Bulk Statistics File Format

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Updated:November 2, 2007

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Bulk Statistics File Format

Table Of Contents

Bulk Statistics File Format

Mapping Statistics to the Data Tables

Collection Process

IGX, BPX, MGX 8220, MGX 8230, MGX 8250, and MGX 8850 PXM1-Based Files

File Name

File Format

AXSM, AXSM-E, AXSM-XG, FRSM12, PXM1E, and SRM-E Files

File Types

File Names

File Formats

AXSM, AXSM-E, FRSM-12, PXM1E, and SRM-E Formats

AXSM-XG and PNNI

AXSM, AXSM-E, and FRSM-12 Key Formats

PXM1E Key Formats

SRM-E Key Formats

AUSM, CESM, FRSM Statistics Formats

BPX-SES Statistics File Formats

Object Subtype to Key List

Bulk Statistics File Format

This appendix describes the formats of the statistics files collected from the nodes. These formats are necessary for users who parse the statistics files using an Operational Support System (OSS). The following topics are included:

•Mapping Statistics to the Data Tables

•Collection Process

•IGX, BPX, MGX 8220, MGX 8230, MGX 8250, and MGX 8850 PXM1-Based Files

•AXSM, AXSM-E, AXSM-XG, FRSM12, PXM1E, and SRM-E Files

•AUSM, CESM, FRSM Statistics Formats

•AUSM, CESM, FRSM Statistics

•Object Subtype to Key List

Mapping Statistics to the Data Tables

You can parse the statistics using the statsdb or stratacom database. Table F-1 provides the tables in the stratacom and statsdb databases for each statistic object type and subobject type.

Table F-1 Mapping Statistics to the Database Tables

Statistics Type

Object ID, Subobject ID

stratacom

statsdb

Voice Connection

0, 0

connection_data

voice_conn_data

Data Connection

0, 1

connection_data

data_conn_data

Frame Relay Connection

0, 2

connection_data

fr_conn_data

FastPAD Voice Connection

0, 3

fpd_conn_data

fpv_conn_data

FastPAD Switched Voice Connection

0, 4

fpd_conn_data

fpsv_conn_data

FastPAD Data Connection

0, 5

fpd_conn_data

fpd_conn_data

FastPad Frame Relay Connection

0, 6

fpd_conn_data

fpfr_conn_data

ASI Connection

0, 7

connection_data

atm_conn_data

MGX ATM Connection

0, 8

connection_data

axisfr_conn_data

MGX ATM Connection

0, 9

connection_data

axisatm_conn_data

CE Connection

0, 10

connection_data

axisce_conn_data

Broadband Connection

0, 11

connection_data

bb_conn_data

AXSM ATM Connection

0, 12

axsm_conn_data

axsm_conn_data

AXSME ATM Connection

0, 13

axsme_conn_data

axsme_conn_data

PXM1E Connection

0,14

pxm1e_conn_data

pxm1e_conn_data

FRSM12 Connection

0,15

frsm12_conn_data

frsm12_conn_data

AXSM-XG Connection

0,16

axsmxg_conn_data

xg_conn_data

T1 Service Line

1, 0

circuit_ln_data

t1_line_data

E1/J1 Service Line

1, 1

circuit_ln_data

e1j1_line_data

ASI Line

1, 2

asi_ln_data

asi_line_data

MGX T1/E1 Service Line

1, 3

circuit_ln_data

axist1_line_data

MGX ATM Service Line

1, 4

circuit_ln_data

axisatm_line_data

MGX T3/E3 Service Line

1, 6

circuit_ln_data

axist3_line_data

SONET Service Line

1, 10

circuit_ln_data

sonet_line_data

AXSM Service Line

1, 11

mgx3_ln_data

axsm_line_data

AXSM-E Service Line

1, 12

mgx3_ln_data

axsme_line_data

PXM1E Service Line

1, 13

mgx3_ln_data

pxm1e_line_data

AXSM-XG Service Line

1, 15

axsmxg_ln_data

xg_line_data

AXSM-XG DS3 Service Line

1, 16

axsmxg_ds3_ln_data

xg_line_ds3_data

Narrowband Trunk

2, 0

packet_ln_data

narrow_trk_data

IPX ATM

2, 1

packet_ln_data

ipxatm_trk_data

BPX ATM

2, 2

packet_ln_data

bpxatm_trk_data

MGX Narrowband Trunk

2, 3

packet_ln_data

axisnb_trk_data

MGX ATM

2, 4

packet_ln_data

axisatm_trk_data

SONET Trunk

2, 5

packet_ln_data

sonet_trk_data

FTC Trunk

2, 6

packet_ln_data

ftc_trk_data

IGX ATM

2, 7

packet_ln_data

igxatm_trk_data

Frame Relay Port

3, 0

frp_data

fr_port_data

ASI Port

3, 1

asi_port_data

asi_port_data

FastPAD Port

3, 2

ftc_port_data

ftc_port_data

MGX Frame Relay Port

3, 3

frp_data

axisfr_port_data

MGX ATM Port

3, 4

ausm_port_data

atm_port_data

Voice Port

3, 5

frp_data

voice_port_data

Broadband Interface

3, 8

ausm_port_data

bb_port_data

AXSM Port

3, 9

mgx3_port_data

axsm_port_data

ASI Virtual Port

3, 10

asi_port_data

asi_vport_data

AXSM-E Port

3, 11

mgx3_port_data

axsme_port_data

PXM1E Port

3, 12

mgx3_port_data

pxm1e_port_data

Domino Port

3, 13

mgx3_port_data

frsm12_port_data

AXSM-XG ATM Port

3, 14

axsmxg_port_data

xg_port_data

AXSM Card

4, 0

mgx3_cd_data

axsm_card_data

AXSM-E IMA Group

5, 0

ima_group_data

ima_group_data

AXSM-E IMA Link

5, 1

ima_link_data

ima_link_data

PXM1E IMA Group

5, 2

ima_group_data

ima_group_data

PXM1E IMA Link

5, 3

ima_link_data

ima_link_data

AXSM-XG STS Path

6, 0

axsmxg_path_data

xg_path_data

AXSM-XG DS3 Path

6, 1

axsmxg_path_data

xg_ds3path_data

PNNI Nodal Level

7, 0

pnni_nodal_data

pnni_nodal_data

PNNI Port Level

7, 1

pnni_pn_port_data

pnni_port_data

Physical Line T1

11, 0

phy_ln_data

phyt1_line_data

Physical Line E1

11, 1

phy_ln_data

phye1_line_data

Physical Line T3/E3/OC3

11, 2

phy_ln_data

phyt3_line_data

AXSM-E Physical Line T1/E1

11, 3

mgx3_pl_data

axsmet1e1_pl_data

AXSM-E Physical Line T3/E3

11, 4

mgx3_pl_data

axsmet3e3_pl_data

AXSM-E Physical Line SONET

11, 5

mgx3_pl_data

axsmesonet_pl_data

FRSM12 Physical Line T3

11, 6

mgx3_pl_data

frsm12t3_pl_data

FRSM12 Physical Line E3

11, 7

mgx3_pl_data

frsm12e3_pl_data

PXM1E Physical Line T3

11, 8

mgx3_pl_data

pxm1et3_pl_data

PXM1E Physical Line E3

11, 9

mgx3_pl_data

pxm1ee3_pl_data

PXM1E Physical Line SONET

11, 10

mgx3_pl_data

pxm1esonet_pl_data

PXM1E Physical Line T1/E1

11, 11

mgx3_pl_data

pxm1et1e1_pl_data

AXSM-XG Physical Line SONET

11, 12

axsmxg_pl_data

xg_pl_data

Collection Process

Cisco WAN Manager (CWM) uses Trivial File Transfer Protocol (TFTP) to collect the statistics files from the following nodes:

•Cisco IGX

•Cisco BPX

•Cisco MGX 8220

•Cisco MGX 8230

•Cisco MGX 8250

•Cisco MGX 8850 PXM1-based

For the following nodes, the collection server uses File Transfer Protocol (FTP) to obtain the statistics files:

•Cisco MGX 8830

•Cisco MGX 8850 PXM1E and PXM45-based

•Cisco MGX 8950

CWM issues a get request, and the node responds by transmitting the statistics via FTP or TFTP, in bulk, to a statistics collection file into the /usr/users/svplus/spool directory.

Once the transfer is complete, the file is moved to the /svplus/incoming/<coll svr> directory. From the incoming /<coll svr> directory, the file is read by a parser. After being parsed to the database, the file is transferred to the purge directory. This directory is selected through the Stats DB Host Configuration Dialog in SCM GUI.

In the /svplus/spool and /svplus/incoming/<coll svr> directories, the file has a transient existence from 1-5 minutes. The file is stored in the /svplus/purge directory (or any other directory selected for the purged files) for a period of time that the user selects from the Stats DB Configuration Dialog in SCMGUI (typically three days).

Note For more information about SCM GUI, refer to the Cisco WAN Manager User's Guide Release 12.

IGX, BPX, MGX 8220, MGX 8230, MGX 8250, and MGX 8850 PXM1-Based Files

This section provides the file name convention and structure for the statistics files collected from the following nodes:

•Cisco IGX

•Cisco BPX

•Cisco MGX 8220

•Cisco MGX 8230

•Cisco MGX 8250

•Cisco MGX 8850 PXM1-based

File Name

Each statistics collection file received from a node is uniquely identified in CWM using the following file name format:

<node>.<timestamp in GMT[mmddyyyyHHMM]>-<parsermethod[0]>

Syntax

Description

node

Name of the node from which the statistics are collected.

mmddyyyyHHMM

Date and time in GMT that the statistics are collected.

parsermethod[0]

Parsing method. For the nodes in this group, this value is 0.

Note The file formats in CWM differ from those on the nodes. CWM appends the <node> and <parsermethod> to each of the files received from the nodes.

File Format

The format of the statistics collection file is shown in Table F-2. This file consists of a fixed-length header and a sequential string of statistics identified by their object type, subtype, and statistic type.

Table F-2 IGX, BPX, MGX 8220, MGX 8230, MGX 8250, and MGX 8850 PXM1-Based File Formats

Field Description

Field Size

Fixed Header Section

Domain number of node

1 byte

Node number

1 byte

Release number (for example, 725a for Release 7.2.5.a)

4 bytes

Node Type

1 byte

Status byte (for example, used for switch over)

2 bytes

Peak flag (1 = enabled, 0 = disabled)

1 byte

Bucket interval

1 byte

Number of object types

1 byte

Data Dependent Section

Object type identifier

1 byte

Number of object subtypes

1 byte

Object subtype identifier

1 byte

Number of instances of Key

2 bytes

Key instance

variable length¹

Stat type count

1 byte

Stat type

1 byte

Number of buckets

1 byte

Stat value (reverse chronological order)

4 bytes

Peak value (1st bucket = file time stamp)

4 bytes

Repeat Stat type, Stat value, and Peak value for number of buckets

n bytes

Repeat Stat type count

n bytes

Repeat number of instances of Key

n bytes

Repeat Object Sub-type identifier section

n bytes

Repeat Object type section

n bytes

¹Key instance field size is based on the object subtype. For the keying information, see Table F-16.

The keying information for the statistics in this sections is listed in Table F-16.

Example F-1 shows a read-binary statistics file from a BPX (parsing method 0).

Example F-1 BPX Statistics File
Reading Binary Statistics File: tballbpx.042520020900-0
Domain Number: 1
Node Number: 2
Release Number: 934N
Node Type: 1
Status Byte: 4
Peak Flag: 0
Bucket Interval: 15
Number of Objects: 3
--------------------------------------------------
--------------------------------------------------
ObjectID: 0
Number of SubObjects: 1
        --------------------------------------------------
SubObjectID: 7  NumKeys: 15
Key 1 = 1       Key 2 = 2       Key 3 = 15      Key 4 = 1117
StatCount: 6
        StatType: 29
        NumBuckets: 1
                StatValue: 0.000000             StatType: 30
        NumBuckets: 1
                StatValue: 0.000000             StatType: 31
NumBuckets: 1

NumBuckets: 1
                StatValue: 0.000000             StatType: 32
        NumBuckets: 1
                StatValue: 0.000000             StatType: 38
        NumBuckets: 1
                StatValue: 0.000000             StatType: 41
        NumBuckets: 1
                StatValue: 0.000000     Key 1 = 1       Key 2 = 2       Key 3 =
15      Key 4 = 384
StatCount: 6
        StatType: 29
        NumBuckets: 1
                StatValue: 0.000000             StatType: 30
        NumBuckets: 1
                StatValue: 0.000000             StatType: 31
        NumBuckets: 1
                StatValue: 0.000000             StatType: 32
        NumBuckets: 1
                StatValue: 0.000000             StatType: 38
        NumBuckets: 1
                StatValue: 0.000000             StatType: 41
        NumBuckets: 1
                StatValue: 0.000000     Key 1 = 1       Key 2 = 6       Key 3 =
51      Key 4 = 342
StatCount: 6
StatType: 29
        NumBuckets: 1
                StatValue: 0.000000             StatType: 30
        NumBuckets: 1
                StatValue: 0.000000             StatType: 31
        NumBuckets: 1
                StatValue: 0.000000             StatType: 32
        NumBuckets: 1
                StatValue: 0.000000             StatType: 38
        NumBuckets: 1
                StatValue: 0.000000             StatType: 41
        NumBuckets: 1
                StatValue: 0.000000     Key 1 = 1       Key 2 = 2       Key 3 =
15      Key 4 = 399
AXSM, AXSM-E, AXSM-XG, FRSM12, PXM1E, and SRM-E Files

This section contains the file formats for the following service modules:

•AXSM, AXSM-E, AXSM-XG

•FRSM12

•PXM1E

•SRM-E

File Types

The following types of statistics files are applicable to the service modules in this section:

•General Statistics (GEN)—This file contains the following types of statistics:

–Line

–Trunk

–Port

–Card

–IMA group and IMA link

•Connection Statistics (CON)—This file contains statistics for SPVC and PVC connections.

•PNNI Statistics (PNS)—This file contains PNNI network statistics.

For PXM1E cards, if connection, line, and PNNI connection statistics are selected, then all three files are collected. Different collection periods can occur for PNS files and old PXM1E statistics files.

Also, the PXM1E uses two statistics parsers. One parser is used for collecting statistics that are specific to the PXM1E card. The other parser is used to collect statistics that are specific to the node.

For PXM45 cards collecting PNNI statistics, only the PNNI file is collected.

File Names

Each statistic file type uses the following file naming conventions:

•General statistics: <ShelfNum>-<SlotNum>-<GEN>-<DayMonthYearHrMin>

•Connection statistics: <ShelfNum>-<SlotNum>-<CON>-<DayMonthYearHrMin>

•PNNI network statistics: <ShelfNum>-<SlotNum>-<PNS>-<DayMonthYearHrMin>

Table F-3 describes each field in the file names.

Table F-3 File Name Fields

Field Name

Field Length (number of characters)

Description

ShelfNum

1

Shelf number in the network.

SlotNum

2

Slot number within a shelf.

File Type

3

File type.

•GEN = general statistics

•CON = connection statistics

•PNS = PNNI networking statistics

Day

2

Day of the month.

Month

2

Month of the year.

Year

4

Year.

Hr

2

Hour of the day in GMT. Valid range is 1-24.

Min

2

Minute of the day in GMT.

File Formats

This section contains the file formats for each of the service modules.

AXSM, AXSM-E, FRSM-12, PXM1E, and SRM-E Formats

The file name format for the statistics files of the AXSM, AXSM-E, FRSM12, and PXM1E cards is

<node>-<shelf>-<slot>-Gen/Con-<timestamp in GMT>-<parsermethod>

Syntax

Description

node

Name of the node from which the statistics are collected.

shelf

Shelf number of the card.

slot

Slot number of the card.

timestamp in GMT

Date and time in GMT that the statistics are collected.

parsermethod

Parsing method, either 2 or 4, depending on the card.

•2 = AXSM, AXSM-E, and FRSM12 files

•4 = PXM1E files

The statistics file format for the SRM-E card is

<node>-<shelf>-<PXM slot(1/7)>-S07/S15/S31-<timestamp in GMT>-<parsermethod[5]>

Syntax

Description

node

Name of the node from which the statistics are collected.

shelf

Shelf number of the card.

PXM slot (1/7)

Slot number of the PXM card.

•1 = MGX 8830

•7 = MGX 8850 (PXM1E)

S07/S15/S31

SRM-E slot number.

•S07 = MGX 8830

•S15, S31 = MGX 8850 (PXM1E)

timestamp in GMT

Date and time in GMT that the statistics are collected.

parsermethod[5]

Parsing method. The parsing method is 5 for SRM-E cards.

Table F-4 provides the format of the AXSM, AXSM-E, FRSM-12, PXM1E, and SRM-E statistics files.

Table F-4 AXSM, AXSM-E, FRSM12, PXM1E, and SRM-E Statistics File Format

Field Description

Field Size

Fixed Header Section

File version

1 byte

Bucket interval

1 byte

Peak interval

1 byte

Spare

3 bytes

Data Dependent Section

Stat type count

2 bytes

Object type

1 byte Record header

Subobject type

1 byte

Key

8 bytes

Stat type

2 bytes

Stat value

5 bytes Stat data

Peak value

5 bytes

Repeat Stat data for Stat type count

n times

Repeat Record header

n times

The keying information for these statistics in this sections is listed in Table F-16.

Example F-2 shows an AXSM general statistics read-binary file (parsing method 2).

Example F-2 AXSM General Statistics File
Reading Binary Statistics File: mgx885012-1-05-Gen-042620022215
 Parsing begins here .........
 FileVersion : 1
 BucketInterval : 15
 PeakInterval : 1
 ****************************************************
 Stats Data Record Header 1
 Object : 3 , SubObject : 0
 StatCount : 22
 Key List Values :
 Shelf = 1  Slot = 5  Iftype = 1  Bay = 1  Line = 1
 ***************************************************
 Stat Type : 0  Stat Value = 0  Peak Value = 0
 Stat Type : 1  Stat Value = 0  Peak Value = 0
 Stat Type : 2  Stat Value = 0  Peak Value = 0
 Stat Type : 3  Stat Value = 0  Peak Value = 0
 Stat Type : 4  Stat Value = 0  Peak Value = 0
Stat Type : 6  Stat Value = 0  Peak Value = 0
 Stat Type : 7  Stat Value = 0  Peak Value = 0
 Stat Type : 8  Stat Value = 0  Peak Value = 0
 Stat Type : 9  Stat Value = 0  Peak Value = 0
 Stat Type : 10  Stat Value = 0  Peak Value = 0
 Stat Type : 11  Stat Value = 0  Peak Value = 0
 Stat Type : 12  Stat Value = 0  Peak Value = 0
 Stat Type : 13  Stat Value = 0  Peak Value = 0
 Stat Type : 14  Stat Value = 0  Peak Value = 0
 Stat Type : 15  Stat Value = 1100  Peak Value = 75
****************************************************
 Stats Data Record Header 2
 Object : 3 , SubObject : 0
 StatCount : 22
 Key List Values :
 Shelf = 1  Slot = 5  Iftype = 1  Bay = 1  Line = 2
 ***************************************************
 Stat Type : 0  Stat Value = 0  Peak Value = 0
 Stat Type : 1  Stat Value = 0  Peak Value = 0
 Stat Type : 2  Stat Value = 0  Peak Value = 0
 Stat Type : 3  Stat Value = 0  Peak Value = 0
 Stat Type : 4  Stat Value = 0  Peak Value = 0
AXSM-XG and PNNI

The file name format for the AXSM-XG files is

<node>-<shelf>-<slot>-Gen/Atm-<timestamp in GMT>-<parsermethod [6]>

The file name format for the PNNI statistics files is

<node>-<shelf>-<slot>-PNS-<timestamp in GMT>-<parsermethod [6]>

Syntax

Description

node

Name of the node from which the statistics are collected.

shelf

Shelf number of the card.

slot

Slot number of the card.

Gen/Atm

PNS

Type of statistics files.

timestamp in GMT

Date and time in GMT that the statistics are collected.

parsermethod[6]

Parsing method is 6 for AXSM-XG and PNNI files.

Table F-5 describes the fields.

Table F-5 Fields Contained in the AXSM-XG and PNNI Files

Field

Field Length (bytes)

File Version

1

Parser version.Value is 2.

File Length

4

Total file size in uncompressed form including the checksum value. Unit is in bytes.

Card Stats Data Length

4

Total data size for a single card. A single card data contains all object and its sub-object data belong to this card only.

Number of Objects

1

Number of objects for stats collection on a single card.

Each object represents an entity. For examples, connection, line, port, and IMA are different entities on a card.

Object Id

1

Identifier for this object.

Number of Sub-objects

1

Each entity has many types. Each subobject represents a type. For example, ATM connection type is one of the sub-objects for CONNECTION_OBJECT.

Sub-object Id

1

Identifier for this subobject.

Sub-object StatsData Length

4

Total data size for this subobject.

Number of Buckets

1

Number of bucket intervals.

Bucket Interval

2

Length of time in minutes for collecting a statistic value.

Peak Enable

1

Field to indicate if peak value is included in the file.

•0 = disabled

•1 = enabled

Peak Interval

2

Length of time in minutes for collecting a peak value. This value must be a factor of the corresponding bucket interval.

Stat Counter Size

1

Size of the counter. The size varies based on the subobject type.

Number of Stats

1

Number of counters for this subobject. Two statistic values might be collected for each counter. The first value represents the total data value for the entire interval. The second value represents the peak data value of a subinterval within this entire interval.

Stat Id List

1 * Number of Stat IDs

Sequence of statistics counter ID list that maps to the order of statistic/peak values listed for a key instance.

Number of Key Types

1

Each key Instance ID consists of several key types to describe an instant of a subobject. This field lists the number of key types used to describe a key instance ID.

List of Key Types

1 * Number of Key Types.

List of key types for a key instance ID.

List of Key Size for each Key Type.

1 *number of key types

List of key size for each key type.

Number of Key Instances

4

Number of instances for a subobject.

Key Instance Id

Total size of all key types for this Key Instance Id.

Identifier for an instant of a subobject.

Stat Value

stat counter size

Total data size for an entire interval.

Peak Value

stat counter size

Highest data size for a subinterval of the entire interval.

Status of Previous Card

1

Field to indicate if the file contains valid data for a card.

•0 = OK

•1 = Error

Checksum

4

Checksum value for the entire file, not including the checksum value itself. The algorithm used to compute the checksum is 1-byte wide addition with wrap-around ignored. This field should be used by the SCM to validate the integrity of the uploaded file.

AXSM, AXSM-E, and FRSM-12 Key Formats

This section contains the Key formats for AXSM, AXSM-E, and FRSM-12 cards.

The Key field is 8 bytes with two bit arrays of 32 bits each. This format is used for each instance of a subobject.

Key field 0 contains an unsigned 32 bit integer interface index. Table F-6 describes the bits associated with Key field 0 on the AXSM, AXSM-E, and FRSM-12 cards.

Table F-6 AXSM, AXSM-E, and FRSM-12 Key Field 0

Bit Position

Description

Bit 31-24

Shelf number. This value is always 1.

Bit 23-16

Slot number.

Bit 15-11

Interface types:

•0 = STATS_LINE_OBJ

•1 = STATS_IMA_OBJ

•2 = STATS_PIF_OBJ

•3 = STATS_LIF_OBJ

•4 = APS_ADJACENT_CARD_LINE

Note For the STATS_CARD_OBJ interface type, bits 15-0 are all zeros.

Bit 10-0

STATS_LINE_OBJ (line interface statistics)

•Bit 10-9 = Bay

•Bit 8-0 = Line number

STATS_IMA_OBJ (line interface statistics)

•Bit 10-9 = Bay

•Bit 8-0 = IMA group number

STATS_PIF_OBJ (line interface statistics)

•Bit 10-9 = Bay

•Bit 8-0 = ATM physical interface number

STATS_LIF_OBJ (port statistics)

•Bit 10-9 = Reserved

•Bit 8-0 = Logical interface number

STAT_CONNECTION_OBJ (connection statistics)

•Bit 10-0 = Logical interface number (port)

STATS_CARD_OBJ (card statistics)

•Bit 15-0 = All zeros

Key field 1 contains an unsigned 32 bit integer VPI/VCI.

Table F-7 describes the bits associated with Key field 1 on the AXSM, AXSM-E and FRSM-12 cards.

Table F-7 AXSM, AXSM-E, and FRSM-12 Key Field 1

Bit Position

Description

Bit 31-16

VPI number

Bit 15-0

VCI number

Key field 1 values depend on the following type of statistics listed in Table F-8.

Table F-8 Key 1 Values

Statistics Type

Key 1 Values

STATS_LINE_OBJ

All zeros

STATS_CONNECTION (connection statistics)

AXSM and AXSM-E cards:

•Bit 31-16 = VPI

•Bit 15-0 = VCI

FRSM-12 cards:

•Bit 31-0 = DLCI

STATS_IMA_OBJ

All zeros

STATS_PIF_OBJ (interface statistics)

All zeros

STATS_CARD_OBJ

All zeros

STATS_LIF_OBJ (port statistics)

All zeros

PXM1E Key Formats

This section contains the Key formats that are applicable to the PXM1E card on the Cisco MGX 8830 and Cisco MGX 8850 nodes.

Key field 0 contains an unsigned 32 bit integer interface index. Table F-9 describes the bits associated with Key field 0 for PXM1E cards.

Table F-9 PXM1E Key Field 0

Bit Position

Description

Bit 31-24

Shelf number. This value is always 1.

Bit 23-16

Logical slot (PXM1E) number.

Bit 15-11

PXM1E uplink slot.

Bit 10-8

Interface types.

•0 = STATS_LINE_OBJ

•1 = STATS_IMA_OBJ

•2 = STATS_PIF_OBJ

•3 = STATS_LIF_OBJ

Bit 7-0

STATS_LINE_OBJ (line interface statistics)

•Bit 7-6 = Bay

•Bit 5-0 = Line number

STATS_IMA_OBJ (line interface statistics)

•Bit 7-6 = Bay

•Bit 5-0 = IMA group number

STATS_PIF_OBJ (line interface statistics)

•Bit 7-6 = Bay

•Bit 5-0 = ATM Physical number

STATS_LIF_OBJ (port statistics)

•Bit 7-0 = Logical interface number

Key field 1 contains an unsigned 32 bit integer VPI/VCI. Table F-10 describes the bits associated with Key field 1 for PXM1E cards.

Table F-10 PXM1E Key Field 1

Bit Position

Description

Bit 31-16

VPI number

Bit 15-0

VCI number

SRM-E Key Formats

This section describes the Key formats that are applicable to the SRM-E card on the Cisco MGX 8830 and Cisco MGX 8850 (PXM1E).

Key field 0 contains an unsigned 32 bit integer interface index. Table F-11 describes the bits associated with Key field 0 on the SRM-E card.

Note The SRM-E card does not use Key field 1.

Table F-11 SRM-E Key Field 0

Bit Position

Description

Bit 31-24

Shelf number. This value is always 1.

Bit 23-16

Logical slot (SRM-E) number.

Bit 15-11

SRM-E uplink slot.

Bit 10-8

Physical interface types.

•1, 2, 3 = T3

•1 = OC-3

Bit 7

Line type.

•0 = Working line

•1 = Adjacent APS line

Bit 6-0

Distribution link number. If the SRM-E IF index is a physical interface, this value is zero.

Note For SRM-E cards, the bay number is 1.

AUSM, CESM, FRSM Statistics Formats

The Cisco MGX 8830, Cisco MGX 8850 PXM1E and PXM45-based platforms contain the following service modules:

•AUSM

•CESM

•FRSM

Note Although the AUSM, CESM, and FRSM cards are also supported on PXM1-based nodes, the formats are different.

The following format applies to statistics files from the AUSM, CESM, and FRSM service modules.

<node>.<timestamp in GMT[mmddyyyyHHMM]>-<parsermethod[3]>

Syntax

Description

node

Name of the node from which the statistics are collected.

mmddyyHHMM

Date and time in GMT that the statistics are collected.

parsermethod[3]

Parsing method. For the AUSM, FRSM, and CESM service modules, this value is 3.

Table F-12 provides the format of the AUSM, CESM, and FRSM service module statistics files.

Table F-12 AUSM, CESM, and FRSM Statistics File Format

Field Description

Field Size

Fixed Header Section

Domain number of node

1 byte

Node number

1 byte

Release number (for example, 725a for Release 7.2.5.a)

4 bytes

Node type (for example, 23 is the node type for Cisco MGX 8830)

1 byte

Status byte (for example, used for switch over)

2 bytes

Peak flag (1 = enabled, 0 = disabled)

1 byte

Bucket interval

1 byte

Data Dependent Section

Length of data block

4 bytes

Number of object types

1 byte

Object type identifier

1 byte

Number of subobject types

1 byte

Object subtype identifier

1 byte

Number of instances of key

2 bytes

Key instance

variable length¹

Stat type count

1 byte

Stat type

1 byte

Number of buckets

1 byte

Stat value (reverse chronological order)

4 bytes

Peak value (1st bucket = file time stamp)

4 bytes

Repeat Stat value and Peak value for number of buckets

n bytes

Repeat Object subtype identifier section

n bytes

Repeat Object type section

n bytes

Status of previous slot (0 = OK, 1 = Error)²

1 byte

Checksum

4 bytes

¹Key instance file size is based on the object subtype. For the keying information, see Table F-16.

²The Status of previous slot field validates the structure of the data block. For example, a missing field indicates an error. This field does not validate the data.

²The keying information for these statistics in this sections is listed in Table F-16.

²Example F-3 shows read-binary statistics file from a PXM1E with an AUSM, FRSM, or CESM card (parsing method 3).

Example F-3 AUSM, CESM, FRSM Statistics
NbsmReadbinary Reading Binary Statistics File: tball-pxm1e-3.042520021545-3
Domain Number: 1
Node Number: 1
Release Number: 0000
Node Type: 23
Status Byte: 0
Peak Flag: 0
Bucket Interval: 15
--------------------------------------------------
--------------------------------------------------
Length of Data Block: 22
Number of Objects: 1
        *************************
ObjectID: 0
Number of SubObjects: 1
        --------------------------------------------------
SubObjectID: 10 NumKeys: 1
Key 1 = 1       Key 2 = 35
StatCount: 2
		StatType: 71
        NumBuckets: 1
                StatValue: 0.000000             StatType: 72
        NumBuckets: 1
                StatValue: 614404.000000
Status of previous slot data = 0 (GOOD)
--------------------------------------------------
--------------------------------------------------
Length of Data Block: 320
Number of Objects: 3
        *************************
BPX-SES Statistics File Formats

The file name format for the BPX-SES statistics files is

<node>-<shelf>-<slot>-SP<resourcepartition#>-<timestamp in GMT>-<parsermethod[1]>

Syntax

Description

node

Name of the node from which the statistics are collected.

shelf

Shelf number.

slot

Slot number.

resourcepartition#

Resource partition number.

timestamp in GMT

Date and time in GMT that the statistics are collected.

parsemethod[1]

Parsing method value is equal to 1 for the BPX-SES.

Table F-13 provides the format of the BPX-SES statistics files.

Table F-13 BPX-SES Statistics File Format

Field Description

Field Size

Header

File version

1 byte

Bucket interval

1 byte

Peak interval

1 byte

Spare

3 bytes

Object

1 byte

Subobject

1 byte

Number of statistics counters

2 bytes

Statistic ID—File size is 2n where n = Number of statistics counters.

2 bytes

Record Header

Key

8 bytes

Statistic value

4 bytes

Statistic peak value

4 bytes

Example F-4 shows a BPX-SES read-binary statistics file (parsing method 1).

Example F-4 BPX-SES Statistics File
BxmSpvcReadbinary is Reading Binary Statistics File: BPX-C3-0-02-SP1-04242002234
5-1
 Parsing begins here .........
 FileVersion    : 2
 BucketInterval : 15
 PeakInterval   : 5
 Object         : 0
 SubObject      : 7
 StatCount      : 4
StatId : 29
StatId : 30
StatId : 31
StatId : 32
 ****************************************************
 Stats Data Record Header 1
 Key List Values :
 Shelf = 0  Slot = 2  Logical Interface = 3  Vpi = 0  Vci = 6747
 ***************************************************
 Stat Type : 29  Stat Value = 0  Peak Value = 0
 Stat Type : 30  Stat Value = 0  Peak Value = 0
Stat Type : 31  Stat Value = 0  Peak Value = 0
Stat Type : 32  Stat Value = 0  Peak Value = 0
****************************************************
 Stats Data Record Header 2
 Key List Values :
 Shelf = 0  Slot = 2  Logical Interface = 3  Vpi = 0  Vci = 6745
 ***************************************************
 Stat Type : 29  Stat Value = 0  Peak Value = 0
 Stat Type : 30  Stat Value = 0  Peak Value = 0
 Stat Type : 31  Stat Value = 0  Peak Value = 0
 Stat Type : 32  Stat Value = 0  Peak Value = 0
 ****************************************************
Key 0 is the interface index of the BXM. Table F-14 describes the bits associated with Key field 0 on the BXM card.

Table F-14 BXM Key Field 0

Bit Position

Description

Bit 31-24

Shelf number. This value is equal to 1.

Bit 23-16

Slot number.

Bit 15-9

Reserved.

Bit 8-0

Logical interface number.

Key field 1 is the connection ID. Table F-15 describes the bits associated with Key field 1 on the BXM card.

Table F-15 Key Field 1

Bit Position

Description

Bit 31-16

VPI number

Bit 15-0

VCI number

Object Subtype to Key List

Table F-16 depicts the keying information based upon object subtype.

Note Unless noted, the key field size in Table F-16 is one byte.

Table F-16 Object Subtype to Key List

Object Subtype

Key Field 1

Key Field 2

Key Field 3

Key Field 4

Key Field 5

Key Field 6

Voice Connection
(0, 0)

Slot

Line

Channel

Not applicable

Not applicable

Not applicable

Data Connection
(0, 1)

Slot

Line

Channel

Not applicable

Not applicable

Not applicable

Frame Relay Connection
(0, 2)

Slot

Channel

DCLI, 2 bytes

Not applicable

Not applicable

Not applicable

FastPAD Connection includes Voice (0, 3), Switched Voice (0, 4), and Data (0, 5)

Slot

Port

FP slot

FP Port

Not applicable

Not applicable

FastPAD Frame Relay
(0, 6)

Slot

Port

FP slot

FP port

FP DLCI, 2 bytes

Not applicable

ASI Connection
(0, 7)

Slot

Port

VPI, 2 bytes

VCI, 3 bytes

Not applicable

Not applicable

MGX Frame Relay
(0, 8)

Slot

LCN, 2 bytes

Not applicable

Not applicable

Not applicable

Not applicable

MGX ATM Connection
(0, 9)

Slot

LCN, 2 bytes

Not applicable

Not applicable

Not applicable

Not applicable

CE Connection
(0, 10)

Slot

LCN, 2 bytes

Not applicable

Not applicable

Not applicable

Not applicable

Broadband Connection
(0, 11)

Slot

LCN, 2 bytes

Not applicable

Not applicable

Not applicable

Not applicable

T1 (1, 0), E1/J1 (1, 1)

Line

—

Not applicable

Not applicable

Not applicable

Not applicable

ASI Line—Service Interface (1, 2)

Slot

Port

Not applicable

Not applicable

Not applicable

Not applicable

MGX T1/E1 (1, 3), T3/E3 (1, 6)—Service Interface

Slot

Line

Not applicable

Not applicable

Not applicable

Not applicable

MGX ATM—Service Interface (1, 4)

Slot

Line

Not applicable

Not applicable

Not applicable

Not applicable

SONET
(1, 10)

Slot

Line

Not applicable

Not applicable

Not applicable

Not applicable

Narrowband Trunk
(2, 0)

Line

N/A

Not applicable

Not applicable

Not applicable

Not applicable

IPX ATM Trunk
(2, 1)

Line

N/A

Not applicable

Not applicable

Not applicable

Not applicable

BPX, IGX ATM Trunk
(2, 2), (2, 7)

Line

N/A

Not applicable

Not applicable

Not applicable

Not applicable

MGX Narrowband Trunk
(2, 3)

Slot

Line

Not applicable

Not applicable

Not applicable

Not applicable

MGX ATM Trunk
(2, 4)

Slot

Line

Not applicable

Not applicable

Not applicable

Not applicable

SONET (MGX 8220)
(2, 5)

Slot

Line

Not applicable

Not applicable

Not applicable

Not applicable

FTC Trunk (FastPAD)
(2, 6)

Slot

Line

Not applicable

Not applicable

Not applicable

Not applicable

Frame Relay Port
(3, 0)

Slot

Logical Port

Not applicable

Not applicable

Not applicable

Not applicable

ASI Port
(3, 1)

Slot

Port

Not applicable

Not applicable

Not applicable

Not applicable

MGX Frame Relay Port
(3, 3)

Slot

Logical Port

Not applicable

Not applicable

Not applicable

Not applicable

MGX ATM Port
(3, 4)

Slot

Port

Not applicable

Not applicable

Not applicable

Not applicable

Voice Port
(3, 5)

Slot

Port

Not applicable

Not applicable

Not applicable

Not applicable

Broadband Interface
(3, 8)

Slot

Port

Not applicable

Not applicable

Not applicable

Not applicable

Physical Line T1, E1, T3/E3/OC3
(11, 0), (11, 1), (11, 2)

Slot

Port

Not applicable

Not applicable

Not applicable

Not applicable

Table F-1 Mapping Statistics to the Database Tables
Statistics Type	Object ID, Subobject ID	stratacom	statsdb
Voice Connection	0, 0	connection_data	voice_conn_data
Data Connection	0, 1	connection_data	data_conn_data
Frame Relay Connection	0, 2	connection_data	fr_conn_data
FastPAD Voice Connection	0, 3	fpd_conn_data	fpv_conn_data
FastPAD Switched Voice Connection	0, 4	fpd_conn_data	fpsv_conn_data
FastPAD Data Connection	0, 5	fpd_conn_data	fpd_conn_data
FastPad Frame Relay Connection	0, 6	fpd_conn_data	fpfr_conn_data
ASI Connection	0, 7	connection_data	atm_conn_data
MGX ATM Connection	0, 8	connection_data	axisfr_conn_data
MGX ATM Connection	0, 9	connection_data	axisatm_conn_data
CE Connection	0, 10	connection_data	axisce_conn_data
Broadband Connection	0, 11	connection_data	bb_conn_data
AXSM ATM Connection	0, 12	axsm_conn_data	axsm_conn_data
AXSME ATM Connection	0, 13	axsme_conn_data	axsme_conn_data
PXM1E Connection	0,14	pxm1e_conn_data	pxm1e_conn_data
FRSM12 Connection	0,15	frsm12_conn_data	frsm12_conn_data
AXSM-XG Connection	0,16	axsmxg_conn_data	xg_conn_data
T1 Service Line	1, 0	circuit_ln_data	t1_line_data
E1/J1 Service Line	1, 1	circuit_ln_data	e1j1_line_data
ASI Line	1, 2	asi_ln_data	asi_line_data
MGX T1/E1 Service Line	1, 3	circuit_ln_data	axist1_line_data
MGX ATM Service Line	1, 4	circuit_ln_data	axisatm_line_data
MGX T3/E3 Service Line	1, 6	circuit_ln_data	axist3_line_data
SONET Service Line	1, 10	circuit_ln_data	sonet_line_data
AXSM Service Line	1, 11	mgx3_ln_data	axsm_line_data
AXSM-E Service Line	1, 12	mgx3_ln_data	axsme_line_data
PXM1E Service Line	1, 13	mgx3_ln_data	pxm1e_line_data
AXSM-XG Service Line	1, 15	axsmxg_ln_data	xg_line_data
AXSM-XG DS3 Service Line	1, 16	axsmxg_ds3_ln_data	xg_line_ds3_data
Narrowband Trunk	2, 0	packet_ln_data	narrow_trk_data
IPX ATM	2, 1	packet_ln_data	ipxatm_trk_data
BPX ATM	2, 2	packet_ln_data	bpxatm_trk_data
MGX Narrowband Trunk	2, 3	packet_ln_data	axisnb_trk_data
MGX ATM	2, 4	packet_ln_data	axisatm_trk_data
SONET Trunk	2, 5	packet_ln_data	sonet_trk_data
FTC Trunk	2, 6	packet_ln_data	ftc_trk_data
IGX ATM	2, 7	packet_ln_data	igxatm_trk_data
Frame Relay Port	3, 0	frp_data	fr_port_data
ASI Port	3, 1	asi_port_data	asi_port_data
FastPAD Port	3, 2	ftc_port_data	ftc_port_data
MGX Frame Relay Port	3, 3	frp_data	axisfr_port_data
MGX ATM Port	3, 4	ausm_port_data	atm_port_data
Voice Port	3, 5	frp_data	voice_port_data
Broadband Interface	3, 8	ausm_port_data	bb_port_data
AXSM Port	3, 9	mgx3_port_data	axsm_port_data
ASI Virtual Port	3, 10	asi_port_data	asi_vport_data
AXSM-E Port	3, 11	mgx3_port_data	axsme_port_data
PXM1E Port	3, 12	mgx3_port_data	pxm1e_port_data
Domino Port	3, 13	mgx3_port_data	frsm12_port_data
AXSM-XG ATM Port	3, 14	axsmxg_port_data	xg_port_data
AXSM Card	4, 0	mgx3_cd_data	axsm_card_data
AXSM-E IMA Group	5, 0	ima_group_data	ima_group_data
AXSM-E IMA Link	5, 1	ima_link_data	ima_link_data
PXM1E IMA Group	5, 2	ima_group_data	ima_group_data
PXM1E IMA Link	5, 3	ima_link_data	ima_link_data
AXSM-XG STS Path	6, 0	axsmxg_path_data	xg_path_data
AXSM-XG DS3 Path	6, 1	axsmxg_path_data	xg_ds3path_data
PNNI Nodal Level	7, 0	pnni_nodal_data	pnni_nodal_data
PNNI Port Level	7, 1	pnni_pn_port_data	pnni_port_data
Physical Line T1	11, 0	phy_ln_data	phyt1_line_data
Physical Line E1	11, 1	phy_ln_data	phye1_line_data
Physical Line T3/E3/OC3	11, 2	phy_ln_data	phyt3_line_data
AXSM-E Physical Line T1/E1	11, 3	mgx3_pl_data	axsmet1e1_pl_data
AXSM-E Physical Line T3/E3	11, 4	mgx3_pl_data	axsmet3e3_pl_data
AXSM-E Physical Line SONET	11, 5	mgx3_pl_data	axsmesonet_pl_data
FRSM12 Physical Line T3	11, 6	mgx3_pl_data	frsm12t3_pl_data
FRSM12 Physical Line E3	11, 7	mgx3_pl_data	frsm12e3_pl_data
PXM1E Physical Line T3	11, 8	mgx3_pl_data	pxm1et3_pl_data
PXM1E Physical Line E3	11, 9	mgx3_pl_data	pxm1ee3_pl_data
PXM1E Physical Line SONET	11, 10	mgx3_pl_data	pxm1esonet_pl_data
PXM1E Physical Line T1/E1	11, 11	mgx3_pl_data	pxm1et1e1_pl_data
AXSM-XG Physical Line SONET	11, 12	axsmxg_pl_data	xg_pl_data

Syntax	Description
node	Name of the node from which the statistics are collected.
mmddyyyyHHMM	Date and time in GMT that the statistics are collected.
parsermethod[0]	Parsing method. For the nodes in this group, this value is 0.

Table F-2 IGX, BPX, MGX 8220, MGX 8230, MGX 8250, and MGX 8850 PXM1-Based File Formats
Field Description	Field Size
Fixed Header Section
Domain number of node	1 byte
Node number	1 byte
Release number (for example, 725a for Release 7.2.5.a)	4 bytes
Node Type	1 byte
Status byte (for example, used for switch over)	2 bytes
Peak flag (1 = enabled, 0 = disabled)	1 byte
Bucket interval	1 byte
Number of object types	1 byte
Data Dependent Section
Object type identifier	1 byte
Number of object subtypes	1 byte
Object subtype identifier	1 byte
Number of instances of Key	2 bytes
Key instance	variable length¹
Stat type count	1 byte
Stat type	1 byte
Number of buckets	1 byte
Stat value (reverse chronological order)	4 bytes
Peak value (1st bucket = file time stamp)	4 bytes
Repeat Stat type, Stat value, and Peak value for number of buckets	n bytes
Repeat Stat type count	n bytes
Repeat number of instances of Key	n bytes
Repeat Object Sub-type identifier section	n bytes
Repeat Object type section	n bytes

Table F-3 File Name Fields
Field Name	Field Length (number of characters)	Description
ShelfNum	1	Shelf number in the network.
SlotNum	2	Slot number within a shelf.
File Type	3	File type. •GEN = general statistics •CON = connection statistics •PNS = PNNI networking statistics
Day	2	Day of the month.
Month	2	Month of the year.
Year	4	Year.
Hr	2	Hour of the day in GMT. Valid range is 1-24.
Min	2	Minute of the day in GMT.

Syntax	Description
node	Name of the node from which the statistics are collected.
shelf	Shelf number of the card.
slot	Slot number of the card.
timestamp in GMT	Date and time in GMT that the statistics are collected.
parsermethod	Parsing method, either 2 or 4, depending on the card. •2 = AXSM, AXSM-E, and FRSM12 files •4 = PXM1E files

Syntax	Description
node	Name of the node from which the statistics are collected.
shelf	Shelf number of the card.
PXM slot (1/7)	Slot number of the PXM card. •1 = MGX 8830 •7 = MGX 8850 (PXM1E)
S07/S15/S31	SRM-E slot number. •S07 = MGX 8830 •S15, S31 = MGX 8850 (PXM1E)
timestamp in GMT	Date and time in GMT that the statistics are collected.
parsermethod[5]	Parsing method. The parsing method is 5 for SRM-E cards.

Table F-4 AXSM, AXSM-E, FRSM12, PXM1E, and SRM-E Statistics File Format
Field Description	Field Size
Fixed Header Section
File version	1 byte
Bucket interval	1 byte
Peak interval	1 byte
Spare	3 bytes
Data Dependent Section
Stat type count	2 bytes
Object type	1 byte Record header
Subobject type	1 byte
Key	8 bytes
Stat type	2 bytes
Stat value	5 bytes Stat data
Peak value	5 bytes
Repeat Stat data for Stat type count	n times
Repeat Record header	n times

Syntax	Description
node	Name of the node from which the statistics are collected.
shelf	Shelf number of the card.
slot	Slot number of the card.
Gen/Atm PNS	Type of statistics files.
timestamp in GMT	Date and time in GMT that the statistics are collected.
parsermethod[6]	Parsing method is 6 for AXSM-XG and PNNI files.

Table F-5 Fields Contained in the AXSM-XG and PNNI Files
Field	Field Length (bytes)
File Version	1	Parser version.Value is 2.
File Length	4	Total file size in uncompressed form including the checksum value. Unit is in bytes.
Card Stats Data Length	4	Total data size for a single card. A single card data contains all object and its sub-object data belong to this card only.
Number of Objects	1	Number of objects for stats collection on a single card. Each object represents an entity. For examples, connection, line, port, and IMA are different entities on a card.
Object Id	1	Identifier for this object.
Number of Sub-objects	1	Each entity has many types. Each subobject represents a type. For example, ATM connection type is one of the sub-objects for CONNECTION_OBJECT.
Sub-object Id	1	Identifier for this subobject.
Sub-object StatsData Length	4	Total data size for this subobject.
Number of Buckets	1	Number of bucket intervals.
Bucket Interval	2	Length of time in minutes for collecting a statistic value.
Peak Enable	1	Field to indicate if peak value is included in the file. •0 = disabled •1 = enabled
Peak Interval	2	Length of time in minutes for collecting a peak value. This value must be a factor of the corresponding bucket interval.
Stat Counter Size	1	Size of the counter. The size varies based on the subobject type.
Number of Stats	1	Number of counters for this subobject. Two statistic values might be collected for each counter. The first value represents the total data value for the entire interval. The second value represents the peak data value of a subinterval within this entire interval.
Stat Id List	1 * Number of Stat IDs	Sequence of statistics counter ID list that maps to the order of statistic/peak values listed for a key instance.
Number of Key Types	1	Each key Instance ID consists of several key types to describe an instant of a subobject. This field lists the number of key types used to describe a key instance ID.
List of Key Types	1 * Number of Key Types.	List of key types for a key instance ID.
List of Key Size for each Key Type.	1 *number of key types	List of key size for each key type.
Number of Key Instances	4	Number of instances for a subobject.
Key Instance Id	Total size of all key types for this Key Instance Id.	Identifier for an instant of a subobject.
Stat Value	stat counter size	Total data size for an entire interval.
Peak Value	stat counter size	Highest data size for a subinterval of the entire interval.
Status of Previous Card	1	Field to indicate if the file contains valid data for a card. •0 = OK •1 = Error
Checksum	4	Checksum value for the entire file, not including the checksum value itself. The algorithm used to compute the checksum is 1-byte wide addition with wrap-around ignored. This field should be used by the SCM to validate the integrity of the uploaded file.

Table F-6 AXSM, AXSM-E, and FRSM-12 Key Field 0
Bit Position	Description
Bit 31-24	Shelf number. This value is always 1.
Bit 23-16	Slot number.
Bit 15-11	Interface types: •0 = STATS_LINE_OBJ •1 = STATS_IMA_OBJ •2 = STATS_PIF_OBJ •3 = STATS_LIF_OBJ •4 = APS_ADJACENT_CARD_LINE Note For the STATS_CARD_OBJ interface type, bits 15-0 are all zeros.
Bit 10-0	STATS_LINE_OBJ (line interface statistics) •Bit 10-9 = Bay •Bit 8-0 = Line number STATS_IMA_OBJ (line interface statistics) •Bit 10-9 = Bay •Bit 8-0 = IMA group number STATS_PIF_OBJ (line interface statistics) •Bit 10-9 = Bay •Bit 8-0 = ATM physical interface number STATS_LIF_OBJ (port statistics) •Bit 10-9 = Reserved •Bit 8-0 = Logical interface number STAT_CONNECTION_OBJ (connection statistics) •Bit 10-0 = Logical interface number (port) STATS_CARD_OBJ (card statistics) •Bit 15-0 = All zeros

Table F-7 AXSM, AXSM-E, and FRSM-12 Key Field 1
Bit Position	Description
Bit 31-16	VPI number
Bit 15-0	VCI number

Table F-8 Key 1 Values
Statistics Type	Key 1 Values
STATS_LINE_OBJ	All zeros
STATS_CONNECTION (connection statistics)	AXSM and AXSM-E cards: •Bit 31-16 = VPI •Bit 15-0 = VCI FRSM-12 cards: •Bit 31-0 = DLCI
STATS_IMA_OBJ	All zeros
STATS_PIF_OBJ (interface statistics)	All zeros
STATS_CARD_OBJ	All zeros
STATS_LIF_OBJ (port statistics)	All zeros

Table F-9 PXM1E Key Field 0
Bit Position	Description
Bit 31-24	Shelf number. This value is always 1.
Bit 23-16	Logical slot (PXM1E) number.
Bit 15-11	PXM1E uplink slot.
Bit 10-8	Interface types. •0 = STATS_LINE_OBJ •1 = STATS_IMA_OBJ •2 = STATS_PIF_OBJ •3 = STATS_LIF_OBJ
Bit 7-0	STATS_LINE_OBJ (line interface statistics) •Bit 7-6 = Bay •Bit 5-0 = Line number STATS_IMA_OBJ (line interface statistics) •Bit 7-6 = Bay •Bit 5-0 = IMA group number STATS_PIF_OBJ (line interface statistics) •Bit 7-6 = Bay •Bit 5-0 = ATM Physical number STATS_LIF_OBJ (port statistics) •Bit 7-0 = Logical interface number

Table F-10 PXM1E Key Field 1
Bit Position	Description
Bit 31-16	VPI number
Bit 15-0	VCI number

Table F-11 SRM-E Key Field 0
Bit Position	Description
Bit 31-24	Shelf number. This value is always 1.
Bit 23-16	Logical slot (SRM-E) number.
Bit 15-11	SRM-E uplink slot.
Bit 10-8	Physical interface types. •1, 2, 3 = T3 •1 = OC-3
Bit 7	Line type. •0 = Working line •1 = Adjacent APS line
Bit 6-0	Distribution link number. If the SRM-E IF index is a physical interface, this value is zero.

Syntax	Description
node	Name of the node from which the statistics are collected.
mmddyyHHMM	Date and time in GMT that the statistics are collected.
parsermethod[3]	Parsing method. For the AUSM, FRSM, and CESM service modules, this value is 3.

Table F-12 AUSM, CESM, and FRSM Statistics File Format
Field Description	Field Size
Fixed Header Section
Domain number of node	1 byte
Node number	1 byte
Release number (for example, 725a for Release 7.2.5.a)	4 bytes
Node type (for example, 23 is the node type for Cisco MGX 8830)	1 byte
Status byte (for example, used for switch over)	2 bytes
Peak flag (1 = enabled, 0 = disabled)	1 byte
Bucket interval	1 byte
Data Dependent Section
Length of data block	4 bytes
Number of object types	1 byte
Object type identifier	1 byte
Number of subobject types	1 byte
Object subtype identifier	1 byte
Number of instances of key	2 bytes
Key instance	variable length¹
Stat type count	1 byte
Stat type	1 byte
Number of buckets	1 byte
Stat value (reverse chronological order)	4 bytes
Peak value (1st bucket = file time stamp)	4 bytes
Repeat Stat value and Peak value for number of buckets	n bytes
Repeat Object subtype identifier section	n bytes
Repeat Object type section	n bytes
Status of previous slot (0 = OK, 1 = Error)²	1 byte
Checksum	4 bytes

Syntax	Description
node	Name of the node from which the statistics are collected.
shelf	Shelf number.
slot	Slot number.
resourcepartition#	Resource partition number.
timestamp in GMT	Date and time in GMT that the statistics are collected.
parsemethod[1]	Parsing method value is equal to 1 for the BPX-SES.

Table F-13 BPX-SES Statistics File Format
Field Description	Field Size
Header
File version	1 byte
Bucket interval	1 byte
Peak interval	1 byte
Spare	3 bytes
Object	1 byte
Subobject	1 byte
Number of statistics counters	2 bytes
Statistic ID—File size is 2n where n = Number of statistics counters.	2 bytes
Record Header
Key	8 bytes
Statistic value	4 bytes
Statistic peak value	4 bytes

Table F-14 BXM Key Field 0
Bit Position	Description
Bit 31-24	Shelf number. This value is equal to 1.
Bit 23-16	Slot number.
Bit 15-9	Reserved.
Bit 8-0	Logical interface number.

Table F-15 Key Field 1
Bit Position	Description
Bit 31-16	VPI number
Bit 15-0	VCI number

Table F-16 Object Subtype to Key List
Object Subtype	Key Field 1	Key Field 2	Key Field 3	Key Field 4	Key Field 5	Key Field 6
Voice Connection (0, 0)	Slot	Line	Channel	Not applicable	Not applicable	Not applicable
Data Connection (0, 1)	Slot	Line	Channel	Not applicable	Not applicable	Not applicable
Frame Relay Connection (0, 2)	Slot	Channel	DCLI, 2 bytes	Not applicable	Not applicable	Not applicable
FastPAD Connection includes Voice (0, 3), Switched Voice (0, 4), and Data (0, 5)	Slot	Port	FP slot	FP Port	Not applicable	Not applicable
FastPAD Frame Relay (0, 6)	Slot	Port	FP slot	FP port	FP DLCI, 2 bytes	Not applicable
ASI Connection (0, 7)	Slot	Port	VPI, 2 bytes	VCI, 3 bytes	Not applicable	Not applicable
MGX Frame Relay (0, 8)	Slot	LCN, 2 bytes	Not applicable	Not applicable	Not applicable	Not applicable
MGX ATM Connection (0, 9)	Slot	LCN, 2 bytes	Not applicable	Not applicable	Not applicable	Not applicable
CE Connection (0, 10)	Slot	LCN, 2 bytes	Not applicable	Not applicable	Not applicable	Not applicable
Broadband Connection (0, 11)	Slot	LCN, 2 bytes	Not applicable	Not applicable	Not applicable	Not applicable
T1 (1, 0), E1/J1 (1, 1)	Line	—	Not applicable	Not applicable	Not applicable	Not applicable
ASI Line—Service Interface (1, 2)	Slot	Port	Not applicable	Not applicable	Not applicable	Not applicable
MGX T1/E1 (1, 3), T3/E3 (1, 6)—Service Interface	Slot	Line	Not applicable	Not applicable	Not applicable	Not applicable
MGX ATM—Service Interface (1, 4)	Slot	Line	Not applicable	Not applicable	Not applicable	Not applicable
SONET (1, 10)	Slot	Line	Not applicable	Not applicable	Not applicable	Not applicable
Narrowband Trunk (2, 0)	Line	N/A	Not applicable	Not applicable	Not applicable	Not applicable
IPX ATM Trunk (2, 1)	Line	N/A	Not applicable	Not applicable	Not applicable	Not applicable
BPX, IGX ATM Trunk (2, 2), (2, 7)	Line	N/A	Not applicable	Not applicable	Not applicable	Not applicable
MGX Narrowband Trunk (2, 3)	Slot	Line	Not applicable	Not applicable	Not applicable	Not applicable
MGX ATM Trunk (2, 4)	Slot	Line	Not applicable	Not applicable	Not applicable	Not applicable
SONET (MGX 8220) (2, 5)	Slot	Line	Not applicable	Not applicable	Not applicable	Not applicable
FTC Trunk (FastPAD) (2, 6)	Slot	Line	Not applicable	Not applicable	Not applicable	Not applicable
Frame Relay Port (3, 0)	Slot	Logical Port	Not applicable	Not applicable	Not applicable	Not applicable
ASI Port (3, 1)	Slot	Port	Not applicable	Not applicable	Not applicable	Not applicable
MGX Frame Relay Port (3, 3)	Slot	Logical Port	Not applicable	Not applicable	Not applicable	Not applicable
MGX ATM Port (3, 4)	Slot	Port	Not applicable	Not applicable	Not applicable	Not applicable
Voice Port (3, 5)	Slot	Port	Not applicable	Not applicable	Not applicable	Not applicable
Broadband Interface (3, 8)	Slot	Port	Not applicable	Not applicable	Not applicable	Not applicable
Physical Line T1, E1, T3/E3/OC3 (11, 0), (11, 1), (11, 2)	Slot	Port	Not applicable	Not applicable	Not applicable	Not applicable

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