allow to add connection •Bit 4 –0 = Disallow to all –1 = Allow to all •Bits 5 and 6 are not used.
sct	integer	Service connection template. Bit mapped values include: •Bit 0 –0 = Disallow to delete template –1 = Allow to delete template •Bit 1 –0 = Disallow to view template –1 = Allow to view template •Bit 2 –0 = Disallow to modify template –1 = Allow to modify template •Bit 3 –0 = Disallow to add template –1 = Allow to add template •Bit 4 –0 = Disallow to all –1 = Allow to all •Bits 5 and 6 are not used.
imagedownload	integer	Image download. Bit mapped values include: •Bit 0 is not used. •Bit 1 –0 = Disallow to view –1 = Allow to view •Bit 2 is not used. •Bit 3 –0 = Disallow download –1 = Allow to download •Bit 4 –0 = Disallow to all –1 = Allow to all •Bits 5 and 6 are not used.
noderesync	integer	Node resynchronization. Bit mapped values include: •Bit 0 is not used. •Bit 1 –0 = Disallow to do node resynchronization –1 = Allow to do node resynchronization •Bits 2-7 are not used.
configsaverestore	integer	Save configuration. Bit mapped values include: •Bit 0 –0 = Disallow for reset card –1 = Allow for reset card •Bit 1 –0 = Disallow for read –1 = Allow for read •Bit 2 –0 = Disallow for config save –1 = Allow for config save •Bit 3 –0 = Disallow for save –1 = Allow for save •Bit 4 –0 = Disallow for all –1 = Allow for all •Bits 5 and 6 are not used.
wingz	integer	Wingz. Bit mapped values include: •Bit 0 is not used. •Bit 1 –0 = Disallow Wingz –1 = Allow Wingz •Bits 2-7 are not used.
cwmadmin	integer	CWM administration. Bit mapped values include: •Bit 0 is not used. •Bit 1 –0 = Disallow administration –1 = Allow administration •Bits 2-7 are not used.
networkbrowser	integer	Network browser. Bit mapped values include: •Bit 0 is not used. •Bit 1 –0 = Disallow browser –1 = Allow browser •Bits 2-7 are not used.
summaryreports	integer	Summary reports. Bit mapped values include: •Bit 0 is not used. •Bit 1 –0 = Disallow to read –1 = Allow to read •Bits 2-7 are not used.
securitymanager	integer	Security manager. Bit mapped values include: •Bit 0 –0 = Disallow to delete users –1 = Allow to delete users •Bit 1 –0 = Disallow to view users –1 = Allow to view users •Bit 2 –0 = Disallow to modify users –1 = Allow to modify users •Bit 3 –0 = Disallow to create users –1 = Allow to create users •Bit 4 –0 = Disallow to all –1 = Allow to all •Bits 5 and 6 are not used.
xpvcpreferredconf+	integer	XPVC preferred configuration. Bit mapped values include: •Bit 0 –0 = Disallow to delete table –1 = Allow to delete table •Bit 1 –0 = Disallow to view table –1 = Allow to view table •Bit 2 –0 = Disallow to modify table –1 = Allow to modify table •Bit 3 –0 = Disallow to create table –1 = Allow to create table •Bit 4 –0 = Disallow all privileges –1 = Allow all privileges
ciscoview	integer	CiscoView. Bit mapped values include: •Bit 0 is not used. •Bit 1 –0 = Disallow to view table –1 = Allow to view table •Bit 2 –0 = Disallow to modify table –1 = Allow to modify table •Bit 3 –0 = Disallow to create table –1 = Allow to create table •Bit 4 –0 = Disallow all privileges –1 = Allow all privileges
configurator	integer	Configurator. Bit mapped values include: •Bit 0 –0 = Disallow delete node –1 = Allow delete node •Bit 1 –0 = Disallow view configurator –1 = Allow view configurator •Bit 2 –0 = Disallow modify node –1 = Allow modify node •Bit 3 –0 = Disallow file save and add node –1 = Allow file save and add node •Bit 4 –0 = Disallow all privileges –1 = Allow all privileges
bert	integer	BERT. Bit mapped values include: •Bit 0 is not used. •Bit 1 –0 = Disallow launch BERT –1 = Allow launch BERT •Bit 2 –0 = Disallow start BERT –1 = Allow start BERT •Bit 3 is not used. •Bit 4 –0 = Disallow all privileges –1 = Allow all privileges
Column Name	Data Type	Description

APS

Table 2-3 contains configuration information about SONET automatic protection switching (APS) feature. This information is used to configure automatic protection switching in a SONET Line.

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Note This table is only used by MGX 8850 Release 2 and BPX-SES nodes.

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Table 2-3 aps 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number of the working slot.
bay	smallint	Back card bay number. Default value is equal to 1.
work_index	integer	Working line in the APS pair (line number). For MGX 8230, 8250, and 8850 Release 1 platforms, this value is the line number. For MGX 8850 Release 2 and PXM1E platforms, this value is the ifIndex.
prot_slot	smallint	Protection slot. This field is not supported for APS-A model.
prot_index	integer	Protection line in the APS pair. For MGX 8230, 8250, and 8850 Release 1 platforms, this value is the line number. For MGX 8850 Release 2 and PXM1E platforms, this value is the ifIndex.
enable	smallint	APS feature on the working and protection line pairs. •1 = csApsDisabled •2 = csApsEnabled
arch_mode	smallint	APS architecture mode. •1 = Single card—one plus one •2 = Dual card—one-to-one •3 = Single card—one-to-one •4 = AnexB—one plus one •5 = Anex A—one plus one •6 = One plus one •7 = One-to-one •8 = Y cable—one plus one, no k1 k2 •9 = Straight—one plus one, no k1 k2 Values 1-5 are applicable to MGX 8230, 8250, and 8850 Release 1 platforms. These values have the protocol embedded in them. Values 1-3 imply Bellcore GR-253 protocol, and value 4-5 imply ITU-T protocol. Values 4 and 6-9 are applicable to MGX 8850 Release 2 and PXM1E platforms. These values do not have protocol embedded in them, thus they have to be used with the protocol column.
active_line	smallint	Active line. •1 = csApsWorkingLine •2 = csApsProtectionLine
sig_fault_ber	smallint	Bit error rate threshold for signal fault detection, in the range 3-5.
sig_degrade_ber	smallint	Bit error rate threshold for signal degrade detection, in the range 5-9.
wait_to_restore	smallint	Minutes to wait before attempting to switch back to working line, in the range 1-12.
direction	smallint	Switching direction. •1 = uniDirectional •2 = biDirectional
revertive	smallint	APS revertive option. •1 = Nonrevertive •2 = Revertive
failure_code	smallint	This column is not used.
failure_status	integer	APS failure status (bitmap). •Bit 1 = Channel mismatch •Bit 2 = Protection byte fail •Bit 3 = FE protection failure •Bit 4 = Mode mismatch •Bit 5 = Signal degrade •Bit 6 = Signal failure •Bit 7 = Line alarm •Bit 8 = Line loopback •Bit 9 = Standby signal degrade •Bit 10 = Standby signal failure •Bit 11 = Standby line alarm •Bit 12 = Standby line loopback •Bit 13 = Direction mismatch •Bit 14 = Wrong request •Bit 15 = Protect BC missing •Bit 16 = Protect DC missing •Bit 17 = Working BC missing •Bit 18 = Working DC missing •Bit 19 = Working card mismatch •Bit 20 = Protect card mismatch •Bit 21 = APS revertive switch fail •Bit 22 = APS SD manual switch fail •Bit 23 = APS SD low switch fail •Bit 24 = APS SD high switch fail •Bit 25 = APS SF low switch fail •Bit 26 = APS SF high switch fail •Bit 27 = APS force switch fail •Bit 28 = APS lock out switch fail Bits 1-4 are applicable only to MGX 8850 Release 2 and PXM1E platforms. Bits 1-28 are applicable to MGX 8230, 8250, and 8850 Release 1 platforms.
switch_reason	smallint	APS line switch reason. •1 = Other •2 = Revertive •3 = Manual •4 = Signal defect low •5 = Signal defect high •6 = Signal failure low •7 = Signal failure high •8 = Force switch •9 = Lock out •10 = No switch
primary_section	smallint	Value that indicates the working APS primary section. •1 = workingSection1 •2 = workingSection2 •3 = none This value is only applicable for Annex-B on MGX 8850 Release 2 and PXM1E platforms. Note For Annex-B on MGX 8230, 8250, and 8850 Release 1 platforms, primary_section is equal to the active_line object.
oper_arch_mode	smallint	Architecture mode that is currently in operation. This value might be different from the configured arch_mode value. •4 = AnexB—one plus one •6 = One plus one •7 = One-to-one •8 = Y cable—one plus one, no k1 k2 •9 = Straight—one plus one, no k1 k2 Note This column is applicable only to MGX 8850 Release 2 and PXM1E platforms.
oper_direction	smallint	Switching direction that is currently in force. This value might be different from the configured direction value. •1 = uniDirectional •2 = biDirectional Note This column is applicable only to MGX 8850 Release 2 and PXM1E platforms.
protocol	smallint	APS channel protocol. •1 = Bellcore •2 = ITU Note This column is applicable only to MGX 8850 Release 2 and PXM1E platforms and must be used with the arch_mode column.
k1k2disable	smallint	Value to enable or disable the K1/K2 inband interface on the protection line. •1 = K band enable •2 = K band disable Note This column is applicable only to MGX 8230, 8250, and 8850 Release 1 platforms.
reserved	integer	Reserved for future use.

ASI, BXM, BME, UXM Lines

Table 2-4 contains information about service and physical lines on the following cards:

•ASI

•BXM

•BME

•UXM

This data is contained in the asi_line table of the stratacom database.

Table 2-4 asi_line 

Column Name	Data Type	Description
asiLine_obj_id	integer	UXM physical line object ID.
l_network_id	smallint	CWM network ID.
l_node_id	integer	CWM node ID.
card_type	smallint	Card type. •41 = UXM •106 = ASI_T3 •107 = ASI_E3 •110 = ASI_0C3_SMF •111 = ASI_OC3_MMF
interface	smallint	Interface type. •0 = Unknown •1 = T1 •2 = Not used •3 = Subrate •4 = OC-3 •5 = E1 •7 = Broadband •8 = E3 •9 = T3 •10 = OC-12 •11 = E2 •12 = HIIS
1_slot	smallint	Slot number.
l_port	smallint	Port number. For physical lines, this value is equal to -1. For example, in IMA trunk 11.3-5 the physical lines are 3, 4 and 5. The port number for all three lines is equal to 2 (3-1 = 2).
l_trk	smallint	Logical trunk number for trunks having physical lines. For non physical lines, the value is equal to -1.
l_vtrk	smallint	Virtual trunk number for trunks having physical lines and a virtual trunk; otherwise the value is equal to -1.
l_line	smallint	Physical line number that is unique per card. If physical lines are 2, 3 for one trunk and 6, 7 for another trunk on the same card, then this field contains these corresponding values. For non physical lines, the value is equal to -1.
aps_flag	smallint	Reserved for future use. Default value is equal to -1
lineinfo	smallint	Information about the line.
num_phy_line	smallint	Total number of physical lines in an IMA group.
primary_phy_line	smallint	Primary physical line number for an IMA group.
phy_line_bitmap	smallint	Physical line bitmap for an IMA group.
line_speed	integer	Line speed for an IMA group.
commentc	char (20)	Comment field.
active	smallint	Active state. •0 = Inactive •1 = Active This field is not used.
status	smallint	Status field. •1 = Clear •2 = Failed
reserved	integer	Reserved for future use.

ASI, BXM Line Statistics Data

Table 2-5 contains information about ASI and BXM line statistics. This data is contained in the asi_ln_data table of the stratacom database.

Table 2-5 asi_ln_data

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
asiline_obj_id	integer	ASI line object ID on the BPX.
l_node_id	integer	Local CWM node ID.
stat_type	smallint	Statistic type.
bucket_type	smalint	Bucket type displayed in minutes for the duration of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak raw data in sample interval.

ASI, BXM, BME, UXM Ports

Table 2-6 contains information about ASI, BXM, BME, and UXM ports. This data is contained in the asi_port table of the stratacom database.

Table 2-6 asi_port 

Column Name	Data Type	Description
asiport_obj_id	integer	ASI port object ID on the BPX.
l_network_id	smallint	CWM network ID.
l_node_id	integer	Local CWM node ID.
l_slot	smallint	Slot number.
l_port	smallint	Physical port number.
port_speed	integer	Port speed (baud rate) in 100 bps.
port_type	smallint	Port type. •1 = UNI •2 = NNI •3 = MC_UNI •4 = MC_NNI •5 = ENNI
svc_in_use	smallint	Switched virtual circuit (SVC) used. •0 = Unused •1 = Used
svc_lcn_lo	integer	SVC logical channel number (LCN) low value.
svc_lcn_hi	integer	SVC LCN high value.
svc_vpi_lo	integer	SVC virtual path identifier (VPI) low value.
svc_vpi_hi	integer	SVC VPI high value.
svc_vci_lo	integer	SVC virtual channel identifier (VCI) low value.
svc_vci_hi	integer	SVC VCI high value.
vir_portId	smallint	Virtual port ID.
vpi_range_hi	smallint	VPI high value.
vpi_range_lo	smallint	VPI low value.
reserv_cac	integer	Connection admission control (CAC) reverse value.
ilmi_info_bitmap	smallint	Interim local management interface (ILMI) bitmap information. •c = ILMI –0 = Disable –1 = Enable •b = IP Discovery –0 = Disable –1 = Enable •aaa = Spare •ddd = Protocol type •000 = None •001 = LMI •010 = ILMI •011 = Reserved for feeder LMI •100 = XLMI •101 = Spare •102 = Spare •103 = Spare
ip_address	integer	IP address of the device attached to the router.
if_name_length	smallint	Interface name length.
ifName	char (256)	Interface name.
st_ar_vpi_ran_1	smallint	Start of the first access rate (AR) VPI range.
end_ar_vpi_ran_1	smallint	End of the first AR VPI range.
st_ar_vpi_ran_2	smallint	Start of the second AR VPI range.
end_ar_vpi_ran_2	smallint	End of the second AR VPI range.
st_ar_vpi_ran_3	smallint	Start of the third AR VPI range.
end_ar_vpi_ran_3	smallint	End of the third AR VPI range.
st_ar_vpi_ran_4	smallint	Start of the fourth AR VPI range.
end_ar_vpi_ran_4	smallint	End of the fourth AR VPI range.
commentc	char (20)	Comment field used to further qualify the ASI port.
active	smallint	Port active state. •0 = Inactive •1 = Active For BPX and IGX, this value is equal to 1.
status	smallint	Port status field. •1 = Clear •2 = Failed •3 = Inactive
reserved	integer	Reserved for future use.

ASI, BXM, BME, and UXM Port Statistics Data

Table 2-7 contains information about ASI, BXM, BXM-E, BME, and UXM port statistics. This data is contained in the asi_port_data table of the stratacom database.

Table 2-7 asi_port_data  

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
asiport_obj_id	integer	ASI port object ID on the BPX.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type (object dependent field).
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type displayed in minutes for the duration of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak raw data collected in the sample interval.

ATM Connections

Table 2-8 contains information about ATM connection segments on the following cards:

•AUSM

•AXSM

•BNI

•ASI

•BTM

•BXM

•BME

•UXM

•PXM1

This data is contained in the atm_connection table of the stratacom database.

Table 2-8 atm_connection 

Column Name	Data Type	Description
con_obj_id	integer	ATM Connection segment object ID, in the format slot, LCN.
rcon_obj_id	integer	Remote connection object ID. Note For an SPVC in a PNNI network, this value is equal to -1.
lcon_obj_id	integer	Logical connection object ID. Note For an SPVC in a PNNI network, this value is equal to -1.
master_flag	smallint	Flag that indicates that the end is the master. •1 = True •2 = False
l_network_id	smallint	Local CWM network ID.
l_node_id	integer	Local CWM node ID.
termination	smallint	Type of local and remote endpoints. •Bit 0—Local end has feeder. •Bit 1—Remote end has feeder. •Bits 2 to 4—Local endpoint type. –0 = Voice or data –1 = Frame Relay –2 = ATM •Bits 5 to 7—Remote endpoint type. –0 = Voice or data –1 = Frame Relay –2 = ATM
l_slot	smallint	Local slot number.
l_port	smallint	Local logical port number.
l_vpi	smallint	Local channel virtual path identifier (VPI) number, in the range 0-4095.
l_vci	integer	Local channel virtual channel identifier (VCI) number, in the range 0-65535.
r_network_id	smallint	Remote CWM network ID.
r_node_id	integer	Remote CWM node ID. Note For an SPVC slave endpoint in a PNNI network, this value is set to the local node ID (l_node_id) value. For the master endpoint, this value is set to the node ID of the remote end (slave endpoint).
r_slot	smallint	Remote slot number. Note For an SPVC slave endpoint in a PNNI network, this value is set to the most significant 2 bytes of logical interface of the local NSAP. For the master endpoint, this value is set to the most significant 2 bytes of logical interface of the remote NSAP.
r_port	smallint	Remote logical port number. Note For an SPVC slave endpoint in a PNNI network, this value is set to the most significant 2 bytes of logical interface of the local NSAP. For the master endpoint, this value is set to the most significant 2 bytes of logical interface of the remote NSAP.
r_vpi	smallint	Remote VPI number, in the range 0-4095. Note For an SPVC slave endpoint in a PNNI network, this value is set to the local VPI (l_vpi) value. For the master endpoint, this value is set to the VPI of the remote end (slave endpoint).
r_vci	integer	Remote VCI number, in the range 0-65535. Note For an SPVC slave endpoint in a PNNI network, this value is set to the local VCI (l_vci). For the master endpoint, this value is the VCI of the remote end (slave endpoint).
con_type	smallint	Connection type. •4 = DATA •5 = FR or ATM-FR •6 = ATM •7 = CE •9 = VOICE •10 = ATM-CE Note For ATM connections, this value must be 6.
sub_type	smallint	Service type for PVCs on the BPX and IGX switches. •1 = ATF •2 = VBR •3 = CBR •4 = Unknown •5 = ABR •7 = CE •8 = FR_VBR •9 = FR_ABR_FS •10 = UBR •13 = RTVBR •23 = FR_CBR1 •24 = FR_VBR2 •25 = FR_RTVBR2 •26 = FR_RTVBR3 •27 = FR_UBR1 •28 = FR_UBR2 •41 = ATFST •42 = ATFTFST •43 = ATFXFST •44 = FR_ATFST •45 = FR_ATFTFST •46 = FR_ATFXFST
mir	integer	Minimum information rate (MIR) in 100 bits per second. This field indicates the minimum cell rate (MCR). Range is 7-23000000. The cell rate is converted to 100 bits per second in the CWM database. For example, if the value is 1000 bps, then the database contains 10. Note This parameter is not used when ForeSight is disabled.
qir	integer	Quiescent information rate (QIR) in 100 bits per second. Note This parameter is not used when ForeSight is disabled.
pir	integer	Peak information rate (PIR) in 100 bits per second. Note This parameter is not used when ForeSight is disabled.
cir	integer	Committed information rate (CIR) in 100 bits per second. This field indicates the sustained cell rate (SCR). Range is 7-23000000. The cell rate is converted to 100 bits per second in the CWM database. For example, if the value is 1000 bps, then the database contains 10.
lper_util	smallint	Local percent utilization, in the range 0-100.
rper_util	smallint	Remote percent utilization, in the range 0-100.
commentc	char (20)	Comment field used to describe the ATM connection.
active	smallint	Connection active state is always 1. This field is not used.
status	smallint	Connection status field. MGX 8230, 8250, and 8850 Release 1 PVC: •1 = OK/A-Bit alarm •2 = Failed/A-Bit alarm •3 = Down/A-Bit alarm •14 = Upper level alarm (16384) •129 = OK •130 = Failed •131 = Down MGX 8850 Release 1 SPVC: •0 = Clear •1 = ingAisRdi •2 = egrAisRdi •4 = conditioned •8 = interfaceFail •16 = ccFail •32 = mismatch •64 = ingAbitFail •128 = Unknown Secondary status for AUSM on PXM1E: •0 = Clear •1 = ingAisRdi (Port Side AIS received) •2 = egrAisRdi (N/W side AIS received) •4 = conditioned(ABIT Failure from N/W) •32768 = Unknown
status (continued)		BPX in the format aabbccdd: •aa = A-Bit status –00 = A-Bit failed –10 = A-Bit OK •bb = AIS status bits –01 = Clear –10 = AIS alarm •cc = OAM loopback –01 = Clear –10 = Failed •dd = Primary status –01 = OK –10 = Failed –11 = Down For terminating points, the default value is 149 indicating that the status is OK. For non terminating points, this field displays a default value of 129. The AIS status and OAM loopback bits are masked. A value of 129 is also returned for the following card types: •ASI_T3_2 •ASI_E3_2 •ASI0_T3 •ASI0_E3 •ASI_OC3
con_info_flag	smallint	Connection information flag. •Bits 0 to 5—Unused •Bit 6—Systems Network Architecture (SNA) priority –0 = Low –1 = High •Bit 7—ForeSight –0 = Disabled –1 = Enabled
ibs	integer	Initial burst size, in the range 1-5000000.
vc_q_depth	integer	Virtual circuit (VC) queue depth in bytes.
efci_q_thresh	integer	Explicit forward connection indication (EFCI) queue threshold.
cbs	integer	Committed burst size (CBS), in the range 1-5000000. This field indicates the maximum burst size (MBS). The cell rate is converted to 100 bits per second in the CWM database. For example, if the value is 1000 bps, then the database contains 10.
mfs	integer	Maximum frame size (MFS), in the range 0-200.
ccdv	integer	Maximum tolerable cell delay variation from the local to the remote. Range is 0-16777215. The cell rate is converted to 100 bits per second in the CWM database. For example, if the value is 1000 bps, then the database contains 10.
clp_hi	smallint	CLP high threshold.
clp_lo	smallint	CLP low threshold.
fst_rate_up	integer	ForeSight rate up (ausmStdABRIF object). For the MGX platform, the values of this rate increase factor are powers of 2 through 32768. Default value is 64. Map to cwaChanAbrRIF.
fst_rate_dn	integer	ForeSight rate down (ausmStdABRRDF object). For the MGX platform, the values for this rate decrease factor are powers of 2 through 32768. Default value is 16. Map to cwaChanAbrRDF.
fst_fast_dn	smallint	ForeSight fast down.
fst_qir_to	integer	ForeSight QIR timeout.
fst_max_adj	integer	ForeSight maximum adjustment.
clp_tagging	integer	CLP tagging. •1 = Disable •2 = Enable
upc_enable	integer	Usage parameter control (UPC). •1 = Disable •2 = Enable
rm_enable	integer	Resource management. •1 = Disable •2 = Enable
u_fgcra	integer	Generic cell rate algorithm. •1 = Disable •2 = Enable
u_scr_policing	smallint	Sustainable cell rate (SCR) policing. For MGX 8220, MGX 8230, MGX 8250, MGX 8850(PXM1), and MGX 8850(PXM45) the SCR policing types are •1 = CLP0 •2 = CLP(0+1) •3 = Off For the BPX switch the following SCR policing types are •1 = VBR1 •2 = VBR2 •3 = VBR3 •4 = PLCP •5 = None
u_pcr01	integer	Peak cell rate (PCR) in the direction local to remote direction. Range is 7-23000000. The cell rate is converted to 100 bits per second in the CWM database. For example, if the value is 1000 bps, then the database contains 10.
u_ccdv01	integer	Cell delay variation (0+1), in the range 1-5000000.
u_ccdv0	integer	Cell delay variation equal to 0.
lcn	integer	Logical connection number, in the range 0-524287. For AUSM-8T1/E1 on PXM1E the range is 16-1015.
nrm	smallint	Maximum number of cells each forward RM cell. •1 = nrm2 •2 = nrm4 •3 = nrm8 •4 = nrm16 •5 = nrm32 •6 = nrm64 •7 = nrm128 •8 = nrm256
tbe	integer	Transient buffer exposure, in the range 1-16777215.
frtt	integer	Fixed round trip time, in the range 0-16700000.
vsvd	smallint	Virtual source/virtual destination.
cell_routing	smallint	Value to enable cell routing. •1 = Enable •2 = Disable
mc_type	smallint	Multicast type. •0 = Normal •1 = Root •2 = Leaf
par_subtype	smallint	ATM connection service type (bbConnServiceType). •1 = Constant bit rate •2 = Variable bit rate •4 = Unspecified bit rate •5 = ATM Frame Relay •6 = Available bit rate (standard) •7 = ForeSight available bit rate •8 = Real-time variable bit rate Note This field is only used on the PXM. To be compatible with the existing AUSM MIB definition, value 3 is not used. The following values support PNNI and are based on UNI 4.0: •21 = CBR.1 •22 = Real time VBR.1 •23 = Real time VBR.2 •24 = Real time VBR.3 •25 = Non Real time VBR.1 •26 = Non Real time VBR.2 •27 = Non Real time VBR.3 •28 = UBR.1 •29 = UBR.2 •30 = TM 4.0 compliant standard ABR •31 = CBR.2 •32 = CBR.3
par_subtype (continued)		AXSM and AUSM on PXM1E (from CiscoAtmServiceCategory object) have the following values: •1 = cbr1 •2 = vbr1RT •3 = vbr2RT •4 = vbr3RT •5 = vbr1nRT •6 = vbr2nRT •7 = vbr3nRT •8 = ubr1 •9 = ubr2 •10 = abr •11 = cbr2 •12 = cbr3
rout_pri	smallint	Routing priority. Portable AutoRoute (PAR) determines the importance of this connection when selecting connections to route. Range is 0-15.
max_cost	integer	Maximum allowed cost, related to cost based routing. Based on this value, the PXM chooses a path with a cost less than or equal to this configured level. Range is 1-65535, and the default value is equal to 255. For a PNNI controller, for example PXM1E, range is 1-2G.
res_trk_typ	smallint	Restricted trunk type for routing, used by PAR. •1 = No restriction •2 = Terrestrial trunk •3 = Satellite trunk
r_pcr	integer	Remote peak cell rate, in the range 7-23000000.
r_mcr	integer	Remote minimum cell rate, in the range 7-23000000.
vp_flag	smallint	Virtual path (VP) or virtual circuit (VC) endpoint. •1 = VP •2 = VC
if_index	integer	Interface index.
shelf	smallint	Shelf number.
bay	smallint	Bay number.
line	smallint	Line number.
upd_counter	integer	Upload requirement counter. This value determines if a channel in the table had been modified and requires an upload, in the range 0-4294967295.
stats	smallint	Statistical data is either enabled or restricted. •1 = Enable •2 = Disable
cc	smallint	Continuity check (CC) on a connection endpoint. •1 = Enable •2 = Disable
routing_l_vpi	smallint	Routing local VPI, in the range 1-4095.
routing_l_vci	integer	Routing local VCI, in the range 0-65535.
l_nsap_addr	char (20)	Internal network service access point (NSAP) assigned to a local endpoint.
r_nsap_addr	char (20)	NSAP of the peer endpoint.
ctlr_id	smallint	Controller ID of an endpoint, in the range 1-255. Default value equals 1.
frame_dis	smallint	Frame discard feature. •1 = Enable •2 = Disable
oper_status	smallint	Operational status of an endpoint indicates the primary status of the SPVC. •1 = operOk •2 = operFail •3 = adminDown An upper level alarm is indicated by the value 16384 (bit 14).
cctd	integer	Maximum tolerable network transfer delay in the direction local to remote. This field indicates the cell transfer delay (CTD). Range is 0-65535. The cell rate is converted to 100 bits per second in the CWM database. For example, if the value is 1000 bps, then the database contains 10.
icr	integer	Initial cell rate, in the range 7-23000000. The value is -1 for non-ABR connections. This value must not be larger than the u_pcr01 (PCR).
adtf	smallint	Allowed cell rate (ACR) decrease time factor, in the range 1-1023.
trm	smallint	Time between forward RM cells for an active source, in the range 1-8. •1 = trm0point78125 •2 = trm1point5625 •3 = trm3point125 •4 = trm6point25 •5 = trm12point5 •6 = trm25 •7 = trm50 •8 = trm100
cdf	smallint	Cutoff decrease factor, in the range 1-8. •1 = cdf0 •2 = cdfOneOver64 •3 = cdfOneOver32 •4 = cdfOneOver16 •5 = cdfOneOver8 •6 = cdfOneOver4 •7 = cdfOneOver2 •8 = cdfOne The value is -1 for non-ABR connections.
ers	smallint	Configuration of an endpoint for explicit rate stamping. •1 = none •2 = enableIngress •3 = enableEgress •4 = enableBoth The value is -1 for non-ABR connections.
int_vsvd	smallint	Internal VSVD on the AXSM-E card.
ext_vsvd	smallint	External VSVD on the AXSM-E card.
behaviour_type	smallint	Behavior type. •-1 = Not applicable. •1 = switchBehaviour—A switch connection (transparent connection) in which RM cells are received from a traffic management (TM 4.0) compliant CPE. •2 = srcDestBehaviour—A source destination connection (terminating connection) that generates RM cells.
seg_endpoint	smallint	Segment status of a connection endpoint. •0 = Non segmented—OAM cells pass through. •1 = Segmented—Termination point for OAM cells.
egr_srv_rate	integer	Egress service rate. This object is used for egress bandwidth calculation and connection admission control (CAC). Range is 1-38328. A value of -1 indicates not applicable. Note This object is applicable to AUSM-8T1/E1 on PXM1E.
chan_sub_ovr_ride	smallint	Value to add a new connection on a port even if port is over subscribed •-1 = Not applicable. •1 = Disable •2 = Enable (default) Note This object is applicable to AUSM-8T1/E1 on PXM1E.
slaver_type	smallint	Flag that indicates if a master endpoint has a persistent slave or not. This field is applicable when the master_flag object is set to 1. •1 = Persistent slave •2 = Non persistent slave
clr	smallint	Encoded value that represents the maximum tolerable cell loss ratio (CLR) in the direction local -> remote. Range is 1-15. Default value is 6. The actual CLR value is derived as the negative logarithm of this value.
remote_clr	smallint	Encoded value that represents the maximum tolerable cell loss ratio n the direction remote -> local. Range is 1-15. Default value is 6. The actual CLR value is derived as the negative logarithm of this value.
ais_iw_cap	smallint	SPVC endpoint alarm indication signal (AIS) capability. This object is used for achieving OAM interoperability between switches that cannot generate or detect segment AIS cells. This attribute enables the newer generation of switches to understand the OAM capability of the peer endpoint and accordingly generate or detect segment/end-to-end AIS as required. The value of this attribute is decided during provisioning time by network management. •1 = e2eAisCapable— Endpoint is capable of detecting or generating end-to-end AIS. •2 = segAisCapable—Endpoint is capable of detecting or generating segment AIS.
reserved	integer	Reserved for future use.

ATM Physical Lines

Table 2-9 contains information about ATM physical lines. This data is contained in the atm_phy table of the stratacom database.

Table 2-9 atm_phy 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
bay	smallint	Bay number.
line	smallint	Line number.
if_index	integer	Interface index of the ATM physical interface, different than the interface index of the line and port.
enable	smallint	Value to enable the physical line. •1 = True (default) •2 = False
alarm_status	smallint	Operation status of the ATM physical interface.
null_cell_header	char (4)	First four bytes of the ATM header used for null cells.
null_cell_payload	smallint	Null cell payload definition, in the range 0-255.
hec_coset	smallint	Value to enable the algorithm of coset polynomial addition. •1 = True (default) •2 = False
payload_scramble	smallint	Value to enable payload scrambling. •1 = True (default) •2 = False
reserved	integer	Reserved for future use.

AUSM, AXSM, and PXM1 Ports

Table 2-10 contains information about AUSM, AXSM, and PXM1 ports. This data is contained in the ausm_port table of the stratacom database.

Table 2-10 ausm_port 

Column Name	Data Type	Description
ausmp_obj_id	integer	AUSM, AXSM, or PXM1 port object ID generated by CWM, in the format slot, port.
l_network_id	smallint	Local network ID.
l_node_id	integer	CWM local node ID.
shelf	integer	Shelf number.
l_slot	smallint	Local slot number.
line	smallint	Line number associated with this port. For IMA ports this value is -1.
l_port	smallint	Logical port number for an AUSM, AXSM, or PXM1 port.
port_speed	integer	Configured port speed, in cells per second, on the AUSM card. For the AXSM and PXM1 cards, this field describes the virtual interface rate in cells per second.
commentc	char (20)	Comment field used to describe the line.
active	smallint	Port active state.
status	smallint	Operational status field. For AUSM-8T1/E1 on the MGX 8230, MGX 8250, MGX 8850 (PXM1), and MGX 8830: •1 = Active •4 = Remote loop back •5 = Line failure •6 = Signaling failure •7 = Not configured •8 = Out of cell delineation •15 = Lower layer down—Valid only for AUSM-8T1/E1 on PXM1E •16 = Local loopback—Valid only for AUSM-8T1/E1 on PXM1E For the MGX 8850 (PXM45), the following values are •0 = Not configured •1 = Up •2 = Down/failed •4 = Remote loop back (LPBK) •6 = Signaling failure •8 = Out of cell delineation •15 = Lower layer down AUSM IMA port: •1 = Active •6 = Failed due to IMA signaling failure •7 = Unconfigured •9 = Failed due to ACP timeout •10 = Failed due to major alarm on IMA group •11 = Failed due to bad differential delay •12 = Failed due to arb conflict •13 = Receiving local OAM AIS •14 = Receiving local OAM RDI •17 = Failed due to ILMI signaling failure
signal_state	integer	Port signaling state.
port_type	smallint	Type of port. This field is associated with the caviIfType object. •0 = Other •1 = UNI •2 = NNI •4 = VUNI •5 = VNNI •6 = EVUNI •7 = EVNNI AUSM-8T1/E1 on PXM1E: •0 = Other •1 = UNI •2 = NNI •3 = STI •4 = VP Trunk UNI For EVUNI and EVNNI port types, the assigned VPI range is available in the bbif_vpi_low and bbif_vpi_high fields.
interface_type	smallint	Type of interface. Value range is 1-197. This field is populated by the ifType MIB object of the IF-MIB.my MIB file located in the /user/users/svplus/mibs/mibdir directory. The values and corresponding definitions are listed in the IANAifType object of the IANAifType-MIB.my MIB file located in the /usr/users/svplus/mibs/mibdir directory.
protocol_type	smallint	Signaling protocol type. Integrated local management interface (ILMI) does not have signaling.
poll_timer	smallint	T491 polling interval.
err_thresh	smallint	N491 error threshold.
signalling_vpi	integer	Signaling virtual path indicator (VPI).
signalling_vci	integer	Signaling virtual channel indicator (VCI).
ilmi_trap_enable	smallint	ILMI trap enabled.
trap_interval	smallint	Minimum interval between traps.
keep_alive	smallint	Keep alive polling state.
event_thresh	smallint	N492 event threshold.
min_enquiry	smallint	T493 minimum enquiry interval.
svc_in_use	smallint	Switched virtual circuit (SVC) used.
svc_lcn_lo	smallint	SVC logical channel number (LCN) low.
svc_lcn_hi	smallint	SVC LCN high.
svc_vpid_lo	smallint	SVC VP ID low.
svc_vpid_hi	smallint	SVC VP ID high.
svc_vci_lo	integer	SVC VCI low.
svc_vci_hi	integer	SVC VCI high.
svc_vpi_lo	smallint	SVC VPI low.
svc_vpi_hi	smallint	SVC VPI high.
addr_prefix	char (20)	Network prefix for the ATM address.
ima_port	integer	IMA port number.
line_map	integer	Line mapping.
num_red_links	smallint	Number of redundancy links.
max_delay	smallint	Maximum delay.
ima_master	smallint	IMA master number.
lcl_ima_id	smallint	Local IMA ID.
rmt_ima_id	smallint	Remote IMA ID.
line_order	char (16)	Line order list.
obs_delay	smallint	Observed differential (OBS) delay (in milliseconds) between the physical links in the IMA group.
oversubscribed	smallint	Over subscribed indicator.
ilmi_enable	smallint	Value to enable the ILMI interface. For AXSM cards, this value is not used, indicated by -1. The ILMI enable information for AXSM cards is located in the ilmi_enabled field in the Rsc_part table.
ima_symmetry	smallint	Symmetry of the IMA group. •1 = Symmetric operation •2 = Asymmetric operation •3 = Asymmetric configuration
bbif_vpi_low	smallint	Lower limit of VPI range reserved for this logical interface.
bbif_vpi_high	smallint	Upper limit of VPI range reserved for this logical interface.
min_rx_links	smallint	Minimum number of receive links required to be active for the IMA. Range is 1-8.
min_tx_links	smallint	Minimum number of transmit links required to be active for the IMA group to be in the Up state. Range is 1-8.
netxclmMode	smallint	Transmit clocking mode used by the near-end IMA group. •1 = CTC (default) • 2 = ITC
test_link_ifindex	integer	Value to designate an interface as the test link. The default value of -1 specifies that the implementation can choose the test link and the test_pattern field.
test_pattern	integer	Specific test pattern in an IMA group loopback operation. Range is 0- 255, and the default value is -1.
test_proc_status	smallint	Test procedure status. •1 = Disabled •2 = Operating •3 = Link failure
int_up_time	integer	Integration up time for alarm integration. Range is 100—100000 milliseconds. Default value is 2500.
int_down_time	integer	Integration down time for alarm integration. Range is 100-400000 milliseconds. Default value is 10000.
intf_ip_addr	integer	Interface IP address of the neighbor system that is connected to the far end of this interface.
bay	smallint	Bay number. The default value is equal to 1.
if_index	integer	A unique value for each interface.
high_speed	integer	High speed of the interface. The scale is megabits per second.
admin_status	smallint	Desired state of the interface. •1 = Up •2 = Down •3 = Testing
min_rate	integer	Minimum cell rate of the logical interface, in the range 50-5651328.
max_rate	integer	Maximum cell rate of the logical interface, in the range 50-5651328.
sct_id	smallint	Template file ID that holds card specific configuration, in the range 1-255. To unique identify an SCT file, use sct_id, sct_type, fc_type as the key to reference the SCT table.
sct_version	integer	Version number of the template file.
vpi_num	smallint	Value to configure this logical interface to be a virtual trunk, in the range 0-4095.
xlmi_flag	smallint	XLMI flag. •0 = Non XLMI •1 = XLMI
group_num	smallint	Group number.
reserved	integer	Reserved for future use.

AUSM and PXM1 Port Statistics Data

Table 2-11 contains port statistics information on the following cards and switches:

•AUSM—MGX 8220, MGX 8230, MGX 8250, and MGX 8850 PXM1-based

•PXM1—MGX 8230, MGX 8250, and MGX 8850 PXM1-based

This data is contained in the ausm_port_data table of the stratacom database.

Table 2-11 ausm_port_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
ausmp_obj_id	integer	AUSM or PXM1 port object ID.
l_node_id	integer	Local CWM node ID.
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type displayed in minutes for the duration of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak raw data in the sample interval.

AXSM Connection Statistics Data

Table 2-12 contains information about AXSM connection statistics. This data is contained in the axsm_conn_data table of the stratacom database.

Table 2-12 axsm_conn_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
con_obj_id	integer	Connection object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type for the statistic.
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type displayed in minutes for the duration of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

AXSM-E Connection Statistics Data

Table 2-13 contains information about AXSM-E connection statistics. This information is contained in the axsme_conn_data table of the stratacom database.

Table 2-13 axsme_conn_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
con_obj_id	integer	Connection object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type for the statistic.
stat_type	smallint	Statistic type.
bucket_type	smallint	Bucket type displayed in minutes for the duration of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

BIS Objects

Table 2-14 contains information about BPX interface shelf (BIS) objects. This information is contained in the bis_object table of the stratacom database.

Table 2-14 bis_object 

Column Name	Data Type	Description
obj_id	integer	Feeder (BIS) object ID.
name	char (32)	Name of BIS.
type	smallint	Feeder type.
subtype	smallint	Flag that indicates if this BIS is a feeder. •0 = False (routing only) •1 = True (feeder only)
node_id	integer	Feeder node ID.
ipaddress	integer	IP address of feeder shelf.
p_node_id	integer	ID of the parent feeder node.d
p_ipaddress	integer	IP address of feeder parent node.
p_bay	smallint	Parent node bay number.
p_line	smallint	Parent node line number.
p_slot	smallint	Parent node slot number.
p_port	smallint	Parent node port number.
p_logicalport	smallint	Parent node logical port (for Ascend only).
f_slot	smallint	Feeder slot number.
f_port	smallint	Feeder port number.
status	smallint	Alarm status of a BIS object. •0 = Clear •1 = Minor •2 = Major •3 = Unreachable
active	smallint	BIS object active state.
model	integer	Model type. •8410—IGX 8 •8420—IGX 16 •8430— IGX 32 •8220—Cisco MGX concentrator •8620—BPX •8650—BPX tag switch Default value is equal to 0.

BPX, IGX, and MGX Cards

Table 2-15 contains information about the status of the BPX, IGX, and MGX cards. This information is contained in the card table of the stratacom database.

Table 2-15 card 

Column Name	Data Type	Description
obj_id	integer	Object ID generated by CWM.
node_id	integer	Node ID generated by CWM.
network_id	smallint	CWM network ID.
node_type	smallint	Platform value in the node table.
shelf	integer	Shelf number.
slot	smallint	Slot number.
fc_type	smallint	Front card type. For a list of the front card types on each node, see "Card Types". Note When the card is in fail state, the fc_type is equal to 1.
fc_dscrp	char (21)	Front card description (MGX 8220 only).
fc_serial_num	char (12)	Front card serial number.
fc_hw_rev	char (6)	Front card hardware revision.
fc_fw_rev	char (21)	Front card firmware revision (MGX 8220 only).
fc_reset_reason	integer	Front card reset reason on the MGX 8220. •1 = Power up •2 = Parity error •3 = Watch dog •4 = Resource overflow •5 = Clear all config •6 = Missing task Front card reset reason on the MGX 8230, MGX 8250, MGX 8850 (PXM1), and MGX 8850 (PXM45): •1 = Unknown •2 = Power up •3 = Parity error •4 = Clear config reset •5 = Manual reset Note Since the MIB attributes of the switch are generic strings, the character strings mapped to the fc_reset_reason values might be different than what is stored in CWM database. However, the characteristc of the attributes are the same between the switch and CWM.
fc_fab_num	char (21)	Front card FAB number.
fc_state	integer	Front card state. BPX/IGX states: •1 = No card •2 = Standby •3 = Active •4 = Failed •8 = Mismatch •13 = Down •14 = Update •15 = Cleared •16 = Unavailable •17 = Downloading •18 = Downloader •19 = Downloaded •20 = Locked •21 = Program •22 = Upgrading •23 = Upgraded •24 = Frozen MGX states: •1 = No card •2 = Standby •3 = Active •4 = Failed •5 = Self Test •6 = Held in reset •7 = Boot •8 = Mismatch •9 = Unknown •10 = Core card mismatch •12 = Reserved •50 = Hold •51 = Not Responding •52 = Card initializing •101 = Blocked
mib_version	integer	MIB version number (MGX 8220 only).
bc_type	smallint	Back card type. For a list of back card types on each node, see "Card Types". Note If the fc_type is PXM, and the bc_type is PXM_UNI, then switch the value of the bc_type and the sec_bc_type. This switch is a request by the CardProxy.
bc_dscrp	char (21)	Back card description (MGX 8220 only). Octet string size is in the range 0-255.
bc_serial_num	char (12)	Back card serial number.
bc_hw_rev	char (6)	Back card hardware revision.
bc_fw_rev	char (21)	Back card firmware revision (MGX 8220 only).
bc_state	smallint	Back card state. •-1 = Default •1 = Not present •2 = Present •3 = Mismatch
sec_bc_type	smallint	Secondary back card type. Default is equal to -1.
sec_bc_dscrp	char (21)	Secondary back card description. Default is equal to -1.
sec_bc_serial_num	char (12)	Secondary back card serial number. Default is equal to -1.
sec_bc_hw_rev	char (6)	Secondary back card revision. Default is equal to -1.
sec_bc_fw_rev	char (21)	Secondary back card firmware revision (MGX 8220 only). Default is equal to -1.
sec_bc_state	smallint	Secondary back card state. Default is equal to -1.
rate_up	integer	Rate up (FRSM/AUSM only).
rate_dn	integer	Rate down (FRSM/AUSM only).
fast_dn	integer	Rate fast down (FRSM/AUSM only).
measure_time	integer	Round trip delay (RTD) measurement (in seconds) on the FRSM and AUSM cards.
qir_timeout	integer	Quiescent information rate (QIR) timeout (FRSM only).
chan_allowed	smallint	Channelized data allowed (FRSM only). •1 = Not channelized •2 = Channelized
rate_ctrl_allowed	smallint	Rate control allowed (FRSM only).
clk_conn_type	smallint	Clock connector type.
curr_clk_src	smallint	Current clock source.
pri_clk_src	smallint	Primary clock source.
sec_clk_src	smallint	Secondary clock source.
clk_impedence	smallint	Clock impedance.
out_of_sync	smallint	Configuration upload failed during last resynchronization.
bnm_ln_format	smallint	BNM cell format. •1 = STI •2 = UNI •3 = NNI
aps_info	smallint	Automatic protection switching (APS) information. Default value is -1.
ml_chan_stat	smallint	Multi-level channel statistics.
logical_slot	smallint	Logical slot number of the slot in chassis.
egr_qos_feature	smallint	Value to enable the egress quality of service feature. •1 = egrQosFeatureEnabled •2 = egrQosFeatureDisabled •3 = notApplicable
sct_id	smallint	ID of the template file for a card module. To identify an SCT file, use the format sct_id, sct_type, fc_type as the key to reference the SCT table.
sct_version	integer	Version number of the template file.
clk_err_reason	smallint	Reason for clock errors.
fc_admin_status	smallint	Front card administrative status.
ent_phy_idx	integer	Physical entity index. This value is from the entPhysicalIndex.
bc_ent_phy_idx	integer	Backcard physical entity index. This value is from the entPhysicalIndex.
sec_bc_ent_phy_idx	integer	Secondary backcard entity physical index. This value is from the entPhysicalIndex.
reserved	integer	Reserved for future use.

CESM Connections

Table 2-16 contains information about CESM connections for MGX 8220, MGX 8230, MGX 8250, and MGX 8850 Release 1 nodes. This data is contained in the cesm_connection table of the stratacom database.

Table 2-16 cesm_connection 

Column Name	Data Type	Description
con_obj_id	integer	Connection object ID (VC endpoint index).
master_flag	smallint	Value to indicate the master end. •0 = False •1 = True
l_network_id	smallint	Local CWM network ID.
l_node_id	integer	Local CWM node ID for MGX 8220, MGX 8230, MGX 8250, and MGX 8850.
shelf	integer	Shelf number.
termination	smallint	Local and remote termination types.
l_slot	smallint	Local slot number.
l_line	smallint	Local line number.
l_port	smallint	Local port number, which is the first DS0 time slot number of the port.
l_vpi	smallint	Local virtual path indicator (VPI) number.
l_vci	integer	Local virtual channel indicator (VCI) number.
l_nsap_addr	char (20)	Network service access point (NSAP) assigned to a local endpoint on the PXM1E card.
r_network_id	smallint	Remote CWM network ID.
r_node_id	integer	Remote CWM node ID.
r_slot	smallint	Remote slot number.
r_line	smallint	Remote line number.
r_port	smallint	Remote port number.
r_vpi	smallint	Remote data link connection identifier (DLCI) number or VPI number.
r_vci	integer	Remote VCI number.
r_nsap_addr	chat (20)	NSAP assigned to a remote endpoint on the PXM1E card.
con_type	smallint	Connection type. •1 = PVC •2 = SVC •3 = SPVC Note This object is only applicable to CESM-8T1/E1 and CESM-T3/E3.
max_buf_size	integer	Maximum size (in octets) of reassembly buffer.
cell_loss_period	integer	Cell loss integration period (in milliseconds).
cdv_rx_t	integer	Maximum cell arrival jitter tolerated by reassembly process in 10 microsecond increments.
commentc	char (20)	Comment field to describe the connection.
active	smallint	Connection active state.
status	smallint	Connection status field. •1 = Clear •2 = Failed •3 = Down •14 = Upper level alarm (16384)
alarm_status	smallint	Secondary status for CESM on PXM1E. •0 = Clear •2 = egrAisRdi (N/W side AIS received) •4 = Conditioned(ABIT Failure from N/W) •128 = Cell Loss Alarm •32768 = Unknown
cbr_clock_mode	smallint	Clocking mode of the CBR service. •1 = Synchronous •2 = SRTS •3 = Adaptive
cas	smallint	Value to specify if channel associated signaling (CAS) bits are carried by the service. •1 = Basic •2 = E1Cas •3 = DS1SfCas •4 = DS1EsfCas •5 = CCS •6 = Conditioned E1CAS •7 = Basic no pointer •8 = DS1 SF CAS MF •9 = DS1 ESF CAS MF
partial_fill	smallint	Number of user octets per cell, using partial cell fill. Range is 0-47.
idle_detection	smallint	Idle detection (CESM-8). •1 = Disable •2 = Onhook
onhook_code	smallint	Onhook code (CESM-8). Range is 0-15.
condition_data	smallint	On a PXM1E, this byte indicates idle data to be sent towards the line whenever a channel goes into an underrun. Range is 0-255.
idle_suppression	smallint	Idle suppression (CESM-8). •1 = Disable •2 = Enable
idle_signalcode	smallint	On PXM1E platform, this field carries the pattern in DS0 time slots (0-255) whenever cesChanIdleDetEnable = enableIdlePatternDet. This object is supported by CESM-8 T1/E1.
idle_codeintgper	smallint	On PXM1E platform, this field carries integration period in seconds (0-100) whenever cesChanIdleDetEnable = enableIdlePatternDet. This object is supported by CESM-8 T1/E.
par_subtype	smallint	ATM connection service type (PXM only). •1 = Constant bit rate •2 = Variable bit rate •4 = Unspecified bit rate •6 = Available bit rate (standard) For CESM cards with the PXM1E the only valid connection type is CBR (1). Note This object is used only by PXM cards. To make this connection compatible with the existing AUSM MIB definition, value 3 is not used.
par_rout_pri	smallint	Portable AutoRoute (PAR) determines the importance of this connection when selecting connections to route.
par_max_cost	smallint	Maximum allowed cost, related to cost based routing. PXM chooses a path with a cost less than or equal to this configured level. Default value is 255.
par_res_trk_typ	smallint	Restricted trunk type for routing, used by PAR. •1 = No restriction •2 = Terrestrial trunk •3 = Satellite trunk
par_chan_pcr	integer	Channel peak cell rate, used by PAR.
par_chan_mcr	integer	Channel minimum cell rate, used by PAR.
par_chan_per_util	smallint	Expected long-term utilization of the channel by this endpoint. For CESM-8T1/E1/T3/E3 the value is 100%.
lcn	integer	CESM channel number (cesCnfChanNum) that refers to the virtual connection number.
bc_bufsize_fctr	integer	Back card buffer size as a factor of cell delay variation tolerance (CDVT).
bc_local_addr	char (8)	Back card E.164 address of a CESM connection.
bc_admin_status	smallint	Back card administrative status. •1 = Active •2 = Inactive •4 = Testing
bc_cga_mode	smallint	Back card carrier group alarm (CGA) mode. •0 = Voice—non-transparent •1 = Voice—transparent •2 = Data port—transparent
bc_onhk_trkcond	integer	Back card onhook trunk condition. •0 = on_d_off_c_off_b_off_a_off •1 = on_d_off_c_off_b_off_a_on •2 = on_d_off_c_off_b_on_a_off •3 = on_d_off_c_off_b_on_a_on •4 = on_d_off_c_on_b_off_a_off •5 = on_d_off_c_on_b_off_a_on •6 = on_d_off_c_on_b_on_a_off •7 = on_d_off_c_on_b_on_a_on •8 = on_d_on_c_off_b_off_a_off •9 = on_d_on_c_off_b_off_a_on •10 = on_d_on_c_off_b_on_a_off •11 = on_d_on_c_off_b_on_a_on •12 = on_d_on_c_on_b_off_a_off •13 = on_d_on_c_on_b_off_a_on •14 = on_d_on_c_on_b_on_a_off •15 = on_d_on_c_on_b_on_a_on
bc_offhk_trkcond	smallint	Back card off hook trunk condition. •0 = off_d_off_c_off_b_off_a_off •1 = off_d_off_c_off_b_off_a_on •2 = off_d_off_c_off_b_on_a_off •3 = off_d_off_c_off_b_on_a_on •4 = off_d_off_c_on_b_off_a_off •5 = off_d_off_c_on_b_off_a_on •6 = off_d_off_c_on_b_on_a_off •7 = off_d_off_c_on_b_on_a_on •8 = off_d_on_c_off_b_off_a_off •9 = off_d_on_c_off_b_off_a_on •10 = off_d_on_c_off_b_on_a_off •11 = off_d_on_c_off_b_on_a_on •12 = off_d_on_c_on_b_off_a_off •13 = off_d_on_c_on_b_off_a_on •14 = off_d_on_c_on_b_on_a_off •15 = off_d_on_c_on_b_on_a_on
atm_onhk_trkcond	smallint	ATM onhook trunk condition. •0 = on_d_off_c_off_b_off_a_off •1 = on_d_off_c_off_b_off_a_on •2 = on_d_off_c_off_b_on_a_off •3 = on_d_off_c_off_b_on_a_on •4 = on_d_off_c_on_b_off_a_off •5 = on_d_off_c_on_b_off_a_on •6 = on_d_off_c_on_b_on_a_off •7 = on_d_off_c_on_b_on_a_on •8 = on_d_on_c_off_b_off_a_off •9 = on_d_on_c_off_b_off_a_on •10 = on_d_on_c_off_b_on_a_off •11 = on_d_on_c_off_b_on_a_on •12 = on_d_on_c_on_b_off_a_off •13 = on_d_on_c_on_b_off_a_on •14 = on_d_on_c_on_b_on_a_off •15 = on_d_on_c_on_b_on_a_on
atm_offhk_trkcond	smallint	ATM off hook trunk condition. •0 = off_d_off_c_off_b_off_a_off •1 = off_d_off_c_off_b_off_a_on •2 = off_d_off_c_off_b_on_a_off •3 = off_d_off_c_off_b_on_a_on •4 = off_d_off_c_on_b_off_a_off •5 = off_d_off_c_on_b_off_a_on •6 = off_d_off_c_on_b_on_a_off •7 = off_d_off_c_on_b_on_a_on •8 = off_d_on_c_off_b_off_a_off •9 = off_d_on_c_off_b_off_a_on •10 = off_d_on_c_off_b_on_a_off •11 = off_d_on_c_off_b_on_a_on •12 = off_d_on_c_on_b_off_a_off •13 = off_d_on_c_on_b_off_a_on •14 = off_d_on_c_on_b_on_a_off •15 = off_d_on_c_on_b_on_a_on
ckt_bc_id	char (64)	Circuit ID assigned by the user.
ckt_lpbk_ctrl	smallint	Circuit loopback control. •0 = No loopback •1 = CESM loopback •2 = ATM loopback
ckt_dest_if_index	integer	Interface index of the ATM interface to CESM connection.
ckt_farnd_if_index	integer	Interface index of the channel on the far end switch.
ckt_farnd_nodeid	integer	Node ID of far end. If CWM does not discover the node, the value is -1.
ckt_farnd_slot	smallint	Slot number of far end switch.
ckt_ifstor_name	char (64)	Circuit name assigned by the user.
ckt_ifstor_num	integer	Circuit number provided by the user.
atm_loc_alarm	smallint	Value to enable the ATM local alarm. •1 = Local alarm enable •2 = Local alarm disable
upload_counter	integer	Counter that tracks the number of configuration changes on a channel. The counter is associated only with the end point and not with the connection itself. This counter determines if a connection configuration has been modified and requires an upload. This functionality is conventionally achieved by time stamping, using a time-of-day clock. However, in switches where time-of-day clock is not available, use this counter. The upload counter increments when the following conditions exist: •Assignment of a connection to an endpoint channel when a connection is added and assigned this channel number. •De-assignment of connection from a channel number when a connection is deleted and the endpoint resource is released. •Configuration change to the connection that is associated with this endpoint channel number. In a new system, an unused resource (channel number) has a counter value of zero. When a connection is added to the channel endpoint, the counter increments. When a connection is deleted, the value of this counter increments and is preserved until a new connection gets associated with this channel end point. NBSM Services always set this to 0 to indicate PNNI connection.
reserved	integer	Reserved for future use.

Circuit Line Information

Table 2-17 contains information about all circuit lines in all the networks. This data is contained in the circuit_line table of the stratacom database.

Table 2-17 circuit_line 

Column Name	Data Type	Description
cln_obj_id	integer	Object ID.
l_network_id	smallint	CWM network ID.
l_node_id	integer	CWM node ID.
l_slot	smallint	Slot number.
l_line	smallint	Logical line number unique per node.
l_port	smallint	Physical line number, unique per slot.
card_type	smallint	Card type. •3 = TXR •21 = CIP •25 = FRP •29 = CDP •41 = UXM •106 = ASI_T3 •107 = ASI_E3 •111 = ASI_OC3
interface	smallint	Interface type. •0 = Unknown •1 = T1 •3 = T3/E3 •5 = E1
commentc	char (20)	Comment field used to describe the circuit line.
active	smallint	Active state. •0 = Inactive •1 = Active
status	smallint	Status field. •1 = Clear •2 = Failed
line_info	smallint	Flag for line information. •Bit 0—Common channel signaling (CCS) –0 = False –1 = True •Bit 1— Channel associated signaling (CAS) –0 = False –1 = True •Bit 2—Coding –0 = U-law –1 = A-law •Bits 3 to 7—Spare
reserved	integer	Reserved for future use.

Circuit Line Statistics Data

Table 2-18 contains information about circuit line statistic data and service line data. This data is contained in the circuit_ln_data table of the stratacom database

Table 2-18 circuit_ln_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical record.
cln_obj_id	integer	Circuit line object ID.
l_node_id	integer	CWM node ID.
stat_type	smallint	Statistic type.
bucket_type	smallint	Duration, in minutes, of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of raw data in the sample interval.

Connection Statistics Data

Table 2-19 contains information about connection statistics on the following cards:

•AUSM—MGX 8220, MGX 8230, MGX 8250, and MGX 8850 Release 1

•PXM1—MGX 8230, MGX 8250, and MGX 8850 Release 1

•AXSM—MGX 8850 Release 2

This data is contained in the connection_data table of the stratacom database.

Table 2-19 connection _data  

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical record.
con_obj_id	integer	Connection object ID.
l_node_id	integer	CWM node ID.
subobject_type	smallint	Subobject type (object dependent field).
stat_type	smallint	Statistic type.
bucket_type	smallint	Bucket duration measured in minutes.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of raw data in the sample interval.

Connection Templates

Table 2-20 contains information about each of the connection templates that have been created. This data is contained in the conn_template table of the stratacom database.

Table 2-20 conn_template 

Column Name	Data Type	Description
template_id	integer	Template ID (key field).
template_name	varchar (20, 0)	Template name (substitute key for template_id).
template_descr	varchar (50, 0)	Description of the template.
connection_type	smallint	The following values are connection types: •0 = Unknown •1 = FR-FR •2 = ATM-ATM •3 = ATM-FR •4 = ATM-CE •5 = CE-CE •6 = Voice •7 = Data •8 = RPM-RPM •9 = ATM-RPM •10 = FR-RPM •11 = VISM-ATM
service_type	smallint	The following values are service types: •0 = Unknown service type •1 = Not applicable service type •2 = CBR1 •3 = VBR1-nrt •4 = VBR2-nrt •5 = VBR3-nrt •6 = VBR1-rt •7 = VBR2-rt •8 = VBR3-rt •9 = ABR-FS •10 = ATFST •11 = ATFTFST •12 = ATFXFST •13 = ABR1 •14 = UBR1 •15 = UBR2 •16 = FR •17 = FS •18 = Voice1 •19 = Data1
pvc_type	smallint	Permanent virtual circuit (PVC) type. •0 = PVC •1 = Soft permanent virtual circuit (SPVC) •2 = Hybrid
l_multicast_type	smallint	Local multicast type. •0 = Normal •1 = Root •2 = Leaf
r_multicast_type	smallint	Remote multicast type. •0 = Normal •1 = Root •2 = Leaf
l_endpoint_type	smallint	Local endpoint type. •0 = Unknown endpoint type •1 = FR-FR endpoint •2 = FR-FUNI endpoint •3 = FR-FF endpoint •4 = FR-Bstu endpoint •5 = FR-Stun endpoint •6 = FR-Fras endpoint •7 = ATM-ATM endpoint •8 = ATM-RPM endpoint •9 = CE endpoint •10 = Voice endpoint •11 = Data endpoint
r_endpoint_type	smallint	Remote endpoint type. •0 = Unknown endpoint type •1 = FR-FR endpoint •2 = FR-FUNI endpoint •3 = FR-FF endpoint •4 = FR-Bstu endpoint •5 = FR-Stun endpoint •6 = FR-Fras endpoint •7 = ATM-ATM endpoint •8 = ATM-RPM endpoint •9 = CE endpoint •10 = Voice endpoint •11 = Data endpoint
l_fc_type	smallint	Local front card type. For a list of the front card types, see "Card Types".
r_fc_type	smallint	Remote front card type. For a list of the front card types, see "Card Types".
l_bc_type	smallint	Local back card type. For a list of the back card types, see "Card Types".
r_bc_type	smallint	Remote back card type. For a list of the back card types, see "Card Types".
l_card_version	varchar (20, 0)	Local card version.
r_card_version	varchar (20, 0)	Remote card version.
l_platform	smallint	Flag for local platform.
r_platform	smallint	Flag for remote platform.

Connection Template Parameters

Table 2-21 contains information about the connection template parameters. This data is contained in the conn_templ_param table of the stratacom database.

Table 2-21 conn_templ_param 

Column Name	Data Type	Description
template_id	integer	Template ID.
template_name	varchar (20, 0)	Template name.
param_name	varchar (30, 0)	Name of the template parameter.
param_type	smallint	Parameter type. •1 = Integer •2 = String
param_value	integer	Value of the parameter if the parameter type is an integer.

CWM System Parameters

Table 2-22 contains information about CWM host name and system parameters. This data is contained in the sv_system table of the stratacom database.

Table 2-22 sv_system 

Column Name	Data Type	Description
name	char (8)	Name of the CWM parameter.
val	char (20)	Character string, including the revision number of the database.

CWM Version

Table 2-23 contains information about CWM release number and date. This data is contained in the sv_version table of the stratacom database.

Table 2-23 sv_version 

Column Name	Data Type	Description
release	char (20)	CWM release number.
release_date	char (32)	CWM release date.

Data Channels

Table 2-24 contains information about the data channels. This data is contained in the data_channel table of the stratacom database.

Table 2-24 data_channel 

Column Name	Data Type	Description
chnl_obj_id	integer	Data channel object ID.
l_node_id	integer	CWM node ID.
1_slot	smallint	Slot number.
l_line	smallint	Line number.
l_channel	smallint	Channel number.
per_util	smallint	Percent utilization, in the range 0-100.
cos	smallint	Class of Service (CoS).
eia	smallint	EIA rate, in the range 0-20.
dfm_len	smallint	DFM length is the value 0, 1, 7, 8, or 16.
chnl_info	smallint	Data channel information. •Bit 0—DFM flag –0 = Off –1 = On •Bits 1 and 2—Clocking –0 = Normal –1 = Split –2 = Looped •Bit 3—DTE –0 = DCE –1 = DTE •Bit 4—DS0A, UCS –0 = Reset –1 = Set •Bit 5—OCU –0 = Reset –1 = Set •Bits 6 and 7—Spares

FastPAD Connections

Table 2-25 contains information about FastPAD connections. This data is contained in the fpd_connection table of the stratacom database.

Table 2-25 fpd_connection 

Column Name	Data Type	Description
fpdcon_obj_id	integer	FastPAD connection object ID.
lcon_obj_id	integer	Logical connection object ID.
l_network_id	smallint	Local CWM network ID.
l_node_id	integer	Local CWM node ID.
l_slot	smallint	Local slot number.
l_port	smallint	Local port number.
l_subtype	smallint	Local FastPAD connection subtype, for example, voice, data, session, and so forth.
l_fpdslot	smallint	Local FastPAD slot number.
l_fpdport	smallint	Local FastPAD port number.
l_fpddlci	integer	Local FastPAD data link connection identifier (DLCI).
r_network_id	smallint	Remote CWM network ID.
r_node_id	integer	Remote CWM node ID.
r_slot	smallint	Remote slot number.
r_port	smallint	Remote port number.
r_subtype	smallint	Remote FastPAD connection subtype, for example, voice, data, session, and so forth.
r_fpdslot	smallint	Remote FastPAD slot number.
r_fpdport	smallint	Remote FastPAD port number.
r_fpddlci	integer	Remote FastPAD DLCI number.
con_type	smallint	Connection type. •0 = Adaptive differential pulse code modulation (ADPCM)-voice •1 = ADPCM no voice activation detection (VAD) •2 = Pulse code modulation (PCM)-voice •3 = Transparent voice •4 = Data (SDP) •5 = Frame Relay •6 = ATM
rate_info	smallint	Combination field of rate information. •Bits 0 to 2—Load type –0 = Undefined –1 = Voice –2 = Non-time-stamped (TS) –3 = TS –4 = Bursty data A –5 = Bursty data B •Bits 3 to 5—Encoding –0 = Undefined –1 = 7/8 –2 = 8/8 –3 = 8/8l –4 = 7/8E •Bit 6—DFM –0 = Disabled –1 = Enabled •Bit 7—Fast EIA –0 = Disabled –1 = Enabled
l_load_unit	smallint	Local maximum number of packets that are allocated per second.
r_load_unit	smallint	Remote maximum number of packets allocated per second.
mir	integer	Minimum information rate measured in one hundred bits per second.
commentc	char (20)	Comment field used to describe the FastPAD connection.
active	smallint	Connection active state.
status	smallint	Connection status field. •1 = Clear •2 = Failed •3 = Down
con_info_flag	smallint	Connection information flag. •Bits 0 to 5—Unused •Bit 6—High Priority (1) •Bit 7—ForeSight –0 = Disabled –1 = Enabled
reserved	integer	Reserved for future use.

FastPAD Connection Statistics Data

Table 2-26 contains information about FastPAD connection statistics. This data is contained in the fpd_conn_data table of the stratacom database.

Table 2-26 fpd_conn_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
fpdcon_obj_id	integer	FastPAD connection IPX object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type (object dependent field).
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type measured in minutes of each collection bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

FastPAD Nodes

Table 2-27 contains information about FastPAD nodes. This data is contained in the fpd_node table of the stratacom database.

Table 2-27 fpd_node 

Column Name	Data Type	Description
fpdnode_obj_id	integer	FastPAD node object ID.
network_id	smallint	CWM network ID.
node_id	integer	CWM node ID.
ipx_netw_id	smallint	IPX network ID.
ipx_node_id	integer	IPX node ID.
l_slot	smallint	FastPAD slot number.
l_port	smallint	FastPAD port number.
fpd_name	char (9)	FastPAD name.
active	smallint	FastPAD active state.
status	smallint	FastPAD status field.
reserved	integer	Reserved for future use.

FastPAD IPX Ports

Table 2-28 contains information about FastPAD IPX ports. This data is contained in the ftc_port table of the stratacom database.

Table 2-28 ftc_port 

Column Name	Data Type	Description
ftcport_obj_id	integer	Port IPX object ID.
l_network_id	smallint	Local CWM network ID.
l_node_id	integer	Local CWM node ID.
l_slot	smallint	Slot number.
l_port	smallint	Port number.
port_speed	integer	Port speed. Baud rate is measured in 100 bps.
commentc	char (20)	Comment field that describes the port.
active	smallint	Port active state.
status	smallint	Port status field. •1 = Clear •2 = Failed
reserved	integer	Reserved for future use.

FastPAD Port Statistics Data

Table 2-29 contains information about FastPAD IPX port statistics. This data is contained in the ftc_port_data table of the stratacom database.

Table 2-29 ftc_port_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
ftcport_obj_id	integer	Port IPX object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type (object dependent field).
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type measured in minutes of each collection bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

Fax Relay

Table 2-26 contains fax relay configuration information used in VoIP cells. This data is contained in the fax_relay table of the stratacom database.

Table 2-30 fax_relay 

Column Name	Data Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
line	smallint	T1/E1 line number. This object corresponds to the t38vismDs1Number object.
max_fax_rate	smallint	Maximum fax transmission rate. This object corresponds to the t38MaxFaxTxRate object.
fax_info_size	smallint	Object to configure the fax information field size. Range is 20-48 bytes. This object corresponds to the t38FaxInfoFieldSize object.
hs_data_pkt_size	smallint	Size of primary high speed (HS) data packet in milliseconds. This object corresponds to the t38HsDataPacketSize object.
ls_data_red	smallint	Extent of the internet fax protocol (IFP) packet transmission redundancy for the low-speed control information exchanged during the first phase of a T.38 fax relay connection. This object corresponds to the t38LsDataRedundancy object.
hs_data_red	smallint	Extent of the IFP packet transmission redundancy for the high-speed control and image information exchanged following the initial low-speed phase of a T.38 fax relay connection. This object corresponds to the t38HsDataRedundancy object.
tcf_method	smallint	Method used to verify the training check field (TCF). This object corresponds to the t38TCFmethod object.
err_correct	smallint	Object to enable the forward error correction scheme for UDP-based fax transport. This object corresponds to the t38ErrCorrection object.
nsf_override	smallint	Object to enable the gateway to override the non-standard facilities (NSF) code in the following T.30 signals: •NSF •NSC—Non-standard facilities command •NSS—Non-standard facilities set-up This object corresponds to the t38NSFOverride object.
nsf_country_code	smallint	Country code in the NSF code. The object is a single-byte field identifying the country where the group 3 fax equipment with non-standard capabilities is manufactured. This object corresponds to the t38NSFCountryCode object.
nsf_vendor_code	smallint	Vendor code (also called the Terminal Provider Code) in the NSF code. The object is a two-byte field identifying the manufacturer of the group 3 fax equipment with non-standard capabilities. This object corresponds to the t38NSFVendorCode object.
nse_ack_tmout	integer	NSE acknowledgment timeout (in milliseconds). The timer is started after sending an NSE 200 while waiting for the NSE 201 acknowledgement or NSE 202 negative acknowledgement. This object corresponds to the t38NseAckTimeOut object.
fax_lco	smallint	Configurable default value for the fax Local Connection Option (LCO). This object corresponds to the t38FxLCO object.
reserved	integer	Reserved for future use.

Frame Relay, Voice, and Data Connections

Table 2-31 contains information about Frame Relay, voice, and data connections. This table includes the segment information for FRP, FRSM, voice, data, BTM, AIT, UFM, and FRM cards. The data in this section is contained in the connection table of the stratacom database.

Table 2-31 connection 

Column Name	Data Type	Description
con_obj_id	integer	Local end connection object ID.
rcon_obj_id	integer	Remote end connection object ID.
lcon_obj_id	integer	Local logical connection object ID.
master_flag	smallint	Flag that indicates the master end. •0 = False •1 = True
l_network_id	smallint	Local end CWM network ID.
l_node_id	integer	Local end CWM node ID.
shelf	integer	Local end shelf number.
termination	smallint	Type of local and remote endpoints. •Bit 0—Local end has feeder. •Bit 1—Remote end has feeder. •Bits 2 to 4—Local endpoint type. –0 = Voice or Data –1 = Frame Relay –2 = ATM •Bits 5 to 7—Remote endpoint type. – 0 = Voice or Data –1 = Frame Relay –2 = ATM –3 = Voice –4 = Data
l_slot	smallint	Local end slot number.
l_line	smallint	Local end line number (for FRSM connections only). For other cards, the value is set to 0.
bay	smallint	Bay ID.
l_channel	smallint	Local end logical port (physical port for FRSM).
l_dlci	smallint	Local end data link connection identifier (DLCI) number.
l_vci	integer	Local end virtual channel identifier (VCI) number for AIT endpoint only. This value is not valid for FRP, FRSM, or UFM.
r_network_id	smallint	Remote end CWM network ID.
r_node_id	integer	Remote end CWM node ID.
r_slot	smallint	Remote end slot number.
r_line	smallint	Remote end line number.
r_channel	smallint	Remote end logical port (physical port for FRSM).
r_dlci	smallint	Remote end DLCI number.
r_vci	integer	Remote end VCI for AIT endpoint only. This value is not valid for FRP, FRSM, or UFM.
con_type	smallint	Connection type. •0 = Adaptive differential pulse code modulation (ADPCM-voice) •1 = ADPCM-no voice activation detection (VAD) •2 = Pulse code modulation (PCM)-voice •3 = Transparent voice •4 = Data (SDP) •5 = Frame Relay •6 = ATM
rate_info	smallint	Combination field of rate info: •Bits 0 to 2—Load type –0 = Undefined –1 = Voice –2 = Non-time stamp (TS) –3 = TS –4 = Bursty data A –5 = Bursty data B •Bits 3 to 5—Encoding –0 = Undefined –1 = 7/8 –2 = 8/8 –3 = 8/8l –4 = 7/8E •Bit 6—DFM –0 = Disabled –1 = Enabled •Bit 7—Fast EIA –0 = Disabled –1 = Enabled
l_load_unit	smallint	Local end maximum number of packets per second that are allocated to the connection.
r_load_unit	smallint	Remote end maximum number of packets per second that are allocated to the connection.
min_bw	integer	Minimum guaranteed bandwidth. This value is measured in cells per second (1 cell per second equals 384 bits per second) for the following cards: •FRSM-VHS •FRSM-8T1/E1 if the chanServType object is stdABR All other FRSM cards are measured in fast packets per second (1 fast packet per second equals 24 bits per second). FRP, FRM, and UFM cards are measured in 100 bits per second.
dax_con	smallint	DAX connection flag. •-1 = Not supported •0 = Non DAX •1 = DAX Note This field is supported only on the BPX and IGX platforms.
txr_card	smallint	Flag that identifies the TXR voice connection endpoint card. •0 = Non TXR •1 = TXR
commentc	char (20)	Comment field.
active	smallint	Value to set the connection state. •0 = Inactive •1 = Active
status	smallint	Connection status. •1 = Clear •2 = Failed •3 = Down •14 = Upper level alarm (16384)
qir	integer	Quiescent information rate. This value is measured in cells per second (1 cell per second equals 384 bits per second) for the following cards: •FRSM-VHS •FRSM-8T1/E1 if the chanServType object is stdABR All other FRSM cards are measured in fast packets per second (1 fast packet per second equals 24 bits per second). FRP, FRM, and UFM cards are measured in 100 bits per second. Note This parameter is not used when MIB object foreSightEnable is disabled.
pir	integer	Peak information rate. This value is measured in cells per second (1 cell per second equals 384 bits per second) for the following cards: •FRSM-VHS •FRSM-8T1/E1 if the chanServType object is stdABR All other FRSM cards are measured in fast packets per second (1 fast packet per second equals 24 bits per second). FRP, FRM, and UFM cards are measured in 100 bits per second. Note This parameter is not used when MIB object foreSightEnable is disabled.
vc_q_depth	integer	VC queue depth in bytes.
vc_q_thresh	integer	Ingress VC queue threshold in bytes.
vc_de_thresh	integer	Ingress queue discard eligible (DE) threshold.
eg_q_depth	integer	Egress queue depth.
eg_q_de_thresh	integer	Egress queue DE threshold.
eg_q_ecn_thresh	integer	Egress queue explicit congestion notification (ECN) threshold.
de_tag_ena	integer	DE tagging is either enabled or disabled.
cmax	integer	Credit maximum measured in packets for a connection.
lper_util	smallint	Local percent utilization.
rper_util	smallint	Remote percent utilization.
con_info_flag	smallint	Connection information flag. •Bit 0 to 4—Unused •Bit 5—chanOvrSubOvrRide –0 = Disabled –1 = Enabled •Bit 6—SNA priority –0 = Low –1 = High •Bit 7— ForeSight –0 = Disabled –1 = Enabled •Bit 8—chanServiceRateOverride –0 = Disabled –1 = Enabled
cir	integer	Committed information rate (CIR) is measured in one hundred bits per second.
a_bit_status	smallint	Connection A bit status field. •Bit 0 to 5—Unused. •Bit 6— If an NNI remote PVC does not exist, this value is equal to 1. •Bit 7—If NNI a-bit status is OK, value is equal to 1.
ibs	integer	Initial burst size.
bc	integer	Committed burst rate, measured in bytes.
be	integer	Excess burst, measured in bytes.
eg_q_select	smallint	Egress queue selection.
card_type	smallint	Local end card type. •1 = CDP_SDP •2 = FRP •3 = AIT •4 = FRSM •5 = AUSM •6 = CESM •7 = ASI •8 = BNI •9 = AUSM_8 •10 = BXM •11 = UVM •12 = CVM •13 = HDM •14 = LDM •15 = CDP •16 = SDP •17 = LDP
channel_type	smallint	Channel type (used by connections terminating on FRSM cards). •1 = FR-Network Interworking •2 = FR-Service Interworking-transparent •3 = FR-Service Interworking-translate •4 = FR-FUNI •5 = Frame forwarding
fecn	smallint	Forward explicit congestion notification (FECN).
de_to_clp_map	smallint	Mapping of DE to CLP. •1 = Map DE bit to CLP in ATM cell. •2 = Set DE to 0, and set CLP to 0. •3 = Set DE to 1, and set CLP to 1.
clp_to_de_map	smallint	Mapping of CLP to DE. •1 = Map CLP bit to DE bit in Frame Relay. •2 = Set DE to 0, and set CLP to 0. •3 = Set DE to 1, and set CLP to 1. •4 = Ignore CLP bit, and DE bit remains as received.
rate_type	smallint	Rate type. For voice and data connections, value is in the range 0-13. For other connection types, value is equal to -1.
rate_fctr	smallint	Rate factor. For data connections, value is in the range 1-8. For other connection types, value is equal to -1.
smpl_per_pckt	smallint	Samples per packet. For data connections, values is 1, 2, 4, 5, or 10. For other connection types, value is equal to -1.
retry_cnt	smallint	Number of retry attempts before declaring failure (for FRASM llc ports). Note The FRASM is no longer supported by CWM. This entry is obsolete in Release 11 of CWM.
ack_wait_time	integer	Number of millisecond intervals the implementation waits before resending unacknowledged information frames (for FRASM llc ports). Note The FRASM is no longer supported by CWM. This entry is obsolete in Release 11 of CWM.
par_subtype	smallint	Connection service type. FRSM on PXM1E •1 = CBR1 •2 = VBR1-rt •3 = VBR2-rt •4 = VBR3-rt •5 = VBR1-nrt •6 = VBR2-nrt •7 = VBR3-nrt •8 = UBR1 •9 = ABR2 •10 = ABR •11 = CBR2 •12 = CBR3 FRSM on PXM1 •1 = CBR •2 = VBR •3 = Not used •4 = UBR •5 = ATFR •6 = ABRSTD •7 = ABRFST •8 = VBR-rt	•21 = CBR1 •22 = VBR1-rt •23 = VBR2-rt •24 = VBR3-rt •25 = VBR1-nrt •26 = VBR2-nrt •27 = VBR3-nrt •28 = UBR1 •29 = UBR2 •30 = STDABR •31 = CBR2 •32 = CBR3
		Note To make this connection compatible with the existing AUSM MIB definition, value 3 is not used.
par_rout_pri	smallint	Portable AutoRoute (PAR) determines the importance of this connection when selecting connections to route.
par_max_cost	smallint	Maximum allowed cost, related to cost based routing. PXM chooses a path with a cost less than or equal to this configured level. Default value is 255. For FRSM on the PXM1E, range is 1-2G.
par_res_trk_typ	smallint	Restricted trunk type for routing that is used by PAR. •1 = No restriction •2 = Terrestrial trunk •3 = Satellite trunk
par_chan_pcr	integer	Channel peak cell rate (PCR) that is used by PAR.
par_chan_mcr	integer	Channel minimum cell rate (MCR) that is used by PAR.
qbin_num	smallint	Class of the connection. •1 = High priority, typically constant bit rate (CBR) connections •2 = Real-time variable bit rate (VBR-rt) •3 = Non-real time VBR (VBR-nrt) •4 = Available bit rate (ABR) •5 = Unspecified bit rate (UBR) •9 = Standard ABR The number of queues that are defined is eight. However, five are being used. This object is supported for FRSM-VHS cards.
lcn	integer	Virtual connection index, in the following ranges: •FRSM-4T1/E1 = 16 to 271 •FRSM-8T1/E1 = 16 to 1015 •FRSM-T3/E3/HS2 = 16 to 2015 •FRSM-2CT3 = 16 to 4015
service_rate	integer	Service rate, in the range 160-6400000. This object can be set if the chanServiceRateOverride object is set to enabled.
eir	integer	EIR value for zero CIR connections, in the range 0-52000000.
tbe	integer	Transient buffer exposure, in the range 0-16777215 cells.
frtt	smallint	Fixed round trip time (FRTT), in the range 0-16700 milliseconds. A value of 0 signifies that FRTT is not available.
rdf	integer	Rate decrease factor, in the range 1-32768.
rif	integer	Rate increase factor, in the range 1-32768.
nrm	integer	Maximum number of RM cells that a source sends, in the range 1-32768. For FRSM-8T1/E1 the value is in the range 1-256.
trm	integer	Maximum time delay in forwarding RM cells, in the range 3-255 milliseconds.
cdf	smallint	Cutoff decrease factor, in the range 0-64. The valid discrete values are 1, 2, 4, 8, 16, 32, and 64.
adtf	smallint	ACR decrease time factor, in the range 10-10230 milliseconds.
mir	integer	Minimum cell rate at which the source is allowed to send, in the range 10-400000 cells per second. This value is measured in cells per second (1 cell per second equals 384 bits per second) for the following cards: •FRSM-VHS •FRSM-8T1/E1 if the chanServType object is stdABR All other FRSM cards are measured in fast packets per second (1 fast packet per second equals 24 bits per second). FRP, FRM, and UFM cards are measured in 100 bits per second. Note This parameter is not used when MIB object foreSightEnable is disabled.
l_vpi	integer	Local end VPI number for AIT endpoints. Note This object is not valid for FRP, FRSM, or UFM.
r_vpi	integer	Remote end VPI number for AIT endpoint. Note This object is not valid for FRP, FRSM, or UFM.
l_nsap_addr	char(20)	NSAP assigned to a local endpoint.
r_nsap_addr	char(20)	NSAP assigned to a remote endpoint.
alarm_status	smallint	Secondary status for FRSM on PXM1E: •0 = Clear •2 = Egress AIS RDI (N/W side AIS/RDI received) •4 = Conditioned(ABIT Failure from N/W) •16 = CC Failed/RAS Failed •32 = Mismatch (Failure) •64 = Ingress A Bit Alarm (LMI) •32768 = Unknown
egr_srv_rate	integer	Channel egress CIR. For an HSFR T3 the maximum value for chanEgrSrvRate is 44736000 m. Default value is 2400. For FRSM in PXM1E the maximum value for chanEgrSrvRate for an E1 card is 2048000 and for a T1 card is 1536000. The chanEgrSrvRate be less than or equal to the port speed. The chanEgrSrvRate has the following maximum values: •E3 = 34368000 •T3 = 44736000 •HSSI = 52000000
vp_flag	smallint	VP flag: •1 = VPC •2 = VCC
par_chan_rpcr	integer	Peak cell rate of the remote end. If not set, this value is set to the same value as the local end PCR (frConnPCR). Note If the CIR for both local and remote end is set to the different a value, for example, asymmetric conn, then this value must be set differently from the local end PCR.
par_chan_rmcr	integer	Minimum cell rate of the remote end. If not set, this value is set to the same value as local end MCR (frConnMCR). Note If the CIR for both local and remote end is set to the different a value, for example, asymmetric conn, then this value must be set differently from the local end MCR.
l_scr	integer	Sustained cell rate of the local end. This object is used for VBR connections that are set up with a PNNI controller.
r_scr	integer	Sustained cell rate of the remote end. This value is used for VBR connections that are set up with a PNNI controller.
upload_counter	integer	Counter that tracks the number of configuration changes on a channel. The counter is associated only with the end point and not with the connection itself. This counter determines if a connection configuration has been modified and requires an upload. This functionality is conventionally achieved by time stamping, using a time-of-day clock. However, in switches where time-of-day clock is not available, use this counter. The upload counter increments when the following conditions exist: •Assignment of a connection to an endpoint channel when a connection is added and assigned this channel number. •De-assignment of connection from a channel number when a connection is deleted and the endpoint resource is released. •Configuration change to the connection that is associated with this endpoint channel number. In a new system, an unused resource (channel number) has a counter value of zero. When a connection is added to the channel endpoint, the counter increments. When a connection is deleted the value of this counter increments and is preserved until a new connection gets associated with this channel end point. NBSM Services always set this to 0 to indicate PNNI connection.
oam_cc_flag	smallint	Value to enable or disable continuity check (CC) on a connection endpoint. •1 = Enable •2 = Disable The oam_cc_flag object corresponds to the frChanOamCCEnable MIB object. Note This object is not applicable to MGX 8230, MGX 8250, and MGX 8850 (PXM1).
stats_enable	smallint	Value to enable or disable statistics collection per connection. •1 = Enable •2 = Disable (default)
local_lpbk_enable	smallint	Value to add a channel-level loopback toward the port side. •1 = Enable •2 = Disable (default)
upc_enable	smallint	Value to enable Frame Relay policing. •1 = Enable (default) •2 = Disable
ignore_incoming_de	smallint	Value that enables the incoming frames with the discard eligible (DE) bit set to 1 to be counted in the Bc bucket instead of Be bucket. •1 = Enable •2 = Disable The ignore_incoming_de object corresponds to the frChanCnfIgnoreIncomingDE MIB object. Note This object is not applicable to MGX 8230, MGX 8250, and MGX 8850 (PXM1).
slave_type	smallint	Value to indicate whether or not a master endpoint has a persistent slave. •1 = persistentSlave •2 = nonPersistentSlave The slave_type object corresponds to the frChanSlaveType MIB object. Note This object is not applicable to MGX 8230, MGX 8250, and MGX 8850 (PXM1).
if_index	intege	Unique value for each interface.
reserved	integer	Reserved for future use.

FRSM12 Connection Statistics Data

Table 2-26 contains information about FRSM12T3E3 connection statistics. This data is contained in the frsm12_conn_data table of the stratacom database.

Table 2-32 frsm12_conn_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
conn_obj_id	integer	Connection object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type (object dependent field).
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type measured in minutes of each collection bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

Frame Relay Ports

Table 2-33 contains information about the Frame Relay ports in all the networks. This data is contained in the frp table of the stratacom database.

Table 2-33 frp 

Column Name	Data Type	Description
frp_obj_id	integer	Object ID.
l_network_id	smallint	CWM network ID.
l_node_id	integer	CWM node ID.
shelf	integer	Shelf number. For MGX 8220 ports, value is equal to 1. For all other ports, value is equal to 0.
l_slot	smallint	Slot number.
bay	smallint	Bay ID.
l_port	smallint	Physical port number. For CESM and FRSM, this object is the first DS0 time slot number of the port. This object is the logical port for UFM.
port_speed	integer	Port speed measured in one hundred bits per second. For example, 256 kbps displays as 2560.
commentc	char (20)	Comment field that is used to describe the port.
active	smallint	Active state. •0 = Inactive •1 = Active
status	smallint	Status field. •1 = Clear •2 = Failed •3 = Down •4 = Remote LPBK (FRSM only) •5 = Line fail (FRSM only) •6 = Signaling fail (FRSM only) •7 = Not configured (FRSM only) •18 = Testing (FRSM only) The fourth bit (value of 8) indicates line failure for FRSM and CESM cards. This bit combined with the first three bits provides values, in the range 9-15.
port_type	smallint	Type of port. •1 = FR •4 = FRSM •5 = FUNI •6 = Frame Forward •7 = Port Concentrator •8 = Channelized UFM •9 = SDLC-STUN •10 = SDLC-FRAS •11 = BSC-BSTUN •12 = CESM-STRUC-CESM8 only •13 = CESM-UNSTRUC-CESM 8 only •14 = BSC-PORT-Partial BSC-BSTUN •15 = CESM-FRAMING-ON-VCDISCONNECT
queue_depth	integer	Port queue depth.
ecn_thresh	integer	Explicit congestion notification (ECN) queue depth.
de_thresh	smallint	Discard eligible (DE) threshold.
logical_port	smallint	Logical port number used in the MIB (FRSM and CESM-8).
line	smallint	Line number associated with this port (FRSM/UFM/CESM-8). Default value for IPX/IGX is equal to 0.
time slot_num	smallint	Number of time slots (FRSM and CESM-8). Default value for IPX/IGX is equal to 0.
timeslot_speed	smallint	Time slot speed (MGX 8220/FRSM/CESM-8). •1 = Speed 56k •2 = Speed 64k Default value for IPX/IGX is equal to 0.
port_bitmap	integer	Port bitmap (MGX 8220/FRSM/UFM/CESM-8). Default value for IPX is equal to 0.
port_equ	smallint	Port egress queue service ratio (MGX 8220/FRSM). Default value for IPX/IGX is equal to 0.
port_flag	smallint	Port flags between frames (MGX 8220 FRSM). Default value for IPX/IGX is equal to 0.
protocol_type	smallint	Signaling protocol type. •1 = Other •2 = No signaling •3 = StrataLMI •4 = AnnexAUNI •5 = AnnexDUNI •6 = AnnexANNI •7 = AnnexDNNI •9 = Enhanced LMI
asyn_upd	smallint	Asynchronous updates. •1 = disable—Disable asynchronous status updates and unsolicited full status. •2 = enable—Enable asynchronous status updates. •3 = fsenable—Enable unsolicited full status. •4 = updfsenable—Enable asynchronous status updates and unsolicited full status.
link_timer	smallint	T391 line integrity timer (MGX 8220 FRSM). Default value for IPX/IGX is equal to 0.
poll_timer	smallint	T392 polling verification timer (MGX 8220 FRSM). Default value for IPX/IGX is 0.
poll_counter	smallint	N391 full status polling counter (MGX 8220 FRSM). Default value for IPX/IGX is equal to 0.
err_thresh	smallint	N392 error threshold (MGX 8220 FRSM). Default value for IPX/IGX is equal to 0.
event_count	smallint	N393 monitored event count ((MGX 8220 FRSM). Default value for IPX/IGX is equal to 0.
xmt_timer	smallint	Transmit CLLM status timer (MGX 8220 FRSM). Default value for IPX/IGX is equal to 0.
rcv_timer	smallint	Receive CLLM status timer (MGX 8220 FRSM). Default value for IPX/IGX is equal to 0.
cllm_ena	smallint	CLLM, either enabled or disabled (MGX 8220 FRSM). Default value for IPX/IGX is equal to 0.
signal_state	integer	Port signaling state (MGX 8220 FRSM). •1 = LMI failure •2 = CLLM failure Default value for IPX/IGX is equal to 0.
elmi	smallint	Value to enable ELMI. •1 = ELMI disabled or this field is not applicable •2 = ELMI enabled
port_info_bitmap	smallint	Enhanced local management interface (ELMI) bitmap. The format is abbbbbbb, where a represents neighbor discover that has the following values: •0 = Disable •1 = Enable
ifIndex	integer	Interface index.
ip_address	integer	IP address of the attached device.
port_eqth	integer	Port egress queue threshold. Range is 1-6000. Default value equals 6000. This object is only supported for FRSM 8T1E1.
oper_status	smallint	This field is not used.
header_len	smallint	ID of the Q.922 address field length and DLCI length for this UNI/NNI logical port. •1 = Two octets •2 = Four octets
frame_chksum_type	smallint	ID of the CRC length in the HDLC packet. This object is applicable only for frame forwarding ports. •1 = CRC-16 •2 = CRC-32
sct_id	integer	ID of the file that contains module specific configuration parameters for this Frame Relay virtual interface. Default value is 0.
oversubscribed	smallint	Value to indicate if the port is oversubscribed. •1 = False •2 = True
ingr_per_util	smallint	Percentage utilization of the port in the ingress direction. Range is 0-100.
egr_per_util	smallint	Percentage utilization of the port in the egress direction. Range is 0-100.
frf1dot2_enable	smallint	Value to enable or disable FRF 1.2 feature.{ •1 = Disable (disable) •2 = Enable
over_sub_enable	smallint	Value to allow the port to be oversubscribed. •1 = Disable (disable) •2 = Enable
reserved	integer	Field that stores ELMI for FRSM (MGX 8220). •1 = ELMI disabled •2 = ELMI enabled

Frame Relay Statistics Data

Table 2-34 provides information about Frame Relay port statistics. This data is contained in the frp_data table of the stratacom database.

Table 2-34 frp_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical record.
frp_obj_id	integer	Frame Relay port object ID.
l_node_id	integer	CWM node ID.
stat_type	smallint	Statistic type.
bucket_type	smallint	Duration of each bucket, in minutes.
totald	float	Total amount of raw data collected in the sample interval.
peak	float	Peak rate of raw data in the sample interval

IMA Groups

Table 2-35 provides information about IMA groups. This data is contained in the ima_group table of the stratacom database.

Table 2-35 ima_group 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
obj_id	integer	Object ID.
network_id	smallint	CWM network ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
bay	smallint	Bay number.
group_num	smallint	IMA group number.
if_index	integer	Interface index of the IMA group.
enable	smallint	Administrative status of the ATM physical interface. •1 = Disable •2 = Enable •3 = Testing
oper_status	smallint	Operational status of the IMA group. •1 = Disable •2 = Enable •3 = Testing •4 = Unknown •5 = Dormant •6 = Not present •7 = Lower layer down
ne_state	smallint	Current operational state of the near-end IMA group state machine. •1 = Not configured •2 = Start up •3 = Start up acknowledged •4 = Configuration aborted - unsupported machine •5 = Configuration aborted - incompatible symmetry •6 = Configuration aborted - Other •7 = Insufficient links •8 = Blocked •9 = Operational •10 = Configuration aborted - unsupported IMA version
fe_state	smallint	Current operational state of the far-end IMA group state machine. •1 = Not configured •2 = Start up •3 = Start up acknowledged •4 = Configuration aborted - unsupported machine •5 = Configuration aborted - incompatible symmetry •6 = Configuration aborted - Other •7 = Insufficient links •8 = Blocked •9 = Operational •10 = Configuration aborted - unsupported IMA version
failure_status	smallint	Current failure status of the IMA group (the reason why the GTSM is in the down state). •1 = No failure - unit is up •2 = Start up near-end •3 = Start up far-end •4 = Invalid machine value near-end •5 = Invalid machine value far-end •6 = Failed—asymmetric near-end •7 = Failed—asymmetric far-end •8 = Insufficient links near-end •9 = Insufficient links far-end •10 = Blocked near-end •11 = Blocked far-end •12 = Other failure •13 = Invalid IMA version near-end •14 = Invalid IMA version far-end
symmetry	smallint	Symmetry of the IMA group. •1 = Symmetric operation •2 = Asymmetric operation •3 = Asymmetric configuration
min_tx_links	smallint	Minimum number of active transmit links that are required for the IMA group to be in the operational state. Range is an integer 1-32.
min_rx_links	smallint	Minimum number of active receive links that are required for the IMA group to be in the operational state. Range is an integer 1-32.
ne_tx_clk_mode	smallint	Transmit clocking mode used by the near-end IMA group. •1 = CTC •2 = ITC
tx_timing_ref_link	integer	Interface index of the transmit timing reference link used by the near-end for IMA data cell clock recovery from the ATM layer. The distinguished value of zero may be used if no link has been configured in the IMA group or if the transmit timing reference link has not been selected.
tx_ima_id	smallint	IMA ID used by the near-end IMA function. Range is an integer 0-255.
rx_ima_id	smallint	IMA ID used by the far-end IMA function. Range is an integer 0-255.
tx_frame_length	integer	Frame length used by the IMA group in the transmit direction. •32 = m32 •64 = m64 •128 = m128 •256 = m256
rx_frame_length	integer	Value of IMA frame length as received from the remote IMA function. •32 = m32 •64 = m64 •128 = m128 •256 = m256
diff_delay_max	integer	Maximum number (milliseconds) of differential delay among the links that are tolerated on this interface. Default value is 25.
alpha_val	smallint	Alpha value used to specify the number of consecutive invalid ICP cells to be detected before moving to the IMA hunt state from the IMA sync state. Range is an integer 1-2. Default value is 2.
beta_val	smallint	Beta value used to specify the number of consecutive errored ICP cells to be detected before moving to the IMA hunt state from the IMA sync state. Range is an integer 1-5. Default value is 2.
gamma_val	smallint	Gamma value used to specify the number of consecutive valid ICP cells to be detected before moving to the IMA sync state from the IMA pre sync state. Range is an integer 1-5. Default value is 1.
tx_cfg_links	smallint	Number of links that are configured to transmit in this IMA group.
rx_cfg_links	smallint	Number of links that are configured to receive in this IMA group.
tx_oam_val	smallint	IMA operation, administration, and maintenance (OAM) label value transmitted by the near-end IMA unit. Range is an integer 1-255.
rx_oam_val	smallint	IMA OAM label value transmitted by the far-end IMA unit. The value 0 means that the IMA unit has not received an OAM Label from the far-end IMA unit at this time. Range is an integer 1-255.
stuff_and_cell_ind	char (64)	Cell indication.
int_up_time	integer	Interval up time.
int_dn_time	integer	Interval down time.
reserved	integer	Reserved for future use.

IMA Links

Table 2-36 provides information about IMA links. This data is contained in the ima_link table of the stratacom database.

Table 2-36 ima_link 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
obj_id	integer	Object ID.
network_id	smallint	CWM network ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
bay	smallint	Bay number.
line	smallint	Line number.
group_num	smallint	Group number.
group_if_index	integer	Interface index of the IMA group.
if_index	integer	Interface index of the IMA link.
ne_tx_state	smallint	Current state of the near-end transmit link. •1 = Not in group •2 = Unusable—no given reason •3 = Unusable—fault •4 = Unusable—misconnected •5 = Unusable—inhibited •6 = Unusable—failed •7 = Usable •8 = Active
ne_rx_state	smallint	Current state of the near-end receive link. •1 = Not in group •2 = Unusable—no given reason •3 = Unusable—fault •4 = Unusable—misconnected •5 = Unusable—inhibited •6 = Unusable—failed •7 = Usable •8 = Active
fe_tx_state	smallint	Current state of the far-end transmit link as reported via ICP cells. •1 = Not in group •2 = Unusable—no given reason •3 = Unusable—fault •4 = Unusable—misconnected •5 = Unusable—inhibited •6 = Unusable—failed •7 = Usable •8 = Active
fe_rx_state	smallint	Current state of the far-end receive link as reported via ICP cells. •1 = Not in group •2 = Unusable—no given reason •3 = Unusable—fault •4 = Unusable—misconnected •5 = Unusable—inhibited •6 = Unusable—failed •7 = Usable •8 = Active
tx_id	smallint	Outgoing LID used on the link by the local end. This value has meaning only if the link belongs to an IMA group. Range is an integer 0-31.
rx_id	smallint	Incoming LID used on the link by the remote end as reported via ICP cells. This value has meaning only if the link belongs to an IMA group. Range is an integer 0-31.
rel_delay	integer	Latest measured delay on this link relative to the link in the same IMA group with the least delay.
reserved	integer	Reserved for future use.

Lines

Table 2-37 contains information about lines. This data is contained in the line table of the stratacom database.

Table 2-37 line 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
obj_id	integer	CWM object ID in the format slot, bay, line.
network_id	smallint	CWM network ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
line	smallint	Line number.
line_type	smallint	Line type. •1 = DS1_LINE (T1/E1) •2 = DS3_LINE (T3/E3) •3 = HS1_LINE •4 = BNM155_LINE (SONET) •5 = SDH_LINE •6 = HS2_LINE •7 = HS2B_LINE
connector	smallint	Line connector types. DSX1 types: •1 = DB-15 •2 = BNC •3 = RJ48 •4 = Unused •5 = SMB SONET types (not supported for MGX 8830, MGX 8850 (PXM1E), and MGX 8850 (PXM45): •1 = Other •2 = Short single mode •3 = Long single mode •4 = Multi mode •5 = Coaxial •6 = UTP Note For the x.21 line types, this field exists in the MIB but is not supported in the TFTP configuration upload.
enable	smallint	Value to enable the DSX1 line. •1 = Disable •2 = Enable
subtype		The following values apply to T1/E1 lines on the AUSM, CESM, and FRSM cards: •1 = dsx1ESF •2 = dsx1D4 •3 = dsx1E1 •4 = dsx1E1CRC •5 = dsx1E1MF •6 = dsx1E1CRC-MF •7 = dsx1E1clearchannel •8 = dsx1E1Q50 •9 = dsx1E1Q50CRC The following values apply to AXSM, AXSM-E, and PXM1E cards: DSX1 line type. •1 = other •2 = dsx1ESF •3 = dsx1D4 •4 = dsx1E1 •5 = dsx1E1CRC •6 = dsx1E1MF •7 = dsx1E1CRC-MF •8 = dsx1Unframed •9 = dsx1E1Unframed •10 = dsx1DS2M12 •11 = dsx2E2 DSX3 line type. •1 = dsx3 Cbit Parity •2 = g834-g804 •3 = ds3cbitadm •4 = dscbitplcp •5 = e3g832adm •6 = e3g751adm •7 = e3g751plcp •8 = ds3m23adm •9 = ds3m23plcp •10 = other		SONET or SDH line type. •1 = sonetSts3c •2 = sonetStm1 •3 = sonetSts12c •4 = sonetStm4 •5 = sonetSts48c •6 = sonetSTM16 •7 = sonetSts192 •8 = sonetStm64 •9 = sonetSts3 x.21 line type. •1 = DTE •2 = DCE •3 = DTEST
coding	smallint	Line coding. DSX1 line. •1 = dsx1JBZS •2 = dsx1B8ZS •3 = dsx1HDB3 •4 = dsx1AMI •6 = other •7 = dsx1B6ZS DSX3 line. •1 = dsx3B3ZS •2 = e3HDB3 SONET or SDH line. •1 = sonetMediumOther •2 = sonetMediumB3ZS •3 = sonetMediumCMI •4 = sonetMediumNRZ •5 = sonetMediumRZ Note The supported values depend upon the card type and are listed in the corresponding line tables in the Service MIB. For more information about these tables, refer to the Cisco WAN Manager SNMP Service Agent documentation.
length	smallint	Line length. T1 lines on the AUSM, CESM, and FRSM cards: •1 = 0 to 110 feet •2 = 110 to 220 feet •3 = 220 to 330 feet •4 = 330 to 440 feet •5 = 440 to 550 feet •6 = 550 to 660 feet •7 = 660 feet and over E1 lines on the AUSM, CESM, and FRSM cards:. •8 = lineLength-75 ohm •9 = lineLength-120 ohm •10 = lineLength 0-131 feet •11 = lineLength 131-262 feet •12 = lineLength 262-393 feet •13 = lineLength 393-524 feet •14 = lineLength 524-655 feet •15 = lineLength 655 and over DS1 and DS3 line lengths on the AXSM, AXSM-E, and PXM1E cards: •1 = less than 225 feet •2 = more than 225 feet Note For x.21 line types, this field is not supported in the MIB.
clock_src	smallint	Line transmit clock source. DSX1 and SONET. •1 = Loop timing •2 = Local timing DSX3 line. •1 = Loop timing •2 = Local timing •3 = Through timing
loopback	smallint	Line loopback command. DSX3 and DSX1 lines on AXSM, AXSM-E, PXM1E, and HSFR cards. (This value corresponds to the dsx3LoopbackConfig dsx1LoopbackConfig objects.) •1 = No loop •2 = Payload loop •3 = Line loop •4 = Other loop •5 = Inward loop •6 = Dual loop DSX3 and DSX1 lines on AUSM, FRSM, and CESM cards. (This value corresponds to the dsx3LineLoopbackCommand and lineLoopback objects.) •1 = No loop •2 = Remote line loop •3 = Local line loop •4 = Payload loop SONET lines. (This value corresponds to the csConfigLoopbackType object.) •1 = No loopback •2 = Line remote •3 = Line local X21 lines. •1 = X21 no loop •2 = X21 diagnostic metallic loop •3 = X21 diagnostic front card loop •4 = X21 remote loop •5 = V35 metallic loop
line_bitmap	integer	Bit map of used DS0s for line. Bit 0 corresponds to time slot 1, and bit 31 corresponds to time slot 32 (FRSM).
oof_criteria	smallint	Line out of frame (OOF) criteria (DSX3). •1 = 3 of 8 framing bits in error •2 = 3 of 16 framing bits in error Note This object is not applicable to E3 interfaces and thus, returns a value of 1.
aisc_check	smallint	Line alarm indication signal (AIS) C-bits check (DSX3). •1 = Check C-bits •2 = Ignore C-bits Note This object is not applicable to E3 interfaces and thus, returns a value of 1.
tx_timing_marker	smallint	Transmit timing marker.
tx_payload_type	smallint	Transmit payload type.
commentc	char (20)	Comment field used to describe the line.
red_severity	smallint	Received loss of signal (LOS) or OOF alarm severity. •1 = Minor •2 = Major
rai_severity	smallint	Remote alarm indicator (RAI) alarm severity. •1 = Minor •2 = Major
stat_severity	smallint	Statistical alarm severity. •1 = Minor •2 = Major •3 = None
alarm_state	integer	Line alarm state represented by bitmap. SONET lines equal -1. DS1 and DS3 common values: •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 DS1 lines specific: •256 = Near end remote payload loopback •512 = Receiving CRC, MF, OOF (E1 lines) •1024 = Receiving Sig MF OOF (E1 lines) •2048 = Receiving MF RAI (E1 lines) •4096 = Receiving MF AIS (E1 lines) •8192 = BERT in effect •16384 = Far end remote loopback in effect •32768 = Detected near end remote loopback in effect		DS3 lines specific: •256 = Receiving test pattern •512 = Receive LCD •1024 = Receiving C-bit parity pattern X.21 lines specific: •0 = No Alarm •1 = C/I signal is OFF (also used to indicate LOS) •2 = Clock rate mismatch (used in DTE mode) •4 = Internal Loopback (diagnostic loopback) •8 = HSSI local loop A (line is in loopback) •16 = HSSI local loop B (line is in loopback) •32 = Remote loopback (line is transmitting loop codes) •64 = V35 DTE mode, DCD and CTS both are inactive •128 = V35 DCE mode, RTS is inactive •256 = No cable attached to V35 backcard •512 = Wrong cable attached to V35 backcard
stat_alarm_state	integer	DSX3 statistical alarm state, in the range 0-2147483647. The default value of 0 indicates no alarms. The following list contains the individual alarm bits: •Bit 1 = PES current 15 minute threshold exceeded •Bit 2 = PES 24 hour threshold exceeded •Bit 3 = PSES current 15 minute threshold exceeded •Bit 4 = PSES 24 hour threshold exceeded •Bit 5 = SEFS current 15 minute threshold exceeded •Bit 6 = SEFS 24 hour threshold exceeded •Bit 7 = UAS current 15 minute threshold exceeded •Bit 8 = UAS 24 hour threshold exceeded •Bit 9 = LCV current 15 minute threshold exceeded •Bit 10 = LCV 24 hour threshold exceeded •Bit 11 = PCV current 15 minute threshold exceeded •Bit 12 = PCV 24 hour threshold exceeded •Bit 13 = LES current 15 minute threshold exceeded •Bit 14 = LES 24 hour threshold exceeded •Bit 15 = CCV current 15 minute threshold exceeded •Bit 16 = CCV 24 hour threshold exceeded •Bit 17 = CES current 15 minute threshold exceeded •Bit 18 = CES 24 hour threshold exceeded •Bit 19 = CSES current 15 minute threshold exceeded •Bit 20 = CSES 24 hour threshold exceeded
agg_state	smallint	Aggregate alarm state. •0 = No alarm. •15 = One of the parents in object hierarchy (for example, a card) is in alarm.
rate	smallint	Line rate for FRSM HS1/HS2 cards. Each value maps to the corresponding rate.
		1 = 48 Kbps	2 = 56 Kbps	3 = 64 Kbps
		4 = 112 Kbps	5 = 128 Kbps	6 = 168 Kbps
		7 = 192 Kbps	8 = 224 Kbps	9 = 256 Kbps
		10 = 280 Kbps	11 = 320 Kbps	12 = 336 Kbps
		13 = 384 Kbps	14 = 392 Kbps	15 = 448 Kbps
		16 = 512 Kbps	17 = 768Kbps	18 = 1024 Kbps
		19 = 1536 Kbps	20 = 1544 Kbps	21 = 1792 Kbps
		22 = 1920 Kbps	23 = 1984 Kbps	24 = 2048 Kbps
		25 = 3097 Kbps	26 = 3157 Kbps	27 = 4096 Kbps
		28 = 4645 Kbps	29 = 4736 Kbps	30 = 6195 Kbps
		31 = 6315 Kbps	32 = 7744 Kbps	33 = 7899 Kbps
		34 = 8192 Kbps	35 = 9289 Kbps	36 = 9472 Kbps
		37 = 10240 Kbps	38 = 10890 Kbps	39 = 11060 Kbps
		40 = 12390 Kbps	41 = 12630 Kbps	42 = 13900 Kbps
		43 = 14220 Kbps	44 = 14340 Kbps	45 = 15490 Kbps
		46 = 15800 Kbps	47 = 16380 Kbps	48 = 20030 Kbps
		49 = 24990 Kbps	50 = 52 Mbps	51 = 17370 Kbps
		52 = 18950 Kbps	53 = 20530 Kbps	54 = 22100 Kbps
		55 = 23680 Kbps	56 = 3088 Kbps	57 = 4632 Kbps
		58 = 6176 Kbps	59 = 7720 Kbps	60 = 9264 Kbps
		61 = 10808 Kbps	62 = 12352 Kbps	63 = 13896 Kbps
		64 = 15440 Kbps	65 = 16984 Kbps	66 = 18528 Kbps
		67 = 20072 Kbps	68 = 21616 Kbps	69 = 23160 Kbps
		70 = 24704 Kbps	71 = 26248 Kbps	72 = 27792 Kbps
		73 = 29336 Kbps	74 = 30880 Kbps	75 = 32424 Kbps
		76 = 33968 Kbps	77 = 35512 Kbps	78 = 37056 Kbps
		79 = 38600 Kbps	80 = 40144 Kbps	81 = 41688 Kbps
		82 = 43232 Kbps	83 = 44776 Kbps	84 = 46320 Kbps
		85 = 47864 Kbps	86 = 49408 Kbps	87 = 50952 Kbps
		88 = 6144 Kbps	89 = 12288 Kbps	90 = 14336 Kbps
		91 = 16384 Kbps	92 = 18432 Kbps	93 = 20480 Kbps
		94 = 22528 Kbps	95 = 24576 Kbps	96 = 26624 Kbps
		97 = 28672 Kbps	98 = 30720 Kbps	99 = 32768 Kbps
		100 = 34816 Kbps	101 = 36864 Kbps	102 = 38912 Kbps
		103 = 40960 Kbps	104 = 43008 Kbps	105 = 45056 Kbps
		106 = 47104 Kbps	107 = 49152 Kbps	108 = 51200Kbps
hcs_masking	smallint	HCS masking.
payload_scramble	smallint	Payload scramble.
frame_scramble	smallint	Frame scramble.
section_state	smallint	Section state. •1 = SONET section no defect •2 = SONET section LOS •4 = SONET section LOF This field is valid when the line is enabled. If the line is disabled, this value might be 0 or the previous alarm state.
section_stat_sev	smallint	Section status severity.
section_stat_state	smallint	Section status state indicates the status of the interface. The following list contains the bit positions for section status: •1 = sonetSectionTotalESs •2 = sonetSectionTotalSESs •3 = sonetSectionTotalSEFSs •4 = sonetSectionTotalCVs •5 = sonetSectionCurrentESs •6 = sonetSectionCurrentSESs •7 = sonetSectionCurrentSEFSs •8 = sonetSectionCurrentCVs
line_state	smallint	Status of the interface. The sonetLineNoDefect object must be set when no other flag is set. The following list contains the bit positions for line status: •1 = sonetLineNoDefect •2 = sonetLineAIS •4 = sonetLineRDI This field is valid when the line is enabled. If the line is disabled, this value might be 0 or the previous alarm state.
line_stat_sev	smallint	Line status severity.
line_stat_state	smallint	Line status state indicates the status of the SONET line. The following list contains the bit positions: •1 = sonetLineTotalESs •2 = sonetLineTotalSESs •3 = sonetLineTotalCVs •4 = sonetLineTotalUASs •5 = sonetLineCurrentESs •6 = sonetLineCurrentSESs •7 = sonetLineCurrentCVs •8 = sonetLineCurrentUASs •9 = sonetFarEndLineCurrentESs •10 = sonetFarEndLineTotalESs •11 = sonetFarEndLineTotalSESs •12 = sonetFarEndLineTotalCVs •13 = sonetFarEndLineTotalUASs •14 = sonetFarEndLineCurrentSESs •15 = sonetFarEndLineCurrentCVs •16 = sonetFarEndLineCurrentUASs
path_state	smallint	Path state indicates the status of the SONET path. The following list contains the bit positions: •1 = sonetPathNoDefect •2 = sonetPathSTSLOP •4 = sonetPathSTSAIS •8 = sonetPathSTSRDI •16 = sonetPathUnequipped •32 = sonetPathSignalLabelMismatch
path_stat_sev	smallint	Path status severity.
path_stat_state	smallint	Path status state indicates the status of the interface. If none of the bits are set, no defect has occurred. The following list contains the bit positions: •1 = sonetPathTotalESs •2 = sonetPathTotalSESs •3 = sonetPathTotalCVs •4 = sonetPathTotalUASs •5 = sonetPathCurrentESs •6 = sonetPathCurrentSESs •7 = sonetPathCurrentCVs •8 = sonetPathCurrentUASs •9 = sonetFarEndPathTotalESs •10 = sonetFarEndPathTotalSESs •11 = sonetFarEndPathTotalCVs •12 = sonetFarEndPathTotalUASs •13 = sonetFarEndPathCurrentESs •14 = sonetFarEndPathCurrentSESs •15 = sonetFarEndPathCurrentCVs •16 = sonetFarEndPathCurrentUASs
atm_ln_format	smallint	Format of the cells that travel on the physical interface. •1 = Other •2 = ATM UNI •3 = ATM NNI
aps_flag	smallint	Automatic protection switching (APS) flag for PXM-OC3 or OC12 lines.
name	char (64)	Line name as identified by the MGC lineName object.
chan_assignment	integer	Channel assignment.
bay	smallint	Bay number. Default value is equal to 1. The field is applicable to MGX 8850 Release 2 and BPX-SES platforms. For all other platforms, this field is not applicable and returns a value of -1.
if_index	integer	Interface index that is a unique value for each interface.
parent_if_index	integer	Parent interface index.
lpbk_code	smallint	Value to enable detection of line loopback codes. Loopback detection is implemented only in HSSI DCE mode. •1 = codeDetectDisabled (default) •2 = codeDetectEnabled This field is applicable to all FRSM-HS2 cards.
invert_clock	smallint	Value to configure the clock for the following preferences: •Invert the transmit clock that is sent. •Loop the receive clock. Values include the following options: •1 = nonInvertedAndNotLooped—Transmit clock is not inverted. Receive clock is not looped. This option is the default for X.21 types. •2 = invertedAndNotLooped—Transmit clock is inverted. Receive clock is not looped. •3 = nonInvertedAndLooped—Transmit clock is inverted. Receive clock is looped. This option is the default for V.35 types. •4 = invertedAndLooped—Transmit clock is inverted. Receive clock is looped. This option is applicable only for V.35 types. This object is supported on FRSM-HS2B-12IN1 cards. This object is not supported on the FRSM-HS2/HS2B-HSSI cards.
subrate_enable	integer	Value to indicate that the DS3 subrates are enabled. DS3 subrates (part of DSU functionality) are supported only in FRSM-T3/E3. •1 = Disable •2 = Enable
dsu_select	integer	Type of DSU mode selected. This value is only on the FRSM-VHS card. •1 = dl3100Mode—Indicates compatibility with Digital Link Inc. DL3100 DSU mode of operation. This mode permits line rates to be in multiples of 300 Kbps. •2 = adcKentroxMode—Indicates compatibility with ADC Kentrox DSU. This mode permits line rates to be in multiples of 500 Kbps. •3 = larsCom—Indicates compatibility with LarsCom DSU. •4 = clearChannel—Indicates the standard G.751 framing format (12 overhead bits and 1524 data bits in an E3 frame).This option is supported only in FRSM-2E3. •5 = dsuAlgorithm2—This value is not used. •6 = dsuAlgorithm3—This value is not used. •7 = dsuAlgorithm4—This value is not used. •8 = dsuAlgorithm5—This value is not used. Note The object dsx3SubRateEnable must be set to enable before selecting the mode in the dsu_select object.
ln_intf_type	smallint	Serial interface type. •1 = HSSI •2 = x21 •3 = v35 (default for FRSM-HS2B-12IN1) This object is not applicable to FRSM-HS1B cards. This object is not configurable on FRSM-HS2B and FRSM-HS2B-HSSI cards. The default value for these cards is HSSI.
clk_freq_threshold	smallint	Percentage of clock frequency that the DTE clock monitor uses to declare the clock rate out of bound alarm. Range is 1-5, and the default is 3. These values are valid for x.21, v.35, and HSSI DTE interfaces. This object is supported on the following cards: •FRSM-HS2 •FRSM-HS2B-HSSI •FRSM-HS2B-12IN1
serl_ln_rate	integer	User configurable percentage of clock frequency that is used by the DTE clock monitoring to declare the clock rate out an of bound alarm. This object is valid only for X.21/v.35/HSSI DTE interfaces. Range is 1-5.
serl_ln_rate_var	integer	Line rate variation of HSSI/X.21/V.35 DCE interfaces in ppm (parts per million). For example, the clock generated from DCE hardware interface equals (serialLineRate + (serialLineRateVariation * 106)/ serialLineRate). This object can have a positive or negative value. This object is supported only by the FRSM-HS2/B card.
sonet_rdiv_type	smallint	Remote defect indication (RDI) for virtual tributaries (VTs). •1 = onebit—Use 1-bit RDI-V. •3 = threebit—Use 3-bit enhanced RDI-V.
sonet_rdip_type	smallint	RDI for paths. •1 = onebit—Use 1-bit RDI-P. •3 = threebit—Use 3-bit enhanced RDI-P.
sonet_trib_type	smallint	SONET/SDH tributary types that are applicable to SONET/SDH lines. •1 = vt15vc11—Tributaries are T1. •2 = vt2vc12—Tributaries are E1.
sonet_trib_map	smallint	Method used to map the tributaries into SONET/SDH payloads. •1 = asynchronous •2 = byte synchronous
sonet_trib_frm	smallint	Default framing format applied on the tributary. This object is applicable only to SONET/SDH lines if the sonet_trib_map object is byte synchronous. For tributary types vt15vc11, values are •1 = Not applicable (all tributary types except vt15vc11) •2 = SF—Superframe or D4 format (tributary type vt15vc11) •3 = ESF—Extended Superframe format (tributary type vt15vc11)
sonet_sig_trnsp	smallint	Mode used to transport signaling information. This object is applicable only to SONET/SDH lines if the sonet_trib_map object is byte synchronous. •1 = Not applicable •2 = Signalling transfer mode •3 = Clear mode
sonet_trib_grp	smallint	Method used to group VCs into an STM-1 signal. This object applicable only to SDH lines. •1 = Not applicable •2 = au3Grouping •3 = au4Grouping
sendcode	integer	Type of code sent across the DS1 interface by the device. •1 = dsx1SendNoCode—Sending looped or normal data. •2 = dsx1SendLineCode—Sending a request for a line loopback. •3 = dsx1SendPayloadCode—Sending a request for a payload loopback. •4 = dsx1SendResetCode—Sending a loopback termination request.
reserved	integer	Reserved for future use.

Line Distribution

Table 2-38 contains information about line distributions on the MGX 8220, MGX 8230, MGX 8250, and MGX 8850 Release 1. This data is contained in the linedistribution table of the stratacom database.

Table 2-38 linedistribution 

Column Name	Data Type	Description
dist_idx	smallint	Distribution index.
network_id	smallint	CWM network ID.
node_id	integer	CWM node ID.
bay	smallint	Bay number. •1 = MGX 8220, MGX 8230, MGX 8250, MGX 8850 Release 1 •2 = MGX 8250, MGX 8850 Release 1
t3line	smallint	SRM-3T3 line number or the SRM-E SONET/SDH line number. For SRM-3T3 value range is 1-3. For SRM-E value is 1.
t1line	smallint	T1 (E1) line number within the SRM-3T3 line or SRME SONET/SDH line. The following ranges are •1-28 for SRM-3T3 •1-84 for SRME/T1 distribution •1-63 for SRME/E1 distribution
target_slot	smallint	Target slot number. The following ranges are •MGX8250, MGX 8850 Release 1 = 1-6, 9-14,17-22, 25-30 •MGX 8230 = 3-6, 10-13 •MGX 8220 = 5-14
target_line	smallint	Line of the target slot. For all nodes the range is 1-8.
target_line_frm	smallint	Framing type of the target line. •1 = Not applicable •2 = SF—Super frame •3 = ESF—Extended super frame
if_index	integer	Value that is unique for each interface.
reserved	integer	Reserved for future use.

Loads

Table 2-39 contains information about available bandwidth for different service types. This data is contained in the load table of the stratacom database.

Table 2-39 load 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
if_index	integer	Value of the ifIndex object from ifTable.
slot	smallint	Slot number.
bay	smallint	Bay number. Default value is equal to 1.
line	smallint	Line number.
port	smallint	Port number.
avlBwCbr	integer	Available bandwidth for constant bit rate (CBR) service.
avlBwRtVbr	integer	Available bandwidth for real-time variable bit rate (VBR-rt) service.
avlBwNrtVbr	integer	Available bandwidth for non-real time VBR service.
avlBwAbr	integer	Available bandwidth for available bit rate (ABR) service.
avlBwUbr	integer	Available bandwidth for unspecified bit rate (UBR) service.
reserved	integer	Reserved for future use.

Logical Connections

Table 2-40 contains information about logical connections. This data is contained in the logical_conn table of the stratacom database.

Table 2-40 logical_conn 

Column Name	Data Type	Description
lcon_id	integer	Logical connection object ID.
srcnode_id	integer	Source CWM node IS.
lcon_type	smallint	Type of logical connection. •0 = Lcon •1 = Junction lcon
round_trip_delay	smallint	Round trip delay. This field is applicable to the local logical connection.
dst_node_id	integer	Destination CWM node ID.
l_lcon_index	smallint	Local end logical connection index.
r_lcon_index	smallint	Remote end logical connection index.
r_lcon_p_index	smallint	Remote end logical partner connection index.
j_dst_node_id	integer	Destination CWM node in the junction route.
cos	smallint	Class of service. •0 = False •1 = True
group_flag	smallint	Grouped connection. •0 = False •1 = True
avoid_trk_type	smallint	Trunk types to avoid. •1 = None •2 = Satellite •3 = Terrestrial
avoid_zcs	smallint	Value to avoid ZCS trunks. •0 = False •1 = True
pref_route	varchar (255)	Preferred route.
curr_route	varchar (255)	Current route.

MGX 8850 (PXM45) Card Statistics Data

Table 2-12 contains information about MGX 8850 (PXM45) card statistics. card statistics. This data is contained in the mgx3_cd_data table of the stratacom database.

Table 2-41 mgx3_cd_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
axsmcard_obj_id	integer	AXSM line object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type for the statistic.
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type displayed in minutes for the duration of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

MGX 8850 (PXM45) Line Statistics Data

Table 2-13 contains information about MGX (PXM45) line statistics. This information is contained in the mgx3_ln_data table of the stratacom database.

Table 2-42 mgx3_ln_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
obj_id	integer	Line object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type for the statistic.
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type displayed in minutes for the duration of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

MGX 8850 (PXM45) Physical Line Statistics Data

Table 2-13 contains information about MGX (PXM45) physical line statistics. This information is contained in the mgx3_pl_data table of the stratacom database.

Table 2-43 mgx3_pl_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
obj_id	integer	Physical line object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type for the statistic.
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type displayed in minutes for the duration of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

MGX 8850 (PXM45) Port Statistics Data

Table 2-13 contains information about MGX (PXM45) port statistics. This information is contained in the mgx3_port_data table of the stratacom database.

Table 2-44 mgx3_port_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical data record.
mgx3port_obj_id	integer	Port object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type for the statistic.
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type displayed in minutes for the duration of each bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

Networks

Table 2-45 contains information about ID and name of each managed network in the database. This data is contained in the network table of the stratacom database.

Table 2-45 network 

Column Name	Data Type	Description
netw_id	smallint	CWM network ID that is assigned by user.
ipx_netw_id	smallint	Routing domain network ID.
netw_name	char (10)	CWM network name assigned by user.
active	smallint	Active state flag •0 = Inactive—an entry is deleted •1 = Active
upgrade_status	smallint	Network upgrade status. •0 = Unknown •1 = Upgrading •2 = Not upgrading
mgmt_comm	smallint	Management communication. •-1 = Default value •0 = NWIP_OFF •1 = NWIP_ON •2 = LANIP
protocol	smallint	Protocol used in the network. •0 = Null protocol •1 = AutoRoute protocol •2 = ILMI protocol •3 = Hybrid protocol •4 = Tag protocol •8 = Standalone protocol •16 = PNNI protocol
reserved	integer	Reserved for future use.

Nodes

Table 2-46 contains information about name and status of each node in each network. This data is contained in the node table of the stratacom database.

Table 2-46 node 

Column Name	Data Type	Description
node_id	integer	CWM node ID assigned by CWM.
netw_id	smallint	CWM network ID.
node_name	char (32)	Node name.
ipx_netw_id	smallint	Network ID for IPX, IGX, and BPX nodes. MGX 8220, DAS, and DNS nodes are assigned the network ID of their attached IPX, IGX, or BPX node.
ipx_node_id	smallint	Node ID for IPX, IGX, and BPX nodes. For MGX 8220, DAS, and DNS nodes, this field is set to 0.
net_ip_address	integer	Access IP address for the node.
lan_ip_address	integer	LAN IP address for the node.
nw_ip_address	integer	Network IP address for the node. Default value is equal to -1.
model	integer	Model type of the node. •8220—MGX concentrator (AXIS) •8230—MGX 8230 •8250—MGX 8250 •8410—IGX 8 •8420—IGX 16 •8430—IGX 32 •8600—BPX WAN switch •8620—BPX •8650—BPX tag switch •8850—MGX 8850 (PXM1) or MGX 8850 (PXM45) Note CWM does not support model type in Switch Software Releases 9.1 and earlier. For these releases, the model column value is 0.
alarm_state	smallint	Node alarm state. •0 = Clear •1 = Minor (Bit 1) •2 = Major (Bit 2) •3 = Unreachable (Bits 1 and 2) •4 = Critical (Bit 3) •64 = CWM mode (Bit 8) •65 = Minor for BPX and IGX •66 = Major for BPX and IGX
filtered_alarm	smallint	Filtered shelf alarm state. This state does not include line, port, connection, or feeder alarms. •-1 = Not supported •0 = Clear •1 = Minor (Bit 1) •2 = Major (Bit 2) •3 = Unreachable (Bits 1 and 2) •4 = Critical (Bit 3)
gateway	smallint	Flag for a node acting as a junction node between two network domains. •0 = Not a gateway •1 = Gateway This value is valid for structured networks.
active	smallint	Flag for an active state of the node. •0 = Inactive—an entry is deleted •1 = Active
platform	smallint	Flag for platform type. •0 = IPX •1 = BPX •2 = IGX •3 = MGX 8220 •4 = INS (DAS) •5 = DNS •6 = INSD •11 = 3800 •12 = ESP •13 = 3810 •14 = MGX 8850 (PXM1), MGX 8230, MGX 8250 •18 = MGX 8850(PXM45) •19 = PNNI Controller •20 = BPX-SES •23 = MGX 8830, MGX 8850 (PXM1E) •100 = Non-Cisco
subtype	smallint	Flag for a shelf. •0 = Routing node •1 = Feeder (shelf) node
release	char (11)	Node software release revision.
fs_inc_rate	smallint	ForeSight increase rate.
fs_dec_rate	smallint	ForeSight decrease rate.
fs_fdec_rate	smallint	ForeSight fast decrease rate.
rst_timeout	smallint	Timeout for setting permanent virtual circuit (PVC) rate to quiescent information rate (QIR).
mode	smallint	Node mode for MGX 8220. •0 = Unknown •1 = Init-sync •2 = Syncing •3 = Synced •4 = Partially synced •5 = Failed in sync up. This failure can be caused by an unreachable node, a control card failure, and so forth.
mgmt_state	smallint	Node management state. •0 = Link unknown •1 = Link up •2 = Link down
manager	smallint	Manager type. •100 = LINKTOPOC_MANAGED_NODE •200 = FILETOPOC_MANAGED_NODE •300 = SNMPTOPOC_MANAGED_NODE •400 = ILMITOPOC_ANAGED_NODE
protocol	smallint	Protocol type. •0 = Null •1 = AutoRoute •2 = ILMI •3 = Hybrid •4 = Tag •8 = Standalone •16 = PNNI
reserved	integer	Reserved for future use.

Node Information

Table 2-47 contains information about a particular node in the network. This data is contained in the node_info table of the stratacom database.

Table 2-47 node_info 

Column Name	Data Type	Description
node_id	integer	CWM node ID of the node.
node_name	char (32)	Node name.
get_str	char (33)	SNMP GetCommunity used for SNMP operations.
set_str	char (33)	SNMP SetCommunity used for SNMP operations.
ftp_user_name	char (33)	FTP user name used for FTP operations.
ftp_user_passwd	char (33)	FTP password used for FTP operations.
descriptor	char (32)	Customer description about the node.
mode	smallint	Mode type. •0 = All others •4 = Standalone
ipaddress	integer	IP address of the node.
model	smallint	Model number for standalone nodes (8850, 8250, 8230). For other nodes, the value is 0.
active	smallint	Value to determine if the node is active. •0 = Inactive •1 = Active

Packet Lines

Table 2-48 contains information about all trunks in all the networks.This data is contained in the packet_line table of the stratacom database.

Table 2-48 packet_line 

Column Name	Data Type	Description
pln_obj_id	integer	Object ID.
l_network_id	smallint	Local end CWM network ID.
l_node_id	integer	Local end CWM node ID.
l_bay	smallint	Local end bay number.
l_line	smallint	Local end trunk number.
1_slot	smallint	Local end slot number.
l_port	smallint	Local end logical port number.
l_vtrk	smallint	Local end virtual trunk number.
l_num_phy_line	smallint	Local end number of physical lines. •-1 = Trunks without physical lines •1 = Normal and virtual trunks with physical lines •2-8 = IMA trunks
l_primary_phy_line	smallint	Local end primary physical line ID.
l_phy_line_bitmap	smallint	Local end physical line bitmap.
card_type	smallint	Card type. •3 = TXR •22 = NTC •34 = AIT •41 = UXM •103 = BNI_T3 •104 = BNI_E3 •110 = BNI_OC3 For a list of card types, see "Card Types".
interface	smallint	Interface type. •0 = Unknown •1 = T1 •2 = Not used •3 = Not used •4 = OC3 •5 = E1 •6 = Subrate •7 = Broadband •8 = E3 •9 = T3 •10 = OC12 •11 = E2 (IGX) •12 = HSSI (IGX)
line_load	integer	Trunk load. For BPX and IGX trunks, units are measured in cells per second.
r_network_id	smallint	Remote end CWM network ID.
r_node_id	integer	Remote end CWM node ID.
r_bay	smallint	Remote end bay number.
r_line	smallint	Remote end trunk number.
r_slot	smallint	Remote end slot number.
r_port	smallint	Remote end logical port number.
r_vtrk	smallint	Remote end virtual trunk ID.
r_num_phy_line	smallint	Remote number of physical lines. •-1 = Trunks without physical lines •1 = Normal and virtual trunks with physical lines •2-8 = IMA trunks
r_primary_phy_line	smallint	Remote end primary physical line ID.
r_phy_line_bitmap	smallint	Remote end physical line bitmap.
aps_flag	smallint	Automatic protection switching (APS) flag. Default is equal to 0.
alarm_state	smallint	Alarm state. •0 = Clear •1 = Minor •2 = Major
commentc	char (20)	Comment field.
active	smallint	Active state. •0 = Inactive •1 = Active
status	smallint	Status field. •1 = Clear •2 = Failed
stat_reserve	integer	Statistical reserve field measured in packets per second.
b_bq_depth	integer	Bursty data B queue depth.
b_bq_efcn	integer	Bursty data B EFCN/ENCI threshold.
clp_h_thresh	smallint	Cell loss priority (CLP) high dropping threshold.
clp_l_thresh	smallint	CLP low dropping threshold.
time_load	integer	Time-stamped load units.
non_time	integer	Non-time-stamped load units.
v_load	integer	Voice load units.
bursty_a_load	integer	Bursty data A load units.
bursty_b_load	integer	Bursty data B load units.
bursty_a_cmax	smallint	Bursty data A credit maximum.
bursty_b_cmax	smallint	Bursty data B credit maximum.
max_chan_per_port	integer	Maximum channel per port. Default value is equal to -1.
protocol	smallint	Protocol type. •0 = NULL_PROTOCOL •1 = AUTOROUTE_PROTOCOL •2 = ILMI_PROTOCOL •3 = HYBRID_PROTOCOL •4 = TAG_PROTOCOL •8 = STANDALONE_PROTOCOL •16 = PNNI_PROTOCOL
pnni_status	smallint	PNNI status.
st_ar_vpi_ran_1	smallint	Start of the access rate (AR) virtual path identifier (VPI) range 1.
end_ar_vpi_ran_1	smallint	End of AR VPI range 1.
st_ar_vpi_ran_2	smallint	Start of AR VPI range 2.
end_ar_vpi_ran_2	smallint	End of AR VPI range 2.
st_ar_vpi_ran_3	smallint	Start of AR VPI range 3.
end_ar_vpi_ran_3	smallint	End of AR VPI range 3.
st_ar_vpi_ran_4	smallint	Start of AR VPI range 4.
end_ar_vpi_ran_4	smallint	End of AR VPI range 4.
reserved	integer	Reserved for future use.

Packet Line Statistics Data

Table 2-49 provides trunk line statistic data. This data is contained in the packet_ln_data table of the stratacom database.

Table 2-49 packet_ln_data

Column Name	Data Type	Description
timestamp	integer	Time-stamp of the statistical record.
pln_obj_id	integer	Packet line object ID.
l_node_id	integer	CWM node ID.
subobject_type	smallint	Subobject type (object dependent field).
stat_type	smallint	Statistic type.
bucket_type	smallint	Duration of each bucket measured in minutes.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of raw data in the sample interval.

Peripheral Hardware

Table 2-50 contains information about peripheral hardware. This data is contained in the peripheral table of the stratacom database.

Table 2-50 peripheral 

Column Name	Data Type	Description
obj_id	integer	Object ID.
node_id	integer	CWM node ID.
network_id	smallint	CWM network ID.
node_type	smallint	CWM node ID.
shelf	integer	Shelf number.
peri_type	smallint	BPX and IGX trap peripheral types: •1 = Unknown •2 = Power supply •3 = Cabinet fan •4 = Local bus •5 = Temperature sensor •6 = DC voltage monitor •7 = External clock source •8 = Invalid login monitor BPX and IGX utilization peripheral types: •9 = CPU •10 = Memory MGX 8220 and MGX 8850 alarm status of the shelf: •1 = Other •2 = Temperature •3 = Power supply unit •4 = DC level •5 = Fan unit
unit_num	smallint	Unit numbers.
status	integer	Physical alarm state.
severity	smallint	Alarm severity. •1 = Minor •2 = Major
alarm_num	smallint	Alarm number.
phy_index	smallint	Arbitrary value that uniquely identifies the physical entity. These index values might not be contiguous.
reserved	integer	Reserved for future use.

Physical Lines

Table 2-51 contains information about physical lines. This data is contained in the phy_line table of the stratacom database.

Table 2-51 phy_line 

Column Name	Data Type	Description
phyline_obj_id	integer	Object ID.
l_network_id	smallint	Network ID.
l_node_id	integer	Node ID.
card_type	smallint	Type of card.
interface	smallint	Interface type.
l_slot	smallint	Slot number.
l_port	smallint	Port number.
l_trk	smallint	Trunk number.
l_vtrk	smallint	Virtual trunk number.
l_line	smallint	Line number.
primary_phy_line	smallint	Primary physical line number.
aps_flag	smallint	Auto protection switching (APS) flag.
comments	char (20)	Comment field used for describing the line.
active	smallint	A value to enable the line.
status	smallint	Line status.
reserved	integer	Reserved for future use.

Physical Line Statistics Data

Table 2-52 contains information about physical line statistics. This data is contained in the phy_ln_data table of the stratacom database.

Table 2-52 phy_ln_data 

Column Name	Data Type	Description
timestamp	integer	Time-stamp of the statistical data record.
phyline_obj_id	integer	Physical line object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type (object dependent field).
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type measured in minutes of each collection bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

PLCP Lines

Table 2-53 contains information about physical layer convergence protocol (PLCP) DS3 lines. This data is contained in the plcp table of the stratacom database.

Table 2-53 plcp 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
obj_id	integer	Physical layer convergence procedure (PLCP) object ID, in the format slot, bay, plcp.
network_id	smallint	CWM network ID.
shelf	integer	Shelf number. Note This object is not applicable to the BPX switch.
slot	smallint	Slot number.
line	smallint	Line number.
plcp	smallint	PLCP number. Note This object is not applicable to the BPX switch.
enable	smallint	This object is not used.
cell_frm	smallint	PLCP cell framing (PLCP, ATM).
scramble	smallint	PLCP payload scramble. •1 = Enable scrambling •2 = Disable scrambling
loopback	smallint	PLCP loopback configuration. •1 = No loopback •2 = Remote loopback •3 = Local loopback
commentc	char (20)	Comment field used to describe the line. Note This object is not applicable to the BPX switch.
red_severity	smallint	Received loss of signal (LOS) or out of frame (OOF) alarm severity. •1 = Minor •2 = Major Note This object is not applicable to the BPX switch.
rai_severity	smallint	Remote alarm indicator (RAI) alarm severity. •1 = Minor •2 = Major Note This object is not applicable to the BPX switch.
lss_severity	smallint	Link status signal (LSS) alarm severity. •1 = Minor •2 = Major Note This object is not applicable to the BPX switch.
stat_severity	smallint	Statistical alarm severity. •1 = Minor •2 = Major Note This object is not applicable to the BPX switch.
alarm_state	integer	PLCP alarm state, represented by bitmap. •0 = No alarm •1 = Receiving RAI •2 = Transmitting RAI •4 = Receiving OOF state •8 = Receiving LSS link up •16 = Transmitting LSS link up •32 = Receiving LSS link down •64 = Transmitting LSS link down •128 = Local loopback state •256 = Remote line loopback state These values are not consistent with the following values from cds3PlcpLineAlarmState: •0 = Receiving RAI •1 = Transmitting RAI •2 = Receiving OOF •3 = Near end local loopback in effect •4 = Near end remote loopback in effect Note This object is not applicable to the BPX switch.
stat_alarm_state	integer	Statistical alarm state. •Bit 0 = Bip8CV 15 minute threshold exceeded •Bit 1 = Bip8CV 24 hour threshold exceeded •Bit 2 = Bip8ES 15 minute threshold exceeded •Bit 3 = Bip8ES 24 hour threshold exceeded •Bit 4 = Bip8SES 15 minute threshold exceeded •Bit 5 = Bip8SES 24 hour threshold exceeded •Bit 6 = Plcp SEFS 15 minute threshold exceeded •Bit 7 = Plcp SEFS 24 hour threshold exceeded •Bit 8 = Plcp UAS 15 minute threshold exceeded •Bit 9 = Plcp UAS 24 hour threshold exceeded Note This object is not applicable to the BPX switch.
agg_state	smallint	Aggregate alarm state. •0 = No alarm. •15 = One of the parents in object hierarchy (such as card) is in alarm. Note This object is not applicable to the BPX switch.
bit_err_corr	smallint	Bit error correction. •1 = Disabled •2 = Enabled Note This object is not applicable to the BPX switch.
bay	smallint	Bay number. Default value is equal to 1. Note This object is not applicable to the BPX switch.
reserved	integer	Reserved for future use.

PNNI

Table 2-54 contains information about Private Network-Network Interface. This data is contained in the pnni_if table of the stratacom database.

Table 2-54 pnni_if 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
bay	smallint	Bay number. Default value is equal to 1.
line	smallint	Line number.
port	smallint	Port number.
if_index	integer	Value of the ifIndex object from the ifTable.
if_aggr_token	integer	Configured aggregation token for this interface. The aggregation token controls the other links that are aggregated with the link of this interface. Default is equal to 0.
lf_admwt_cbr	integer	Administrative weight of this interface for the constant bit rate (CBR) service category. Default is equal to 5040.
lf_admwt_rtvbr	integer	Administrative weight of this interface for the real-time variable bit rate (VBR-rt) service category. Default is equal to 5040.
lf_admwt_nrtvbr	integer	Administrative weight of this interface for the non-real-time VBR service category. Default is equal to 5040.
lf_admwt_abr	integer	Administrative weight of this interface for the available bit rate (ABR) service category. Default is equal to 5040.
lf_admwt_ubr	integer	Administrative weight of this interface for the unspecified bit rate (UBR) service category. Default is equal to 5040.
reserved	integer	Reserved for future use.

Port Queues

Table 2-55 contains information about the service queue table. In AUSM-4, the service queue table has 64 entries, 16 for each port. In addition, four queues are reserved for operation, administration, and maintenance (OAM) and integrated local management interface (ILMI) traffic.

In AUSM-8, the service queue table has 128 entries, 16 for each port. In addition eight queues are reserved for OAM and ILMI traffic.

This data is contained in the port_ques table of the stratacom database.

Table 2-55 port_ques 

Column Name	Data Type	Description
l_node_id	integer	Node ID.
l_slot	smallint	Slot number.
l_port	smallint	Port number.
q_index	smallint	Egress queue number. In AUSM-4, value is in the range 1-12.
q_depth	integer	Maximum depth of the egress queue. In AUSM-4, value is in the range 1-8000. For FRSM in PXM1E, this value indicates the peak egress queue depth for the logical port. The total queue depth of all connections mapped to this queue should not exceed this value.
clp_hi_thresh	integer	High cell loss priority (CLP) threshold of the egress queue. In AUSM-4, value is in the range 1-8000. This value must be less than or equal to the egrQDepthMax object.
clp_lo_thresh	integer	Low CLP threshold of the egress queue. In AUSM-4, value is in the range 1-8000. This value must be less than or equal to the egrQCLPThreshHigh object.
efci_thresh	integer	Threshold of the egress queue for explicit forward congestion indication (EFCI). In AUSM-4, value is in the range 1-8000. This value must be less than or equal to the egrQDepthMax object.
ecn_thresh	integer	Explicit congestion notification (ECN) threshold for the logical port. If the total queue depth of all connections mapped to this port queue exceeds this threshold, then the appropriate ECN bit (FECN in the downstream direction and BECN in the upstream direction) gets set.
de_thresh	smallint	Discard eligible (DE) threshold for the logical port. If the total queue depth of all connections mapped to this port queue exceeds this threshold, and the DE bit is set in the incoming frame, then the frame gets dropped.

PXM1E Connection Statistics Data

Table 2-52 contains information about PXM1E connection statistics. This data is contained in the pxm1e_conn_data table of the stratacom database.

Table 2-56 pxm1E_conn_data 

Column Name	Data Type	Description
timestamp	integer	Time-stamp of the statistical data record.
con_obj_id	integer	Connection object ID.
l_node_id	integer	Local CWM node ID.
subobject_type	smallint	Subobject type (object dependent field).
stat_type	smallint	Statistic type (object dependent field).
bucket_type	smallint	Bucket type measured in minutes of each collection bucket.
totald	float	Total raw data collected in the sample interval.
peak	float	Peak rate of the raw data in the sample interval.

Redundant Cards

Table 2-57 contains information about redundant cards. This data is contained in the redundantcard table of the stratacom database.

Table 2-57 redundantcard 

Column Name	Data Type	Description
network_id	smallint	CWM network ID.
node_id	integer	CWM node ID.
pri_slot	smallint	Primary slot number.
pri_type	smallint	Primary card type.
pri_status	smallint	Primary card status.
sec_slot	smallint	Secondary slot number.
sec_type	smallint	Secondary card type.
sec_status	smallint	Secondary card status.
covered_slot	smallint	Covered slot number.
red_type	smallint	Redundancy type. •1 = 1-to-1 (y-cable) •2 = 1-to-n
reserved	integer	Reserved for future use.

RPM Connections

Table 2-58 contains information about RPM connections. This data is contained in the rpm_connection table of the stratacom database.

Table 2-58 rpm_connection 

Column Name	Type	Description
con_obj_id	integer	Connection object ID.
master_flag	smallint	Master flag. •1 = True •2 = False (default)
l_network_id	smallint	Network ID.
l_node_id	integer	Node ID.
l_slot	smallint	Slot number, in the range 1-32.
l_line	smallint	RPM port adapter interface at the local end of the connection.
l_port	smallint	Sub-interface number at the local end of the connection. Range is 0-32767.
l_vpi	smallint	Local virtual path identifier (VPI). RPM in MGX Release 2 supports the following values: •0 = VCC connection •1-255 = VPC connection The local VPI, local VCI and NSAP represent the local end point in this connection.
l_vci	integer	Local virtual channel identifier (VCI). RPM in MGX Release 2 supports the following values: •1-3803 = VCC connection •1-65535 = VPC connection The local VCI, local VPI, and NSAP represent the local end point for this connection.
r_network_id	smallint	Remote network ID.
r_node_id	integer	Remote Node ID.
r_slot	smallint	Remote slot number derived from rpmRemoteNsap. Range is 1-32.
r_line	smallint	Remote line derived from rpmRemoteNsap.
r_port	smallint	Remote port derived from rpmRemoteNsap.
r_vpi	smallint	Remote VPI derived from rpmChanRemote. RPM in MGX Release 2 supports the following values: •0 = VCC connection •1-255 = VPC connection The local VPI, local VCI and NSAP represent the remote end point in this connection.
r_vci	integer	Remote VCI derived from rpmChanRemoteVci. RPM in MGX Release 2 supports the following values: •1-3803 = VCC connection •1-65535 = VPC connection The local VCI, local VPI, and NSAP represent the remote end point for this connection.
sub_type	smallint	Service type. •1 = ATFR •2 = VBR •3 = CBR •5 = ABSRSTD •6 = ABRFST •10 = UBR •13 = VBR3 •14 = ABR1 These values are consistent with the atm_connection table. This object is mapped from the rpmChanServiceType object. RPM in MGX Release 2 supports the following values: •7 = VBR3nRT •8 = UBR1 •10 = ABR
status	smallint	Status of the channel. In MGX 8850 Release 1, the values are •1 = Clear •2 = Fail In MGX 8850 Release 2, this field represents the secondary status that defines the possible alarms at an endpoint. •0 = Clear •1 = ingAisRdi—Endpoint is receiving AIS or RDI cells in the ingress direction. •2 = egrAisRdi—Endpoint is receiving AIS or RDI cells in the egress direction. •4 = Conditioned—The endpoint is out of service due to a routing failure or a maintenance operation. •8 = interfaceFail—The connection interface has failed. •16 = ccFail—The OAM continuity check between the connection and the peer endpoint has detected a failure. For RPM, this failure is interpreted as an OAM loopback failure. •32 = Mismatch—The connection exists in the SM database but not in the network controller database. •64 = ingAbitFail—Feeder connection detects A-bit failure in the ingress direction.
peak	integer	Peak cell rate, in the range 0-353208 cells per second. Note This field is used in MGX 8230, 8250, and 8850 Release 1, but not in MGX 8850 Release 2.
average	integer	For ABR service type, this field is the minimum cell rate measured in cells per second. For VBR service type, this field is the sustainable cell rate measured in cells per second. Note This field is used in MGX 8230, 8250, and 8850 Release 1, but not in MGX 8850 Release 2.
burst	integer	Number of ATM cells the virtual circuit can transmit, in the range 1-65535. Note This field is used in MGX 8230, 8250, and 8850 Release 1, but not in MGX 8850 Release 2.
mid_low	smallint	Channel middle low that is the starting message identifier number of the PVC, in the range 0-1023. Note This field is not used in MGX 8850 Release 2.
mid_high	smallint	Channel middle high that is the ending message identifier number of the PVC, in the range 0-1023. Note This field is not used in MGX 8850 Release 2.
oam	smallint	Frequency of generating an OAM F5 loopback cell, in the range 0-600 seconds.
inverse_arp	smallint	Frequency of sending an inverse ARP datagram, in the range 0-60 minutes. The default value is 15 minutes.
aal_encap	smallint	ATM adaptation layer (AAL) channel encapsulation type. For MGX 8230, MGX 8250, and MGX 8850 Release 1, values are •1 = aal5snap •2 = aal34smds •3 = aal5nlpid •4 = qsaal •5 = ilmi •6 = aal5muxXNS •7 = aal5muxIP •8 = aal5muxVINES •9 = aal5muxNOVELL1 •10 = unknown For MGX 8850 Release 2, values are •1 = aal5ciscoPPP •2 = aal5muxAPOLLO •3 = aal5muxAPPLETALK •4 = aal5muxDECNET •5 = aal5muxIP •6 = aal5muxIPX •7 = aal5muxPPP •8 = aal5muxVINES •9 = aal5muxXNS •10 = aal5nlpid •11 = aal5snap (default) •12 = ilmi •13 = qsaal
vcd	integer	Virtual circuit descriptor, in the range 0-4095. The CLI uses this value as a unique identifier for the connection.
virtual_template	integer	Virtual template ID, in the range 0-25. Default value is 0.
commentc	char (20)	Comment field.
vp_flag	smallint	VP/VC endpoint. •1 = True—VP endpoint •2 = False—VC endpoint
rate_up	smallint	Rate increase factor (RIF) for RPM in MGX 8850 Release 2. •1 = One •2 = One over 2 •4 = One over 4 •8 = One over 8 •16 = One over 16 (default) •32 = One over 32 •64 = One over 64 •128 = One over 128 •256 = One over 256 •512 = One over 512 •1024 = One over 1024 •2048 = One over 2048 •4096 = One over 4096 •8192 = One over 8192 •16384 = One over 16384 •32768 = One over 32768
rate_down	smallint	Rate decrease factor for RPM in MGX 8850 Release 2. •1 = One •2 = One over 2 •4 = One over 4 •8 = One over 8 •16 = One over 16 (default) •32 = One over 32 •64 = One over 64 •128 = One over 128 •256 = One over 256 •512 = One over 512 •1024 = One over 1024 •2048 = One over 2048 •4096 = One over 4096 •8192 = One over 8192 •16384 = One over 16384 •32768 = One over 32768
if_index	integer	Port value.
shelf	smallint	Shelf number.
bay	smallint	Bay number.
vt_port	smallint	Connection type. •VCC •VPC
lcn	integer	Logical channel number (LCN) that identifies a connection. •17-3824 = VCC •3841-4095 = VPC
upd_counter	integer	Counter that determines whether or not a channel in the table has been modified and requires an upload. The data type is unsigned 32.
l_nsap_addr	char (20)	Internal network service access point (NSAP) assigned to a local endpoint.
ctlr_id	smallint	Controller ID associates an endpoint with a specific controller. Values are in the range 1-255. Default value is 2.
max_cost	integer	Cost of the route per the number of segments in the connection. The range is 0-0xffffffff. Default value is 0xffffffff.
oper_status	smallint	Primary operational status of an endpoint. •1 = operOk •2 = operFail •3 = adminDown •16384—Upper level alarm (bit 14)
pcr	integer	Peak cell rate (PCR), in the range 7-353208.
mcr	integer	Minimum cell rate (MCR), in the range 7-353208.
scr	integer	Sustainable cell rate (SCR), in the range 7-353208.
cdv	integer	Cell delay variation, in the range 0-16777215.
ctd	integer	Network transfer delay, in the range 0-65535.
mbs	integer	Maximum burst size (MBS), in the range 1-65536 cells.
cdvt	integer	Cell delay variation tolerance (CDVT), in the range 0-4292967295.
lper_util	smallint	Local percent utilization, in the range 1-100. Default is 100.
r_pcr	integer	Remote PCR, in the range 7-353208.
r_mcr	integer	Remote MCR, in the range 7-353208.
rper_util	smallint	Remote percent utilization, in the range 0-100. Default value is 100.
icr	integer	Initial cell rate (ICR), in the range 0-4294967295.
adtf	integer	Allowed cell rate (ACR) decrease time factor, in the range 1-1023.
nrm	smallint	Maximum number of cells a source sends for each forwarded resource management (RM) cell. •1 = nrm2 •2 = nrm4 •3 = nrm8 •4 = nrm16 •5 = nrm32 •6 = nrm64 •7 = nrm128 •8 = nrm256
trm	smallint	Upper limit of the time between the forwarded RM cells for an active source. •1 = trm0point78125 •2 = trm1point5625 •3 = trm3point125 •4 = trm6point25 •5 = trm12point5 •6 = trm25 •7 = trm50 •8 = trm100
cdf	smallint	Cutoff decrease factor. •1 = cdf0 •2 = cdfOneOver64 •3 = cdfOneOver32 •4 = cdfOneOver16 •5 = cdfOneOver8 •6 = cdfOneOver4 •7 = cdfOneOver2 •8 = cdfOne
frtt	integer	Fixed round trip time (FRTT), in the range 0-16700000.
tbe	integer	Transient buffer exposure (TBE), in the range 0-16777215.
ais_iw_cap	smallint	AIS capability of an SPVC endpoint. •1 = e2eAisCapable—Endpoint is capable of detecting or generating end-to-end AIS. •2 = segAisCapable—Endpoint is capable of detecting or generating segmented AIS.
clr	integer	Cell loss ratio, in the range 1-15.
oam_mgr	smallint	OAM management for the channel, either enabled or disabled. •1 = True (enabled) •2 = False (disabled) The default value is 2.
oam_up_count	smallint	Number of consecutive end-to-end F5 OAM loopback cells that make an SVPC connection up. Range is 1-600. Default value is 5.
oam_down_count	smallint	Number of consecutive end-to-end F5 OAM loopback cells that make an SVPC connection down. Range is 1-600. Default value is 5.
oam_retry_intvl	smallint	Frequency that end-to-end F5 OAM loopback cells are transmitted. Range is 1-1000. Default value is 1.
reserved	integer	Reserved for future use.

RPM Ports

Table 2-59 contains information about RPM ports. This data is contained in the rpm_port table of the stratacom database.

Table 2-59 rpm_port 

Column name	Type	Description
port_obj_id	integer	Port object ID that is a 4 byte field.
l_network_id	smallint	Network ID.
l_node_id	integer	Node ID.
l_slot	smallint	Logical slot number of the RPM card, in the range 1-32.
l_line	smallint	For MGX 8850 Release 1, the line type is ATM interface. The value is 1. For MGX 8850 Release 2, this value does not have meaning.
l_port	smallint	Port sub-interface, in the range 0-32767.
ip_address	integer	IP address of the sub-interface (4 bytes).
subnet_mask	integer	Subnet mask of the sub-interface (4 bytes).
status	smallint	Status. •1 = Up •2 = Down •3 = Testing •4 = Unknown
commentc	char (20)	Comment field.
shelf	integer	Shelf number.
bay	smallint	Bay number.
adapter_if	integer	RPM port adapter interface.
subif_type	smallint	Link type of the sub-interface. •1 = Point-to-point •2 = Multipoint •3 = Label switching
admin_status	smallint	Administrative state of the interface. •1 = Up •2 = Down •3 = Testing
reserved	integer	Reserved for future use.

Resource Partitions

Table 2-60 contains information about the resource partitions. This data is contained in the rsc_part table of the stratacom database.

Table 2-60 rsc_part 

Column Name	Type	Description
obj_id	integer	Object ID that is a 4 byte field in the format slot, port, part.
network_id	smallint	Network ID.
node_id	integer	Node ID.
slot	smallint	Slot number.
line	smallint	Line number associated with the logical interface. PXM cards have four physical lines. If this partition belongs to an IMA port, line indicates IMA group number with the 15th bit set.
port	integer	Logical interface number. For the RPM and RPM-PR the value is -1.
ctrlr_type	smallint	Index for controller type. •1 = PAR •2 = PNNI •3 = TAG (LSC)
ingr_pctbw	integer	Percentage of logical interface bandwidth that is available for UNI channels.
egr_pctbw	integer	Percentage of aggregate physical line bandwidth that is available for the broadband interface in the egress. Default value is 0%.
vpi_low	integer	Start of the virtual path identifier (VPI) range reserved for the partition, in the range 0-4095. For RPM or RPM-PR the range is 0-255.
vpi_high	integer	End of the VPI range reserved for the partition, in the range 0-4095. For RPM or RPM-PR the range is 0-255. If the VPI range is configured as 0-0 on the RPM or RPM-PR, then the partition terminates only VCCs.
vci_low	integer	Start of the virtual channel identifier (VCI) range reserved for the partition, in the range 0-65535. This field is valid only for logical interfaces configured with a single VPI.
vci_high	integer	End of the VCI range reserved for the partition. This field is valid only for logical interfaces configured with a single VPI. If the VPI range is configured as 0-0 on the RPM or RPM-PR, then the VCI range is 1-3824. If the VCI range is 0-65535, then the range is reserved for each VPI in the partition (used to terminate VPCs).
max_chans	integer	Maximum channels available to the controller, in the range 0-4047. The following values are applicable for a PXM1E platform: •0-32767 = AUSM-8T1/E= •0-248 = CESM For CESM-T3/E3 and CESM-8T1/E1, the value is 1 to indicate one channel per port. •0-4000 = FRSM
min_chans	integer	Minimum channels available to the controller. Default value is equal to 0.
if_index	integer	Interface index that is a unique value for each interface.
shelf	integer	Shelf number.
bay	smallint	Bay number.
part_id	smallint	Resource partition ID, in the range 1-255.
ctrlr_id	smallint	Controller ID, in the range 1-255.
vtrk_id	smallint	Virtual trunk ID. Default value is equal to 0.
egr_guar_bw	integer	Guaranteed percentage bandwidth in the egress direction. Range is 0-1000000. Default value is equal to 0. For RPM or RPM-PR the value is in multiples of 10,000.
egr_max_bw	integer	Maximum percentage bandwidth in the egress direction. Range is 0-1000000. Default value is equal to 0. For RPM or RPM-PR the value is in multiples of 10,000.
ing_guar_bw	integer	Guaranteed percentage bandwidth in the ingress direction. Range is 0-1000000. Default value is equal to 0. For RPM or RPM-PR the value is in multiples of 10,000.
ing_max_bw	integer	Maximum percentage bandwidth in the ingress direction. Range is 0-1000000. Default value is equal to 0. For RPM or RPM-PR the value is in multiples of 10,000.
part_guar_con	integer	Guaranteed number of connections that can be configured on the partition. Range is 0-131072. Default value is equal to 0. For RPM or RPM-PR the range is bounded by the VPI and VCI range.
part_max_con	integer	Maximum number of connections that can be configured on the partition. Range is 0-131072. For RPM or RPM-PR the range is bounded by the VPI and VCI range.
ilmi_enabled	smallint	Flag to enable integrated local management interface (ILMI) signaling resource partition. •1 = Enable •2 = Disable (default) This field is not supported in RPM or RPM-PR.
signal_vpi	integer	VPI on which signaling cells arrive, in the range 0-255. This field is not supported in RPM or RPM-PR.
signal_vci	integer	VCI on which signaling cells arrive, in the range 0-65535. This field is not supported in RPM or RPM-PR.
ilmi_trap_enable	smallint	ILMI trap generation. •1 = Enable •2 = Disable This field is not supported in RPM or RPM-PR.
ilmi_e_poll_intvl	integer	Amount of time to establish ILMI connectivity, in the range 1-65535 seconds. Default value is equal to 1. This field is not supported in RPM or RPM-PR.
ilmi_ck_poll_intvl	integer	Amount of time to detect a loss of ILMI connectivity, in the range 0-65535 seconds. Default value is equal to 5. This field is not supported in RPM or RPM-PR.
ilmi_poll_intvl_fr	integer	ILMI consecutive polls factor, in the range 0-65535. Default value is equal to 4. This field is not supported in RPM or RPM-PR.
reserved	integer	Reserved for future use.

RTP Connection

Table 2-62 contains information about attributes that are used to set up a static trunked VoIP connection between a local VISM endpoint and a remote VISM endpoint. This data is contained in the rtp_connection table of the stratacom database.

Table 2-61 rtp_connection 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
conn_num	smallint	Index of the rtp_connection table. This object corresponds to the vismRtpConnNum object.
lcn	integer	RTP related LCN (PVC). This object corresponds to the vismRtpLcn object.
endpt_num	smallint	Endpoint number to which the RTP connection is associated. The value the same as the mgEndpointNumber in the mgEndpointTable. This object corresponds to the vismRtpEndptNum object.
loc_port	integer	Static local RTP port of the connection. This object corresponds to the vismRtpLocPort object.
rmt_ip	integer	Remote VISMs IP address. This object corresponds to the vismRtpRmtIp object.
rmt_port	integer	Static remote RTP port of the connection. This object corresponds to the vismRtpRmtPort object.
conn_mode	smallint	Object to define whether or not a connection is set up for sending, receiving, or both sending and receiving. This object corresponds to the vismRtpConnMode object.
br_tos	smallint	Object to provision the bitmask used for the type of service (TOS) octet for cells carrying VOIP bearer (RTP) traffic. This object corresponds to the vismRtpBearerTos object.
codec_type	smallint	Object to define the Codec used to transport voice and voice band data (VBD) packets. This object corresponds to the vismRtpCodecType object.
pkt_period	smallint	Packetization period for a particular codec (in milliseconds). This object corresponds to the vismRtpPktPeriod object.
vad_tmr	integer	Hangover time for VAD (in milliseconds). This object corresponds to the vismRtpVadTimer object.
ecan_enable	smallint	Object to define whether or not echo cancellation should be enabled on this connection. This object corresponds to the vismRtpEcanEnable object.
tri_red	smallint	Object to tell whether or not the packets need to be sent in triplicates. This object corresponds to the vismRtpTriRedundancy object.
dtmf_trspt	smallint	Object to define whether or not the dual tone multi frequency (DTMF) digits should be transported to the other endpoint. This object corresponds to the vismRtpDtmfTransport object.
cas_trspt	smallint	Object to define whether or not the CAS bits (ABCD bits) should be transported to the other endpoint. This object corresponds to the vismRtpCasTransport object.
vad	smallint	Object to define whether or not the voice activity detection (VAD) should be applied on this channel upon detection of silence. This object corresponds to the vismRtpVad object.
ics_enable	smallint	Object to enable or disable the idle channel suppression for a connection. This object corresponds to the vismRtpICSEnable object.
alm_state	smallint	Alarm state of this connection. This object corresponds to the vismRtpConnAlarmState object.
upper_lev_alm	smallint	RTP failure reason. This object corresponds to the vismRtpFailReason object.
reserved	integer	Reserved for future use.

RUDP Session

Table 2-62 contains information about the reliable user data protocol (RUDP) session. This data is contained in the rudp_session table of the stratacom database.

Table 2-62 rudp_session 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
session_num	smallint	Index of the vismRudpSessionCnfEntry table, in the range 1-64. This field maps to the vismRudpSessionNum object.
l_ipaddr	integer	VISM gateway IP address. This field maps to the vismRudpSessionLocalIp object.
l_port	integer	VISM gateway port number for this session, in the range 1124-3123 (1 based). Default value is 1124. This field maps to the vismRudpSessionLocalPort object.
r_ipaddr	integer	Media gateway controller (MGC) IP address. This field maps to the vismRudpSessionRmtIp object.
r_port	integer	MGC port number for this session, in the range 1124-3123. Default value is 1124. This field maps to the vismRudpSessionRmtPort object.
group_num	smallint	Session group to which this session belongs, in the range 1-16. This field maps to the vismRudpSessionGrpNum object.
priority	smallint	Priority that determine the session to be activated when a session fails. The lower number has the higher priority. Range is 1-4, and the default value is 1. This field maps to the vismRudpSessionPriorit object.
session_state	smallint	State of this session. •1 = OOS (default) •2 = is •3 = primary-is When an RUDP session has been created the state is set to OOS. When a channel has been created between the gateway (VISM) and MGC and the VISM has sent a Start message to the MGC, the state of the session is changed to Is. If the communication is lost between VISM and the MGC, the state of this session becomes OOS. This field maps to the vismRudpSessionState object.
win_size	smallint	Maximum size (segments) of the receive window, in the range 1-64. Default value is 32. This field maps to the vismRudpSessionMaxWindow object.
sync_attempts	smallint	Maximum number of attempts to synchronize with the other MGC, in the range 1-32. Default value is 5. This field maps to the vismRudpSessionSyncAttempts object.
max_seg_size	integer	Maximum number of octets that can be received by the peer sending the synchronization segment. Range is 30-65535, and the default value is 384. This field maps to the vismRudpSessionMaxSegSize object.
max_auto_reset	smallint	Maximum number of consecutive automatic resets that can be performed before a connection is reset. Range is 0-255, and the default is 5. This field maps to the vismRudpSessionMaxAutoReset object.
retrans_timeout	integer	Timeout value (in milliseconds) for retransmission of unacknowledged packets. Range is 100-65535, and the default is 600. This field maps to the vismRudpSessionRetransTmout object.
max_retrans	smallint	Maximum number of times consecutive retransmission is attempted before the connection is broken. Range is 0-255, and the default value is 3. This field maps to the vismRudpSessionMaxRetrans object.
max_ack	smallint	Maximum number of acknowledgments that accumulate before sending an acknowledgment if another segment is not sent. Range is 0-255, and the default value is 3. This field maps to the vismRudpSessionMaxCumAck object.
ack_timeout	integer	Timeout value for sending an acknowledgment segment if another segment is not sent. Range is 100-65535, and the default is 300. This field maps to the vismRudpSessionCumAckTmout object.
out_of_seq	smallint	Maximum number of out of sequence packets that accumulate before an EACK segment is sent. Range is 0-255, and the default value is 4. This field maps to the vismRudpSessionMaxOutOfSeq object.
null_seg_timeout	integer	Milliseconds of idle time before sending a null segment. Range is 0-65535, and the default is 2000. This field maps to the vismRudpSessionNullSegTmout object.
trans_stat_timeout	integer	Milliseconds to wait for a transfer state before an automatic reset occurs. Range is 0-65535, and the default value is 2000. This field maps to the vismRudpSessionTransStateTmout object.
rudp_session_type	smallint	Object to indicate whether or not the session is configured for trunking or PRI backhaul. This object corresponds to the vismRudpSessionType object.
rudp_session_rgwip	integer	IP address of the remote VISM. This object corresponds to the vismRudpSessionRmtGwIp object.
reserved	integer	Reserved for future use.

SCM Card Collection

Table 2-63 provides information about statistics collection on a card. The information is displayed in the SCM GUI.

This data is contained in the scmcardcoll table of the stratacom database.

Table 2-63 SCM Card Collection 

Column Name	Type	Description
node_id	integer	ID of the node where statistics collection starts.
slot	smallint	Number of the slot where statistics collection starts.
timesync_id	integer	Time synchronization ID.
proxy_id	integer	Proxy ID. This field is applicable to SES.
pri_collsvr	char (20)	Host name of the primary SCM collection server.
sec_collsvr	char (20)	Host name of the secondary SCM collection server.
ter_collsvr	char (20)	Host name of the tertiary SCM collection server.
statsdb_host	char (20)	Host name of the statsdb database.
ip_routing	smallint	IP routing. •0 = Inband •1 = Out of band
colpar_id	integer	Collection parameter ID.
collection_method	smallint	Collection method for the node. •1 = SES collection •2 = MGX 8850 (PXM45) card collection •4 = SRM card collection
transfer_method	smallint	Transfer method for the node. •0 = TFTP (applicable only for IGX and BPX nodes) •1 = FTP
parser_method	smallint	Parser method. •1 = SES parser •2 = MGX 8850 (PXM45) card parser •4 = PXM1E card parser •5 = SRM card parser
update_time	date	Time that the state changed.

SCM Cards Enabled

Table 2-64 contains information about all enabled and started cards. The enable list of the node is specified by column colpar_id which references the scmcolpar table. One record represents one node. This data is contained in the table of the stratacom database.

Table 2-64 scmcardenable

Column Name	Type	Description
node_id	integer	Node ID.
slot	smallint	Slot number.
card_family	char (8)	Unique card family name in which a group of cards are mapped.
card_fctype	smallint	Front card type defined in the card table.
colpar_id	integer	Collection parameter ID.
prev_colpar_id	integer	Previous collection parameter ID for rollback.
enable_method	smallint	Enable method for the node.
conn_enabled	smallint	Value is true to enable connection statistics.
line_enabled	smallint	Value is true to enable service line statistics.
trunk_enabled	smallint	Value is true to enable trunk statistics.
port_enabled	smallint	Value is true to enable port statistics.
card_enabled	smallint	Value is true to enable card statistics.
phyline_enabled	smallint	Value is true to enable physical line statistics.
update_time	date	Time the state changed.

SCM Card Family

Table 2-65 contains information about the SCM card family. One record represents one card family. This data is contained in the scmcardfamily table of the stratacom database.

Table 2-65 scmcardfamily 

Column Name	Type	Description
card_family	char (8)	Group of cards defined by the following components: •Node platform •Node release •Front card type •Back card type •Card version
card_familydescr	char (40)	String description of the card family.
collection_method	smallint	Collection method. •0 = TimeBase •1 = TrapBase
transfer_method	smallint	Transfer method. •0 = TFTP •1 = FTP
enable_method	smallint	Enable method. •0 = Auto enable •1 = TFTP enable •2 = SNMP enable

SCM Card Family Definition

Table 2-66 contains information about cards that are members of the SCM card families. One record represents one type of card specified by its node platform, release, front card type, back card type, and card version.

This data is contained in the scmcardfamilydef table of the stratacom database.

Table 2-66 scmcardfamilydef 

Column Name	Type	Description
card_family	char (8)	Unique card family name in which a group of cards are mapped.
node_platform	smallint	Node platform defined in node table.
node_release	char (11)	Numeric value of the node release. For example, A.B.C.D becomes aabbccdd.
card_fctype	smallint	Front card type defined in the card table.
card_version	char (21)	Numeric value of the card release. For example, A.B.C.D becomes aabbccdd.
card_bctype	smallint	Back card type.

SCM Card Family Statistics

Table 2-67 contains information about all statistics that are applicable for the SCM card families. This data is contained in the scmcardfamilystat table of the stratacom database.

Table 2-67 scmcardfamilystat 

Column Name	Type	Description
card_family	char (32)	SCM unique card family name in which a group of cards are mapped.
cwm_objtype	smallint	Statistics object type. •0 = Connection •1 = Line •2 = Trunk •3 = Port •4 = Card
cwm_subtype	smallint	Object subtype that defines a specific type of connection, line, trunk, port, and card.
cwm_stattype	smallint	Statistics ID, specific to CWM.

SCM Card Collection

Table 2-68 contains information about card based statistics collection.

This data is contained in the scmcardcoll table of the stratacom database.

Table 2-68 scmcardcoll 

Column Name	Type	Description
node_id	char (32)	ID of the node where collection is started.
slot	smallint	Slot number.
timesync_id	smallint	Node ID for time synchronization.
proxy_id	smallint	Proxy ID used for SES.
pri_collsvr	char (20)	Host name of the primary SCM collection server.
sec_collsvr	char (20)	Host name of the secondary SCM collection server
ter_collsvr	char (20)	Host name of the tertiary SCM collection server.
statsdb_host	char (20)	Host name of the statsdb database.
ip_routing	smallint	IP routing. •0 = Inband •1 = Out of band
colpar_id	integer	Collection parameter ID.
collection_method	smallint	Collection method for this node •1 = SES collection •2 = MGX 8850 (PXM45) card collection •4 = SRM card collection
transfer_method	smallint	Transfer method for this node. •0 = TFTP •1 = FTP
parser_method	smallint	Parser method. •1 = SES parser •2 = MGX 8850 (PXM45) card parser •4 = PXM1E card parser •5 = SRM card parser
update_time	date	Time that the state changed.

SCM Card Collection Host

Table 2-69 contains information for each card and host collecting statistics for the card. The table is propagated via CWM gateway for cards based statistics.

This data is contained in the scmcardcollhost table of the stratacom database.

Table 2-69 scmcardcollhost 

Column Name	Type	Description
node_id	integer	ID of the node where collection is started.
slot	smallint	Slot number.
cwm_host	char (40)	CWM host collecting statistics for this node.
active	smallint	Object to indicate whether or not statistics collection is active.
update_time	date	Time that the state changed.

SCM Card Template

Table 2-70 contains information about all SCM card templates for card statistics based enabling.

This data is contained in the scmcardtemplate table of the stratacom database.

Table 2-70 scmcardtemplate 

Column Name	Type	Description
node_platform	smallint	Platform of the node.
enable_type	smallint	Enable type. •1 = AXSM with PXM45, PXM1E •2 = AXSM-E with PXM45, PXM1E with SRM •3 = FRSM with PXM45
card_family	char (32)	Card family name.
template_name	char (40)	Name of the template.
template_descr	varchar (255)	Description for the template.
colpar_id	integer	Collection parameter ID.
is_default	smallint	Object to determine whether or not the template is default. Value is 1 if this template is default.

SCM Collection Server

Table 2-71 contains information about all SCM collection servers managed by the SCM control server. One record represents one SCM collection server. This data is contained in the scmcollsvr table of the stratacom database.

Table 2-71 scmcollsvr 

Column Name	Type	Description
collsvr_host	char (20)	Host name of the collection server.
create_time	date	Creation Time
statparser_host	char (20)	Host name of the Stat Parser

SCM Collection Status

Table 2-72 contains information about the SCM collection status. This data is contained in the scmcollstatus table of the stratacom database.

Table 2-72 scmcollstatus 

Column Name	Type	Description
node_id	integer	Node ID.
collsvr_host	char (40)	Host name of the collection server.
coll_status	smallint	Collection status. •0 = Collection is OK. •1 = Collection has an error.

SCM Collection Parameters

Table 2-73 contains information about instances of SCM collection parameters referenced by the node and template. One record represents one collection parameter, for example, the interval and enable list. This data is contained in the scmcolpar table of the stratacom database.

Table 2-73 scmcolpar 

Column Name	Type	Description
colpar_id	integer	Collection parameter ID.
coll_period	smallint	Collection period.
bucket_interval	smallint	Bucket interval.
tftp_timeout	smallint	TFTP timeout interval.
tftp_retries	smallint	TFTP retries count.
ftp_retry_interval	smallint	FTP retry interval.
ftp_retries	smallint	FTP retries count.
peak_stats_enable	smallint	Peak statistics enable toggle.

SCM Collection Parameter Statistics Data

Table 2-74 contains information about the SCM collection parameter statistics.This data is contained in the scmcolparstat table of the stratacom database.

Table 2-74 scmcolparstat 

Column Name	Type	Description
colpar_id	integer	Collection parameter ID.
card_family	char (8)	Unique card family name in which a group of cards are mapped.
cwm_objtype	smallint	Statistics object type. •0 = Connection •1 = Line •2 = Trunk •3 = Port •4 = Card
cwm_subtype	smallint	Object subtype that defines a specific type of connection, line, trunk, port, and card.
cwm_stattype	smallint	Statistics ID, specific to CWM. The nodes might have different statistic IDs.

SCM Collection Parameters Subobjects

Table 2-75 contains information about the SCM statistics collection parameters subobjects. This data is contained in the scmcolparsubobj table of the stratacom database.

Table 2-75 scmcolparsubobj 

Column Name	Type	Description
colpar_id	integer	Collection parameter ID.
card_family	char (8)	Unique card family name in which a group of cards are mapped.
cwm_objtype	smallint	Statistics object type. •0 = Connection •1 = Line •2 = Trunk •3 = Port •4 = Card
cwm_subtype	smallint	Object subtype that defines a specific type of connection, line, trunk, port, and card.
peak_interval	smallint	Peak interval for the subobject.

SCM Enable Type

Table 2-75 contains information about the enable method for each type of card. SCM statistics collection parameters subobjects. This data is contained in the scmenabletype table of the stratacom database.

Table 2-76 scmenabletype 

Column Name	Type	Description
node_platform	smallint	Platform of the node.
enable_type	smallint	Enable type ID.
card_family	char (32)	Card family name.
enable_level	smallint	Enable level. •0 = Node •1 = Card
enabletype_desc	char (80)	Description of the enable type.
coll_interval	char (40)	Collection interval supported for the card family at this enable level and type.
enable_interval	char (40)	Bucket interval supported for the card family at this enable level and type.

SCM Enabled Nodes

Table 2-77 contains information about all nodes that have been enabled or started. The enable list of the node is specified by the colpar_id column that references the scmcolpar table. One record represents one node.

This data is contained in the scmnodeenable table of the stratacom database.

Table 2-77 scmnodeenable 

Column Name	Type	Description
node_id	integer	Node ID.
proxy_id	integer	Proxy ID.
colpar_id	integer	Collection parameter ID.
prev_colpar_id	integer	Previous collection parameter ID for rollback.
enable_method	smallint	Enable method used by the SCM.
conn_enabled	smallint	Value is true to enable connection statistics.
line_enabled	smallint	Value is true to enable service line statistics.
trunk_enabled	smallint	Value is true to enable trunk statistics.
port_enabled	smallint	Value is true to enable port statistics.
card_enabled	smallint	Value is true to enable card statistics.
phyline_enabled	smallint	Value is true to enable physical line statistics.
update_time	date	Time the state changed.

SCM ID Mapper

Table 2-78 contains information about a stat ID mapper. One record represents one type of mapping. This data is contained in the scmidmap table of the stratacom database.

Table 2-78 scmidmap 

Column Name	Type	Description
idmap_group	integer	Unique ID of an ID mapping group.
idmap_groupname	char (8)	Group of nodes specified by node platform and node release. Value is either IGX or non-IGX.
idmap_groupdescr	char (40)	String description of the ID group.

SCM ID Mapper Definitions

Table 2-80 contains information about all nodes and cards that use the ID mapper specified in scmidmap. This data is contained in the scmidmapdef table of the stratacom database.

Table 2-79 scmidmapdef 

Column Name	Type	Description
idmap_group	integer	Unique ID of an ID mapping group.
node_platform	smallint	Node platform defined in the node table.
node_release	char (11)	Node release. The ID mapping group for a specific node uses the version closest to the node version.
card_fctype	smallint	Front card type defined in the card table. This column is only applicable to AXSM cards.
card_version	char (21)	Card version. By default the ID mapping group for a specific card uses the version closest to the card version.

SCM Method

Table 2-80 contains information about the meta methods for SCM enabling. This data is contained in the scmmethod table of the stratacom database.

Table 2-80 scmmethod 

Column Name	Type	Description
scmmethod	smallint	Meta method ID.
scmmethod_desc	char (40)	Meta method type description.
enable_method	smallint	Enabling method. This object supports all possible enable methods as described in the scmnodeenable and scmcardenable tables.
collection_method	smallint	Collection method. This object supports all collection methods that are described in the scmcardcoll and scmnodecoll tables.
transfer_method	smallint	Transfer method. •0 = TFTP •1 = FTP
parser_method	smallint	Parsing method. This object supports all parsing methods that are described in the scmcardcoll and scmnodecoll tables.

SCM Method Definition

Table 2-81 contains information about the node and card that use the meta methods defined in scmmethod table. This data is contained in the scmmethoddef table of the stratacom database.

Table 2-81 scmmethoddef 

Column Name	Type	Description
node_platform	smallint	Platform number of the node.
model	integer	Model number of the node.
scmcardfamily	char (12)	Card family name.
scmmethod	smallint	Meta method used by SCM. This object corresponds to the scmmethod ID from the scmmethod table.
level	smallint	Node or card level.

SCM Node Collection

Table 2-82 provides information about nodes that have started statistics collection. The information is displayed in the SCM GUI.

This data is contained in the scmnodecoll table of the stratacom database.

Table 2-82 scmnodecoll 

Column Name	Type	Description
node_id	integer	Node ID where statistics collection is started.
timesync_id	integer	Node ID for time synchronization.
proxy_id	integer	Proxy ID used for SES.
pri_collsvr	char (20)	Host name of the primary SCM collection server.
sec_collsvr	char (20)	Host name of the secondary SCM collection server.
ter_collsvr	char (20)	Host name of the tertiary SCM collection server.
statsdb_host	char (20)	Host name of the statsdb database.
ip_routing	smallint	IP routing. •0 = Inband •1 = Out of band
colpar_id	integer	Collection parameter ID.
collection_method	smallint	Collection method for this node. •0 = Others •3 = Narrow band service module (NBSM)
transfer_method	smallint	Transfer method for this node. •0 = TFTP •1 = FTP
parser_method	smallint	Parsing method. •0 = Other method •3 = NBSM
update_time	date	Time that the state changed.

SCM Node Collection Host

Table 2-83 contains information about the hosts that are collecting statistics from a node. This information propagates via the CWM gateway.

This data is contained in the scmnodecollhost table of the stratacom database.

Table 2-83 scmnodecollhost 

Column Name	Type	Description
node_id	integer	ID of the node where collection is started.
cwm_host	char (40)	CWM host that is collecting statistics for this node.
active	smallint	Value to indicate that the CWM host is collecting statistics. For the host to be active set this object to 1.
update_time	date	Time that the state changed.

SCM Node Statistics

Table 2-84 contains information about the mapping between the CWM stat ID and Node stat ID for all the ID mapper. This data is contained in the scmnodestat table of the stratacom database.

Table 2-84 scmnodestat 

Column Name	Type	Description
idmap_group	integer	Unique ID of the ID mapping group.
node_objtype	smallint	Statistics object type used by the node.
node_subtype	smallint	Subtype used by the node to define a specific type of connection, line, trunk, port, and card.
node_stattype	smallint	Statistics data ID used by the node.
cwm_objtype	smallint	Statistics object type. •0 = Connection •1 = Line •2 = Trunk •3 = Port •4 = Card
cwm_subtype	smallint	Object subtype that defines a specific type of connection, line, trunk, port, and card.
cwm_stattype	smallint	Statistics ID, specific to CWM. The node might have a different statistics IDs.

SCM Node Template

Table 2-84 contains information about the templates for node based statistics enabling. The enable list of the template is specified by the colpar_id column that references the scmcolpar table. One record represents one template. This data is contained in the scmnodetemplate table of the stratacom database.

Table 2-85 scmnodetemplate 

Column Name	Type	Description
node_platform	smallint	Platform of the node.
enable_type	smallint	Enable type.
template_name	char (40)	Name of the template.
template_descr	varchar (255)	Description for the template.
colpar_id	integer	Collection parameter ID.
is_default	smallint	Object to determine whether or not the template is default. Value is 1 for a default template.

SCM Objects

Table 2-86 contains information about CWM statistics objects. One record represents one statistic object. This data is contained in the scmobj table of the stratacom database.

Table 2-86 scmobj 

Column Name	Type	Description
cwm_objtype	smallint	Statistics object type. •0 = Connection •1 = Line •2 = Trunk •3 = Port •4 = Card
cwm_objname	char (5)	String name of the object type. The length is restricted to five characters since this object is used to form table names in the SCM statistics database.
cwm_objdescr	char (20)	String description of the object type.

SCM Statistics

Table 2-87 contains information about CWM statistics. One record represents one statistics type. This data is contained in the scmstat table of the stratacom database.

Table 2-87 scmstat 

Column Name	Type	Description
cwm_objtype	smallint	Statistics object type. •0 = Connection •1 = Line •2 = Trunk •3 = Port •4 = Card
cwm_subtype	smallint	Object subtype that defines a specific type of connection, line, trunk, port, and card.
cwm_stattype	smallint	Statistics ID, specific to CWM. The node might have different statistics IDs.
cwm_statdescr	char (40)	Name or description of the statistics data.

SCM Subobjects

Table 2-88 contains information about CWM statistics subobjects. One record represents one statistics subobject. This data is contained in the scmsubobj table of the stratacom database.

Table 2-88 scmsubobj 

Column Name	Type	Description
cwm_objtype	smallint	Statistics object type. •0 = Connection •1 = Line •2 = Trunk •3 = Port •4 = Card
cwm_subtype	smallint	Object subtype that defines a specific type of connection, line, trunk, port, and card.
cwm_subname	char (16)	Short name of the subobject.
cwm_subdescr	char (40)	String description of node subtype.

SCM Templates

Table 2-89 contains information about all templates. The enable list of the template is specified by the colpar_id column that references the scmcolpar table. One record represents one template. This data is contained in the scmtemplate table of the stratacom database.

Table 2-89 scmtemplate 

Column Name	Type	Description
template_name	char (40)	Template name.
template_descr	varchar (20, 255)	Template description.
colpar_id	integer	Collection parameter ID.
node_platform	smallint	Node platform.
is_default	smallint	Value is true to indicate default. One template per node platform can be default.

Statsdb Host

Table 2-89 contains information about each statistic parser associated with this CWM. One record represents one statistics parser. This data is contained in the statsdbhost table of the stratacom database.

Table 2-90 statsdbhost 

Column Name	Type	Description
statsdb_host	char (20)	Name of the statsdb host
ftp_user_name	char (32)	User name for FTP to statsdbhost.
ftp_user_passwd	char (32)	Password for FTP to statsdbhost.
overall_status	smallint	General status of the parser. •0 = Up •1 = Down •2 = Connected
parser_status	smallint	Specific status of the parser. •0 = ParserDown •1 = ParserConnected •2 = ParserNotConnected •3 = ParserDBError •4 = ParserSpaceCritical •5 = ParserSpaceWarning •6 = ParserStatusUnknown
create_time	datetime	Time of statsdbhost creation.

SCT

Table 2-91 contains general information about service connection template (SCT). This data is contained in the sct table of the stratacom database.

Table 2-91 sct 

Column Name	Data Type	Description
sct_id	smallint	ID of the SCT files in the range 1-65535. •0 = Default SCT files •1-99 = Reserved •100-65535 = User defined SCT files Note Default SCT files define the default parameters that are hardcoded on the switch. These files can be viewed only through the CWM GUI. They cannot be modified, deleted, or downloaded from CWM.
sct_type	smallint	SCT type. •0 = Port (ingress) •1 = Card (egress)
fc_type	smallint	Front card type. •26 = AXSM family that includes the following front card types: –3000 = AXSM1_OC48 –3001 = AXSM4_OC12 –3002 = AXSM8_OC3 –3003 = AXSM16_OC3 –3004 = AXSM16_T3E3 –3005 = AXSM2_OC12 •31 = AXSM-E family that includes the following front card types: –3100 = AXSM1_OC12_E –3101 = AXSM2_OC12_E –3102 = AXSM4_OC3_E –3103 = AXSM8_OC3_E –3104 = AXSM4_STM1_E –3105 = AXSM8_STM1_E –3106 = AXSM8_T3E3_E –3107 = AXSM16_T3E3_E –3108 = AXSM8_T1_E –3109 = AXSM16_T1_E –3110 = AXSM8_E1_E –3111 = AXSM16_E1_E
major_version	smallint	SCT version number.
sct_name	char (132)	SCT file name specified by the user.
discrepancy	smallint	Value to determine data consistency. •1 = DATA_OK •2 = VERSION_INCONSISTENT •3 = DATA_INCONSISTENT •4 = PARTIAL •5 = IN_PROGRESS
temp_data_flag	smallint	Value to indicate if the table contains temporary data. •0 = does not have temp data •1 = has temp data

SCT CoSB

Table 2-92 contains information about the service connection template (SCT) Class of Service Buffer (CoSB) descriptor table. This data is contained in the sct_cosb table of the stratacom database.

Table 2-92 sct_cosb 

Column Name	Data Type	Description
sct_id	smallint	ID of the SCT files in the range 1-65535. •0 = Default SCT files •1-99 = Reserved •100-65535 = User defined SCT files Note Default SCT files define the default parameters that are hardcoded on the switch. These files can be viewed only through the CWM GUI. They cannot be modified, deleted, or downloaded from CWM.
sct_type	smallint	SCT type. •0 = Port (ingress) •1 = Card (egress)
fc_type	smallint	Front card type. •26 = AXSM family that includes the following front card types: –3000 = AXSM1_OC48 –3001 = AXSM4_OC12 –3002 = AXSM8_OC3 –3003 = AXSM16_OC3 –3004 = AXSM16_T3E3 –3005 = AXSM2_OC12 •31 = AXSM-E family that includes the following front card types: –3100 = AXSM1_OC12_E –3101 = AXSM2_OC12_E –3102 = AXSM4_OC3_E –3103 = AXSM8_OC3_E –3104 = AXSM4_STM1_E –3105 = AXSM8_STM1_E –3106 = AXSM8_T3E3_E –3107 = AXSM16_T3E3_E –3108 = AXSM8_T1_E –3109 = AXSM16_T1_E –3110 = AXSM8_E1_E –3111 = AXSM16_E1_E
major_version	smallint	SCT major version number.
minor_version	smallint	SCT minor version number.
node_id	integer	Node ID of the node on which the SCT is first discovered. A value of -1 indicates that the SCT is created on that node.
cosb_num	integer	CoSB number, in the range 1-16.
cosb_min_rate	integer	CoSB minimum rate or the guaranteed bandwidth, in the range 0-1000000.
max_reserv_rate	integer	CoSB maximum guaranteed bandwidth, in the range 0-1000000.
cosb_min_pri	integer	CoSB minimum priority, in the range 0-15.
cosb_excess_pri	integer	CoSB excess priority, in the range 0-15.
max_thresh	integer	Maximum delay that cells with cell loss priority (CLP) equal to 0 or 1 encounter when entering this CoSB. Range is 0-5000000.
clp1_high_thresh	integer	Maximum delay that cells with CLP equal to 1 encounter when entering this CoSB. Range is 0-1000000.
clp1_low_thresh	integer	Minimum delay that cells with CLP equal to 1 encounter when entering this CoSB. Range is 0-1000000.
epd0_thresh	integer	Maximum delay of early packet discards, in the range 0-1000000.
efci_thresh	integer	Explicit forward congestion indication (EFCI) threshold, in the range 0-1000000.
ers	smallint	Value to enable explicit rate stamping (ERS). •1 = Enable •2 = Disable
red_sel	smallint	Value to enable random early discard (RED): •1 = Enable •2 = Disable
red_thresh	integer	RED threshold, in the range 0-1000000.
red_prob_factor	integer	RED probability factor, in the range 0-15.
red_wfq	smallint	Value to enable RED weighted fair queue. •1 = Enable •2 = Disable
best_effort_ind	smallint	Value to enable best effort indicator. •1 = Enable •2 = Disable
disc_alarm_enable	smallint	Value to enable alarm per virtual channel (VC). •1 = Enable •2 = Disable
disc_alarm_thresh	integer	CoSB cells discarded threshold, in the range 0-10000000.
cell_loss_ratio	integer	Cell loss ratio that is supported in the CoSB, in the range 1-15.
reserved	integer	Reserved for future use.

SCT Deployment

Table 2-93 provides information about the Service Class Template files. This data is contained in the sct_deployment table of the stratacom database.

Table 2-93 sct_deployment 

Column Name	Data Type	Description
sct_id	smallint	SCT ID. Range is 1-65535.
sct_type	smallint	SCT type. •1 = Port SCT •2 = Card SCT
card_type	smallint	Card type. •1 = AXSM-A, AXSM-B •2 = AXSM-E •3 = PXMIE •4 = HSFR
major_version	smallint	Major version of SCT file.
minor_version	smallint	Minor version of SCT file.
node_id	integer	Node ID.
location	char(132)	File name with full path name in the following format: <cardType>_SCT.<SCTType>.<SCTId>.V<Major_version>
checksum	integer	Checksum of the SCT file. SCT files across the network with the same combination of card type, SCT type, and major and minor versions have the same checksum.
description	char(132)	Description string associated with the SCT file.
oper_status	smallint	Operational status. •1 = Valid—SCT file is present on switch and is valid. •2 = Invalid—SCT file is present on switch but is corrupted. •3 = Absent—SCT file is missing on the switch.
row_status	smallint	Row status. •1 = Active •2 = Not in service •3 = Not ready •4 = Create and go •5 = Create and wait •6 = Destroy
reserved	integer	Reserved for future use.

SCT Download

Table 2-94 contains information about service connection template (SCT) download. This data is contained in the sct_usage table of the stratacom database.

Table 2-94 sct_usage 

Column Name	Data Type	Description
sct_id	smallint	ID of the SCT files in the range 1-65535. •0 = Default SCT files •1-99 = Reserved •100-65535 = User defined SCT files Note Default SCT files define the default parameters that are hardcoded on the switch. These files can be viewed only through the CWM GUI. They cannot be modified, deleted, or downloaded from CWM.
sct_type	smallint	SCT type. •0 = Port (ingress) •1 = Card (egress)
fc_type	smallint	Front card type. •26 = AXSM family that includes the following front card types: –3000 = AXSM1_OC48 –3001 = AXSM4_OC12 –3002 = AXSM8_OC3 –3003 = AXSM16_OC3 –3004 = AXSM16_T3E3 –3005 = AXSM2_OC12 •31 = AXSM-E family that includes the following front card types: –3100 = AXSM1_OC12_E –3101 = AXSM2_OC12_E –3102 = AXSM4_OC3_E –3103 = AXSM8_OC3_E –3104 = AXSM4_STM1_E –3105 = AXSM8_STM1_E –3106 = AXSM8_T3E3_E –3107 = AXSM16_T3E3_E –3108 = AXSM8_T1_E –3109 = AXSM16_T1_E –3110 = AXSM8_E1_E –3111 = AXSM16_E1_E
major_version	smallint	SCT major version number.
minor_version	smallint	SCT minor version number.
node_id	integer	Node ID of the node on which the SCT is first discovered. A value of -1 indicates that the SCT is created on that node.
sct_name	char (132)	SCT file name that is specified by the user.
checksum	integer	Checksum of the SCT.
ru	smallint	Value to indicate data consistency. •0 = Obsolete—Data is inconsistent with network data. •1 = Insync—Data is specified by user. If ru and rn are both Insync, the data specified by user in CWM cache is in sync with network data. If ru is Insync and rn is Obsolete, the data in CWM cache is specified by user and has not verified with network. If ru is Obsolete and rn is Insync, the data specified by user is not consistent with network data.
rn	smallint	Value to indicate data verification by the network. •0 = Obsolete—Data is not verified by the network. •1 = Insync—Data is verified by the network If ru and rn are both Insync, the data specified by user in CWM cache is in sync with network data. If ru is Insync and rn is Obsolete, the data in CWM cache is specified by user and has not verified with network. If ru is Obsolete and rn is Insync, the data specified by user is not consistent with network data.

SCT Virtual Channel Descriptor

Table 2-95 contains information about service connection template (SCT) virtual channel (VC) descriptor table. This data is contained in the sct_vc table of the stratacom database.

Table 2-95 sct_vc 

Column Name	Data Type	Description
sct_id	smallint	ID of the SCT files in the range 1-65535. •0 = Default SCT files •1-99 = Reserved •100-65535 = User defined SCT files Note Default SCT files define the default parameters that are hardcoded on the switch. These files can be viewed only through the CWM GUI. They cannot be modified, deleted, or downloaded from CWM.
sct_type	smallint	SCT type. •0 = Port (ingress) •1 = Card (egress)
fc_type	smallint	Front card type. •26 = AXSM family that includes the following front card types: –3000 = AXSM1_OC48 –3001 = AXSM4_OC12 –3002 = AXSM8_OC3 –3003 = AXSM16_OC3 –3004 = AXSM16_T3E3 –3005 = AXSM2_OC12 •31 = AXSM-E family that includes the following front card types: –3100 = AXSM1_OC12_E –3101 = AXSM2_OC12_E –3102 = AXSM4_OC3_E –3103 = AXSM8_OC3_E –3104 = AXSM4_STM1_E –3105 = AXSM8_STM1_E –3106 = AXSM8_T3E3_E –3107 = AXSM16_T3E3_E –3108 = AXSM8_T1_E –3109 = AXSM16_T1_E –3110 = AXSM8_E1_E –3111 = AXSM16_E1_E
major_version	smallint	SCT major version number.
minor_version	smallint	SCT minor version number.
node_id	integer	Node ID of the node on which the SCT is first discovered. A value of -1 indicates that the SCT is created on that node.
service_type	integer	Service type in the range 0-65535. •2 = VSI-sig •256 = CBR1 •257 = VBR-rt1 •258 = VBR-rt2 •259 = VBR-rt3 •260 = VBR-nrt1 •261 = VBR-nrt2 •262 = VBR-nrt3 •263 = UBR1 •264 = UBR2 •265 = ABR •266 = CBR2 •267 = CBR3 •512 = Tag_cos0 •513 = Tag_cos1 •514 = Tag_cos2 •515 = Tag_cos3 •516 = Tag_cos4 •517 = Tag_cos5 •518 = Tag_cos6 •519 = Tag_cos7 •528 = Tag_abr. This value is not supported.
service_catgy	integer	Service category in the range 0-65535. •2 = VSI-sig •256 = CBR •257 = VBR-rt •258 = VBR-nrt •259 = UBR •260 = ABR •512 = Tag_cos0 •513 = Tag_cos1 •514 = Tag_cos2 •515 = Tag_cos3 •516 = Tag_cos4 •517 = Tag_cos5 •518 = Tag_cos6 •519 = Tag_cos7
cosb_num	integer	Class of Service Buffer number, in the range 1-16.
cac_treatment	integer	Connection admission control (CAC) algorithm, in the range 1-256. •1 = lcnCac •2 = basicCac (default) •3 = eCac-Model A •4 = eCac-Model B •5 = eCac-Model C •6 = eCac-Model D •7 = eCac-Model E •8 = eCac-Model F •9 = mbBwCac
upc_enable	smallint	Usage parameter control (UPC) policing. •1 = enableAll •2 = enableGcra1 •3 = enableGcra2 •4 = enableGcra1WithPktPolicing •5 = enableGcra2WithPktPolicing •6 = disableAll
upc_clp_sel	integer	Value to select processing of policing buckets based on the cell loss priority (CLP) bit. Range is 0-4.
pol_act_gcra1	smallint	Type of policing in bucket 1. •1 = discard •2 = setClpBit •3 = setClpDiscTagged
pol_act_gcra2	smallint	Type of policing in bucket 2. •1 = discard •2 = setClpBit •3 = setClpDiscTagged
pcr	integer	Peak cell rate (PCR), in the range 0-1000000.
scr	integer	Sustained cell rate (SCR), in the range 0-1000000.
mcr	integer	Minimum cell rate (MCR), in the range 0-1000000.
icr	integer	Initial cell rate, in the range 0-1000000.
mbs	integer	Maximum burst size, in the range 1-5000000.
mfs	integer	Maximum frame size, in the range 1-1236.
cdvt	integer	Cell delay variation tolerance (CDVT), in the range 0-5000000.
pkt_discard_mode	smallint	Packet discard mode for a virtual channel. •1 = Enable •2 = Disable
max_thresh	integer	VC maximum threshold, in the range 0-5000000.
clp1_high_thresh	integer	CLP high threshold, in the range 0-1000000.
clp1_low_thresh	integer	CLP low threshold, in the range 0-1000000.
epd0_thresh	integer	Cells with early packet discard (EPD) set to 0 threshold, in the range 0-1000000.
efci_thresh	integer	Explicit forward congestion indication (EFCI) threshold, in the range 0-1000000.
cos_scaling_class	integer	Scaling class that reduces the maximum queue depth, in the range 1-4.
l_port_scaling	integer	Logical port scaling class that reduces the maximum queue depth, in the range 1-4.
ci_control	smallint	Value to set the congestion indicator. •1 = Enable •2 = Disable
crm_cells	integer	Cut off resource management (RM) cells, in the range 1-4095.
vsvd	smallint	Available bit rate (ABR) virtual source/virtual destination. •1 = enable_with_FCES •2 = enable_without_FCES •3 = disable
adtf	integer	Allowed cell rate (ACR) decrease time factor, in the range 62-8000.
rdf	integer	Rate decrease factor (ABR connections), in the range 1-32768.
rif	integer	Rate increase factor (ABR connections), in the range 1-32768.
nrm	integer	Number of data cells between forward RM cells, in the range 2-256.
trm	integer	Time between forward RM cells, in the range 0-7.
cdf	integer	Cut off decrease factor, in the range 0-64.
tbe	integer	Transient buffer exposure (TBE), in the range 0-16777215.
frtt	integer	Fixed round trip time (FRTT), in the range 0-16700.
wfq	smallint	Weighted fair queueing (WFQ) per VC. •1 = Enable •2 = Disable
reserved	integer	Reserved for future use.

SCT Virtual Channel Descriptor

Table 2-95 contains information about service connection template (SCT) virtual channel (VC) descriptor table. This data is contained in the sct_vcdesc table of the stratacom database.

Table 2-96 sct_vcdesc 

Column Name	Data Type	Description
sct_id	smallint	ID of the SCT files in the range 1-65535. •0 = Default SCT files •1-99 = Reserved •100-65535 = User defined SCT files Note Default SCT files define the default parameters that are hardcoded on the switch. These files can be viewed only through the CWM GUI. They cannot be modified, deleted, or downloaded from CWM.
sct_type	smallint	SCT type. •0 = Port (ingress) •1 = Card (egress)
fc_type	smallint	Front card type. •26 = AXSM family that includes the following front card types: –3000 = AXSM1_OC48 –3001 = AXSM4_OC12 –3002 = AXSM8_OC3 –3003 = AXSM16_OC3 –3004 = AXSM16_T3E3 –3005 = AXSM2_OC12 •31 = AXSM-E family that includes the following front card types: –3100 = AXSM1_OC12_E –3101 = AXSM2_OC12_E –3102 = AXSM4_OC3_E –3103 = AXSM8_OC3_E –3104 = AXSM4_STM1_E –3105 = AXSM8_STM1_E –3106 = AXSM8_T3E3_E –3107 = AXSM16_T3E3_E –3108 = AXSM8_T1_E –3109 = AXSM16_T1_E –3110 = AXSM8_E1_E –3111 = AXSM16_E1_E
major_version	smallint	SCT major version number.
minor_version	smallint	SCT minor version number.
node_id	integer	Node ID of the node on which the SCT is first discovered. A value of -1 indicates that the SCT is created on that node.
service_type	integer	Service type in the range 0-65535. •2 = VSI-sig •256 = CBR1 •257 = VBR-rt1 •258 = VBR-rt2 •259 = VBR-rt3 •260 = VBR-nrt1 •261 = VBR-nrt2 •262 = VBR-nrt3 •263 = UBR1 •264 = UBR2 •265 = ABR •266 = CBR2 •267 = CBR3 •512 = Tag_cos0 •513 = Tag_cos1 •514 = Tag_cos2 •515 = Tag_cos3 •516 = Tag_cos4 •517 = Tag_cos5 •518 = Tag_cos6 •519 = Tag_cos7 •528 = Tag_abr. This value is not supported.
detaggingenable	smallint	Value to enable discard eligible (DE) traffic. •1 = Enable •2 = Disable
fecnconfig	smallint	Value to configure forward explicit congestion notification (FECN). •1 = mapEFCI •2 = setEFCIzero
detoclpmap	smallint	Value to map the cell loss priority (CLP) traffic. •1 = mapCLP •2 = mapCLPzero •3 = selCLPone
clptodemap	smallint	Value to map DE traffic. •1 = mapDE •2 = setDEzero •3 = setDEone •4 = ignoreCLP
ingrpercentutil	integer	Ingress percent utilization on the channel.
egrpercentutil	integer	Egress percent utilization on the channel.
ignoreincomingde	smallint	Value to ignore the incoming DE traffic. •1 = enable •2 = disable

Serial Line Statistics Data

Table 2-97 contains information about serial line statistical data. This data is contained in the serial_ln_data table of the stratacom database.

Table 2-97 serial_ln_data 

Column Name	Data Type	Description
timestamp	integer	Timestamp of the statistical record.
sln_obj_id	integer	Serial line object ID.
l_node_id	integer	CWM node ID.
stat_type	smallint	Statistic type.
bucket_type	smallint	Duration of each bucket measured in minutes.
totald	float	Total of raw data collected in the sample interval.
peak	float	Peak rate of raw data in the sample interval.

Shelf Data

Table 2-98 contains information about shelves. This data is contained in the shelf table of the stratacom database.

Table 2-98 shelf 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
network_id	smallint	CWM network ID.
name	char (32)	Name of shelf.
mac_addr	char (6)	MAC address.
routing_ip_addr	integer	IP address for routing.
lan_ip_addr	integer	IP address of feeder shelf.
slip_ip_addr	integer	SLIP IP address.
shelf	integer	Shelf number.
serial_id	char (21)	Backplane serial number.
shelf_type	smallint	Shelf type based on the number of slots (used by MGX 8220). A value of 1 equals a 16-slot shelf.
status	smallint	ASM alarm status of the shelf object. •1 = ASM alarm off •2 = ASM alarm on
filtered_alarm	smallint	Filtered alarm. •-1 = Not supported •0 = Clear •1 = Minor •2 = Major •3 = Critical Note This field is applicable only to MGX 8230, MGX 8250, and MGX 8850 (PXM1) feeders.
reserved	integer	Reserved for future use.

SVC CAC

Table 2-99 contains information about the port channel admission control (CAC) configuration, specifying the CAC information for each interface. This data is contained in the svc_cac table of the stratacom database.

Table 2-99 svc_cac 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
bay	smallint	Bay number. Default value is 1.
line	smallint	Line number.
port	smallint	Port number.
if_index	integer	Interface index from the ifTable.
util_fact_cbr	integer	Booking factor for constant bit rate (CBR).
util_fact_rt_vbr	integer	Booking factor for real-time variable bit rate (VBR).
util_fact_nrt_vbr	integer	Booking factor for non-real-time VBR.
util_fact_abr	integer	Booking factor for available bit rate (ABR).
util_fact_ubr	integer	Booking factor for unspecified bit rate (UBR).
max_bw_cbr	integer	Maximum bandwidth for CBR.
max_bw_rt_vbr	integer	Maximum bandwidth for real-time VBR.
max_bw_nrt_vbr	integer	Maximum bandwidth for non-real-time VBR.
max_bw_abr	integer	Maximum bandwidth for ABR.
max_bw_ubr	integer	Maximum bandwidth for UBR.
min_bw_cbr	integer	Minimum bandwidth for CBR.
min_bw_rt_vbr	integer	Minimum bandwidth for real-time VBR.
min_bw_nrt_vbr	integer	Minimum bandwidth for non-real-time VBR.
min_bw_abr	integer	Minimum bandwidth for ABR.
min_bw_ubr	integer	Minimum bandwidth for UBR.
max_vc_cbr	integer	Maximum number of virtual channels (VCs) for CBR.
max_vc_rt_vbr	integer	Maximum number of VCs for real-time VBR.
max_vc_nrt_vbr	integer	Maximum number of VCs for non-real-time VBR.
max_vc_abr	integer	Maximum number of VCs for ABR.
max_vc_ubr	integer	Maximum number of VCs for UBR.
min_vc_cbr	integer	Minimum number of VCs for CBR.
min_vc_rt_vbr	integer	Minimum number of VCs for real-time VBR.
min_vc_nrt_vbr	integer	Minimum number of VCs for non-real-time VBR.
min_vc_abr	integer	Minimum number of VCs for ABR.
min_vc_ubr	integer	Minimum number of VCs for UBR.
max_vc_bw_cbr	integer	Maximum bandwidth of a VC for CBR.
max_vc_bw_rt_vbr	integer	Maximum bandwidth of a VC for real-time VBR.
max_vc_bw_nrt_vbr	integer	Maximum bandwidth of a VC for non-real-time VBR.
max_vc_bw_abr	integer	Maximum bandwidth of a VC for ABR.
max_vc_bw_ubr	integer	Maximum bandwidth for UBR.
def_cdvt_cbr	integer	Default cell delay variation tolerance (CDVT) for CBR.
def_cdvt_rt_vbr	integer	Default CDVT real-time VBR.
def_cdvt_nrt_vbr	integer	Default CDVT non-real-time VBR.
def_cdvt_abr	integer	Default CDVT for ABR.
def_cdvt_ubr	integer	Default CDVT for UBR.
def_mbs_rt_vbr	integer	Default MBS real-time VBR
def_mbs_nrt_vbr	integer	Default maximum burst size (MBS) non-real-time VBR.
reserved	integer	Reserved for future use.

SVC Operations

Table 2-100 contains information about SVC operations. This data is contained in the svc_operation table of the stratacom database.

Table 2-100 svc_operation 

Column Name	Data Type	Description
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
bay	smallint	Bay number.
line	smallint	Line number.
port	smallint	Port number.
if_index	integer	Interface index.
ilmi_enable	smallint	Operational state of the interim local management interface (ILMI). •1 = True •2 = False
ifc_type	smallint	Interface type. •1 = publicUni •2 = privateUni •3 = iisp •4 = pnni •5 = aini •6 = enni
ifc_side	smallint	Interface side of the ATM device. •1 = userSide •2 = networkSide •3 = symmetric
max_vpcs	integer	Maximum number of switched and permanent virtual path connections (VPCs) supported on this ATM interface.
max_vccs	integer	Maximum number of switched and permanent virtual channel connections (VCCs) supported on this ATM interface.
max_vpibits	integer	Maximum number of active virtual path identifier (VPI) bits.
max_vcibits	integer	Maximum number of active virtual channel identifier (VCI) bits.
uni_type	smallint	UNI type. •1 = Public •5 = Private
uni_version	smallint	Latest version of the ATM Forum UNI Signaling Specification. •1 = version2point0 •2 = version3point0 •3 = version3point1 •4 = version4point0 •5 = unsupported
device_type	smallint	Type of ATM device. •1 = User •2 = Node(2)
ilmi_version	smallint	Latest version of the ATM Forum ILMI Specification. •1 = unsupported •2 = version4point0
nni_sig_version	smallint	Latest version of the ATM Forum PNNI Signaling Specification. •1 = unsupported •2 = iisp •3 = pnniVersion1point0 •4 = enni •5 = aini
max_svpc_vpi	integer	Maximum switched VPC VPI.
min_svpc_vpi	integer	Minimum switched VPC VPI.
max_svcc_vpi	integer	Maximum switched VCC VPI.
min_svcc_vpi	integer	Minimum switched VCC VPI.
max_svcc_vci	integer	Maximum switched VCC VCI.
min_svcc_vci	integer	Minimum switched VCC VCI.
reserved	integer	Reserved for future use.

SVC Ports

Table 2-101 contains information about SVC interface configurations and attributes that affect the operation of the controller interface. This data is contained in the svc_port table of the stratacom database.

Table 2-101 svc_port 

Column Name	Data Type	Description
node_id	integer	CWM node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
bay	smallint	Bay number. Default value is 1.
line	smallint	Line number.
port	smallint	Port number.
if_index	integer	Interface index from the ifTable.
admin_status	smallint	Administrative status. •1 = inService •2 = outService •3 = blocked
oper_status	smallint	Operational state. •1 = OK •2 = Failed •3 = Other
svc_blocked	smallint	Value to allow switched virtual connections.
spvc_blocked	smallint	Value to allow soft permanent virtual connections.
signalling_vpi	integer	Signaling virtual path identifier (VPI).
signalling_vci	integer	Signaling virtual channel identifier (VCI).
routing_vpi	integer	VPI used for PNNI lowest level RCC.
routing_vci	integer	VCI used for PNNI lowest level RCC.
uni_version	smallint	Latest version of the ATM Forum UNI Signaling Specification. •1 = uni20 •2 = uni30 •3 = uni31 •4 = uni40 •5 = ituDss2 •6 = frf4 •7 = unsupported •8 = ip •9 = self
nni_version	smallint	Latest version of the ATM Forum PNNI Signaling Specification. •1 = iisp30 •2 = iisp31 •3 = pnni10 •4 = enni •5 = aini •7 = unsupported
uni_type	smallint	Type of ATM device. •1 = Public •2 = Private
side	smallint	Object determines the side of the ATM device. •1 = User •2 = Network
svcc_vpi_lo	integer	Minimum SVCC VPI configured.
svcc_vpi_hi	integer	Maximum SVCC VPI configured.
svcc_vci_lo	integer	Minimum SVCC VCI configured.
svcc_vci_hi	integer	Maximum SVCC VCI configured.
svpc_vpi_lo	integer	Minimum SVPC VPI configured.
svpc_vpi_hi	integer	Maximum SVPC VPI configured.
enhanced_lisp	smallint	Enhanced LISP.
reserved	integer	Reserved for future use.

User Connection Descriptors

Table 2-102 contains information about user connection descriptors. This data is contained in the user_conn_desc table of the stratacom database.

Table 2-102 user_conn_desc 

Column Name	Type	Comment
l_node_id	integer	Local end CWM node ID.
l_slot	smallint	Local end slot number.
l_line	smallint	Local end line number (FRSM and CESM connections).
l_port	smallint	Local end 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/CESM)
l_logical_port	smallint	Logical port number for FRSM, AUSM, and CESM cards. Value of 1 indicates endpoints on MGX 8850 RPM.
l_subchnl_1	smallint	First local end subchannel number. •For Frame Relay endpoints, this value is set to DLCI. •For ATM endpoints, this value is set to VPI. •For voice and data endpoints, this value is set to -1.
l_subchnl_2	integer	Second local end subchannel number. •For Frame Relay, voice, and data endpoints, this value is set to -1. •For ATM endpoints, this value is set to VCI.
descriptor	char (64)	Connection descriptor.

User Connections

Table 2-103 contains end-to-end information about connections. This data is contained in the user_connection table of the stratacom database.

Table 2-103 user_connection 

Column Name	Data Type	Description
l_node_id	integer	Local end CWM node ID.
num_segs	smallint	Number of segments.
conn_model	smallint	Type of endpoint connection. Use the following legend: e1 - e2 ---- e3 -Y ---- Y - e4 ---- e5 - e6 S = SPVC, H = Hybrid, I = Incomplete •0 = PVCs (default) •1 = S-1—Single ended complete SPVC •2 = S-2—Double ended complete SPVC •3 = H-1—2 segment hybrid with SPVC part as single ended •4 = H-2—2 segment hybrid with feeder on local end •5 = H-3—2 segment hybrid with feeder on remote end •6 = H-4—3 segment hybrid •7 = I-1—(e1-e2) feeder incomplete •8 = I-2—(e3 -y) with e3 terminated/non-terminated master •9 = I-2—(e3-y) with e3 non-term single ended master •10 = I-3—(e4-y) with e4 as terminated/non-terminated slave •11 = I-4—(e3-e4) with e3 terminated/non-terminated and e4 terminated/non-terminated (if both terminated then it is S2) •12 = I-5—(e1-y) where e1 is local and e3 is master •13 = I-6—(e6-y) where e6 is remote and e4 is slave •14 = I-7—(e1-e4) where e1 is local and e4 is non-term slave •15 = I-8—(e3-e6) where e3 is non-term master and e6 is remote end
owner	smallint	Owner. •0 = Dbroker (default) •1 = sDbroker •2 = DMD
persistent_slave	smallint	Value to determine if the slave is persistent. •1 = Persistent •0 = Non persistent
termination	smallint	Location of termination. •Bit 0 –0 = Local end is terminated. –1 = Local end is not terminated. •Bit 1 –0 = Remote end is terminated. –1 = Remote end is not terminated. Bits 2-4: Local endpoint type •0= RPM •1 = FR •2 = ATM •3 = VOICE •4 = DATA •6 = CESM •7 = VISM Bits (5-7): Remote endpoint type •0 = RPM •1 = FR •2 = ATM •3 = VOICE •4 = DATA •6 = CESM •7 = VISM
l_slot	smallint	Local end slot number.
l_line	smallint	Local end line number (FRSM and CESM connections).
l_port	smallint	Local end 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/CESM) Note For valid ranges of this field, refer to the MGX MIBs or switch software interface documentation.
l_logical_port	smallint	Logical port number for FRSM, AUSM, and CESM cards. Value of 1 indicates endpoints on MGX 8850 RPM.
l_subchnl_1	smallint	First local end subchannel number. For Frame Relay endpoints, this value is set to DLCI. For ATM endpoints, this value is set to VPI. For voice and data endpoints, this value is set to -1.
l_subchnl_2	integer	Second local end subchannel number. For Frame Relay, voice, and data endpoints, this value is set to -1. For ATM endpoints, this value is set to VCI.
l_parent_status	smallint	Status of the local parent. •0 = OK •1 = Fail
l_EndPointInfo	integer	Local endpoint information for primary secondary status, service type, and policing. •Bits 0-3 = Primary alarm •Bits 4-11 = Secondary alarm •Bits 16-23 = Service type •Bits 24-31 = Unused
lr_slot	smallint	Local slot number.
lr_port	smallint	Local port number.
lr_subchnl_1	smallint	First local subchannel number.
lr_subchnl_2	integer	Second local subchannel number.
lc_node_id	integer	Local hub CWM node ID. This value is the same as the local node ID for connections that originate in a routing node.
lc_slot	smallint	Local hub slot number. This value is the same as the local slot ID for connections that originate in a routing node.
lc_port	smallint	Local hub port number. This value is the same as the local port ID for connections that originate in a routing node.
lc_subchnl_1	smallint	First local hub subchannel number. This value is the same as the first local subchannel number for connections that originate in a routing node.
lc_subchnl_2	integer	Second local hub subchannel number. This value is the same as the second local subchannel number for connections that originate in a routing node.
lc_parent_status	smallint	Status of the local hub parent. •0 = OK •1 = Fail
lc_EndPointInfo	integer	Local hub endpoint information for primary secondary status, service type, and policing. •Bits 0-3 = Primary alarm •Bits 4-11 = Secondary alarm •Bits 16-23 = Service type •Bits 24-31 = Unused
rc_node_id	integer	Remote hub CWM node ID. This value is the same as the remote node ID for connections that originate in a routing node.
rc_slot	smallint	Remote hub slot number. This value is the same as the remote slot ID for connections that originate in a routing node.
rc_port	smallint	Remote hub port number. This value is the same as the remote port ID for connections that originate in a routing node.
rc_subchnl_1	smallint	First remote hub subchannel number. This value is the same as the first remote sub-channel number for connections that originate in a routing node.
rc_subchnl_2	integer	Second remote hub subchannel number. This value is the same as the second remote subchannel number for connections that originate in a routing node.
rc_parent_status	smallint	Status of the remote hub parent. •0 = OK •1 = Fail
rc_EndPointInfo	integer	Remote hub endpoint information for primary secondary status, service type, and policing. •Bits 0-3 = Primary alarm •Bits 4-11 = Secondary alarm •Bits 16-23 = Service type •Bits 24-31 = Unused
Y_node_id	integer	Node ID for SPVCs and Hybrid connections.
Y_slot	smallint	Slot number for SPVCs and Hybrid connections.
Y_port	smallint	Port for SPVCs and Hybrid connections.
Y_subchnl_1	smallint	Subchannel 1 for SPVCs and Hybrid connections.
Y_subchnl_2	integer	Subheading 2 for SPVCs and Hybrid connections.
rr_slot	smallint	Remote slot number. This value is the same as the remote slot ID for connections that originate in a routing node.
rr_port	smallint	Remote port number. This value is the same as the remote port ID for connections that originate in a routing node.
rr_subchnl_1	smallint	First remote subchannel number. This value is the same as the first remote subchannel number for connections that originate in a routing node.
rr_subchnl_2	integer	Second remote subchannel number. This value is the same as the second remote subchannel number for connections that originate in a routing node.
r_node_id	integer	Remote end CWM node ID.
r_slot	smallint	Remote end slot number.
r_line	smallint	Remote-end line number (FRSM connections).
r_port	smallint	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/CESM)
r_logical_port	smallint	Remote end logical port. Default is -1
r_subchnl_1	smallint	First remote subchannel number.
r_subchnl_2	integer	Second remote subchannel number. For Frame Relay, voice, and data endpoints, this value is set to -1. For ATM endpoints, this value is set to VCI.
r_parent_status	smallint	Status of the remote parent. •0 = OK •1 = Fail
r_EndPointInfo	integer	Remote endpoint information for primary secondary status, service type, and policing. •Bits 0-3 = Primary alarm •Bits 4-11 = Secondary alarm •Bits 16-23 = Service type •Bits 24-31 = Unused
parm_type	smallint	Flag to indicate the parameters used.
state	smallint	Connection state. •1 = Clear •2 = Fail •3 = Down •4 = Incomplete •5 = Error (for SPVCs and Hybrids)
secondary_state	smallint	Secondary state consists of A-bit, AIS, and OAM. •Bits 1-2: Local A-bit –0 = Unknown –1 = OK –2 = Fail •Bits 3-4: Local AIS –0 = Unknown –1 = OK –2 = Fail •Bits 5-6: Local OAM –0 = Unknown –1 = OK –2 = Fail •Bits 7-8: Local conditioned –0 = Unknown –1 = Ok –2 = Fail •Bits 9-10: Remote A-bit –0 = Unknown –1 = OK –2 = Fail •Bits 11-12: Remote AIS –0 = Unknown –1 = OK –2 = Fail •Bits 13-14: Remote OAM –0 = Unknown –1 = OK –2 = Fail •Bits 15-16: Remote conditioned (not applicable for PVCs) –0 = Unknown –1 = OK –2 = Fail •Bits 17-32: Not used
proc_state	smallint	Processing state (used by data broker).
con_type	smallint	Connection type. •1 = FR •2 = ATM-FR •3 = ATM •4 = DATA •5 = VOICE •6 = CE •7 = ATM-CE •8 = RPM •9 = ATM-RPM •10 = RPM-FR •11 = VISM-ATM •12 = VISM-VISM •13 = VISM-RPM •14 = VISM-FR •17 = ATM-UNKNOWN (for single ended SPVC only) •18 = FR-UNKNOWN (for single ended SPVC only) •19 = CE-UNKNOWN (for single ended SPVC only) •20 = RPM-UNKNOWN (for single ended SPVC only) •21 = VISM-UNKNOWN (for single ended SPVC only) For an incomplete connections, this field is set to 0. For the endpoint type, see the termination field.
subtype	smallint	Service type. •1 = FR •2 = VBR •3 = CBR •4 = unknown •5 = ABR •6 = FRFS •7 = CE •8 = ATM-FR_VBR3 •9 = ATM-FR_ABR_FS •10 = UBR •11 = VBR1 •12 = VBR2 •13 = VBR3 •14 = ABR1 •15 = ABR.FS •16 = UBR1 •17 = UBR2 •18 = VOICE •19 = DATA •20 = ATM_RTVBR1 •21 = ATM_RTVBR2 •22 = ATM_RTVBR3 •23 = ATMFR_CBR1 •24 = ATMFR_VBR2 •25 = ATMFR_RTVBR2 •26 = ATMFR_RTVBR3 •27 = ATMFR_UBR1 •28 = ATMFR_UBR2 •41 = ATM_ATFST •42 = ATM_ATFTFST •43 = ATM_ATFXFST •44 = ATMFR_ATFST •45 = ATMFR_ATFTFST
subtype (continued)	smallint	•46 = ATMFR_ATFXFST •47 = ATMFR_ABR1 •48 = ATM_CBR2 •49 = ATM_CBR3 •50 = ATMFR_CBR2 •51 = ATMFR_CBR3 •52 = ATM_VBR4 •53 = ATM_VBR5 •54 = ATM_RTVBR4 •55 = ATM_RTVBR5 •56 = ATMFR_VBR4 •57 = ATMFR_VBR5 •58 = ATMFR_RTVBR4 •59 = ATMFR_RTVBR5 •60 = ATM_RTVBR •61 = ATMFR_VBR •62 = ATMFR_RTVBR
l_endpt_obj_id	integer	Local endpoint object ID.
lc_endpt_obj_id	integer	Local hub endpoint object ID.
rc_endpt_obj_id	integer	Remote hub endpoint object ID.
r_endpt_obj_id	integer	Remote endpoint object ID.
l_per_util	smallint	Local end percent utilization. This parameter is taken from the routing segment.
l_fst_fast_dn	smallint	Local ForeSight Fast Down.
l_fst_qir_to	smallint	Local ForeSight quiescent information rate (QIR) timeout.
l_fst_max_adj	integer	Local ForeSight maximum adjustment.
l_clp_tagging	integer	Local end cell loss priority (CLP) tagging. •1 = Disable •2 = Enable
r_per_util	smallint	Remote end percent utilization. This parameter is taken from the routing segment.
l_mc_type	smallint	Local multicast type flag (multicast connections). •0 = Normal •1 = Root •2 = Leaf
r_mc_type	smallint	Remote multicast type flag (multicast connections). •0 = Normal •1 = Root •2 = Leaf
l_end_nni	smallint	Local end port type. •-1 = Unknown port type •0 = Non-nni port type •1 = NNI port type •2 = XLMI port type
r_end_nni	smallint	Remote end port type. •-1 = Unknown port type •0 = Non-nni port type •1 = NNI port type •2 = XLMI port type For an incomplete PVC, this value is -1.
end_to_end_type	smallint	End-to-end type. •0 = PVC •1 = SPVC •2 = HYBRID •256 = XPVC-PVC •257 = XPVC-SPVC •258 = XPVC-HYBRID
network_prefix	varchar	Network prefix associated with an MGX 8850 Release 2 node. This field is for an incomplete SPVC. The master channel remote node ID is not known to CWM.
l_pnni_master	smallint	Local end is PNNI master. •00 = Slave incomplete •10 = Slave complete •01 = Master incomplete •11 = Master complete SPVC/Hybrid connections. •0 = Local endpoint is slave •1 = Local endpoint is master Note This value is used internally by CWM.
inseg_tbl_1	smallint	Value to indicate that the first segment was received. •0 = First segment notification not received from both endpoints. •1 = First segment notification received from both local and remote endpoints. •2 = First segment notification received from local endpoint. •3 = First segment notification received from remote endpoint. Default is -1.
inseg_tbl_2	smallint	Value to indicate that the second segment was received. •0 = Second segment notification not received from both endpoints. •1 = Second segment notification received from both local and remote endpoints. •2 = Second segment notification received from local endpoint. •3 = Second segment notification received from remote endpoint. Default is -1. Note This value is only applicable if the num_segs object is greater than 1.
inseg_tbl_3	smallint	Value to indicate that the third segment was received. •0 = Third segment notification not received from both endpoints. •1 = Third segment notification received from both local and remote endpoints. •2 = Third segment notification received from local endpoint. •3 = Third segment notification received from remote endpoint. Default is -1. Note This value is only applicable if the num_segs object is greater than 2.
snmp_index	integer	SNMP Proxy index for user connections.

User Information

Table 2-104 contains information about CWM user names and the security profiles. This data is contained in the user_info table of the stratacom database.

Table 2-104 user_info 

Column Name	Type	Comment
user_name	char (33)	Unique CWM user name that consists of alphanumeric characters no more than 33 characters in length.
insync_primary	integer	Value to determine that this record is the same with the primary. •0 = Same with primary (default) •1 = Not the same
profile_name	char (33)	CWM user profile name.

VSI Controller

Table 2-105 contains information about the virtual switch interface (VSI) controller. This data is contained in the controller table of the stratacom database.

Table 2-105 controller 

Column Name	Data Type	Description
p_node_id	integer	Parent node ID.
ctrlr_id	integer	Controller ID.
ctrlr_loc	smallint	Location of the controller shelf. •1 = Internal •2 = External
ctrlr_type	smallint	Controller type. •1 = PAR •2 = PNNI •3 = LSC
slot	smallint	Slot number.
port	integer	Port number.
attached_vpi	integer	Virtual path identifier (VPI), in the range 0-4095.
attached_vci	integer	Virtual channel identifier (VCI), in the range 32-65535.
ctrlr_name	char (40)	VSI controller name assigned by the user.
atm_ip_addr	integer	ATM IP address.
lan_ip_addr	integer	LAN IP address.
ctrlr_status	smallint	Administrative status of the controller. •1 = Active •2 = Standby •3 = Quiescent
sw_rev	char (40)	PNNI network controller software revision number.
reserved	integer	Reserved for future use.

RPM and VISM Virtual Ports

Table 2-106 contains information about the ATM Virtual interface for the RPM and VISM cards. This data is contained in the virtual_port table of the stratacom database.

Table 2-106 virtual_port 

Column Name	Data Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Logical slot number of the card.
bay	smallint	Bay number. This value is always 1.
line	smallint	Line number. This value is always 1.
port	smallint	Logical port number. •0 = VC connection. •1 = VP connection. This value maps to the RSC_PART table.
if_index	integer	Unique value of each interface.
if_type	smallint	Interface type For RPM-PR cards this value represents the ATM virtual interface (149). For RPM-XF cards this field specifies the link type of this interface. •1 = Point-to-point •2 = Multipoint •3 = Label switching Note This table is not supported for VISM cards and thus returns a value of -1.
reserved	integer	Reserved for future use.

VISM Cards

Table 2-107 contains information about VISM cards managed by CWM. This data is contained in the vism_card table of the stratacom database.

Table 2-107 vism_card 

Column Name	Data Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
node_type	smallint	Node type.
shelf	integer	Shelf number.
slot	smallint	Slot number.
ipaddress	integer	VISM IP address.
subnetmask	integer	VISM subnet mask.
mg_name	char (64)	Media gateway name. This field corresponds to the mgName object.
mg_adminstate	smallint	Current administrative state of the media gateway. •1 = adminStateUnlocked •2 = adminStateLocked •3 = adminStateShuttingDown This field corresponds to the mgAdministrativeState object.
mg_adminstate_ctrl	smallint	Administrative state control. •1 = Unlock •2 = Lock •3 = Shutdown This field corresponds to the mgAdministrativeStateControl object.
xgcp_req_timeout	integer	Request timeout (milliseconds) determines the timeout value used for re-transmitting the unacknowledged message. This field corresponds to the xgcpRequestTimeOut object.
xgcp_req_retries	smallint	Number of retries for a request that exceeds a timeout, in the range 0-10. This field corresponds to the xgcpRequestRetries object.
xgcp_restart_ inprogress	integer	Maximum waiting delay (MWD) timeout value used for the Media Gateway to send the Restart In Progress to the Media Gateway Controller. This field corresponds to the xgcpRestartInProgressMWD object.
ecan_encoding	smallint	Voice encoding type. •1 = Mu-law •2 = A-law This field corresponds to the vismEcanEncoding object.
avail_ds0count	smallint	Number of DS0s in the range 0-248 that are available for new connections on the VISM card. Range is 0-248. This field corresponds to the vismAvailableDs0Count object.
mode	smallint	Connection model of the VISM card. •1 = VISM mode VoIP switching (default) •2 = AAL2 trunking •3 = AAL1 SVC •4 = Switched VoIP CASBh •5 = Switched VoIP PRIBh •6 = Switched AAL2 CASBh •7 = Switched AAL2 SVC •8 = Switched AAL2 PVC •99 = Super mode •100 = Unknown mode This field corresponds to the vismMode object.
cacEnable	smallint	Value to enable connection admission control (CAC) functionality on the VISM card. •1 = Disable •2 = Enable (default) This field corresponds to the vismCacEnable object.
ecanIdlePattern	smallint	Echo canceller pattern for idle code. •1 = Pattern 1 •2 = Pattern 2 •3 = Pattern 3 •4 = Pattern 4 This field corresponds to the vismEcanCnfIdlePattern object.
ecanIdleDir	smallint	Echo canceller idle direction. •1 = Both (default) •2 = Either •3 = Send •4 = Receive This field corresponds to the vismEcanCnfIdleDirection object.
vismErl	smallint	Value to provision the return echo lost. •1 = Zero db •2 = Three db •3 = Six db (default) •4 = Worst db This field corresponds to the vismERL object.
jitDelMode	smallint	Value to provision the jitter buffer mode to be applied to call connection. •1 = Fixed (default) •2 = Adaptive This field corresponds to the vismJitterDelayMode object.
jitInitDelay	smallint	Jitter buffer size. •1 = Zero •5 = Five •10 = Ten •15 = Fifteen •20 = Twenty •25 = Twenty five •30 = Thirty •35 = Thirty five •40 = Forty (default) •45 = Forty five •50 = Fifty •55 = Fifty five •60 = Sixty •65 = Sixty five •70 = Seventy •75 = Seventy five •80 = Eighty •85 = Eighty five •90 = Ninety •95 = Ninety five •100 = Hundred This field corresponds to the vismJitterInitialDelay object.
gainCtrl	smallint	Value to adjust the gain of the call connection. •1 = Off (default) •2 = On This field corresponds to the vismAdaptiveGainControl object.
muxtype	smallint	Card level parameter for AAL2 adaptation that identifies the multiplexing function of the AAL2 Common Part Sublayer. This field corresponds to the vismAal2SubcellMuxing object.
contrl_tos	smallint	Object to provision the bitmask used for the type of service (TOS) octet for cells carrying the control (xGCP) traffic. This field corresponds to the vismControlTos object.
br_ipaddress	integer	Bearer IP address of the VISM card. This field corresponds to the vismBearerIpAddress object.
br_subnetmask	integer	Bearer subnet mask of the VISM IP interface. This field corresponds to the vismBearerSubNetMask object.
br_tos	smallint	Object to provision the bitmask used for the type of service (TOS) octet for cells carrying VoIP bearer (RTP) traffic. This field corresponds to the vismBearerTos object.
rtcp_rp_intval	integer	RTCP report interval (defined in RFC 1889). This field corresponds to the vismRtcpRepInterval object.
rtp_rcv_tmr	smallint	Object to define whether or not the RTP packets receive timer on the VISM needs to be enabled. This field corresponds to the vismRtpReceiveTimer object.
voip_dtmf_relay	smallint	Object to define whether or not the duel tone multi frequency (DTMF) digits need to be transported to the other endpoint via named signal event (NSE) packets. This field corresponds to the vismVoIpDtmfRelay object.
voip_cas_trspt	smallint	Object to define whether or not the CAS (ABCD bits) bits need to be transported to the other endpoint via NSE packets. This field corresponds to the vismVoIpCasTransport object.
voip_tri_red	smallint	Object to define whether or not triple redundancy is enabled. This field corresponds to the vismVoIpTripleRedundancy object.
voip_vad_tmr	integer	Hangover time for VAD in milliseconds. This field corresponds to the vismVoIpVADTimer object.
nte_capb_negot	smallint	Object to define whether or not the VISM card has the capability to negotiate the list of events either NSE or named telephony events (NTEs) using rtpmap and fmtpmap in the SDP. This field corresponds to the vismVoIpNTECapabilityNegotiate object.
sid_payload_type	smallint	Value to set the payload type of a RTP packet carrying SID, which is sent to the other end when silence is detected. This field corresponds to the vismVoIpSIDPayloadType object.
dpvc_oam_cell_gap	integer	Inter cell gap for dual PVC OAM cells. This field corresponds to the vismVoIpDPvcOamCellGap object.
dpvc_retry_cnt	smallint	Threshold for failure of a PVC. This field corresponds to the vismVoIpDPvcRetryCnt object.
dpvc_recover_cnt	smallint	Threshold for recovery of a PVC. This field corresponds to the vismVoIpDPvcRecoverCnt object.
rtcp_rcv_multi	smallint	Value to define how many times the RTCP reports fail before an exception condition activity can occur. This field corresponds to the vismRtcpRecvMultiplier object.
lapd_trunk_pvc	smallint	VoIP trunking applications. This object applies only if the signalling type is configured to be CCS. This field corresponds to the vismVoIpLapdTrunkPVC object.
event_neg_policy	smallint	Object to define whether or not the VISM should advertise the event Codecs, NSE, NTE, or RTP, in addition to the list of events specified by the call agent. This field corresponds to the vismVoIpEventNegotiationPolicy object.
upspeed_codec	smallint	Codec to be used when fax upspeed happens. This field corresponds to the vismUpspeedCodec object.
appl_template	smallint	Codec template configured on the VISM card. This field corresponds to the vismAppliedTemplate object.
tftp_server_dn	char 64	Domain name of the TFTP server from where the channel associated signaling (CAS) module downloads the CAS files. This field corresponds to the vismTftpServerDn object.
xgcp_br_nwtype	smallint	Network type to transport bearer traffic. This field corresponds to the vismXgcpBearerNetworkType object.
xgcp_br_vctype	smallint	VC type to transport bearer traffic. This field corresponds to the vismXgcpBearerVCType object.
xgcp_br_contype	smallint	Connection type used to transport bearer traffic. This field corresponds to the vismXgcpBearerConnectionType object.
br_continu_tmr	integer	Bearer continuity timer in milliseconds. This field corresponds to the vismBearerContinuityTimer object.
codec_neg_opt	smallint	Object to form an ordered intersection of lists. One of the lists must be used to determine the resulting order of Codecs. This field corresponds to the vismCodecNegotiationOption object.
prfile_neg_opt	smallint	Object to form an ordered intersection of lists. One of the lists must be used to determine the resulting order of profiles. This field corresponds to the vismProfileNegotiationOption object.
carr_loss_policy	smallint	Object to define the policy to be applied when a carrier loss is detected. This field corresponds to the vismCarrierLossPolicy object.
carr_loss_policy	smallint	Object to define the policy to be applied once the connection admission control (CAC) function rejects the upspeeding of a connection. This rejection is due to a fax/modem switch-over request. This field corresponds to the vismCacRejectionPolicy object.
ext_dns_serv	char (64)	Domain name of the external DNS server which is used to resolve other domain names. This field corresponds to the vismExtDnsServerDn object.
feature_bitmap	integer	Bit map for VISM features. This field corresponds to the vismFeatureBitMap object.
vad_tolerance	integer	Customer accepted drop rate for voice connections when the bandwidth usage exceeds the allowed value. This field corresponds to the vismVADTolerance object.
vad_duty_cycle	smallint	Talk-spurts duty cycle. The unit is a percentage. This field corresponds to the vismVADDutyCycle object.
agg_traffic_clip	smallint	Aggregate traffic clipping policy which is applicable to all bearer traffic generated at the VISM card. This field corresponds to the vismAggregateTrafficClipping object.
agg_svc_bandwidth	integer	Aggregate SVC bandwidth used for AAL2 SVC aggregate, SVC connection admission control, and aggregate traffic clipping on the VISM card when vismAggregateTrafficClipping is enabled. This field corresponds to the vismAggregateSvcBandwidth object.
br_continu_test	smallint	Object to define whether or not the bearer continuity test for a connection is performed at the time of call setup. This field corresponds to the vismBearerContinuityTest object.
calea_enable	smallint	Object to define whether or not Communication Assistance for Law Enforcement Agency (CALEA) functionality should be enabled on the VISM card. This field corresponds to the vismCaleaEnable object.
aal2_dtmf_relay	smallint	Object to define whether or not the DTMF digits should be transported to the other endpoint. This field corresponds to the vismAal2DtmfRelay object.
aal2_cas_trspt	smallint	Object to define whether the CAS bits (ABCD bits) should be transported to the other endpoint. This field corresponds to the vismAal2CasTransport object.
aal2_type3_red	smallint	Object to define whether or not the triple redundancy is supported for type 3 packets in AAL2 SVC/PVC. This field corresponds to the vismAal2Type3Redundancy object.
aal2_vad_tmr	integer	Hangover time for voice activity detection (VAD) in milliseconds. This field corresponds to the vismAal2VADTimer object.
aal2_cid_fill_tmr	smallint	Time (in milliseconds) to wait before filling up the cell when the next packet is not ready. This field corresponds to the vismAal2CidFillTimer object.
xgcp_sdp_ost	smallint	Value to enable or disable building of s=,t=,o= lines in an SDP message. This field corresponds to the vismXgcpSdpOst object.
srcp_req_tmout	integer	Minimum timeout value. This field corresponds to the srcpRequestTimeOut object.
srcp_req_retries	smallint	Number of retries for a SRCP request that exceeds the timeout. This field corresponds to the srcpRequestRetries object.
srcp_req_max_tmout	integer	Maximum timeout value. This field corresponds to the srcpRequestMaxTimeout object.
xgcp_req_max_tmout	integer	Maximum timeout value. This field corresponds to the vismXgcpRequestMaxTimeout object.
tone_plan_cur_size	smallint	Total size of the Tone Plan table. This field corresponds to the tonePlanCurrentSize object.
reserved	integer	Reserved for future use.

VISM CID

Table 2-110 contains information about VISM channel IDs. This data is contained in the vism_cid table of the stratacom database.

Table 2-108 vism_cid 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number
cid_num	smallint	CID number which is part of the index for the this table. This object corresponds to the vismAal2CidNum object.
cid_lcn	integer	Part of the index for the this table. Since CID is unique to a PVC, a combination of LCN and CID uniquely identifies a voice connection. This field refers to the vismChanNum defined in vismChanCnfGrp. This object corresponds to the vismAal2CidLcn object.
endpt_num	smallint	Endpoint number to which this CID is associated. This object corresponds to the vismAal2EndptNum object.
type3_red	smallint	Object to define whether or not the triple redundancy is supported for type 3 packets in AAL2 for this channel. This object corresponds to the vismAal2CidType3Redundancy object.
cid_vad	smallint	Object to define whether or not the voice activity detection (VAD) should be applied on this channel, upon detection of silence. This object corresponds to the vismAal2CidVad object.
profile_type	smallint	Profile type. This object corresponds to the vismAal2CidProfileType object.
profile_num	smallint	Profile number. This object corresponds to the vismAal2CidProfileNum object.
codec_type	smallint	Codec type used for the connection. This object corresponds to the vismAal2CidCodecTyp object.
dtmf_trspt	smallint	Object to define whether or not the dual tone multi frequency (DTMF) digits should be transported to the other endpoint. This object corresponds to the vismAal2CidDtmfTransport object.
cas_trspt	smallint	Object to define whether or not the channel associated signaling (CAS) bits (ABCD bits) should be transported to the other endpoint. This object corresponds to the vismAal2CidCasTransport object.
ecan_enable	smallint	Object to define whether or not echo cancellation should be enabled on this connection. This object corresponds to the vismAal2CidEcanEnable object.
init_vad_tmr	integer	Hangover time for VAD in milliseconds. This object corresponds to the vismAal2InitVadTimer object.
pkt_period	smallint	Object to configure the packetization period for a given Codec. This object corresponds to the vismAal2CnfPktPeriod object.
ics_enable	smallint	Object to enable or disable the idle channel suppression for a CID. This object corresponds to the vismAal2CidICSEnable object.
cid_state	smallint	State of the CID. This object corresponds to the vismAal2CidState object.
upper_lev_alm	smallint	CID failure reason. This object corresponds to the vismAal2CidFailReason object.
reserved	integer	Reserved for future use.

VISM Codec

Table 2-110 contains information about VISM coder decoder (Codec) parameters. This data is contained in the vism_codec table of the stratacom database.

Table 2-109 vism_codec 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number
index	smallint	Index to this table. This object corresponds to the vismCodecCnfIndex object.
name	char 64	Name of the codec. This object corresponds to the vismCodecName object.
pkt_period	smallint	Packetization period (in milliseconds) for a particular codec. This object corresponds to the vismCodecPktPeriod object.
preference	smallint	User configured preference for each codec. This object corresponds to the vismCodecPreference object.
codec_string	char 64	Local connection option or SDP descriptor string that VISM obtains from the call agent for the codec to be used. This string is in the form: PCMU, PCMA, G726 at rate 32 kbps, G729a, CCD. This object corresponds to the vismCodecString object.
iana_type	smallint	Assigned types (numbers) to the codecs by IANA. This object corresponds to the vismCodecIanaType object.
jitter_delay_mode	smallint	Object to provision the jitter buffer mode to a call connection. This object corresponds to the vismCodecJitterDelayMode object.
jitter_init_delay	smallint	Jitter buffer size (in milliseconds). This object corresponds to the vismCodecJitterInitialDelay object.
reserved	integer	Reserved for future use.

VISM Connections

Table 2-110 contains information about VISM connections. This data is contained in the voice_conn table of the stratacom database.

Table 2-110 voice_conn 

Column Name	Type	Description
con_obj_id	integer	Connection object ID.
l_network_id	smallint	Network ID.
l_node_id	integer	Node ID.
shelf	integer	Shelf number.
l_slot	smallint	Slot number.
l_port	smallint	Port number (zero based). This field corresponds to the vismChanPortNum object.
l_vpi	smallint	Local virtual path identifier (VPI), in the range 0-255.
l_vci	integer	Local virtual channel identifier (VCI), in the range 0-65535.
l_nsap_addr	char (20)	Local network service access point (NSAP). NSAP is a 20 byte address divided into the following bytes: •13 bytes—Prefix •2 bytes—Cisco ID •1 byte—Reserved •3 bytes—Logical interface: slot (1 byte) and port number (2 bytes) •1 byte (last)—SEL
r_network_id	smallint	Remote network ID.
r_node_id	integer	Remote node ID.
r_slot	smallint	Remote slot number.
r_port	smallint	Remote port number.
r_vpi	smallint	Remote VPI, in the range 0-255.
r_vci	integer	Remote VCI, in the range 0-65535.
r_nsap_addr	char (20)	Remote NSAP. NSAP is a 20-byte address divided into the following bytes: •13 bytes—Prefix •2 bytes—Cisco ID •1 byte—Reserved •3 bytes—Logical interface: slot (1 byte) and port number (2 bytes) •1 byte (last)—SEL
lcn	integer	Logical channel number (LCN) of the permanent virtual circuit (PVC), in the range 131-510.
master_flag	smallint	Value on the PXM to determine if the end is a master or slave. •1 = Master •2 = Slave •3 = Unknown
termination	smallint	Type of local and remote endpoints.
con_type	smallint	Connection type. Default is PVC, a value of 1.
sub_type	smallint	Connection service type. •2 = Variable bit rate non real-time (VBR-nrt) •3 = Constant bit rate (CBR) •13 = Variable bit rate real-time (VBR-rt)
pvcType	smallint	Type of PVC. •1 = AAL-5 (default) •2 = AAL-2 •3 = AAL-1
vpcFlag	smallint	Virtual path connection (VPC) flag.
active	smallint	Value to indicate an active connection.
status	smallint	Connection status. •1 = OK •2 = Failed •3 = Down or not configured
l_pcr	integer	Local peak cell rate (PCR) of the connection, in the range 1-100000. For AAL2 PVCs, the maximum value is 60,000 cps on E1 cards and 50,000 cps on T1 cards. For a signaling PVC, the maximum value is 400 cps.
lper_util	smallint	Percent utilization on the connection. This value indicates the expected long-term utilization at the local end of channel. Range is 0-100. Default is 100.
r_pcr	integer	Remote PCR of the connection. Range is 1-100000.
rper_util	smallint	Percent utilization on the connection. This value indicates the expected long-term utilization at the remote end of channel. Range is 0-100. Default is 100.
protect	smallint	Channel protection. •1 = Protected •2 = Unprotected
prefer	smallint	Identify a PVC as primary or secondary. •1 = Primary •2 = Secondary
actState	smallint	Channel activity state. •1 = Active •2 = Standby •3 = Failed •4 = Unknown
lockState	smallint	Channel locking state. •1 = Unlock •2 = Lock
ingrScr	integer	Sustained cell rate (SCR) in the ingress direction of the PVC. Range is 1-100000.
ingrMbs	integer	Channel maximum burst size (MBS) in the ingress direction of the PVC, measured in cells per second (cps).
ingrClr	integer	Cell loss ratio (CLR) in the ingress direction of the PVC.
egrScr	integer	SCR in the egress direction of the PVC. Range is 1-100000.
egrMbs	integer	Channel maximum burst size (MBS) in the egress direction of the PVC, measured in cells per second (cps).
egrClr	integer	Cell loss ratio (CLR) in the egress direction of the PVC.
application	smallint	Channel application. •1 = Control •2 = Bearer (default) •3 = Signaling
fallbackLcn	integer	Fall-back logical channel number (LCN) used if the primary PVC fails. Range is 131-510.
rmtLpbkState	smallint	Loopback on the cellbus in the egress direction •1 = Enable •2 = Disable
cacMaster	smallint	Value to determine whether the PVC is the master end or slave end. •1 = Master •2 = Slave
cacRejPolicy	smallint	Connection admission control (CAC) rejection policy. •1 = Delete •2 = Maintain •3 = Unspecified
rout_pri	smallint	Value to determine the importance of this connection when selecting connections to route. The rout_pri is used by the PXM card. This object corresponds with the vismRoutingPriority object.
max_cost	integer	Maximum allowed cost, which is related to cost based routing. This object corresponds with the vismMaxCost object.
farend_addrtype	smallint	Address type of the far end. •NSAP •E164 •GWID •Not applicable •Unspecified. This object corresponds with the vismFarEndAddressType object.
farend_e164addr	char 15	E.164 address of the far end peer. The address is expressed as decimal numbers with up to 15 digits. This object corresponds with the vismFarEndE164Address object.
farend_gwidaddr	char 64	Gateway ID of the far end peer. The address is expressed as ASCII characters. This object corresponds with the vismFarEndGWIDAddress object.
farend_nsapaddr	char 40	NSAP address (20 bytes) of the far end peer. This object corresponds with the vismFarEndNSAPAddress object.
vcci	integer	Virtual circuit connection identifier (VCCI) is a variable that identifies a virtual circuit connection between two nodes. This object corresponds with the vismVCCI object.
carrier_los_policy	smallint	Policy that should be applied when a carrier loss is detected. This object corresponds with the vismChanCarrierLossPolicy object.
vad_tolerance	integer	Customer accepted drop rate for voice connections when the bandwidth usage exceeds the allowed value. This object corresponds with the vismChanVADTolerance object.
vad_duty_cycle	smallint	Talk-spurts duty cycle. The unit is a percentage. This object corresponds with the vismChanVADDutyCycle object.
nwcac_config_state	smallint	Object to define whether or not the originating and terminating VISMs are configured correctly. This object corresponds with the networkCacConfigState object.
alarm_status	smallint	Consolidated bit map of the channel alarm state. This object corresponds with the vismChanStatusBitMap object.
reserved	integer	Reserved for future use.

VISM DS0s

Table 2-111 contains information about DS0s on the VISM card. This data is contained in the vism_ds0 table of the stratacom database.

Table 2-111 vism_ds0 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
line	smallint	Line number.
ds0_ifIndex	smallint	Logical index of the table, in the range 1-248. This field corresponds to the ds0IfIndex object.
rb_signal	smallint	DS0 robbed bit signal is either turned on or off. This field corresponds to the ds0RobbedBitSignalling object.
idle_code	smallint	Code that is transmitted in the ABCD bits when the DS0 is not connected and ds0TransmitCodesEnable is enabled. Range is 0-15. Default value is 0. This field corresponds to the ds0IdleCode object.
seized_code	smallint	Code that is transmitted in the ABCD bits when the DS0 is connected and ds0TransmitCodesEnable is enabled. •Bit 0 = value 1 (D bit) •Bit 1 = value 2 (C bit) •Bit 2 = value 4 (B bit) •Bit 3 = value 8 (A bit) Range is 0-15. Default value is 15. This field corresponds to the ds0SeizedCode object.
rcvd_code	smallint	Code that is received in the ABCD bits. •Bit 0 = value 1 (D bit) •Bit 1 = value 2 (C bit) •Bit 2 = value 4 (B bit) •Bit 3 = value 8 (A bit) Range is 0-15. Default value is 15. This field corresponds to the ds0ReceivedCode object.
codes_enable	smallint	Transmission status of the idle and seized codes. Default value is 6. This field corresponds to the ds0TransmitCodesEnable object.
bundle_map	smallint	Endpoint number specified by mgEndpointNumber of the endpoint table. This field corresponds to the ds0BundleMapped object.
ds0_ifType	smallint	DS0 interface type. •1 = Unknown •63 = CCS signaling •81 = Bearer This field corresponds to the ds0IfType object.
variant_name	char (64)	Index of the channel associated signaling (CAS) variant table. This field corresponds to the ds0CasVariantName object.
cadence_ontime	smallint	Duration (milliseconds) of the generated digit tone. Range is 2-9999. Default value is 75. This field corresponds to the ds0CasCadenceOnTime object.
cadence_offtime	smallint	Duration (milliseconds) of silence between the digit tones. Range is 2-9999. Default value is 75. This field corresponds to the ds0CasCadenceOffTime object.
inst_local_cas	smallint	Object to indicates whether or not to force the CAS bits to a value defined by the ds0LocalCasPattern object. This field corresponds to the ds0InsertLocalCas object.
local_cas_patn	smallint	Pattern of the CAS bits (ABCD) when the ds0InsertLocalCas object is enabled. This field corresponds to the ds0LocalCasPattern object.
lpbk_command	smallint	Loopback type at the ds0 level. The ds0 configuration overrides the line level configuration. This field corresponds to the ds0LoopbackCommand object.
input_gain	smallint	Amount of gain inserted at the receiver side of a ds0 channel, defined in dB (decibel) units. Default value is 0 dB. This field corresponds to the ds0InputGain object.
output_attenu	smallint	Amount of attenuation inserted at the transmit side of a ds0 channel, defined in dB (decibel) units. This field corresponds to the ds0OutputAttenuation object.
music_thresh	smallint	Music on hold threshold, defined in decibels per milliwatt (dBm). This field corresponds to the ds0MusicThreshold object.
sid_packet	smallint	Object to specify whether or not the silence indication detection (SID) packet should be generated when silence suppression is in active mode. This field corresponds to the ds0SidPacket object.
reserved	integer	Reserved for future use.

VISM Endpoints

Table 2-112 contains information about VISM endpoints. This data is contained in the vism_endpt table of the stratacom database.

Table 2-112 vism_endpt 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
endpoint	smallint	Endpoint ID known by the network element, in the range 1-240. This field corresponds to the mgEndpointNumber object.
line	smallint	Line ID. This field corresponds to the mgEndointLineNumber object.
name	char (64)	Endpoint known by the media gateway controller (MGC). This field corresponds to the mgEndpointName object.
state	smallint	State of the endpoint. •1 = End point active •2 = End point failed •3 = End point degraded •15 = Upper level alarm
channel_map	integer	Channel map. Positions of 1-bits indicate channels used by the endpoint. This field corresponds to the mgEndpointChannelMap object.
reserved	integer	Reserved for future use.

VISM Media Gateway Domain Name

Table 2-114 contains information about the VISM domain name. This data is contained in the mg_dname table of the stratacom database.

Table 2-113 mg_dname 

Column Name	Data Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
index	smallint	Index to this table. Only 11 entries are used. This object corresponds to the mgDomainNameIndex object.
name	char 64	Domain name of MGCs, tftp server, external DNS server, or announcement server. This object corresponds to the mgDomainName object.
dns_res_type	smallint	DNS resolution to be applied for a particular domain name. This object corresponds to the mgDnsResolutionType object.
reserved	integer	Reserved for future use.

VISM HDLC

Table 2-114 contains information about high level data link control (HDLC) on the VISM card. This data is contained in the vism_hdlc table of the stratacom database.

Table 2-114 vism_hdlc 

Column Name	Data Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
hdlc_num	smallint	Logical index of the table, in the range 1-248. This field corresponds to the vismHdlcChanNum object.
max_frame_size	smallint	Maximum frame size that is allowed on the HDLC channel. Default value is 264. This field corresponds to the vismHdlcMaxFrameSize object.
reserved	integer	Reserved for future use.

VISM LAPD

Table 2-115 contains information about the link access procedure on the D channel (LAPD) of the VISM card. This data is contained in the vism_lapd table of the stratacom database.

Table 2-115 vism_lapd 

Column Name	Data Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
lapd_num	smallint	Logical index of the table, in the range 1-248. This field corresponds to the vismLapdIndex object.
app_type	smallint	Type of LAPD interface. •1 = pri (default) •2 = gr-303 This field corresponds to the vismLapdAppType object.
win_size	smallint	Maximum number of sequential I-frames that are outstanding. Range is 1-127. This field corresponds to the vismLapdWinSize object.
n200_retrans	smallint	Maximum number of frame retransmissions. Range is 1-10. Default value is 3. This field corresponds to the vismLapdN200 object.
t200_timeout	integer	Maximum time (milliseconds) to wait for acknowledgement for a transmit frame. Range is 100-1023000ms. Default for PRI is 10000 ms. This field corresponds to the vismLapdT200 object.
t203_timeout	integer	Maximum time (milliseconds) allowed without frames being exchanged. Range is 1000-1023000ms. Default for PRI is 10000 ms. This field corresponds to the vismLapdT203 object.
lapd_type	smallint	Type of LAPD interface. •1 = ccit •3 = att5EssPRA •4 = att4Ess •6 = ntDMS100PRA •7 = vn2or3 •8 = insNet •9 = tr6MPC •10 = tr6PBX •12 = ausp •13 = ni1 •14 = etsi •15 = bc303TMC •16 = bc303CSC •17 = ntDMS250 •18 = bellcore •19 = ni2 (default) This field corresponds to the vismLapdType object.
lapd_side	smallint	Object to specify whether or not LAPD stack is on the user side or the network side. This field corresponds to the vismLapdSide object.
lapd_trunk_type	smallint	Object to indicate whether or not the line is configured for trunking or PRI backhaul. This field corresponds to the vismLapdTrunkType object.
reserved	integer	Reserved for future use.

VISM LAPD Trunks

Table 2-115 contains attributes of an LAPD trunk connection between two VISMs to transport PRI D channel information. This data is contained in the lapd_trunk table of the stratacom database.

Table 2-116 lapd_trunk 

Column Name	Data Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
line	smallint	Line number.
lapd_trk_state	smallint	Lapd trunk state. This object corresponds to the vismLapdTrunkState object.
rudp_index	smallint	Index to the vismRudpSessionCnfTable. This object corresponds to the vismLapdTrunkRudpIndex object.
reserved	integer	Reserved for future use.

VISM Lines

Table 2-118 contains information about the VISM line configurations. This data is contained in the vism_line table of the stratacom database.

Table 2-117 vism_line 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
line	smallint	Line number.
ecan_enable	smallint	Value to enable or disable the echo cancellation feature. This object corresponds to the vismEcanEnabled object.
ecan_tail	smallint	Maximum echo cancellation tail in milliseconds (ms). This object corresponds to the vismEcanTail object.
ecan_rec	smallint	Residual echo control (REC) which instructs the canceller how to treat any echo that remains after cancellation. This object corresponds to the vismEcanREC object.
comprs_vad	smallint	Value to enable or disable voice activity detection (VAD) on the compression digital signal processors (DSPs). This object corresponds to the vismCompCnfVAD object.
signal_type	smallint	Type of signaling used for the line. This object corresponds to the vismSignalingType object.
dchan_bitmap	integer	CCS signaling channels or DS0s (also referred to as D-channel). This object corresponds to the vismCcsChannels object.
trk_cond_enable	smallint	Object to determine whether or not trunk conditioning should be enabled or disabled on the line. This object corresponds to the vismTrunkConditionEnable object.
circuit_id_desp	char 64	Identifier of a T1/E1 line. This object corresponds to the vismDsx1CircuitIdentifier object.
tx_digit_order	smallint	Order in which ANI and DNIs are dialed out from the (outgoing) interface. This object corresponds to the vismDsx1TxDigitOrder object.
tone_plan_region	char 64	Tone plan region for the DS1 line. This object corresponds to the vismDsx1TonePlanRegion object.
tone_plan_version	smallint	Tone plan version for DS1 line. This object corresponds to the vismDsx1TonePlanVersion object.
ring_to	smallint	Time in seconds for which the ringing cadence is generated toward the PBX unless interrupted. This object corresponds to the vismDsx1RingingTO object.
ring_back_to	smallint	Time in seconds for which the local ring back tone (towards the TDM) is generated unless interrupted. This object corresponds to the vismDsx1RingBackTO object.
busy_to	smallint	Time in seconds for which the busy tone is generated unless interrupted. This object corresponds to the vismDsx1BusyTO object.
reorder_to	smallint	Time in seconds for which the reorder/fast busy tone is generated unless interrupted. This object corresponds to the vismDsx1ReorderTO object.
dial_to	smallint	Time in seconds for which the dial tone is generated unless interrupted. This object corresponds to the vismDsx1DialTO object.
stutter_dial_to	smallint	Time in seconds for which the stutter dial tone/confirmation dial tone is generated unless interrupted. This object corresponds to the vismDsx1StutterDialTO object.
off_hook_alert_to	smallint	Time in seconds for which the off-hook alert tone is generated unless interrupted. This object corresponds to the vismDsx1OffHookAlertTO object.
remote_ringback	integer	Remote ring back method on endpoints on this DS1. This object corresponds to the vismDsx1RemoteRingback object.
midcall_tpart	integer	Partial dial timing in seconds. The object is used along with a digit map as the inter-digit timer. This object corresponds to the vismDsx1MidcallTpart object.
midcall_tcrit	integer	Critical timing in seconds. This object corresponds to the vismDsx1MidcallTcrit object.
reserved	integer	Reserved for future use.

VISM MGC Group

Table 2-118 contains information about the VISM media gateway controller group. This data is contained in the mgc_grp table of the stratacom database.

Table 2-118 mgc_grp 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
mgcg_num	smallint	Media gateway controller (MGC) group number. A group can contain more than one MGC. This object corresponds to the mgcRedundancyGrpNum object.
mgc_num	smallint	Individual media gateway controller index. This object corresponds to the mgcNumber object.
mgcg_pref	smallint	Object to configure primary and secondary groups. This object corresponds to the mgcRedundancyGrpPref object.
mgcg_act_state	smallint	MGC within an MGC redundancy group that is currently active or controlling the gateway. This object corresponds to the mgcRedundancyGrpActState object.
reserved	integer	Reserved for future use.

VISM Media Gateway Protocol

Table 2-118 contains information about the VISM media gateway supported protocol table. This data is contained in the mg_sup_prtcl table of the stratacom database.

Table 2-119 mg_sup_prtcl 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
protocol	smallint	Protocol index. This field maps to mgProtocolNumber.
name	char (64)	Name of the control protocol and its revision supported by the call gateway. This field maps to mgProtocolName.
reserved	integer	Reserved for future use.

VISM MGC

Table 2-120 contains information about VISM media gateway controllers (MGCs). This data is contained in the vism_mgc table of the stratacom database.

Table 2-120 vism_mgc 

Column Name	Type	Comment
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
controller	smallint	Individual media gateway controller index. This field corresponds to the mgcNumber object.
name	char (64)	Name of the media gateway controller. This field corresponds to the mgcName object.
assoc_state	smallint	State of the association between the media gateway and the media gateway controller. •1 = mgcUnassociated •2 = mgcAssociated •3 = mgcAssociatedCommLoss This field corresponds to the mgcAssociationState object.
assoc_state_ctrl	smallint	Control of the association state. •1 = mgcUnassociate •2 = mgcAssociate This field corresponds to the mgcAssociationStateControl object.
reserved	integer	Reserved for future use.

VISM MGCG Parameters

Table 2-120 contains information about VISM media gateway controller (MGC) redundancy group parameters. This data is contained in the mgcg_param table of the stratacom database.

Table 2-121 mgcg_param 

Column Name	Type	Comment
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
mgcg_num	smallint	Media gateway controller (MGC) group number. A group can contain more than one MGCs. This object corresponds to the mgcRedundancyGrpNum object.
assoc_state	smallint	State of the association between the Media Gateway and the Media Gateway Controller. The mgcAssociationState object is deprecated.
assoc_state_ctrl	smallint	Control of the association state, as represented by mgcAssociationState object. The mgcAssociationStateControl is deprecated.
mgcg_priority	smallint	Priority of the MGC group. This object corresponds to the mgcRedundancyGrpPriority object.
reserved	integer	Reserved for future use.

VISM MGCG Protocol

Table 2-120 contains information about VISM media gateway controller (MGC) redundancy group protocol. This data is contained in the mgcg_protocol table of the stratacom database.

Table 2-122 mgcg_protocol 

Column Name	Type	Comment
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
mgcg_num	smallint	Media gateway controller (MGC) group number. This object corresponds to the mgcRedundancyGrpNum object.
prtcl_num	smallint	Media gateway protocol number. This object corresponds to the mgProtocolNumber object.
reserved	integer	Reserved for future use.

VISM MGC Resolution

Table 2-123 contains information about VISM media gateway controller resolution. This data is contained in the mgc_res table of the stratacom database.

Table 2-123 mgc_res 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
index	smallint	Name assigned to the IP address for each of the MGCs. This field maps to mgcResolutionIndex.
name	char (64)	Entity name (MGC or Notified) of the address to be resolved. This field maps to mgcResolutionName.
ipaddr	integer	IP address of the entity. This field maps to mgcResolutionIpAddress.
comm_state	smallint	Value to indicate that the address is applied for communications with a system of the same name. •1 = csActive •2 = csInactive This field maps to mgcResolutionCommState.
preference	integer	Value to optionally configure primaries and secondaries. This field maps to mgcResolutionPreference.
dns_res_flag	smallint	Flag to indicate whether an entry is internal or external. This field maps to the mgcDnsResolutionFlag object.
reserved	integer	Reserved for future use.

VISM MGCP

Table 2-124 contains information about VISM media gateway controller protocol (MGCP). This data is contained in the vism_mgcp table of the stratacom database.

Table 2-124 vism_mgcp

Column Name	Type	Comment
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
controller	smallint	Media gateway controller number. This field corresponds to the mgcNumber object.
protocol	smallint	Protocol, reflecting the mgProtocolNumber from the mgSupported table. This field corresponds to the mgProtocolNumber object.
reserved	integer	Reserved for future use.

VISM Profiles

Table 2-124 contains information about VISM AAL2 configurations. This data is contained in the vism_profile table of the stratacom database.

Table 2-125 vism_profile 

Column Name	Type	Comment
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
prf_type	smallint	First index into this table. This object corresponds to the aal2ProfileType object.
prf_num	smallint	Second index into this table. This object corresponds to the aal2ProfileNumber object.
preference	smallint	Object to configure the preferences the profiles. This object corresponds to the aal2ProfilePreference object.
voice_codec	smallint	Codes to be used in this profile. This object corresponds to the aal2ProfileVoiceCodec object.
voice_pkt_period	smallint	Packetization period (in milliseconds) for a given codec. This object corresponds to the aal2ProfileVoicePktPeriod object.
voice_vad	smallint	Object to define whether or not the voice activity detection (VAD) should be applied when the current profile is chosen. This object corresponds to the aal2ProfileVoiceVAD object.
vbd_codec	smallint	Voice band data (VBD) codecs to be used when upspeed occurs. This object corresponds to the aal2ProfileVBDCodec object.
vbd_pkt_period	smallint	Object to configure the packetization period in milliseconds for a given VBD codec. This object corresponds to the aal2ProfileVBDPktPeriod object.
reserved	integer	Reserved for future use.

VISM Session Group

Table 2-126 contains information about the VISM session group. This data is contained in the session_group table of the stratacom database.

Table 2-126 session_group 

Column Name	Data Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
group_num	smallint	Index for vismSessionGrpEntry table, in the range 1-16. This field corresponds to the vismSessionGrpNum object.
set_num	smallint	Session set number for which this session group belongs. This field maps to the vismSessionGrpSetNum object.
group_state	smallint	State of the session group. •1 = Idle •2 = OOS •3 = IS This field maps to the vismSessionGrpState object.
curr_session	smallint	Current session that is active from MGC in this session group. This field maps to the vismSessionGrpCurrSession object.
total_sessions	smallint	Total number of sessions that are added to this group. This field maps to the vismSessionGrpTotalSessions object.
switch_fail	smallint	Count of failed attempts to switch between sessions in this group. This field maps to the vismSessionGrpSwitchFails object.
switch_success	smallint	Count of successful attempts to switch between sessions in this group. This field maps to the vismSessionGrpSwitchSuccesses object.
mgc_name	char (64)	Name of the media gateway controller. This field maps to the vismSessionGrpMgcName object.
reserved	integer	Reserved for future use.

VISM Session Set

Table 2-127 contains information about the VISM session set. This data is contained in the session_set table of the stratacom database.

Table 2-127 session_set 

Column Name	Data Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
set_num	smallint	Logical index of this table, in the range 1-8. This field maps to the vismSessionSetNum object.
set_state	smallint	State of the session set. •1 = Idle (default) •2 = OOS •3 = Active-is •4 = Standby-is •5 = Full-is This field maps to the vismSessionSetState object.
total_groups	smallint	Number of session groups that are added to a session set. This field maps to the vismSessionSetTotalGrps object.
active_group	smallint	Current active group number. This field maps to the vismSessionSetActiveGrp object.
switch_fail	smallint	Count of failed attempts to switch between session groups in this set. This field maps to the vismSessionSetSwitchFails object.
switch_success	smallint	Count of successful attempts to switch between session groups in this set. This field maps to the vismSessionSetSwitchSuccesses object.
fault_tolerant	smallint	Value to indicate whether or not the set configuration is fault tolerant. This field maps to the vismSessionSetFaultTolerant object.
reserved	integer	Reserved for future use.

VISM SRCP PEER

Table 2-128 contains information about VISM Simple Resource Coordination Protocol (SRCP) peer table. This data is contained in the srcp_peer table of the stratacom database.

Table 2-128 srcp_peer 

Column Name	Type	Comment
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
peerid	smallint	SRCP peer index ID.
name	char (64)	Name of the SRCP peer.
peerport	integer	Value to configure the UDP port of the SRCP peer. Default is 2048.
hb_interval	integer	Length of the heartbeat interval, measured in milliseconds. If the value is 0, heartbeat for this peer is not monitored.
time_since_hb	integer	Time (in milliseconds) since the last heartbeat was received.
max_pdu_size	integer	Maximum PDU size in octets.
reserved	integer	Reserved for future use.

VISM SRCP PEER Parameters

Table 2-128 contains information about VISM Simple Resource Coordination Protocol (SRCP) peer parameters. This data is contained in the srcp_param table of the stratacom database.

Table 2-129 srcp_param 

Column Name	Type	Comment
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
mgcg_num	smallint	Media gateway controller (MGC) redundancy group number. This object corresponds to the mgcRedundancyGrpNum object.
hb_interval	integer	Object to configure the length of the heartbeat interval, in milliseconds. This object corresponds to the srcpPeerGrpHeartbeatInterval object.
time_since_hb	integer	Time since the last heartbeat was received, in milliseconds. This object corresponds to the rcpPeerGrpTimeSinceHeartbeat object.
max_pdu_size	integer	Object to configure the maximum UDP PDU size, in octets. This object corresponds to the srcpPeerGrpMaxPduSize object.
reserved	integer	Reserved for future use.

VISM Tone Plan

Table 2-128 contains information about different tone plans. This data is contained in the tone_plan table of the stratacom database.

Table 2-130 tone_plan 

Column Name	Type	Comment
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
index	smallint	Index to this table. This object corresponds to the tonePlanIndex object.
entry_status	smallint	Status of this entry. This object corresponds to the tonePlanEntryStatus object.
provision_flag	smallint	Provisioning flag for this entry. The object is set to builtIn if this entry contains predefined tone plan configuration information from internal firmware code. The object is set to unused if this entry has been configured with tone plan configuration information that has been downloaded from the PXM. This object corresponds to the tonePlanProvisionFlag object.
region_name	char 64	Region (or country) for which this tone plan is defined. This object corresponds to the tonePlanRegionName object.
version_num	integer	Version number for a tone plan in a region. This object corresponds to the tonePlanVersionNumber object.
file_name	char 32	Name of a valid file stored on the TFTP server which contains the tone definitions. This object corresponds to the tonePlanFileName object.
reserved	integer	Reserved for future use.

VISM Templates

Table 2-124 contains information about VISM Codec template configurations. This data is contained in the vism_template table of the stratacom database.

Table 2-131 vism_template 

Column Name	Type	Comment
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
template_num	smallint	Index for the CodecTemplate table. This object corresponds with the vismCodecTemplateNum object.
codec_supported	smallint	Bit map of Codecs supported in this template. This object corresponds with the vismCodecSupported object.
max_chan_cnt	smallint	Maximum number of channels supported for this template. This object corresponds with the vismCodecTemplateMaxChanCount object.
reserved	integer	Reserved for future use.

VISM XGCP Peers

Table 2-132 contains information about VISM extended gateway control protocol (XGCP) peers. This data is contained in the xgcp_peer table of the stratacom database.

Table 2-132 xgcp_peer 

Column Name	Type	Description
network_id	smallint	Network ID.
node_id	integer	Node ID.
shelf	integer	Shelf number.
slot	smallint	Slot number.
controller	smallint	Media gateway controller (MGC) number. Range is 1-65535.
protocol	smallint	MGC protocol number. Range is 1-65535.
port	integer	UDP port of the peer used by the XGCP protocol. Range is 1025-65535. The default is 2427.
reserved	integer	Reserved for future use.

Virtual Path Ranges

Table 2-133 contains information about virtual path (VP) ranges (MGX 8220, MGX 8230, MGX 8250, or MGX 8850 Release 1 only). This data is contained in the vprange table of the stratacom database.

Table 2-133 vprange 

Column Name	Data Type	Description
network_id	smallint	CWM network ID.
node_id	integer	CWM node ID.
slot	smallint	Slot number.
rangenum	smallint	Range number.
port	smallint	Port number.
min_vpi	integer	Minimum virtual path indicator (VPI) value.
max_vpi	integer	Maximum VPI value.

Voice Channels

Table 2-134 contains information about the voice channels. This data is contained in the voice_channel table of the stratacom database.

Table 2-134 voice_channel 

Column Name	Data Type	Description
chnl_obj_id	integer	Voice channel object ID.
l_node_id	integer	CWM node ID.
1_slot	smallint	Slot number.
l_line	smallint	Port number.
l_chnl	smallint	Channel number.
per_util	smallint	Percent utilization, in the range 0-100.
cos	smallint	Class of Service.
eia	smallint	EIA rate, in the range 0-20.
dfm_len	smallint	DFM length. Values are 0, 1, 7, 8, and 16.
chnl_info	smallint	Data channel information. •Bit 0: DFM flag –0 = Off –1= On •Bits 1-2: Clocking –0 = Normal –1= Split –2 = Looped •Bit 3: DTE –0 = DCE –1 = DTE •Bit 4: DS0A, UCS –0 = Reset –1 = Set •Bit5: OCU –0 = Reset –1 = Set •Bits 6-7: Spares
input_loss	smallint	Input loss.
output_loss	smallint	Output loss.
onhook_ab	smallint	Onhook AB: •Bits 0 and 1: Dial type –0 = Inband –1 = Pulse –2 = User dial •Bits 2-4: Onhook B –0 = 0 –1 = 1 –2 = Do not care –3 = Unknown –4 = Not used •Bits 5-7: Onhook A –0 = 0 –1 = 1 –2 = Do not care –3 = Unknown –4 = Not used
onhook_cd	smallint	Onhook CD. •Bit 0: Signal extracted •Bit 1: Signal injected •Bits 2-4: Onhook D –0 = 0 –1 = 1 –2 = Do not care –3 = Unknown –4 = Not used •Bits 5-7: Onhook C –0 = 0 –1 = 1 –2 = Do not care –3 = Unknown –4 = Not used
chnl_type	smallint	Channel type.
cndt_crtr_indx	smallint	Conditioning criterion index.
tx_ab_sgnl	smallint	Transmit AB signaling. This field applies to transmit and receive XY signals. •Bits 0-1: Spares •Bits 2-4: Tx/Rcv Y signaling –0 = sig. bit is 0 –1 = sig. bit is 1 –2 = tx sig. bit transparently –3 = does not tx sig. bit –4 = Reverse/Inverse sig. bit •Bits 5-7: Tx/Rcv X signaling
tx_cd_sgnl	smallint	Transmit CD signaling. This field applies to transmit and receive XY signals. •Bits 0-1: Spares •Bits 2-4: Tx/Rcv Y signaling –0 = sig. bit is 0 –1 = sig. bit is 1 –2 = tx sig. bit transparently –3 = does not tx sig. bit –4 = Reverse/Inverse sig. bit •Bits 5-7: Tx/Rcv X signaling
rcv_ab_sgnl	smallint	Receive AB signaling. This field applies to transmit and receive XY signals. •Bits 0-1: Spares •Bits 2-4: Tx/Rcv Y signaling –0 = sig. bit is 0 –1 = sig. bit is 1 –2 = tx sig. bit transparently –3 = does not tx sig. bit –4 = Reverse/Inverse sig. bit •Bits 5-7: Tx/Rcv X signaling
rcv_cd_sgnl	smallint	Receive CB signaling. This field applies to transmit and receive XY signals. •Bits 0-1: Spares •Bits 2-4: Tx/Rcv Y signaling –0 = sig. bit is 0 –1 = sig. bit is 1 –2 = tx sig. bit transparently –3 = does not tx sig. bit –4 = Reverse/Inverse sig. bit •Bits 5-7: Tx/Rcv X signaling
sgnl_intgr_time	smallint	Signaling integration time (ms).
min_wink	integer	Minimum wink, in the range 100-300 ms.
playout_delay	smallint	Playout delay, in the range 120-200.
iec	smallint	IEC parameters. •Bit 0: Spare •Bit 1: Background filter –0 = Disabled –1 = Enabled •Bit 2: Backcard prefer –0 = Disabled –1 = Enabled •Bit 3: Tone disabler –0 = Disabled –1 = Enabled •Bit 4: Echo return loss –0 = Low –1 = High •Bit 5: Conv. –0 = Disabled –1 = Enabled •Bit 6: Non-linear process –0 = Disabled –1 = Enabled •Bit 7: Echo cancel –0 = Disabled –1 =1 Enabled

XLMI

Table 2-135 contains information about the extended Local Management Interface (XLMI) signaling protocol. XLMI allows AutoRoute (AR) networks and Private Network-to-Network Interface (PNNI) networks to communicate.

This protocol exchanges the IP address and ifName of the peers across the AR and PNNI network. CWM accesses the BPX to obtain the IP address of the MGX 8850 Release 2 peer for topology discovery.

This data is contained in the xlmi table of the stratacom database.

Table 2-135 xlmi 

Column Name	Type	Description
l_node_id	integer	Local end node ID assigned by CWM.
l_slot	smallint	Local end slot number.
l_line	smallint	Local end line number.
l_port	smallint	Local end port number.
r_node_id	integer	Remote end node ID assigned by CWM.
r_bay	smallint	Remote end bay number.
r_slot	smallint	Remote end slot number.
r_line	smallint	Remote end line number.
r_port	smallint	Remote end port number.
active	smallint	Connection status. •1 = Active •2 = Failed
status	smallint	Alarm status. •0 = Clear •1 = Minor •2 = Major

XPVC

Table 2-136 contains information about extended permanent virtual connections (XPVCs). These end-to-end connections span across multiple networks supporting AR and PNNI protocols.

This data is contained in the xpvc table of the stratacom database.

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Note Unless otherwise noted, the information in this table also applies to extended permanent virtual paths (XPVPs).

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Table 2-136 xpvc 

Column Name	Type	Description
xpvc_id	serial	Unique XPVC ID that is generated by Informix when a new row is added to the table.
num_segs	smallint	Number of segments. The maximum is 3, and the minimum is 2.
status	integer	Connection status. •1 = Clear •2 = Fail •3 = Down •4 = Incomplete •5 = Unknown •6 = Pending
conn_type	smallint	End-to-end connection type. •1 = FR •2 = ATM-FR •3 = ATM •4 = Data—Not supported for XPVCs. •5 = Voice—Not supported for XPVCs. •6 = CE—Not supported for XPVCs. •7 = ATM-CE—Not supported for XPVCs. •8 = RPM •9 = ATM-RPM •10 = RPM-FR •11 = VISM-ATM—Not supported for XPVCs. Note For an incomplete connection, this value is equal to 0. See the termination column for the exact endpoint type.
service_type	smallint	Service type. •1 = FR •2 = VBR •3 = CBR •4 = Unknown •5 = ABR •6 = FR-FS •7 = CE—Not supported for XPVCs. •8 = ATM-FR-VBR3 •9 = ATM-FR-ABR-FS •10 = UBR •11 = VBR1 •12 = VBR2 •13 = VBR3 •14 = ABR1 •15 = ABR-FS •16 = UBR1 •17 = UBR2 •18 = VOICE—Not supported for XPVCs. •19 = DATA—Not supported for XPVCs. •20 = ATM-VBR1-rt •21 = ATM-VBR2-rt •22 = ATM-VBR3-rt •23 = ATM-FR-CBR1 •24 = ATM-FR_VBR2 •25 = ATM-FR-VBR2-rt •26 = ATM-FR-VBR3-rt •27 = ATM-FR-UBR1
service_type (cont.)	smallint	•28 = ATM-FR-UBR2 •41 = ATM-ATFST •42 = ATM-ATFTFST •43 = ATM-ATFXFST •44 = ATM-FR-ATFST •45 = ATM-FR-ATFTFST—Not supported for XPVCs. •46 = ATM-FR-ATFXFST—Not supported for XPVCs. •47 = ATM-FR-ABR1—Not supported for XPVCs.
vp_conn_flag	smallint	Type of virtual path (VP) connection. •0 = Virtual channel (VC) connection •1 = VP connection
l_node_id	integer	Local node ID.
l_slot	smallint	Local slot number.
l_port	smallint	Local port number.
l_line	smallint	Local line number.
l_subchnl_1	smallint	Local subchannel 1.
l_subchnl_2	integer	Local subchannel 2.
r_node_ID	integer	Remote node ID.
r_slot	smallint	Remote slot number.
r_line	smallint	Remote line number.
r_port	smallint	Remote port number.
r_subchnl_1	smallint	Remote subchannel 1.
r_subchn1_2	Integer	Remote subchannel 2.
secondary_state	integer	Local secondary state. •Bits 1-2: Local Abit –0 = Unknown –1 = OK –2 = Fail •Bits 3-4: Local AIS –0 = Unknown –1 = OK –2 = Fail •Bits 5-6: Local OAM –0 = Unknown –1 = OK –2 = Fail •Bits 7-8: Local conditioned –0 = Unknown –1 = OK –2 = Fail •Bits 9-10: Remote Abit –0 = Unknown –1 = OK –2 = Fail •Bits 11-12: Remote AIS –0 = Unknown –1 = OK –2 = Fail •Bits 13-14: Remote OAM –0 = Unknown –1 = OK –2 = Fail •Bits 15-16: Remote conditioned –0 = Unknown –1 = OK –2 = Fail Note These values are not all applicable on a PVC.
l_end_nni	smallint	Local end NNI port indicator. •-1 = Unknown port type •0 = Non NNI port type •1 = NNI port type •2 = XLMI port
r_end_nni	smallint	Remote end NNI port indicator. •-1 = Unknown port type •0 = Non NNI port type •1 = NNI port type •2 = XLMI port
l1_parent_status	smallint	Copy of the xpvc_segment table column l_parent_status for the xpvc with the same xpvc_id and segment #1.
l2_parent_status	smallint	Copy of the xpvc_segment table column l_parent_status for the xpvc with the same xpvc_id and segment #2.
l3_parent_status	smallint	Copy of the xpvc_segment table column l_parent_status for the xpvc with the same xpvc_id and segment #3. If the l_parent_status is not valid, this value is set to 0.
r1_parent_status	smallint	Copy of the xpvc_segment table column r_parent_status for the xpvc with the same xpvc_id and segment #1.
r2_parent_status	smallint	Copy of the xpvc_segment table column r_parent_status for the xpvc with the same xpvc_id and segment #2.
r3_parent_status	smallint	Copy of the xpvc_segment table column r_parent_status for the xpvc with the same xpvc_id and segment #3. If the r_parent_status is not valid, this value is set to 0.
l_endpoint_type	smallint	Endpoint type of the xpvc local endpoint. This object is a copy of the xpvc_segment l_endpoint_type for segment #1.
r_endpoint_type	smallint	Endpoint type of the xpvc remote endpoint. This object is a copy of the xpvc_segment r_endpoint_type for segment #3.

XPVC Danglers

Table 2-137 contains information about the XPVC dangling segments.

A dangling segment is an XPVC segment that has been discovered by CWM but which is not part of an end-to-end XPVC.

Since CWN cannot automatically join discovered XPVC segments, these segments remain dangling. Dangling segments, like incomplete connections or incomplete XPVCs, can only be deleted. They cannot be modified.

These segments are usually the result of operations performed via switch CLI on an individual XPVC segment. XPVCs must be configured through CWM or the Service Agent only.

The data in this section is contained in the xpvc_dangler table of the stratacom database.

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Note Unless otherwise noted, the information in this table also applies to extended permanent virtual paths (XPVPs).

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Table 2-137 xpvc_dangler 

Column Name	Type	Description
dxpvc_id	integer	Unique index of the xpvc_dangler table.
vpc_conn_flag	smallint	Connection type. •0 = Virtual channel (VC) connection •1 = Virtual path (VP) connection
l_node_id	integer	XPVC dangler segment local node ID.
l_slot	smallint	XPVC dangler segment local slot number.
l_line	smallint	XPVC dangler segment local line.
l_port	smallint	XPVC dangler segment local port.
l_subchnl_1	smallint	XPVC dangler segment local subchannel 1.
l_subchnl_2	integer	XPVC dangler segment local subchannel 2.
l_endpt_type	smallint	Local endpoint type. •0 = RPM •1 = FR •2 = ATM •3 = VOICE •4 = DATA •6 = CESM •7 = VISM This value is the same as l_endpt_type field in the user_connection table.
r_node_id	integer	XPVC dangler segment remote node ID.
r_slot	smallint	XPVC dangler segment remote slot number.
r_line	smallint	XPVC dangler segment remote line.
r_port	smallint	XPVC dangler segment remote port.
r_subhcnl_1	smallint	XPVC dangler segment remote subchannel 1.
r_subchnl_2	integer	XPVC dangler segment remote subchannel 2.
r_endpt_type	smallint	Remote endpoint type. •0 = RPM •1 = FR •2 = ATM •3 = VOICE •4 = DATA •6 = CESM •7 = VISM This value is the same as the r_endpt_type field in the user_connection table.

XPVC Preferred Connections

Table 2-138 contains information about the XPVC preferred information. This data is contained in the xpvc_preferred table of the stratacom database.

Table 2-138 xpvc_preferred 

Column Name	Type	Description
node_name	char (32)	Routing node name.
primary_nodename	char (32)	Primary XPVC preferred node name.
primary_slot	smallint	Slot number of the primary XPVC preferred node.
primary_port	smallint	Port number of the primary XPVC preferred node.
secondary_nodename	char (32)	Secondary XPVC preferred node name. This field is reserved for future use.
secondary_slot	smallint	Slot number of the secondary XPVC preferred node. This field is reserved for future use.
secondary_port	smallint	Port number of the secondary XPVC preferred node. This field is reserved for future use.
preferred	smallint	Preferred status of the node. •0 = Not preferred •1 = Preferred Setting this object is the equivalent of checking the XPVC Preferred Flag check box within the XPVC Preferred Table Configuration application. Note The xpvc_preferred table is not used unless this field is set to 1.
active	smallint	State of the preferred node. •0 = Inactive •1 = Active

XPVC Segments

Table 2-139 contains information about the XPVC segments. This data is contained in the xpvc_segment table of the stratacom database.

Table 2-139 xpvc_segment 

Column Name	Type	Comment
xpvc_id	integer	XPVC ID.
segment_order	smallint	XPVC segment order. Starting at 0, this order uniquely identifies the segment in the XPVC. For example, three segments exists: PVC master end, SPVC, and PVC slave end. Beginning at the master end, the local PVC has segment order 0, SPVC has order 1, and the remote PVC has order 2.
in_network	smallint	Value to indicate whether or not the XPVC segment is added successfully to the network. This value is set when the corresponding entry in the user_connection table and all of its in_seg_tbl flags are set to 1.
l_endpt_type	smallint	Local endpoint type. •0 = RPM •1 = FR •2 = ATM •3 = VOICE •4 = DATA •6 = CESM •7 = VISM This value is the same as the l_endpt_type field in the user_connection table.
l_node_id	integer	XPVC segment local node ID.
l_slot	smallint	XPVC segment local slot number.
l_line	smallint	XPVC segment local line.
l_port	smallint	XPVC segment local port.
l_subchnl_1	smallint	XPVC segment local subchannel 1.
l_subchnl_2	smallint	XPVC segment local subchannel 2.
l_parent_status	smallint	Status of the local parent node. •0 = OK •1 = Fail This object is the same as the l_parent_status field in the user_connection table.
r_endpt_type	smallint	Remote endpoint type. •0 = RPM •1 = FR •2 = ATM •3 = VOICE •4 = DATA •6 = CESM •7 = VISM This value is the same as r_endpt_type field in the user_connection table.
r_node_id	integer	XPVC segment remote node ID.
r_slot	smallint	XPVC segment remote slot number.
r_line	smallint	XPVC segment remote line.
r_port	smallint	XPVC segment remote port.
r_subhcnl_1	smallint	XPVC segment remote subchannel 1.
r_subchnl_2	integer	XPVC segment remote subchannel 2.
r_parent_status	smallint	Status of the remote parent node. •0 = OK •1 = Fail This object is the same as the r_parent_status in the user_connection table.
p_xlmi_l_node_id	integer	Primary XLMI link local node ID.
p_xlmi_l_slot	smallint	Primary XLMI link local slot number.
p_xlmi_l_port	smallint	Primary XLMI link local port.
p_xlmi_r_node_id	integer	Primary XLMI link remote node ID.
p_xlmi_r_slot	smallint	Primary XLMI link remote slot number.
p_xlmi_r_port	smallint	Primary XLMI link remote port.
s_xlmi_l_node_id	integer	Secondary XLMI link local node ID.
s_xlmi_l_slot	smallint	Secondary XLMI link local slot number.
s_xlmi_l_port	smallint	Secondary XLMI link local port.
s_xlmi_r_node_id	integer	Secondary XLMI link remote node ID.
s_xlmi_r_slot	smallint	Secondary XLMI link remote slot number.
s_xlmi_r_port	smallint	Secondary XLMI link remote port.