BW Reporting V1

8/11/2019 BW Reporting V1

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Contents

1 Introduction ..................................................................................................................................... 4

2 Data Collection ................................................................................................................................ 4

3 Data Storage .................................................................................................................................... 4

4 Data Evaluation ............................................................................................................................. 19

5

Appendix ....................................................................................................................................... 27



4

1 Introduction

The purpose of this document is to describe, how the SAP BI Business Explorer tools can be used to create customer

own designed reports of data which have been collected for the End-to-End Diagnostics in SAP Solution Manager. The

document is divided into the 3 sections data collection, data storage and data evaluation. In the appendix of this

document you can find information on the most important performance metrics that are currently availabe in End-to-

End Diagnostics.

2 Data CollectionThe following picture shows the general concept of SAP Solution Manager data collection.

ManagedSystems

SolutionManager(ABAP)

Business Intelligence Data Consumers

Extractor

Extractor

Agent

Agent

Extractor

FrameworkCu

be

Cube

Cu

be

WebTem

lates

Ad-hocRCA / E2EMonitoring

EWA

SLR

Customer

BExQueries



5

The InfoCubes used to provide the data for the E2E diagnostics scenarios (e.g. E2E workload analysis) have a certain

number of characteristics and key figures in common. Therefore so called heterogeneous MultiProviders are used to

simplify the modeling of such scenarios by dividing them into sub-scenarios. The MultiProvider concept is shown in thepicture below:

E2E Core

CharacteristicsCharacteristic

s ICharacteristic

s II

Characteristics ...

Fact

TableCustomer Product Time RevenueDiscount

Customer

DimensionCustomer BranchCustomer ID Chain

ProductDimension

Product BrandProduct ID Group

Time

DimensionTime QuarterTime Period Year



6

SMD Portal Activity Data Collector (Hour) 0SMD_ADCH

E2E: Multi Provider Portal Activity Data

Collector

0SMD_MADC

InfoCube for Exception Analysis Data Technical Name

SMD Exception Analysis ABAP (Day) 0SMD_EA1D

SMD Exception Analysis ABAP (Hour) 0SMD_EA1H

E2E: Multi Provider Exception Analysis ABAP 0SMD_ME1H

SMD Exception Analysis J2EE (Day) 0SMD_EA2D

SMD Exception Analysis J2EE (Hour) 0SMD_EA2H

E2E: Multi Provider Exception Analysis J2EE 0SMD_ME2H

SMD Exception Analysis ABAP Update (Day) 0SMD_EA3D

SMD Exception Analysis ABAP Update

(Hour)

0SMD_EA3H

E2E: Multi Provider Exception Analysis

Update Errors

0SMD_ME3H

SMD Exception Analysis Message-based

(Day)

0SMD_EA4D

SMD Exception Analysis Message-based

(Hour)

0SMD_EA4H

E2E: Multi Provider Exception AnalysisMessage-based

0SMD_ME4H

SMD Exception Analysis Event Log (Day) 0SMD_EA5D

SMD Exception Analysis Event Log (Hour) 0SMD_EA5H

E2E: Multi Provider Exception Analysis Event

Log

0SMD_ME5H

InfoCube for Performance Analysis Data Technical Name

SMD Performance Data (Day) 0SMD_PE2D

SMD Performance Data (Hour) 0SMD_PE2H



7

Explanation of E2E core dimensions:

Dimension Characteristics Details

Time Day Restrict data for calendar day

Week Restrict data for calendar week

Month Restrict data for calendar month

Year Data Package

Admin

Subcomponent

Time

Landscape

Facts

DayWeek

Month

Quarter

Time

SID

InstNo

Product PPMS

MI PPMS

CV PPMS

Landsca e

P PPMS

Product Name

MI Name

Component

Client

Node Name

Node Type

Instance Type

Hostname

Subcomponent

Instance Name

Extractor Form

Extr. Timestamp

Main Extractor

Extractor

Extractor

Main Extractor

Admin

Main Extractor

Extractor

Request ID

Data Packa e



8

Data Package Request ID Request ID

The following picture illustrates the dimensions (excluding E2E core dimensions), characteristics and key figures of the

Multi Provider for the Portal Activity data (0SMD_MADC).

User

Comp Name ID

PCD Name ID

PCD URL ID

Metric Type

Content CategoryPortal Comp

PCD Short Name

Key-Type

PCD Object

Browser

Time of day

Facts

Time

Time of day

Hour

User Type

User ID

User

SumMinimum

Maximum

Count

Period

Browser Type

Browser

PCD Object Type

PCD Short URL

PCD Object

Comp. Short Name

Portal Comp

Metric Type

Metric T e

PCD Name Hash

PCD Name ID

PCD URL Hash ID

PCD URL ID

Comp. Name Hash ID

Comp. Name ID



9

Short URL First 60 characters of the

PCD URL

Content Category Optional characteristic thatcan be filled by part of PCD

URL or name to provide a

grouping

Portal Component Component Short Name First 60 characters of the

portal component triggered by

request

Metric Type Metric Type Can have the values:

“USER_STATISTIC_A”

(Count = # of anonymoususers)

“USER_STATISTIC_N”

(Count = # of named users)

“PCD_STATISTIC” (Count =

# of requests; Sum = # of

visits)

PCD Name ID PCD Name Hash ID Hashed value of the object

name. Provides reference to

full name.

PCD URL ID PCD URL Hash ID Hashed value of the PCD

URL. Provides reference to

full PCD URL.

Component Name ID Component Name Hash

ID

Hashed value of the portal

component triggered by

request. Provides reference

to full name.



10

E2E: Multi Provider Exception Analysis ABAP (0SMD_ME1H)

This MultiProvider is used to access the data stored in InfoCubes SMD Exception Analysis ABAP Day (0SMD_EA1D)

and SMD Exception Analysis ABAP Hour (0SMD_EA1H). The table below gives the explanation of Exception Analysis ABAP specific dimensions and characteristics:

Dimensions Characteristics Details

Time of Day Time Timestamp in format

yyyyMMddhhmm

Hour Hourly timestamp of day (00-

23)

Metric ID Metric Hash ID # ID 1 …access long form of

Short TextID 2 …access long form of

Long Text

ID 3 …access long form of

Source Component

ID 4 …access long form of

development Class

Metric Type Metric Type Metric specification (e.g.

ABAP_SysLog, ICI

ERRORS, …)

Record Exception Exception from ABAP Dump

Long Text Error text details

Severity Severity level from ABAP

SysLog

Short Text Error text short

Time Stamp Timestamp from ABAP dump

Source Application Component Application Component

(ABAP S L /D )



11

Memory Free

Memory Total

Server uptime

Severity

VM Version

Time Stamp

User

Log Name

Location

Category

Metric ID

Long TextSource

Exit Code

Record

Metric Type

Time of day

Facts

Time

Time of da

Hour

Metric Hash ID #

Metric ID

Number of Errors

Period [s]

Metric Type

Metric Type

Dump Exists

FlightRec. Path

Record

Appl. Comp.

Source



12

Memory Free Size of free memory

(J2EE_Dumps)

Memory Total Total size of VM memory(J2EE_Dumps)

Server Uptime Server Uptime

(J2EE_Dumps)

Severity Error severity level

(J2EE_Logs)

Time Stamp Timestamp from

J2EE_Dumps

Virtual Machine Version Java VM version from

J2EE_DumpsSource Application Component Application Component from

J2EE_Logs

Category Error category

(J2EE_Logs/J2EE_Dumps)

Location Error location fromJ2EE_Logs

Log Name Log name from J2EE_Logs

User User from J2EE_Logs

The next picture shows the structure of the MultiProvider used for Exception Analysis Update Errors (0SMD_ME3H).

Metric ID

L T tM t i T

Time of day

Facts

Time

Time of day

H

Function Module

Record



13

Long Text Message Number

Status Update status (e.g. ok,

error,…) Time Stamp Update timestamp

Transaction Transaction Code

Type Update mode

Source Occurred In Source code position of error

User Update user

The next picture shows the structure of the MultiProvider used for Exception Analysis Message-based (0SMD_ME4H).

Object Type

Severity

Server uptime

Short Text

Metric IDObject State

Source

Long Text

Record

Metric Type

Time of day

Facts

Time

Time of day

Hour

M t i H h ID #

Metric ID

N b f E

Error Number

Message Number

Record



14

yyyyMMddhhmm


23)Metric ID Metric Hash ID # Hash ID 1… access long text

of exception message (VMC

LOG ERRORS)

Metric Type Metric Type Metric specification (e.g.

BDOC ERROR MESSAGES,

BDOC ERRORS, VMC LOG

ERRORS)

Record Error Number Currently not used

Long Text Currently not usedMessage Number Exception Message number

Object State Exception status

Object Type Object type name

Severity Exception severity

Short Text Exception short text

Source Application Component Currently not used

Communication Station Currently not used

Component Location of exceptionoccurrence

Data Collector Currently not used

Device ID Currently not used

Directory Specification of error location

(e.g. CRM middleware flow

context)

Log Name Currently not used

Message Class Application or technology

b d ti



15

E2E: Multi Provider Exception Analysis Event Log (0SMD_ME5H)

This MultiProvider is used to access the data stored in InfoCubes SMD Exception Analysis Event Log Day

(0SMD_EA5D) and SMD Exception Analysis Event Log Hour (0SMD_EA5H).

Dimensions Characteristics Details

Time of Day Time Timestamp in formatyyyyMMddhhmm


23)

Metric ID Metric Hash ID # ID 1 … access long form of

record long text

Metric Type Metric Type Metric specification

Record Long Text Event description (sign 1-57)

Severity Record type (warning, error,…)

Short Text Event

Source Category Category

Location Source

Log Name Log name (e.g. application,

system, …)

User User name



16

This MultiProvider is used to access the data stored in InfoCube SMD Change Analysis II (0SMD_CA02). The table

below gives the explanation of Change Analysis specific dimensions and characteristics:

Target

Type

Maximum

Minimum

Number of Values

Period (s)

Sum

ConfigStore

Data Flow

Name

Location

Ext. 2

Path

Name Sh

Ext. 1

Metric ID

Object

Type

Metric Name

Metric Type

Time of day

Facts

Time

Time of da

Hour

Metric Hash ID

Metric ID

Key Type

Metric Type

Metric T e

Name

Ob ect

Alias

ConfigStore

Metric Name

Metric Name

Source

DirectionData Flow



17

prodv_id + mi_id

Target Currently not used

The following picture illustrates the dimensions (excluding E2E core dimensions), characteristics and key figures of the

Multi Provider for the Performance data (0SMD_MPEH).

This MultiProvider is used to access the data stored in InfoCubes SMD Performance Data Day (0SMD_PE2D) and

SMD Performance Data Hour (0SMD_PE2H). The table below gives the explanation of Performance data specific

di i d h t i ti

TargetMaximum

Minimum

Number of Values

Period (s)

Sum

Data Flow

Metric ID

Object

Type

Metric Name

Metric Type

Time of day

Facts

Time

Time of day

Hour

Metric Hash ID

Metric ID

Key Type

Metric Type

Metric Type

Name

Object

Metric Name

Metric Name

Source

Direction

Data Flow



18

Data Flow

Message Sender

MessageReceiverQuality of Service

XI Rec. Channel

XI Send. Channel

Target

Maximum

Minimum

Number of Values

Period (s)

Sum

Metric ID

Object

Type

Metric Name

Metric Type

Time of day

Facts

Time

Time of day

Hour

Metric Hash ID

Metric ID

Key TypeMetric Type

Metric Type

Name

Object

Metric Name

Metric Name

Source

Direction

Data Flow

Service

Prt. Schema

Prtnr: Agncy

Party

IF Namesp

IF Name

Message Sender

IF Nmsp

Party

Service

IF Name

Prtnr: Agncy

Part. Schema

MessageReceiver



19

Order (Asynchronous

Interface with sequence

enforcement)XI Receiver Channel The XI Receiver

communication channel

XI Sender Channel The XI Sender

communication channel

Message Sender IF Name The Sender Interface Name.

IF Namesp. The Sender Interface

Namespace

Party Communication party

Service The Sender ServicePrt. Schema The identification schema

Prtnr: Agncy The Sending Agency

Message Receiver Part. Schema The identification schema

Prtnr: Agncy The Receiving Agency

IF Name The Receiver Interface Name

IF Namesp. The Receiver Interface

Namespace

Party Communication partyService The Receiver Service

4 Data Evaluation

T t d i d t th B Q D i b d t t i t th d t l ti d th B W b



20



21

4. Select „InfoAreas‟ -> SAP Solution Manager (0SM_SSM) -> SAP Solution Manager – Diagnostics (0SM_SMD) and

then the InfoCube from where you want to select



22

6. Specify the content for „Columns‟ and „Rows‟ by using drag and drop functiona lity.



23

8. Start Web Application Designer



24

10. Choose a design item and drop it into the template layout area.



25

12. Save the Web Template.



26

13. Test the result in a browser.



27

©SAP AG 2009

5 Appendix

Usage of Metrics

SCM Wor klo ad (Info Cub e 0CCMSMTPH)

Object Type Object Name Metric Type Metric Name Key Figure Name (in

Infocube)

Workload Summary Total Central KPI Avg. DB Procs Time (ms) DB Procs Time (ms) / ‘#

Dialog Steps’ / 1000

Workload Summary Total Central KPI Avg. GUI Time (ms) GUI Time (ms) / ‘#


Top Dialog Total Central KPI Avg. DB Procs Time (ms) DB Procs Time (ms) / ‘#


Top Dialog Total Central KPI Avg. GUI Time (ms) DB Procs Time (ms) / ‘#

Dialog Steps’ / 1000 Top Batch Total Central KPI Avg. DB Procs Time (ms) DB Procs Time (ms) / ‘#


l iveCache Wo rkload (InfoCu be 0SMD_MPEH)

Object Type Object Name Metric Type Metric Name

CACHES Entire DataCache Data Cache Accesses # Accesses

# Successful

# UnsuccessfulHitratio

History / Undo Data Cache Accesses # Accesses

# Successful

# Unsuccessful

Hitratio

SQL Data Data Cache Accesses # Accesses



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©SAP AG 2009

MDM (InfoCube 0SMD_MPEH)Object Type Object Name Metric Type Metric Name Description

OS Process Import Server (mdis) MEMORY

ALLOCATION

RESIDENT SIZE (KB) Memory Allocation of

the Import Server

process measured on OS

level

# Successful

# Unsuccessful

Hitratio

OMS Data Data Cache Accesses # Accesses

# Successful

# Unsuccessful

Hitratio

DataCache Entire DataCache Data Cache Usage DataCache Usage (kByte)SQL Data

OMS Data

History / Undo

Heap Maximum Heap Heap Usage Heap Usage (MByte)

System Heap

Data Area Permanent Used Area Data Volume Usage Data Volume Usage (kByte)

Temporary Used Area

Database Size

Log Area Used Log Area Log Volume Usage Log Volume Usage (kByte)

Total Log AreaPerformance - Transactional Simulations Max Number of OMS

Versions

Max Age in hours

Max Heap used by Versions

Max Version Unloads

CPU Utilization Type - CPU Utilization Utilization_Instance_User

Utilization_Instance_System

Utilization_User

Utilization_System

- -> Variable Names PLANNING VERSIONS SIZE IN KBYTE



29

©SAP AG 2009

OS Process Master Data Server (mds) MEMORY

ALLOCATION


the Master Data Server


level

OS Process Syndication Server (mdss) MEMORY

ALLOCATION


the Syndication Server


levelClient Requests <Client type that

connected to MDM Server

or MDM internal protocol

name that executed the

called method e.g SAP

MDM Java API, Data

Manager, ….>

MDM SERVER

PERFORMANCE

AVERAGE ELAPSED

TIME (MS)

Average response time

for protocol method

execution on MDM

Server

Client Requests <Client type that

connected to MDM Server

or MDM internal protocol

name that executed thecalled method e.g SAP

MDM Java API, Data

Manager, ….>

MDM SERVER

PERFORMANCE

AVERAGE ELAPSED

TIME (MS)

Average response time

for protocol method

execution on MDM

Server

Client Requests <step in import server e.g.

Scanning ports,

Xvaluetransformation,

Import, ….>

MDM IMPORT SERVER

PERFORMANCE

AVERAGE ELAPSED

TIME (MS)

Average response

timeper step in import

Server

Client Requests <step in syndication server

e.g. Query Execution,

Copy to Port,...>

MDM SYNDICATION

SERVER

PERFORMANCE

AVERAGE ELAPSED

TIME (MS)

Average response

timeper step in

Syndication Server

Distribution Folder <Repository name e.g

Business partner>

INBOUND

EXCEPTIONS

NUMBER OF FILES Import errors: Number

of files in inbound

exception folders

Distribution Folder <Repository name e.g

Business partner>

INBOUND FILES

READY

NUMBER OF FILES Import backlog: Number

of files in inbound ready

folders

Distribution Folder <Repository name e.g OUTBOUND FILES NUMBER OF FILES Distribution Backlog:



30

©SAP AG 2009

Business partner> READY Number of files in

outbound ready folders

Repository <Repository name e.g

Business partner>

REPOSITORY

METRICS

MAIN TABLE ENTRIES Repository Size


Business partner>

REPOSITORY

METRICS

LOOKUP TABLE

ENTRIES

Repository Size


Business partner>

REPOSITORY

METRICS

QUALIFIED LINKS Repository Size

Bus iness Intel l igence (InfoCube 0SMD_MPEH)


QUERY <interface type> BI QUERY PERFORMANCE Avg.Runtime(ms)

QUERY <interface type> BI QUERY PERFORMANCE Avg.Runtime(s)

QUERY <interface type> BI QUERY PERFORMANCE Avg.DM Time(s)

QUERY <interface type> BI QUERY PERFORMANCE Avg.OLAP Time(s)

QUERY <interface type> BI QUERY PERFORMANCE Avg.Frontend Time(s)

QUERY <interface type> BI QUERY PERFORMANCE Avg.IP Time(s)

QUERY <interface type> BI QUERY PERFORMANCE Avg.DM Time(%)

QUERY <interface type> BI QUERY PERFORMANCE Avg.OLAP Time(%)

QUERY <interface type> BI QUERY PERFORMANCE Avg.Frontend Time(%)

QUERY <interface type> BI QUERY PERFORMANCE Avg.IP Time(%)

QUERY <interface type> BI QUERY PERFORMANCE DM Time(s)

QUERY <interface type> BI QUERY PERFORMANCE OLAP Time(s)

QUERY <interface type> BI QUERY PERFORMANCE Frontend Time(s)

QUERY <interface type> BI QUERY PERFORMANCE IP Time(s)

QUERY <interface type> BI QUERY PERFORMANCE Navigation Steps(n)

QUERY <interface type> BI QUERY PERFORMANCE Records Read(n)

QUERY <interface type> BI QUERY PERFORMANCE Records Trans(n)

QUERY <interface type> BI QUERY PERFORMANCE Total Runtime(s)

QUERY <interface type> BI QUERY PERFORMANCE Max Runtime(s)

QUERY <interface type> BI QUERY PERFORMANCE Min Runtime(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.Runtime(ms)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.Runtime(s)



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©SAP AG 2009

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.DM Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.OLAP Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.Frontend Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.IP Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.DM Time(%)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.OLAP Time(%)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.Frontend Time(%)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.IP Time(%)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE DM Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE OLAP Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Frontend Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE IP Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Navigation Steps(n)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Records Read(n)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Records Trans(n)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Total Runtime(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Max Runtime(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Min Runtime(s)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.Runtime(ms)WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.Runtime(s)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.DM Time(s)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.OLAP Time(s)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.Frontend Time(s)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.IP Time(s)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.Prepare Time(s)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.Rendering Time(s)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.DM Time(%)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.OLAP Time(%)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.Frontend Time(%)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Avg.IP Time(%)WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Navigation Steps(n)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Query Executions(n)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Records Read(n)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Records Trans(n)

WEB TEMPLATE <interface type> BI QUERY PERFORMANCE Total Runtime(s)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.Runtime(ms)



32

©SAP AG 2009

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.Runtime(s)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.DM Time(s)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.OLAP Time(s)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.Frontend Time(s)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.IP Time(s)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.Prepare Time(s)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.Rendering Time(s)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.DM Time(%)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.OLAP Time(%)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Avg.Frontend Time(%)

WEB TEMPLATE

DETAILED <template name> BI QUERY PERFORMANCE Avg.IP Time(%)WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Navigation Steps(n)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Query Executions(n)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Records Read(n)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Records Trans(n)

WEB TEMPLATEDETAILED <template name> BI QUERY PERFORMANCE Total Runtime(s)

USER <category> BI REPORTING USER Max Reporting Users(n/h)

DATA MANAGER <db object type> BI DATA MANAGER DM Steps(n)DATA MANAGER <db object type> BI DATA MANAGER DM Read Time(s)

DATA MANAGER <db object type> BI DATA MANAGER DM Total Time(s)

DATA MANAGER <db object type> BI DATA MANAGER DM Records Read(n)

DATA MANAGER <db object type> BI DATA MANAGER DM Throughput(Recs/Sec)

OLAP CACHE RSDRI BI DATA MANAGER Navigation Steps(n)

OLAP CACHE RSDRI BI DATA MANAGER AVG. RUNTIME(S)

OLAP CACHE DM BI DATA MANAGER Navigation Steps(n)



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©SAP AG 2009

OLAP CACHE DM BI DATA MANAGER AVG. RUNTIME(S)

OLAP CACHE CACHE BI DATA MANAGER Navigation Steps(n)

OLAP CACHE CACHE BI DATA MANAGER AVG. RUNTIME(S)

DTP-REQUEST BI WORKLOAD Recs InfoCube

DTP-REQUEST BI WORKLOAD Total update - InfoCube(s)

DTP-REQUEST BI WORKLOAD Gen. runtime InfoCube(s)

DTP-REQUEST BI WORKLOAD SID runtime InfoCube(s)

DTP-REQUEST BI WORKLOAD Insert runtime InfoCube(s)

DTP-REQUEST BI WORKLOAD Recs DataStore

DTP-REQUEST BI WORKLOAD Total update - DataStore(s)

DTP-REQUEST BI WORKLOAD Recs MasterData Attr.

DTP-REQUEST BI WORKLOAD Total update - MD Attr.(s)

DTP-REQUEST BI WORKLOAD Recs MasterData Text

DTP-REQUEST BI WORKLOAD Total update - MD Text(s)

BIA <blade name> BIA RESOURCE USAGE Avg. CPU Usage(%)

BIA <blade name> BIA RESOURCE USAGE Max. CPU Usage(%)

BIA <blade name> BIA RESOURCE USAGE Avg. Mem Usage(%)

BIA <blade name> BIA RESOURCE USAGE Max. Mem Usage(%)

BIA <blade name> BIA RESOURCE USAGE Avg. Disk Usage(%)

BIA <blade name> BIA RESOURCE USAGE Max. Disk Usage(%)

BIA <blade name> BIA RESOURCE USAGE Avg. Disk use/Mem Size(%)

BIA <blade name> BIA RESOURCE USAGE Max. Disk use/Mem Size(%)

BIA <blade name> BIA RESOURCE USAGE Avg. Mem Index Server(kB)

BIA <blade name> BIA RESOURCE USAGE Max. Mem Index Server(kB)

BIA <blade name> BIA RESOURCE USAGE Avg. Mem Queue Server(kB)

BIA <blade name> BIA RESOURCE USAGE Max. Mem Queue Server(kB)

BIA <blade name> BIA RESOURCE USAGE Avg. Mem RFC Server(kB)

BIA <blade name> BIA RESOURCE USAGE Max. Mem RFC Server(kB)

BIA <blade name> BIA RESOURCE USAGE Avg. Mem Used(kB)

BIA <blade name> BIA RESOURCE USAGE Max. Mem Used(kB)BIA <blade name> BIA RESOURCE USAGE Avg. Disk Used(kB)

BIA <blade name> BIA RESOURCE USAGE Max. Disk Used(kB)

BIA <blade name> BIA RESOURCE USAGE Tot. Unload Count(n)

BIA <blade name> BIA RESOURCE USAGE Avg. Unload Count(n)

BIA <blade name> BIA RESOURCE USAGE Max. Unload Count(n/min)

BIA <blade name> BIA SEARCHPERF Total Search Count(n)

BIA <blade name> BIA SEARCHPERF Avg. Search Count(n/min)



34

©SAP AG 2009

BIA <blade name> BIA SEARCHPERF Total Search Time(s)

BIA <blade name> BIA SEARCHPERF Avg. Search Time(ms/min)

BIA <blade name> BIA SEARCHPERF Avg. Search Time/Req(ms)

BIA <blade name> BIA INDEXPERF Total Index Count(n)

BIA <blade name> BIA INDEXPERF Avg. Index Count(n/min)

BIA <blade name> BIA INDEXPERF Total Index Time(s)

BIA <blade name> BIA INDEXPERF Avg. Index Time(ms/min)

BIA <blade name> BIA INDEXPERF Avg. Search Time/Req(ms)

QUERY TOTAL BI QUERY PERFORMANCE Avg.Runtime(ms)

QUERY TOTAL BI QUERY PERFORMANCE Avg.Runtime(s)

QUERY TOTAL BI QUERY PERFORMANCE Avg.DM Time(s)

QUERY TOTAL BI QUERY PERFORMANCE Avg.OLAP Time(s)

QUERY TOTAL BI QUERY PERFORMANCE Avg.Frontend Time(s)

QUERY TOTAL BI QUERY PERFORMANCE Avg.DM Time(%)

QUERY TOTAL BI QUERY PERFORMANCE Avg.OLAP Time(%)

QUERY TOTAL BI QUERY PERFORMANCE Avg.Frontend Time(%)

QUERY TOTAL BI QUERY PERFORMANCE DM Time(s)

QUERY TOTAL BI QUERY PERFORMANCE OLAP Time(s)

QUERY TOTAL BI QUERY PERFORMANCE Frontend Time(s)

QUERY TOTAL BI QUERY PERFORMANCE Navigation Steps(n)

QUERY TOTAL BI QUERY PERFORMANCE Records Read(n)

QUERY TOTAL BI QUERY PERFORMANCE Records Trans(n)

QUERY TOTAL BI QUERY PERFORMANCE Total Runtime(s)

QUERY TOTAL BI QUERY PERFORMANCE Max Runtime(s)

QUERY TOTAL BI QUERY PERFORMANCE Min Runtime(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.Runtime(ms)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.Runtime(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.DM Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.OLAP Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.Frontend Time(s)QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.DM Time(%)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.OLAP Time(%)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Avg.Frontend Time(%)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE DM Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE OLAP Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Frontend Time(s)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Navigation Steps(n)



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QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Records Read(n)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Records Trans(n)

QUERY DETAILED <cube/query name> BI QUERY PERFORMANCE Total Runtime(s)

USER <category> BI REPORTING USER Max Reporting Users(n/h)

PROCESS CHAIN BI PC PERFORMANCE Avg.Runtime(min)

PROCESS CHAIN BI PC PERFORMANCE MetaChains

PROCESS CHAIN BI PC PERFORMANCE Executions

PROCESS CHAIN BI PC PERFORMANCE SubChains

PROCESS CHAIN BI PC PERFORMANCE Total Steps

PROCESS CHAIN BI PC PERFORMANCE Errors

PROCESS CHAIN BI PC PERFORMANCE Min Runtime(min)

PROCESS CHAIN BI PC PERFORMANCE Max Runtime(min)

PROCESS CHAIN BI PC PERFORMANCE Total Runtime(min)

PROCESS CHAINDETAILED <chain name> BI PC PERFORMANCE Avg.Runtime(min)

PROCESS CHAINDETAILED <chain name> BI PC PERFORMANCE Executions

PROCESS CHAINDETAILED <chain name> BI PC PERFORMANCE SubChains

PROCESS CHAINDETAILED <chain name> BI PC PERFORMANCE Total Steps

PROCESS CHAINDETAILED <chain name> BI PC PERFORMANCE Errors

PROCESS CHAINDETAILED <chain name> BI PC PERFORMANCE Min Runtime(min)

PROCESS CHAINDETAILED <chain name> BI PC PERFORMANCE Max Runtime(min)

PROCESS CHAINDETAILED <chain name> BI PC PERFORMANCE Total Runtime(min)

REQUEST <source system> BI WORKLOAD Records sent to BI

REQUEST <source system> BI WORKLOAD Requests

REQUEST <source system> BI WORKLOAD Records insertedREQUEST <source system> BI WORKLOAD Records updated

REQUEST <source system> BI WORKLOAD PSA recs written

REQUEST <source system> BI WORKLOAD PSA recs written / sec

PCSTEP <chain step type> BI PC WORKLOAD Duration(min)



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J2EE (InfoCube 0SMD_MPEH)

Object

Type

Object

Name Metric Type Metric Name Description

Notused

Notused

SQLSTATEMENTS SQL statement (shortened to 60 characters) Avg. Response Time [ms] = SUM / COUNT

Notused

Notused SERVLETS <Servlet name> Avg. Response Time [ms] = SUM / COUNT

Notused

Notused

WEB DYNPRO APPLICATIONS <WD application name> Avg. Response Time [ms] = SUM / COUNT

Notused

Notused

UME LOGONSCREATETICKET:INVOCATIONS PERINTERVAL

Strictly speaking this metrics represents the number of executions ofmethodcom.sap.security.core.server.jaas.SAPLogonTicketHelper.createTicket()

Notused

Notused

JCO CALLSJCO-<SID>-<Client>@<Host>|JCO|<Function module name>

Avg. Response Time [ms] = SUM / COUNT. The prefix JCO-<SID>-<Client>@<Host> indicates the target system, target client and targethost of the RFC call.

Notused

Notused

HTTPSESSIONS JMX:CURRENTHTTPSESSIONS Avg. number of HTTP sessions = SUM / COUNT

Notused

Notused

HTTPREQUESTS ALLREQUESTSCOUNT Number of HTTP requests = SUM / COUNT

Notused

Notused

HTTPRESPONSES STATUS CODE <nnn> Number of HTTP responses with status code <nnn> = SUM / COUNT

Notused

Notused

APPLICATIONTHREADS ACTIVETHREADSCOUNT Avg. number of active application threads = SUM / COUNT

Notused

Notused

APPLICATIONTHREADS MAXTHREADCOUNT

Maximum number of application threads = SUM / COUNT (=value of theMaxThreadCount parameter of the Application Thread Manager)

Notused

Notused

SYSTEMTHREADS ACTIVETHREADSCOUNT Avg. number of active system threads = SUM / COUNT

Notused

Notused

SYSTEMTHREADS MAXTHREADCOUNT

Maximum number of system threads = SUM / COUNT (=value of theMaxThreadCount parameter of the Thread Manager)

Java Memory Us age (Info Cube 0SMD_MPEH)

Object

Type

Object


Notused

Notused

JAVA MEMORYUSAGE % GC TIME (LAST 5 MINUTES) Avg. GC time (last 5 minutes) [%] = SUM / COUNT

Notused

Notused

JAVA MEMORYUSAGE EFFECTIVE OLD SPACE USAGE (%) Avg. Effective Old Space Usage [%] = SUM / COUNT



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©SAP AG 2009

Notused

Notused

JAVA MEMORYUSAGE FULLGC FRACTION (%) Avg. Full GC time [%] = SUM / COUNT

Notused

Notused

JAVA MEMORYUSAGE ALLOCATION RATE (BYTES PER S) Avg. Allocation rate [bytes per s] = SUM / COUNT

Notused

Notused

JAVA MEMORYUSAGE OLD SPACE GROWTH (BYTES PER S) Avg. Old Space growth rate [bytes per s] = SUM / COUNT

Notused

Notused

JAVA MEMORYUSAGE PROMOTION RATE (BYTES PER S) Avg. Promotion rate [bytes per s] = SUM / COUNT

Enterp rise Portal (Info Cub e 0SMD_MPEH)

Object

Type

Object


Notused

Notused IVIEWS

<iView name> ..DOCONTENT (shortened to60 characters) Avg Response Time [ms] = SUM / COUNT

Notused

Notused KM METHODS

<Method name> (shortened to 60characters) Avg Response Time [ms] = SUM / COUNT

Duett (InfoCu be 0SMD_MPEH)

Object

Type

Object Name

Metric Type Metric Name Description

Duet ApplicationWS Call

Web Service Name(e.g.LeaveManagementFacadeWS)

AverageResponse Time Method Name (e.g. createLeave)

Duet Application WebService Metric

DuetFrameworkCall

Web Service Name(e.g. ServiceMapImplWS)

AverageResponse Time

Method Name (e.g. getBackendRelease)

Duet Framework Web

Service MetricDuetFrameworkCall

Class Name (e.g.ErrorhandlerServicesBean) Average

Response Time Method Name (e.g. handleError)Duet FrameworkClass Metric

BackendWS Call

Not used AverageResponse Time

Web Service Name (e.g.sap_bc_srt_xip_sap_ECC_WORKAGSIMPLERELEMENTSQR)

Duet Backend Calls(Web Service)

Backend Target SID (e.g. C50) Average FM Name (e.g. CRM_OSP_READ_BPKEY)



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JCO Call Response Time Duet Backend Calls(JCO)

Duet JMSQueue

Not used Average QueueTime Message Listener Name (e.g. ItemSenderBean1) Duet JMS Queues

Duet MSFTComponentWS Call

RequestHandler (Agent Namewithout workerprocessspecifier)

AverageResponse Time

Method Name (e.g. Create)

Duet MSFTComponent WebService Metric

.NETProcessCounter

w3wp.exePrivate Bytes RequestHandlerAppPool#1 .NET Process

Counter Metric

Duet MSFTComponentWS Call

IBFReadService(Agent Name withoutworkerprocess specifier)

AverageResponse Time Method Name (e.g. GetEntity)

MSFT ComponentWeb Service Calls

.NETProcessCounter

w3wp.exePrivate Bytes

AzManSvcWebAppPool; SvcProviderWebAppPool;IBFWebAppPool; IBFWebAppPool#1 .NET Process

Counters

CRM Metrics via RFC (Info Cube 0SMD_MPEH)


BDOC TYPE <Bdoc Name> CRM MW BDOC MESSAGES NUMBER OF BDOC MESSAGES CREATED

SITES <Group Name> SITE STATISTICS TOTALSITES

SITES <Group Name> SITE STATISTICS SITES

SITES <Group Name> SITE STATISTICS SYNCHRONISATIONS

SITES <Group Name> SITE STATISTICS AVG. SYNCHRONIZATION TIME(MS)

SYNCHRONIZATIONS <Group Name> SESSION STATISTICS SYNCHRONIZATIONS

AVG.SYNCHRONIZATION

TIME(MS) <Group Name> SESSION STATISTICS SYNCHRONIZATIONS AVG. KBYTESTRANSFERRED <Group Name> SESSION STATISTICS SYNCHRONIZATIONS

AVG. SERVERRESPONSETIME(MS) <Group Name> SESSION STATISTICS SYNCHRONIZATIONS

AVG. NUMBER OFBDOC MESSAGES <Group Name> SESSION STATISTICS SYNCHRONIZATIONS



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qRFC Excepti ons (InfoCub e 0SMD_MPEH)

Object

Type

Object Name

Metric Type Metric Name

Description

Error ISP_D_000000000000019 RFC Age qRFC Inbound Exceptions

Error ISP_D_000000000000019 RFC Count qRFC Inbound Exceptions

Error ISP_D_000000000000019 RFC CountqRFC Outbound Exceptions

TREX (Info Cube 0SMD_MPEH)

TREX 7.0

Object Type Object

Name Metric Type Metric Name

KEY Description

Not used Notused TREX

AVGSEARCHTIME(MS)

Notused

Avg. Search Request Time [ms] =SUM / COUNT

Not used Not

used TREX CPUUSED (%)

Not

used

Avg. CPU Usage [%] = SUM /

COUNT

Not used Not

used TREX DISKSIZE (MB)

Not

used

Avg. Disk Size [MB] = SUM /

COUNT

Not used Not

used TREX DISKUSED (MB)

Not

used

Avg. Disk Usage [MB] = SUM /

COUNT

Not used Not

used TREX

INDEXINGCOUNT

(REQ/MIN)

Not

used

Avg. Indexing Count [requests/min] =

SUM / COUNT

Not used Not

used TREX

INDEXINGTIME

(MS/MIN)

Not

used

Avg. Indexing Time [ms/min] = SUM

/ COUNT

Not used Not

used TREX

MEMORYSIZE

(KB)

Not

used

Avg. Memory Size [KB] = SUM /

COUNT

Not used Not

used TREX

MEMORYUSED

(KB)

Not

used

Avg. Memory Usage [KB] = SUM /

COUNT

Not used Not TREX SEARCHCOUNT Not Avg. Search Count = SUM / COUNT



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©SAP AG 2009

used (REQ/MIN) used

Not used Not

used TREX

SEARCHTIME

(MS/MIN)

Not

used

Avg. Search Time [ms/min] = SUM /

COUNT

Not used Not

used TREX

UNLOADCOUNT

(REQ/MIN)

Not

used

Avg. Unload Count [requests/min] =

SUM / COUNT

TREX 7.10

TREX Not

used

TREX RESOURCE

USAGE Avg. CPU Usage(%)

1 Avg. CPU Usage [%] = SUM /

COUNTTREX Not

used

TREX RESOURCE

USAGE Max. CPU Usage(%)

3 Max. CPU Usage [%] = MAX

TREX Not

used

TREX RESOURCE

USAGE

Avg. Mem

Usage(%)

1 Avg. Memory Usage [%] = SUM /

COUNT

TREX Not

used

TREX RESOURCE

USAGE

Max. Mem

Usage(%)

3 Max. Memory Usage [%] = MAX

TREX Not

used

TREX RESOURCE

USAGE Avg. Disk Usage(%)

1 Avg. Disk Usage [%] = SUM /

COUNT

TREX Not

used

TREX RESOURCE

USAGE Max. Disk Usage(%)

3 Max. Disk Usage [%] = MAX

TREX Not

used

TREX RESOURCE

USAGE

Avg. Mem Index

Server(kB)

1 Avg. Index Server Memory Usage

[KB] = SUM / COUNT

TREX Not

used

TREX RESOURCE

USAGE

Max. Mem Index

Server(kB)

3 Max. Index Server Memory Usage

[KB] = MAX

TREX Not

used

TREX RESOURCE

USAGE

Avg. Mem RFC

Server(kB)

1 Avg. RFC Server Memory Usage

[KB] = SUM / COUNT

TREX Not

used

TREX RESOURCE

USAGE

Max. Mem RFC

Server(kB)

3 Max. RFC Server Memory Usage

[KB] = MAX

TREX Not

used

TREX RESOURCE

USAGE Avg. Mem Used(kB)

1 Avg. Memory Usage [KB] = SUM /

COUNT

TREX Notused

TREX RESOURCEUSAGE

Max. MemUsed(kB)

3 Max. Memory Usage [KB] = MAX

TREX Not

used

TREX RESOURCE

USAGE Avg. Disk Used(kB)

1 Avg. Disk Usage [KB] = SUM /

COUNT

TREX Not

used

TREX RESOURCE

USAGE Max. Disk Used(kB)

3 Max. Disk Usage [KB] = MAX

TREX Not TREX RESOURCE Tot. Unload 2 Unload Count = COUNT



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©SAP AG 2009

used USAGE Count(n)

TREX Not

used

TREX RESOURCE

USAGE

Max. Unload

Count(n/min)

3 Max. Unload Count [requests/min] =

MAX

TREX Not

used

TREX RESOURCE

USAGE

Avg. Unload

Count(n/min)

1 Avg. Unload Count [requests/min] =

SUM / COUNT

TREX Not

used TREX INDEXPERF Total Index Count(n)

2 Indexing Count = COUNT

TREX Notused TREX INDEXPERF

Avg. IndexCount(n/min)

1 Avg. Indexing Count [requests/min] =SUM / COUNT

TREX Not

used TREX INDEXPERF Total Index Time(s)

2 Indexing Time [s] = COUNT

TREX Not

used TREX INDEXPERF

Avg. Index

Time(ms/min)

1 Avg. Indexing Time [ms/min] = SUM

/ COUNT

TREX Not

used TREX INDEXPERF

Avg. Index

Time/Req(ms)

1 Avg. Indexing Request Time [ms] =

SUM / COUNT

TREX Not

used

TREX

SEARCHPERF

Total Search

Count(n)

2 Search Count = COUNT

TREX Not

used

TREX

SEARCHPERF

Avg. Search

Count(n/min)

1 Avg. Search Count [requests/min] =

SUM / COUNT

TREX Not

used

TREX

SEARCHPERF Total Search Time(s)

2 Search Time [s] = COUNT

TREX Not

used

TREX

SEARCHPERF

Avg. Search

Time(ms/min)

1 Avg. Search Time [ms/min] = SUM /

COUNT

TREX Not

used

TREX

SEARCHPERF

Avg. Search

Time/Req(ms)

1 Avg. Search Request Time [ms] =

SUM / COUNT

Note: IF KEY = 1. value = SUM / COUNT.

IF KEY = 2. value = COUNT.

IF KEY = 3. value = MAX.IF KEY = 4. value = MIN.

IF KEY = 5. value = COUNT / PERIOD

Documents

BW Reporting V1