Hello,

I am trying to create a new SCM quality system by making a copy of production system using backup/restore. I am a basis person and this is my first time working on SCM system. Please note that we want to copy both SCM database and also the data in livecache database. The SIDs for both SCM and Live cache instance are changing. I have read multiple notes (1015489, 886103, 877203, 457425, 1030857, 1349272 etc) and some GREAT POSTS in this forum BY NATALIA KHLOPINA. Thanks to this info, I have done the following so far:

SCM version is 7.0 SP 11 and Livecache version is 7.7.7.

I first copied over the SCM database using backup restore.

Installed the SCM target system with the new SID

Installed Livecache instance for target system (on a separate host than SCM) using swpm

Then I initialized the maxdb instance via DB manager

then I did restore and initialize using the full backup that I had taken of source livecache system via DBM GUI (pretty much steps in note 457425)

Then ran the following command : load_systab -u superdba,admin

(ran into some issues in between but resolved one by one like upgrading kernel, re-restored the db afer change default_code to Unicode etc )

Then in LC10, LCA -  I registered LCAPPS

Then in LC10, I did the integration configuration for LCA connection (it was blank due to some reason after the copy). Also reentered the u/p for LDA and LEA connections.

The LC10 connections are coming up green to livecache

Firstly, can you verify the steps above are correct so far ?

Secondly, I am trying to follow the notes 1015489, 886103, 877203, 457425 and 1030857, 1073954 to do post copy steps and have the following issues/questions:

1) In note 1015489 (connection problems after system copy),  it says to run report SLCA_GET_SYSNAME to get system name in livecache. When I do so, It says "Table for system names does not yet exist". Is that normal ( I am on scm 7.0 SP11) ? If I go to dbmcli and try to drop table APPSYSPARAM or APPSYSNAME, it says table does not exist ?? How do I verify if correct system name is registered in livecache?

2) Note 886103 (system landscape copy for SCM) -- It says to change logical system name in /SAPAPO/ORDMAP but this table is not active in my dictionary !! same for table CIFRFCDES and table /sapapo/cifdistr does not exist ??

3) Note 886103 says that if you want to rename the user SAPR3 to SAPEL1, you run some dbmcli commands. Is this necessary ?? my Livecache id is changing from LIP to LIQ, so shall I change it ? The domain.users currently shows control , superdba and also SAPLIP user and SAPLIQ user (SAPLIQ user only started showing up after I registered LC APPS ). Do I need to do anything else or verify something ?

4) Note 877203 once again talks about SAPEL1 user and I am not sure if I need to run these steps or not

5) Note 1030857 tells to run this report zz_update_acckey to correct the external keys. Is this necessary even if we run BDLS ? Shall I ask the SCM functional person ?

6) Note 1073954 (effects of changing the standard livecache user) -- How do I know if I need to run this ? my livecache tables like /sapapo/ordmap are stil owned by SAP<OLDSID> but  in LC10 connections I have changed the three connections to use SAP<NEWSID> user and the connetions are green and connection tests in db59 are also successful !!.

The note says that "Only change the standard liveCache user if the system does not contain any data or if you initialize the liveCache directly after the change"

My copied over livecache does contain data and If I initialize the livecache after changing this user id, I guess I will loose the data. So, Can I skip this step as long as connections in LC10 and db59 are working okay ?

7 ) How can I verify that APO optimizer is also installed in Production system. I thought it was optional to install it and I don't know if this client is using it ?

Sorry for this long long post. Hope someone out there has patience to clarify my doubts.

Thanks

BV

Hi experts,

I am trying to take a complete backup of one of my livecache database from DBA planning calender. It is failing with below error.

MEDIANAME 'Pre_index_rebuild'
*** SAVE/RESTORE request accepted:
OK 

*** SAVE/RESTORE result:
ERR
-24988,ERR_SQL: SQL error
-903,Host file I/O error
3,Data backup failed
113,Open medium on /sapdb/LCA/sapdata/DISKD0006 for READ failed
1,Open file /sapdb/LCA/sapdata/DISKD0006 failed, open(READ,EXISTING) returned 'Too many open files' (24)

*** SAVE/RESTORE request:
SAVE DATA CANCEL
*** SAVE/RESTORE request accepted:
OK

*** SAVE/RESTORE result:
ERR
-24988,ERR_SQL: SQL error
-104,DBM command impossible at this time

*** DBA Action ends:
Timestamp: 20150829225656   State

I have tried by creating new media template but the result is same. I am not able to find much useful logs in livecache log files. Please suggest.

Thanks

Amar.

Hi All,

Background job for program "/SAPAPO/SDRQCR21" is failing in SAP SCM 7.0 system due to below error message.

"Problems accessing SAP liveCache"

There was no dump or any error message in SM21 at the time job failure or durig the job run. I have also checked the live cache availability and live cache was up and running during this time. Trace log shows that SCM system was able to connect live cache successfully.

******************************************************************************

07:48:21 2015

B  Connect to LCA as XXXADM with XXX.XX.XXX.com

C  Try to connect as XXXADM/<pwd>@XXX.XX.XXX.com on connection 1 ...

C  Attach to SAP DB : Kernel    7.7.07   Build 045-123-247-303

C  Database release is SAP DB 7.7.07.045

C  INFO : Database 'XXX' instance is running on 'XXXXX'

C  DB max. input host variables  : 2000

C  DB uses MVCC support          : 0

C  INFO : LVC DEFAULTCODE = UNICODE

C  INFO : Connect to DB as 'XXXADM'

C  Command info enabled

C  Now I'm connected to SAP DB

C  01: XXXXX-XXX, since=20150807074821, ABAP= /SAPAPO/SAPLOM_CORE (5250)

B  Connection 1 opened (DBSL handle 1)

*******************************************************************************

But later batckground job was cancelled automatically and in next 3 seconds WP got restarted. SCM system was disconnected from Livecache.

*******************************************************************************

09:52:16 2015

M  ThNeedWpRestart: abap strategy == kill, restart

M ThWpRestart: restart wp (pid=12864) automatically

B  Disconnecting from ALL connections:

B  Wp  Hdl ConName                        ConId     ConState     TX  HC  PRM RCT FRC TIM MAX OPT Date     Time   DBHost

B  003 000 R/3                            000000000 INACTIVE     NO  NO  YES NO  NO  000 255 255 20150807 045113 YYYYY

B  003 001 LCA                            003034031 INACTIVE     NO  NO  NO  NO  NO  004 255 255 20150807 074821 XXXXX

C  Disconnecting from connection 0 ...

C  Closing user session (con=0,svchp=0x969c3d8,usrhp=0x96de3f0)

C  Detaching from DB Server (con=0,svchp=0x969c3d8,srvhp=0x969ee68)

C  Disconnected (con=0) from ORACLE.

B  Disconnected from connection 0

C  Disconnecting from connection 1 ...

C  Now I'm disconnected from SAP DB

B  Disconnected from connection 1

********************************************************************************

I suspect this is a heap memory issue. As heap memory got exausted, work process was restarted automatically and when it tried to connect Livecache, it couldn't connect and job failed with an error "Problems accessing SAP liveCache". But the log doesn't show any reference to it.

Another blog Report /sapapo/sdrqcr21 - problem accessing liv... | SCN   talks about the simliar problem, but I could not see function module /SAPAPO/OM_PEG_CAT_GET_ORDERS, so not sure whether it is relevant or not.

Kindly request you to suggest on this.

Regards,

Suhas

Hello,

I am trying to create a new SCM quality system by making a copy of production system using backup/restore. I am a basis person and this is my first time working on SCM system. Please note that we want to copy both SCM database and also the data in livecache database. The SIDs for both SCM and Live cache instance are changing. I have read multiple notes (1015489, 886103, 877203, 457425, 1030857, 1349272 etc) and some GREAT POSTS in this forum BY NATALIA KHLOPINA. Thanks to this info, I have done the following so far:

SCM version is 7.0 SP 11 and Livecache version is 7.7.7.

I first copied over the SCM database using backup restore.

Installed the SCM target system with the new SID

Installed Livecache instance for target system (on a separate host than SCM) using swpm

Then I initialized the maxdb instance via DB manager

then I did restore and initialize using the full backup that I had taken of source livecache system via DBM GUI (pretty much steps in note 457425)

Then ran the following command : load_systab -u superdba,admin

(ran into some issues in between but resolved one by one like upgrading kernel, re-restored the db afer change default_code to Unicode etc )

Then in LC10, LCA -  I registered LCAPPS

Then in LC10, I did the integration configuration for LCA connection (it was blank due to some reason after the copy). Also reentered the u/p for LDA and LEA connections.

The LC10 connections are coming up green to livecache

Firstly, can you verify the steps above are correct so far ?

Secondly, I am trying to follow the notes 1015489, 886103, 877203, 457425 and 1030857, 1073954 to do post copy steps and have the following issues/questions:

1) In note 1015489 (connection problems after system copy),  it says to run report SLCA_GET_SYSNAME to get system name in livecache. When I do so, It says "Table for system names does not yet exist". Is that normal ( I am on scm 7.0 SP11) ? If I go to dbmcli and try to drop table APPSYSPARAM or APPSYSNAME, it says table does not exist ?? How do I verify if correct system name is registered in livecache?

2) Note 886103 (system landscape copy for SCM) -- It says to change logical system name in /SAPAPO/ORDMAP but this table is not active in my dictionary !! same for table CIFRFCDES and table /sapapo/cifdistr does not exist ??

3) Note 886103 says that if you want to rename the user SAPR3 to SAPEL1, you run some dbmcli commands. Is this necessary ?? my Livecache id is changing from LIP to LIQ, so shall I change it ? The domain.users currently shows control , superdba and also SAPLIP user and SAPLIQ user (SAPLIQ user only started showing up after I registered LC APPS ). Do I need to do anything else or verify something ?

4) Note 877203 once again talks about SAPEL1 user and I am not sure if I need to run these steps or not

5) Note 1030857 tells to run this report zz_update_acckey to correct the external keys. Is this necessary even if we run BDLS ? Shall I ask the SCM functional person ?

6) Note 1073954 (effects of changing the standard livecache user) -- How do I know if I need to run this ? my livecache tables like /sapapo/ordmap are stil owned by SAP<OLDSID> but  in LC10 connections I have changed the three connections to use SAP<NEWSID> user and the connetions are green and connection tests in db59 are also successful !!.

The note says that "Only change the standard liveCache user if the system does not contain any data or if you initialize the liveCache directly after the change"

My copied over livecache does contain data and If I initialize the livecache after changing this user id, I guess I will loose the data. So, Can I skip this step as long as connections in LC10 and db59 are working okay ?

7 ) How can I verify that APO optimizer is also installed in Production system. I thought it was optional to install it and I don't know if this client is using it ?

Sorry for this long long post. Hope someone out there has patience to clarify my doubts.

Thanks

BV

Hello,

We are considering to upgrade OS and database of our APO systems - both APO and LC run on the same host. Following is scenario. Could you please suggest what version of live cache we need to be running while we migrate to Windows 2012 and SQL 2012.

Source:

SAP SCM 5.0

Windows Server 2003

SQL Server 2005

Livecache 7.6.00.29 

Target:

SAP SCM 5.0

Windows Server 2012 R2

SQL Server 2012 SP2

Livecache ????

I have checked PAM and according to it livecache 7.6.00.29 is only supported until Windows Sever 2008.

Thanks

Dear all,

at the moment I'm at an upgrade of an SCM 7.0 EHP1 Sytem to 7.0 EHP3. Upgrade of the Sandbox and Dev system was successfull. Now I'm at the test system: SCM Upgrade was successfull now I need to upgrade the LiveCache from 7.7 to 7.9

However this is not working at all.

I use the Guide SAP SCM 7.0 EHP 2 and higher – Standalone Engine SAP liveCache Technology 7.9: UNIX for Upgrading. When I call ./SDBUPD it starts and terminates see:

Checking upgrade...

Finding instance type...

Checking mmap support...

Finding starting release...

Finding APO starting release...

Finding migration strategy...

Looking for running instances...

Checking paramfile modifications...

Checking volume access...

Checking data consistency for liveCache migration...

Database is not a HA-NSR DB. Performing standard upgrade.

Value of MCOD-Parameter is NO

Switching liveCache state to OFFLINE

Preparing package "Installer" ...

Preparing package "SAP Utilities Compatibility" ...

Preparing package "Global Listener" ...

Preparing package "Installation Compatibility" ...

Preparing package "Base" ...

Preparing package "SQLDBC" ...

Preparing package "SQLDBC 77" ...

Preparing package "Fastload API" ...

Preparing package "SQLDBC 76" ...

Preparing package "SAP Utilities" ...

Preparing package "Server Utilities" ...

Preparing package "Database Kernel" ...

Preparing package "APO LC APPS" ...

Preparing package "Redist Python" ...

Preparing package "Loader" ...

Preparing package "ODBC" ...

Preparing package "Messages" ...

Preparing package "JDBC" ...

Preparing package "DB Analyzer" ...

Installing package "Installer" ...

Installing package "SAP Utilities Compatibility" ...

Installing package "Global Listener" ...

Installing package "Installation Compatibility" ...

unregister  7.7.07.37

Installing package "Base" ...

Installing package "SQLDBC" ...

Installing package "SQLDBC 77" ...

Installing package "Fastload API" ...

Installing package "SQLDBC 76" ...

Installing package "SAP Utilities" ...

Installing package "Server Utilities" ...

Installing package "Database Kernel" ...

Installing package "APO LC APPS" ...

Installing package "Redist Python" ...

Installing package "Loader" ...

Installing package "ODBC" ...

Installing package "Messages" ...

Installing package "JDBC" ...

Installing package "DB Analyzer" ...

ERR:  Upgrade failed

ERR:    error upgrading

ERR:      Cannot establish database connection: user_logon failed

At the Upgrade log I can find the following error

INFO: Extracting env/dbanalyzer78.cfg

INFO: file info: mode = 0444, size = 395393 bytes

INFO: Extracting env/dbanalyzer79.cfg

INFO: file info: mode = 0444, size = 467042 bytes

INFO: Set package valid

INFO: Writing registry

INFO: Wrote 90156 bytes

INFO: user_logon failed

INFO:

INFO:

ERR:  Cannot establish database connection: user_logon failed

After this the DBMCLI is not working anymore and we need to restore the Filesystem to be able to work again with the Database:

dbmcli -U c

Error! Connection failed to node stascmcs1q for database ABC:

-24700,ERR_DBMSRV_NOSTART: Could not start DBM server.

-24562,ERR_MIGRATION: Error during migration of data

-24994,ERR_RTE: Runtime environment error

20036,Parameter UseDBAnalyzer: wrong type (expected: String, found: Integer)

Does someone of you already had this problem? A SAP call with prio High is already created but SAP is not responding.

Thanks in advance !

Florian

Hi,

We are testing migration of SCM to SCM on HANA with integrated LiveCache in our lab box & now migrating

external LiveCache to Integrated LiveCahce migration.We have done all the steps upto step 5 as specified in the note 1825703. Not able to validate step number 6. We dont see APS_ORDER_GET_DATA under "Catalog => Public Synonyms" in the SAP HANA Studio and also we dont see role AFL__SYS_AFL_LCAPPS_EXECUTE. The LC installation step number 5 completed successfully without any error. The HANA DB connection (created in step 4) from DBACOCKPIT is working fine LCA,LDA and LEA.

Thanks

Vipin

Hi All,

Background job for program "/SAPAPO/SDRQCR21" is failing in SAP SCM 7.0 system due to below error message.

"Problems accessing SAP liveCache"

There was no dump or any error message in SM21 at the time job failure or durig the job run. I have also checked the live cache availability and live cache was up and running during this time. Trace log shows that SCM system was able to connect live cache successfully.

******************************************************************************

07:48:21 2015

B  Connect to LCA as XXXADM with XXX.XX.XXX.com

C  Try to connect as XXXADM/<pwd>@XXX.XX.XXX.com on connection 1 ...

C  Attach to SAP DB : Kernel    7.7.07   Build 045-123-247-303

C  Database release is SAP DB 7.7.07.045

C  INFO : Database 'XXX' instance is running on 'XXXXX'

C  DB max. input host variables  : 2000

C  DB uses MVCC support          : 0

C  INFO : LVC DEFAULTCODE = UNICODE

C  INFO : Connect to DB as 'XXXADM'

C  Command info enabled

C  Now I'm connected to SAP DB

C  01: XXXXX-XXX, since=20150807074821, ABAP= /SAPAPO/SAPLOM_CORE (5250)

B  Connection 1 opened (DBSL handle 1)

*******************************************************************************

But later batckground job was cancelled automatically and in next 3 seconds WP got restarted. SCM system was disconnected from Livecache.

*******************************************************************************

09:52:16 2015

M  ThNeedWpRestart: abap strategy == kill, restart

M ThWpRestart: restart wp (pid=12864) automatically

B  Disconnecting from ALL connections:

B  Wp  Hdl ConName                        ConId     ConState     TX  HC  PRM RCT FRC TIM MAX OPT Date     Time   DBHost

B  003 000 R/3                            000000000 INACTIVE     NO  NO  YES NO  NO  000 255 255 20150807 045113 YYYYY

B  003 001 LCA                            003034031 INACTIVE     NO  NO  NO  NO  NO  004 255 255 20150807 074821 XXXXX

C  Disconnecting from connection 0 ...

C  Closing user session (con=0,svchp=0x969c3d8,usrhp=0x96de3f0)

C  Detaching from DB Server (con=0,svchp=0x969c3d8,srvhp=0x969ee68)

C  Disconnected (con=0) from ORACLE.

B  Disconnected from connection 0

C  Disconnecting from connection 1 ...

C  Now I'm disconnected from SAP DB

B  Disconnected from connection 1

********************************************************************************

I suspect this is a heap memory issue. As heap memory got exausted, work process was restarted automatically and when it tried to connect Livecache, it couldn't connect and job failed with an error "Problems accessing SAP liveCache". But the log doesn't show any reference to it.

Another blog Report /sapapo/sdrqcr21 - problem accessing liv... | SCN   talks about the simliar problem, but I could not see function module /SAPAPO/OM_PEG_CAT_GET_ORDERS, so not sure whether it is relevant or not.

Kindly request you to suggest on this.

Regards,

Suhas

hi,

When I use DB59 to test connect,  it always said there is an error.

Application Server:  dga115_AT6_02                            ( AIX        )

   1. Connect. test with "dbmcli db_state"                         Successful

   2. Connect. test with command mode "dbmrfc db_state"            Successful

   3. Connect. test with session mode "dbmrfc db_state"            Unsuccessful

      communication_failure

      Name and Server     : LT6 - dga115

      DBMRFC Function     : DBM_CONNECT

      Error               : Communication Error

      Error Message       : Error when opening an RFC connection

   4. Connect. test with "native SQL"  ( LCA )                     Successful

I try to run dbmrfc using user lt6adm, no error appear. And

dbmcli -n dga115 -d LT6 -u control,sap2cool db_state

OK

State

ONLINE

Can you help me?

Thanks a lot!

Best Regards,

Lily

Hi,

We are running an SCM upgrade from 5.1-> 7.0

We upgraded our dev system fine. We are now in QA and running the prepare at phase PREP_CNVCHECKS/REQ_APOUPG0. 

Option # 3 of section A of  /SAPAPO/OM_LC_UPGRADE_70 runs job name SYNC_LC_DB_DP, program /SAPAPO/OM_SYNC_LC_DB.  Most planning versions run ok, but for ZDP01, this one has been running for over 30,000 seconds and it looks like it is not doing anything in liveCache or the SCM database.

Is there some way to determine what is going on with this job? We'd like to move on with the prepare...

Thanks,

Margaret

We are planning to refresh quality assurance(Q/A) systems  of ERP landscape and SCM 7.0(APO) landscape with the productive systems

(Have done on ERP on regular basis, now APO landscape was also built up and is productive, too)

I have read a lot of documents, but still have some  doubts about the best method:

Best Practise Documents systemcopy (http://service.sap.com/solutionmanagerbp) + note 88543 copy of system landscapes)

Note 457425 - Homogeneous liveCache copy using backup/restore

Note 1015489 - Connection problems after system copy

Note 1030857 - Report for additional update after system copy

According note 886103, livecache is normally also copied with SCM system.

Question 1) Could we also only copy the  SCM-PROD system to SCM Q/A and then initialise the Q/A livecache (after having changed tables in SCM system, which points to the right livecache on Q/A livecache server). I would appreciate getting experience from other customers.

If we copy the livecache, too:

We could use the method with backup/restore from note 457425.

In Bestpractise Dok  Checklist for Recovery of SAP APO liveCache >= 7.4 I found:

APO/SCM only

Do not select “Restore database until a specified time.” If the liveCache instance is not completely

recovered, inconsistencies might occur between the APO database and liveCache. SAP does not

support synchronization using time stamps.

Question 2: I am wondering if this is still valid (dokument is from 2005...) ?

Normally we copy the systems with flashcopy/online backup method, so that the source systems are online always. We deactivate rfc connections, jobs etc on target system before starting the system

If livecache doesn't support point in time recovery, how can we solve that ?  The SCM (APO) system should have the data of the same timestamp as ERP system. I would normally restore ERP, SCM and probably livecache to same timestamp, but if it is not possible to restore to a time stamp..... ?

Question 3 to Note 886103:

To adapt the liveCache table /sapapo/ordmap, you need to open a command prompt on the liveCache server and start xquery. Alternatively you could useSQL Studio.

 

Enter: username/password/system name (sapr3/../LC-Target)

Command: select LOGSYS, count(*) from "SAPR3"."/SAPAPO/ORDMAP" group by logsys

 

For each LOGSYS that is displayed, the same mapping / changes have to be done as in BDLS. For example <APO-SOURCE>M001 => <APO-TARGET>M001

 

Command: update "SAPR3"."/SAPAPO/ORDMAP" set logsys='<APOTARGET>M001'where logsys='<APO-SOURCE>M001'

 

This will change the logical system name in /sapapo/ordmap to the target system.

I only found an empty table SAPSR3./SAPAPO/ORDMAP in the SCM system but not in the livecache server.  Iis there a SAPR3 (or SAPSR3) schema  in the livecache ? I haven't found this user with the dbmgui....

Any ideas are welcome...

Hello,

I am trying to create a new SCM quality system by making a copy of production system using backup/restore. I am a basis person and this is my first time working on SCM system. Please note that we want to copy both SCM database and also the data in livecache database. The SIDs for both SCM and Live cache instance are changing. I have read multiple notes (1015489, 886103, 877203, 457425, 1030857, 1349272 etc) and some GREAT POSTS in this forum BY NATALIA KHLOPINA. Thanks to this info, I have done the following so far:

SCM version is 7.0 SP 11 and Livecache version is 7.7.7.

I first copied over the SCM database using backup restore.

Installed the SCM target system with the new SID

Installed Livecache instance for target system (on a separate host than SCM) using swpm

Then I initialized the maxdb instance via DB manager

then I did restore and initialize using the full backup that I had taken of source livecache system via DBM GUI (pretty much steps in note 457425)

Then ran the following command : load_systab -u superdba,admin

(ran into some issues in between but resolved one by one like upgrading kernel, re-restored the db afer change default_code to Unicode etc )

Then in LC10, LCA -  I registered LCAPPS

Then in LC10, I did the integration configuration for LCA connection (it was blank due to some reason after the copy). Also reentered the u/p for LDA and LEA connections.

The LC10 connections are coming up green to livecache

Firstly, can you verify the steps above are correct so far ?

Secondly, I am trying to follow the notes 1015489, 886103, 877203, 457425 and 1030857, 1073954 to do post copy steps and have the following issues/questions:

1) In note 1015489 (connection problems after system copy),  it says to run report SLCA_GET_SYSNAME to get system name in livecache. When I do so, It says "Table for system names does not yet exist". Is that normal ( I am on scm 7.0 SP11) ? If I go to dbmcli and try to drop table APPSYSPARAM or APPSYSNAME, it says table does not exist ?? How do I verify if correct system name is registered in livecache?

2) Note 886103 (system landscape copy for SCM) -- It says to change logical system name in /SAPAPO/ORDMAP but this table is not active in my dictionary !! same for table CIFRFCDES and table /sapapo/cifdistr does not exist ??

3) Note 886103 says that if you want to rename the user SAPR3 to SAPEL1, you run some dbmcli commands. Is this necessary ?? my Livecache id is changing from LIP to LIQ, so shall I change it ? The domain.users currently shows control , superdba and also SAPLIP user and SAPLIQ user (SAPLIQ user only started showing up after I registered LC APPS ). Do I need to do anything else or verify something ?

4) Note 877203 once again talks about SAPEL1 user and I am not sure if I need to run these steps or not

5) Note 1030857 tells to run this report zz_update_acckey to correct the external keys. Is this necessary even if we run BDLS ? Shall I ask the SCM functional person ?

6) Note 1073954 (effects of changing the standard livecache user) -- How do I know if I need to run this ? my livecache tables like /sapapo/ordmap are stil owned by SAP<OLDSID> but  in LC10 connections I have changed the three connections to use SAP<NEWSID> user and the connetions are green and connection tests in db59 are also successful !!.

The note says that "Only change the standard liveCache user if the system does not contain any data or if you initialize the liveCache directly after the change"

My copied over livecache does contain data and If I initialize the livecache after changing this user id, I guess I will loose the data. So, Can I skip this step as long as connections in LC10 and db59 are working okay ?

7 ) How can I verify that APO optimizer is also installed in Production system. I thought it was optional to install it and I don't know if this client is using it ?

Sorry for this long long post. Hope someone out there has patience to clarify my doubts.

Thanks

BV

Dear mentors,

Error info  : commands Stopsap is not working, and stopdb is not  working. Workprocess status is in new

Our system info,

Operating system :  Redhat Enterprise linux 5.4

database  : MAXDB 7.8

sap start command is working fine, startdb ccommand is working fine.

Maxdb database is working fine.

R3trans -d does not returning, any error code, it getting hang without retrun code.

stopsap command also  hanging.

Dev_disp log

---------------------------------------------------
trc file: "dev_disp.new", trc level: 1, release: "720"
---------------------------------------------------
sysno      00
sid        LEI
systemid   390 (AMD/Intel x86_64 with Linux)
relno      7200
patchlevel 0
patchno    46
intno      20020600
make       single threaded, Unicode, 64 bit, optimized
profile    /usr/sap/LEI/SYS/profile/LEI_DVEBMGS00_LGSIDESEHP5
pid        5007

Sun Mar 25 07:49:34 2012
kernel runs with dp version 125000(ext=118000) (@(#) DPLIB-INT-VERSION-125000-UC)
length of sys_adm_ext is 588 bytes
*** SWITCH TRC-HIDE on ***
***LOG Q00=> DpSapEnvInit, DPStart (00 5007) [dpxxdisp.c   1252]
shared lib "dw_xml.so" version 46 successfully loaded
shared lib "dw_xtc.so" version 46 successfully loaded
shared lib "dw_stl.so" version 46 successfully loaded
shared lib "dw_gui.so" version 46 successfully loaded
shared lib "dw_mdm.so" version 46 successfully loaded
shared lib "dw_rndrt.so" version 46 successfully loaded
shared lib "dw_abp.so" version 46 successfully loaded
shared lib "dw_sym.so" version 46 successfully loaded
shared lib "dw_aci.so" version 46 successfully loaded
rdisp/softcancel_sequence :  -> 0,5,-1
use internal message server connection to port 3900
rdisp/dynamic_wp_check : 1
rdisp/calculateLoadAverage : 1
MtxInit: 30000 0 0
DpSysAdmExtInit: ABAP is active
DpSysAdmExtInit: VMC (JAVA VM in WP) is active
DpIPCInit2: write dp-profile-values into sys_adm_ext
DpIPCInit2: start server >LGSIDESEHP5_LEI_00                      <
DpShMCreate: sizeof(wp_adm)  43016 (2264)
DpShMCreate: sizeof(tm_adm)  5581368 (27768)
DpShMCreate: sizeof(wp_ca_adm)  80000 (80)
DpShMCreate: sizeof(appc_ca_adm) 80000 (80)
DpCommTableSize: max/headSize/ftSize/tableSize=500/8/576056/576064
DpShMCreate: sizeof(comm_adm)  576064 (1144)
DpSlockTableSize: max/headSize/ftSize/fiSize/tableSize=512/48/57400/90392/147840
DpShMCreate: sizeof(slock_adm)  147840 (104)
DpFileTableSize: max/headSize/ftSize/tableSize=3800/8/334456/334464
DpShMCreate: sizeof(file_adm)  334464 (80)
DpShMCreate: sizeof(vmc_adm)  43624 (2296)
DpShMCreate: sizeof(wall_adm)  (40056/36728/80/192)
DpShMCreate: sizeof(gw_adm) 48
DpShMCreate: sizeof(j2ee_adm) 3928
DpShMCreate: SHM_DP_ADM_KEY  (addr: 2b392bd60000, size: 6980944)
DpShMCreate: allocated sys_adm at 2b392bd60008
DpShMCreate: allocated wp_adm_list at 2b392bd630e0
DpShMCreate: allocated wp_adm at 2b392bd632c8
DpShMCreate: allocated tm_adm_list at 2b392bd6dad8
DpShMCreate: allocated tm_adm at 2b392bd6db20
DpShMCreate: allocated wp_ca_adm at 2b392c2c0560
DpShMCreate: allocated appc_ca_adm at 2b392c2d3de8
DpShMCreate: allocated comm_adm at 2b392c2e7670
DpShMCreate: allocated slock_adm at 2b392c3740b8
DpShMCreate: allocated file_adm at 2b392c398240
DpShMCreate: allocated vmc_adm_list at 2b392c3e9cc8
DpShMCreate: allocated vmc_adm at 2b392c3e9d70
DpShMCreate: allocated gw_adm at 2b392c3f47e0
DpShMCreate: allocated j2ee_adm at 2b392c3f4818
DpShMCreate: allocated ca_info at 2b392c3f5778
DpShMCreate: allocated wall_adm at 2b392c3f5790
DpCommAttachTable: attached comm table (header=2b392c2e7670/ft=2b392c2e7678)
DpSysAdmIntInit: initialize sys_adm
rdisp/test_roll : roll strategy is DP_NORMAL_ROLL
dia token check not active (10 token)
MBUF state OFF
DpCommInitTable: init table for 500 entries
DpFileInitTable: init table for 3800 entries
DpSesCreateTable: created session table at 2b3930426000 (len=158096)
DpRqQInit: keep protect_queue / slots_per_queue 0 / 2001 in sys_adm
rdisp/queue_size_check_value :  -> on,50,30,40,500,50,500,80
EmInit: MmSetImplementation( 2 ).
MM global diagnostic options set: 0
<ES> client 0 initializing ....
<ES> InitFreeList
<ES> block size is 4096 kByte.
Using implementation std
EsStdUnamFileMapInit: ES base = 0x2b393264e000
EsStdInit: Extended Memory 4096 MB allocated
Linux: Kernel supports shared memory disclaiming
Linux: using madvise(<pointer>, <size>, 9).
Linux: disclaiming for shared memory enabled
<ES> 1023 blocks reserved for free list.
ES initialized.
DpVmcSetActive: set vmc state DP_VMC_ENABLED
DpVmcSetActive: set vmc state DP_VMC_ACTIVE
DpVmcInit2: o.k.
MPI: dynamic quotas disabled.
MPI init: pipes=4000 buffers=1279 reserved=383 quota=10%

Sun Mar 25 07:49:35 2012
rdisp/http_min_wait_dia_wp : 1 -> 1
***LOG CPS=> DpLoopInit, ICU ( 3.4 3.4 4.1) [dpxxdisp.c   1638]

Sun Mar 25 07:49:36 2012
***LOG Q0K=> DpMsAttach, mscon ( LGSIDESEHP5) [dpxxdisp.c   12244]
MBUF state LOADING
DpStartStopMsg: send start message (myname is >LGSIDESEHP5_LEI_00                      <)
DpStartStopMsg: start msg sent
*** WARNING: resource limit value for 'max open files' too low (1024 < 32800)
**START Linux Memory Parameter Check
virtual memory: hard-limit = UNLIMITED
virtual memory: soft-limit = UNLIMITED
core size: hard-limit = UNLIMITED
core size: soft-limit = 0 MB
data segment size: hard-limit = UNLIMITED
data segment size: soft-limit = UNLIMITED
stack size: hard-limit = UNLIMITED
stack size: soft-limit = 10 MB
max open files: hard-limit = 1024
max open files: soft-limit = 1024
Page Size: 4 KB
kernel.shmmax = 22064 MB
kernel.shmall = 20480 MB
**END   Linux Memory Parameter Check
CCMS uses Shared Memory Key 73 for monitoring.
CCMS: AlInitGlobals : alert/use_sema_lock = TRUE.

Sun Mar 25 07:49:37 2012
CCMS: Initalized shared memory of size 60000000 for monitoring segment.
CCMS: Checking Downtime Configuration of Monitoring Segment.

Sun Mar 25 07:49:38 2012
CCMS: AlMsUpload called by wp 1024.

Sun Mar 25 07:49:41 2012
CCMS: AlMsUpload successful for /usr/sap/LEI/DVEBMGS00/log/ALMTTREE (3634 MTEs).
CCMS: start to initalize 3.X shared alert area (first segment).
DpMBufHwIdSet: set Hardware-ID
***LOG Q1C=> DpMBufHwIdSet [dpxxmbuf.c   1296]
MBUF state ACTIVE
DpWpBlksLow: max wp blocks in queue is 800 (80 %)
MBUF component UP
DpMsgProcess: 1 server in MBUF
DpAppcBlksLow: max appc blocks in queue is 500 (50 %)

DEV_W0 log

---------------------------------------------------

trc file: "dev_w0", trc level: 1, release: "720"

---------------------------------------------------

*

*  ACTIVE TRACE LEVEL           1

*  ACTIVE TRACE COMPONENTS      all, MJ

*

M sysno      00

M sid        LEI

M systemid   390 (AMD/Intel x86_64 with Linux)

M relno      7200

M patchlevel 0

M patchno    46

M intno      20020600

M make       single threaded, Unicode, 64 bit, optimized

M profile    /usr/sap/LEI/SYS/profile/LEI_DVEBMGS00_LGSIDESEHP5

M pid        5041

M

M 

M Sun Mar 25 07:49:34 2012

M  kernel runs with dp version 125000(ext=118000) (@(#) DPLIB-INT-VERSION-125000-UC)

M  length of sys_adm_ext is 588 bytes

M  ThStart: taskhandler started

M 

M Sun Mar 25 07:49:35 2012

M  ThInit: initializing DIA work process W0

M  ***LOG Q01=> ThInit, WPStart (Workp. 0 1 5041) [thxxhead.c   1292]

M 

M Sun Mar 25 07:49:41 2012

M  ThInit: running on host LGSIDESEHP5

M  calling db_connect ...

B  create_con (con_name=R/3)

B  Loading DB library '/usr/sap/LEI/DVEBMGS00/exe/dbsdbslib.so' ...

B  Library '/usr/sap/LEI/DVEBMGS00/exe/dbsdbslib.so' loaded

B  Version of '/usr/sap/LEI/DVEBMGS00/exe/dbsdbslib.so' is "720.00", patchlevel (0.45)

B  New connection 0 created

C 

C  DBSDBSLIB : version 720.00, patch 0.045 (Make PL 0.46)

C  MAXDB shared library (dbsdbslib) patchlevels (last 10)

C    (0.045) Unknown primary key (note 1459400)

C    (0.039) Define your own command buffersize (note 1340617)

C    (0.031) Dbm commands support added (note 1420733)

C    (0.027) Count of records for bulk insert optimized (note 1340617)

C    (0.021) Connect with special xuser key (note 1390464)

C    (0.018) Error handling for external update statistics changed (note 1340617)

C    (0.018) Dbsl procedure to update datasource information (note 1340617)

C    (0.015) Special describe handling on MaxDB systemtables (note 1382175)

C    (0.013) Possibility to disable UPSERT statements (note 1340617)

C    (0.013) Check for external update statistics changed (note 1340617)

C 

C 

C  Loading SQLDBC client runtime ...

C  SQLDBC Module  : /usr/sap/LEI/SYS/exe/uc/linuxx86_64/libSQLDBC77.so

C  SQLDBC SDK     : SQLDBC.H  7.7.4    BUILD 009-123-173-450

C  SQLDBC Runtime : libSQLDBC 7.8.1    BUILD 014-121-233-288

C  SQLDBC client runtime is MaxDB 7.8.1.014 CL 233288

C  SQLDBC supports new DECIMAL interface : 1

C  SQLDBC supports VARIABLE INPUT data   : 1

C  SQLDBC supports VARIABLE OUTPUT data  : 1

C  SQLDBC supports Multiple Streams      : 1

C  SQLDBC supports LOB LOCATOR KEEPALIVE : 1

C  SQLDBC supports LOB LOCATOR COPY      : 1

C  SQLDBC supports BULK SELECT with LOBS : 1

C  INFO : SQLOPT= -I 0 -t 0 -S SAPR3

C  Try to connect (DEFAULT) on connection 0 ...

C  Attach to SAP DB : Kernel    7.8.01   Build 014-121-233-288

C  Database release is SAP DB 7.8.01.014

C  INFO : Database 'LEI' instance is running on 'LGSIDESEHP5'

C  DB supports UPSERT SQL syntax : 1

C  DB supports new EXPAND syntax : 1

C  DB supports LOB locators      : 1

C  DB uses MVCC support          : 0

C  DB max. input host variables  : 2000

C  INFO : SAP DB Packet_Size = 131072

C  INFO : SAP DB Min_Reply_Size = 4096

C  INFO : SAP DB Comm_Size = 126976

C  INFO : DBSL buffer size = 126976

C  INFO : SAP DB MaxLocks = 300000

C  INFO : Connect to DB as 'SAPLEI'

C  Command info enabled

C  Now I'm connected to MaxDB

C  00: LGSIDESEHP5-LEI, since=20120325074941, ABAP= <unknown> (0)

B  Connection 0 opened (DBSL handle 0)

B  Wp  Hdl ConName          ConId     ConState     TX  BC  HC  PRM RCT FRC TIM MAX OPT Date     Time   DBHost           Program                                

B  000 000 R/3              000000000 ACTIVE       NO  NO  NO  YES NO  NO  000 255 255 20120325 074941 LGSIDESEHP5                                             

C  INFO : SAP RELEASE (DB) = 702

M  ThInit: db_connect o.k.

M  ICT: exclude compression: *.zip,*.rar,*.arj,*.z,*.gz,*.tar,*.lzh,*.cab,*.hqx,*.ace,*.jar,*.ear,*.war,*.css,*.pdf,*.gzip,*.uue,*.bz2,*.iso,*.sda,*.sar,*.gif,*.png,*.swc,*.swf

M  vmcj/sgc_options: switch on template cleanup before cloning

M  vmcj/sgc_options: switch off delayed session cleanup during shared gc

M  ThVmcInitWaitForVm: th_maxWaitForVmTime=30

M  ThVmcInitMaxErrCount: th_max_error_count=5

trans log

4 ETW000 R3trans version 6.19 (release 720 - 06.04.10 - 16:31:00 with UA1430.1 / prepared for CSN 1287305).

4 ETW000 unicode enabled version

4 ETW000 ===============================================

4 ETW000

4 ETW000 date&time   : 25.03.2012 - 07:56:21

4 ETW000 control file: <no ctrlfile>

4 ETW000 R3trans was called as follows: R3trans -d

4 ETW000  trace at level 2 opened for a given file pointer

4 ETW000  [dev trc     ,00000]  Sun Mar 25 07:56:21 2012                                                8688  0.008688

4 ETW000  [dev trc     ,00000]  db_con_init called                                                        21  0.008709

4 ETW000  [dev trc     ,00000]  determine_block_commit: no con_hdl found as blocked for con_name = R/3

4 ETW000                                                                                                  53  0.008762

4 ETW000  [dev trc     ,00000]  create_con (con_name=R/3)                                                 22  0.008784

4 ETW000  [dev trc     ,00000]  Loading DB library '/usr/sap/LEI/SYS/exe/run/dbsdbslib.so' ...            49  0.008833

4 ETW000  [dev trc     ,00000]  DlLoadLib() success: dlopen("/usr/sap/LEI/SYS/exe/run/dbsdbslib.so"), hdl 0

4 ETW000                                                                                               32042  0.040875

4 ETW000  [dev trc     ,00000]  Library '/usr/sap/LEI/SYS/exe/run/dbsdbslib.so' loaded                    14  0.040889

4 ETW000  [dev trc     ,00000]  function DbSlExpFuns loaded from library /usr/sap/LEI/SYS/exe/run/dbsdbslib.so

4 ETW000                                                                                                  18  0.040907

4 ETW000  [dev trc     ,00000]  Version of '/usr/sap/LEI/SYS/exe/run/dbsdbslib.so' is "720.00", patchlevel (0.45)

4 ETW000                                                                                                1544  0.042451

4 ETW000  [dev trc     ,00000]  function dsql_db_init loaded from library /usr/sap/LEI/SYS/exe/run/dbsdbslib.so

4 ETW000                                                                                                  23  0.042474

4 ETW000  [dev trc     ,00000]  function dbdd_exp_funs loaded from library /usr/sap/LEI/SYS/exe/run/dbsdbslib.so

4 ETW000                                                                                                  44  0.042518

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    23  0.042541

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=-1,command=39,arg_p=(nil))                       27  0.042568

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    13  0.042581

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=-1,command=10,arg_p=7fffe0a56510)                12  0.042593

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    11  0.042604

4 ETW000  [dev trc     ,00000]  New connection 0 created                                                  11  0.042615

4 ETW000  [dev trc     ,00000]  0: name = R/3, con_id = -000000001, state = DISCONNECTED, tx = NO , bc = NO , hc = NO , perm = YES, reco = NO , frco = NO , timeout = 000, con_max = 255, con_opt = 255, occ = NO , prog = 

4 ETW000                                                                                                  42  0.042657

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=-1,command=10,arg_p=2c39bb0)                     20  0.042677

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    12  0.042689

4 ETW000  [dev trc     ,00000]  db_con_connect (con_name=R/3)                                             20  0.042709

4 ETW000  [dev trc     ,00000]  determine_block_commit: no con_hdl found as blocked for con_name = R/3

4 ETW000                                                                                                  14  0.042723

4 ETW000  [dev trc     ,00000]  find_con_by_name found the following connection:                           9  0.042732

4 ETW000  [dev trc     ,00000]  0: name = R/3, con_id = 000000000, state = DISCONNECTED, tx = NO , bc = NO , hc = NO , perm = YES, reco = NO , frco = NO , timeout = 000, con_max = 255, con_opt = 255, occ = NO , prog = 

4 ETW000                                                                                                  38  0.042770

4 ETW000  [dev trc     ,00000]  { DbSlSdbConnect(con_info_p=(nil))                                        37  0.042807

4 ETW000  [dev trc     ,00000]  DBSDBSLIB : version 720.00, patch 0.045 (Make PL 0.46)                    18  0.042825

4 ETW000  [dev trc     ,00000]  MAXDB shared library (dbsdbslib) patchlevels (last 10)                    12  0.042837

4 ETW000  [dev trc     ,00000]    (0.045) Unknown primary key (note 1459400)                              13  0.042850

4 ETW000  [dev trc     ,00000]    (0.039) Define your own command buffersize (note 1340617)               17  0.042867

4 ETW000  [dev trc     ,00000]    (0.031) Dbm commands support added (note 1420733)                       18  0.042885

4 ETW000  [dev trc     ,00000]    (0.027) Count of records for bulk insert optimized (note 1340617)     3675  0.046560

4 ETW000  [dev trc     ,00000]    (0.021) Connect with special xuser key (note 1390464)                   30  0.046590

4 ETW000  [dev trc     ,00000]    (0.018) Error handling for external update statistics changed (note 1340617)

4 ETW000                                                                                                  48  0.046638

4 ETW000  [dev trc     ,00000]    (0.018) Dbsl procedure to update datasource information (note 1340617)

4 ETW000                                                                                                  29  0.046667

4 ETW000  [dev trc     ,00000]    (0.015) Special describe handling on MaxDB systemtables (note 1382175)

4 ETW000                                                                                                  18  0.046685

4 ETW000  [dev trc     ,00000]    (0.013) Possibility to disable UPSERT statements (note 1340617)         16  0.046701

4 ETW000  [dev trc     ,00000]    (0.013) Check for external update statistics changed (note 1340617)

4 ETW000                                                                                                  19  0.046720

4 ETW000  [dev trc     ,00000]                                                                             8  0.046728

4 ETW000  [dev trc     ,00000]   -> init()                                                                15  0.046743

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=16) : 16d4cb80 (32 bytes allocated)                   37  0.046780

4 ETW000  [dev trc     ,00000]    STATEMENT_CACHE_SIZE = 1000                                             27  0.046807

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=152000) : 2b723a772010 (152048 bytes allocated)       34  0.046841

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=2088000) : 2b723a798010 (2240064 bytes allocated)

4 ETW000                                                                                                  32  0.046873

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=304000) : 2b723a996010 (2544080 bytes allocated)

4 ETW000                                                                                                  58  0.046931

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=16144) : 16d526a0 (2560240 bytes allocated)           33  0.046964

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=32048) : 16d567e0 (2592304 bytes allocated)           23  0.046987

4 ETW000  [dev trc     ,00000]   -> loadClientRuntime()                                                 2804  0.049791

4 ETW000  [dev trc     ,00000]  Loading SQLDBC client runtime ...                                         17  0.049808

4 ETW000  [dev trc     ,00000]  SQLDBC Module  : /usr/sap/LEI/SYS/exe/uc/linuxx86_64/libSQLDBC77.so     1306  0.051114

4 ETW000  [dev trc     ,00000]  SQLDBC SDK     : SQLDBC.H  7.7.4    BUILD 009-123-173-450                 57  0.051171

4 ETW000  [dev trc     ,00000]  SQLDBC Runtime : libSQLDBC 7.8.1    BUILD 014-121-233-288                 14  0.051185

4 ETW000  [dev trc     ,00000]  SQLDBC client runtime is MaxDB 7.8.1.014 CL 233288                        36  0.051221

4 ETW000  [dev trc     ,00000]  SQLDBC supports new DECIMAL interface : 1                                 17  0.051238

4 ETW000  [dev trc     ,00000]  SQLDBC supports VARIABLE INPUT data   : 1                                 11  0.051249

4 ETW000  [dev trc     ,00000]  SQLDBC supports VARIABLE OUTPUT data  : 1                                 17  0.051266

4 ETW000  [dev trc     ,00000]  SQLDBC supports Multiple Streams      : 1                                 13  0.051279

4 ETW000  [dev trc     ,00000]  SQLDBC supports LOB LOCATOR KEEPALIVE : 1                                 11  0.051290

4 ETW000  [dev trc     ,00000]  SQLDBC supports LOB LOCATOR COPY      : 1                                 10  0.051300

4 ETW000  [dev trc     ,00000]  SQLDBC supports BULK SELECT with LOBS : 1                                 11  0.051311

4 ETW000  [dev trc     ,00000]   -> getNewConnection()                                                    11  0.051322

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=1896) : 16d62be0 (2594216 bytes allocated)            22  0.051344

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=1168) : 16d63c10 (2595400 bytes allocated)            77  0.051421

4 ETW000  [dev trc     ,00000]   <- getNewConnection(con_hdl=0)                                           81  0.051502

4 ETW000  [dev trc     ,00000]   -> checkEnvironment(con_hdl=0)                                           24  0.051526

4 ETW000  [dev trc     ,00000]   -> connect()                                                             62  0.051588

4 ETW000  [dev trc     ,00000]  INFO : SQLOPT= -I 0 -t 0 -S SAPR3                                         19  0.051607

4 ETW000  [dev trc     ,00000]  Try to connect (DEFAULT) on connection 0 ...                              67  0.051674

4 ETW000  [dev trc     ,00000]   -> check_db_params(con_hdl=0)                                         10741  0.062415

4 ETW000  [dev trc     ,00000]  Attach to SAP DB : Kernel    7.8.01   Build 014-121-233-288             5512  0.067927

4 ETW000  [dev trc     ,00000]  Database release is SAP DB 7.8.01.014                                     16  0.067943

4 ETW000  [dev trc     ,00000]  INFO : Database 'LEI' instance is running on 'LGSIDESEHP5'               280  0.068223

4 ETW000  [dev trc     ,00000]  DB supports UPSERT SQL syntax : 1                                       9136  0.077359

4 ETW000  [dev trc     ,00000]  DB supports new EXPAND syntax : 1                                         15  0.077374

4 ETW000  [dev trc     ,00000]  DB supports LOB locators      : 1                                         12  0.077386

4 ETW000  [dev trc     ,00000]  DB uses MVCC support          : 0                                         10  0.077396

4 ETW000  [dev trc     ,00000]  DB max. input host variables  : 2000                                      12  0.077408

4 ETW000  [dev trc     ,00000]  INFO : SAP DB Packet_Size = 131072                                      3558  0.080966

4 ETW000  [dev trc     ,00000]  INFO : SAP DB Min_Reply_Size = 4096                                     2477  0.083443

4 ETW000  [dev trc     ,00000]  INFO : SAP DB Comm_Size = 126976                                          23  0.083466

4 ETW000  [dev trc     ,00000]  INFO : DBSL buffer size = 126976                                          26  0.083492

4 ETW000  [dev trc     ,00000]  INFO : SAP DB MaxLocks = 300000                                          711  0.084203

4 ETW000  [dev trc     ,00000]  INFO : Connect to DB as 'SAPLEI'                                         358  0.084561

4 ETW000  [dev trc     ,00000]  Command info enabled                                                     456  0.085017

4 ETW000  [dev trc     ,00000]  Now I'm connected to MaxDB                                                13  0.085030

4 ETW000  [dev trc     ,00000]  00: LGSIDESEHP5-LEI, since=20120325075621, ABAP= <unknown> (0)            27  0.085057

4 ETW000  [dev trc     ,00000]  } DbSlSdbConnect(rc=0)                                                    30  0.085087

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=30,arg_p=(nil))                        14  0.085101

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=15)                                                   12  0.085113

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=21,arg_p=7fffe0a56c50)                 12  0.085125

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    11  0.085136

4 ETW000  [dev trc     ,00000]  Connection 0 opened (DBSL handle 0)                                       22  0.085158

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=7,arg_p=7fffe0a56d50)                  15  0.085173

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    11  0.085184

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=63,arg_p=7fffe0a570b0)                 19  0.085203

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    12  0.085215

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=21,arg_p=7fffe0a56e60)              24182  0.109397

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    78  0.109475

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=11,arg_p=7fffe0a56f80)                 31  0.109506

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    13  0.109519

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=22,arg_p=7fffe0a56ef0)                 13  0.109532

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    11  0.109543

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=13,arg_p=7fffe0a57060)                 13  0.109556

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    21  0.109577

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=24,arg_p=7fffe0a57010)                 14  0.109591

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    20  0.109611

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=51,arg_p=7fffe0a570f8)                 14  0.109625

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=15)                                                   11  0.109636

4 ETW000  [dev trc     ,00000]  { DbSlSdbPrepare(con_hdl=0,ss_p=7fffe0a57060,op=3,da_p=7fffe0a56f80)

4 ETW000                                                                                                  31  0.109667

4 ETW000  [dev trc     ,00000]   -> build_stmt(stmt_p=7fffe0a57010,da_p=7fffe0a56f80,for_explain=0,lock=0,op=3)

4 ETW000                                                                                                  50  0.109717

4 ETW000  [dev trc     ,00000]    SELECT INTO is possible with 1 parameters                               24  0.109741

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16da4c40 (2595928 bytes allocated)             45  0.109786

4 ETW000  [dev trc     ,00000]   <- build_stmt(len=34,op=3,#marker=0,#lob=0)                              25  0.109811

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16da5280 (2596456 bytes allocated)             53  0.109864

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=176) : 16d6c290 (2596648 bytes allocated)             33  0.109897

4 ETW000  [dev trc     ,00000]   -> stmt_prepare(sc_hdl=2b723a772020,con_hdl=0,ss_p=7fffe0a57060)        354  0.110251

4 ETW000  [dev trc     ,00000]    CURSOR C_0000 PREPARE on connection 0                                   39  0.110290

4 ETW000  [dev trc     ,00000]  } DbSlSdbPrepare(rc=0)                                                   422  0.110712

4 ETW000  [dev trc     ,00000]  { DbSlSdbRead(con_hdl=0,ss_p=7fffe0a57060,da_p=7fffe0a56f80)              21  0.110733

4 ETW000  [dev trc     ,00000]   -> activate_stmt(sc_hdl=2b723a772020,da_p=7fffe0a56f80)                  47  0.110780

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a772020,in_out=1,bulk=0,da_p=7fffe0a56f80)

4 ETW000                                                                                                  29  0.110809

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=1,col_cnt=1)                                    17  0.110826

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=48) : 16d60b30 (2596712 bytes allocated)              14  0.110840

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16da6300 (2597240 bytes allocated)             12  0.110852

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a772020,in_out=1,types=7fffe0a570b0,#col=1)

4 ETW000                                                                                                  24  0.110876

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=72,rec_lng=144,db_lng=147)

4 ETW000                                                                                                  18  0.110894

4 ETW000  [dev trc     ,00000]    row_size=144, lob_cnt=0, lob_pw_cnt=0, row_max=1                        23  0.110917

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=1,row_cnt=1)                                    27  0.110944

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=48) : 16d6a480 (2597304 bytes allocated)              14  0.110958

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16da6520 (2597832 bytes allocated)             13  0.110971

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=1,size=126976)                                       13  0.110984

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=48) : 16da6740 (2597896 bytes allocated)              12  0.110996

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=126976) : 16da6790 (2724888 bytes allocated)          27  0.111023

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a772020,in_out=1,bulk=0,arr_size=1,types=7fffe0a570b0,da_p=7fffe0a56f80)

4 ETW000                                                                                                  36  0.111059

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=144  , I=16da6530, V_APPL=c27626

4 ETW000                                                                                                  52  0.111111

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a772020,in_out=0,bulk=0,da_p=7fffe0a56f80)

4 ETW000                                                                                                  26  0.111137

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=0,col_cnt=0)                                    12  0.111149

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=48) : 16dc57b0 (2724952 bytes allocated)              13  0.111162

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16dc5800 (2725480 bytes allocated)             12  0.111174

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a772020,in_out=0,types=(nil),#col=0)

4 ETW000                                                                                                  22  0.111196

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=0,rec_lng=0,db_lng=2)

4 ETW000                                                                                                  21  0.111217

4 ETW000  [dev trc     ,00000]    row_size=0, lob_cnt=0, lob_pw_cnt=0, row_max=1                          15  0.111232

4 ETW000  [dev trc     ,00000]   -> exec_modify(sc_hdl=2b723a772020,con_hdl=0,ss_p=7fffe0a57060,bulk=0,in_out=1,da_p=7fffe0a56f80)

4 ETW000                                                                                                  27  0.111259

4 ETW000  [dev trc     ,00000]   -> stmt_execute(sc_hdl=2b723a772020,ss_p=7fffe0a57060,in_out=1,da_p=7fffe0a56f80)

4 ETW000                                                                                                  31  0.111290

4 ETW000  [dev trc     ,00000]    EXECUTE CURSOR C_0000                                                   20  0.111310

4 ETW000  [dev trc     ,00000]    CURSOR C_0000 SET InputSize=1                                           25  0.111335

4 ETW000  [dev trc     ,00000]    CURSOR C_0000 EXECUTE                                                   51  0.111386

4 ETW000  [dev trc     ,00000]    execute() of C_0000, #rec=1, rcSQL=0, rc=0 ()                          167  0.111553

4 ETW000  [dev trc     ,00000]    CURSOR C_0000, rc=0,#rec=1,#dbcount=1                                   27  0.111580

4 ETW000  [dev trc     ,00000]   -> exec_fetch(sc_hdl=2b723a772020,con_hdl=0,bulk=0,da_p=7fffe0a56f80)

4 ETW000                                                                                                  26  0.111606

4 ETW000  [dev trc     ,00000]      xcnt=1,row_i=0,row_pcnt=1                                             12  0.111618

4 ETW000  [dev trc     ,00000]   -> deactivate_stmt(sc_hdl=2b723a772020,da_p=7fffe0a56f80,rc=0)           21  0.111639

4 ETW000  [dev trc     ,00000]   -> SapdbStmtFree(DBSL:C_0000)                                            13  0.111652

4 ETW000  [dev trc     ,00000]  } DbSlSdbRead(rc=0)                                                       27  0.111679

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=43,arg_p=c27626)                       15  0.111694

4 ETW000  [dev trc     ,00000]  INFO : SAP RELEASE (DB) = 702                                             25  0.111719

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    20  0.111739

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=41,arg_p=c276b8)                       67  0.111806

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    15  0.111821

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=14,arg_p=7fffe0a4d3c0)                 13  0.111834

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    11  0.111845

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=50,arg_p=7fffe0a4d3d8)                 13  0.111858

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    52  0.111910

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=52,arg_p=7fffe0a4d380)                 15  0.111925

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    11  0.111936

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=20,arg_p=276fd38)                    3066  0.115002

4 ETW000  [dev trc     ,00000]  INFO : MaxDB MARKER CNT = 2000                                            46  0.115048

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    37  0.115085

4 ETW000  [dev trc     ,00000]  { DbSlSdbPrepare(con_hdl=0,ss_p=7fffe0a4cf20,op=3,da_p=7fffe0a4ce00)

4 ETW000                                                                                                4678  0.119763

4 ETW000  [dev trc     ,00000]   -> build_stmt(stmt_p=7fffe0a4cf40,da_p=7fffe0a4ce00,for_explain=0,lock=0,op=3)

4 ETW000                                                                                                  40  0.119803

4 ETW000  [dev trc     ,00000]   <- build_stmt(len=63,op=3,#marker=0,#lob=0)                              26  0.119829

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16dc5b10 (2726008 bytes allocated)             42  0.119871

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=176) : 16dc5d30 (2726200 bytes allocated)             15  0.119886

4 ETW000  [dev trc     ,00000]   -> stmt_prepare(sc_hdl=2b723a7720b8,con_hdl=0,ss_p=7fffe0a4cf20)        131  0.120017

4 ETW000  [dev trc     ,00000]    CURSOR C_0001 PREPARE on connection 0                                   33  0.120050

4 ETW000  [dev trc     ,00000]  } DbSlSdbPrepare(rc=0)                                                   377  0.120427

4 ETW000  [dev trc     ,00000]  { DbSlSdbBegRead(con_hdl=0,ss_p=7fffe0a4cf20,da_p=7fffe0a4ce00)           36  0.120463

4 ETW000  [dev trc     ,00000]   -> activate_stmt(sc_hdl=2b723a7720b8,da_p=7fffe0a4ce00)                  28  0.120491

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a7720b8,in_out=0,bulk=0,da_p=7fffe0a4ce00)

4 ETW000                                                                                                  24  0.120515

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=0,col_cnt=0)                                    20  0.120535

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a7720b8,in_out=0,types=(nil),#col=0)

4 ETW000                                                                                                  31  0.120566

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=0,rec_lng=0,db_lng=2)

4 ETW000                                                                                                  17  0.120583

4 ETW000  [dev trc     ,00000]    row_size=0, lob_cnt=0, lob_pw_cnt=0, row_max=1                          14  0.120597

4 ETW000  [dev trc     ,00000]   -> exec_modify(sc_hdl=2b723a7720b8,con_hdl=0,ss_p=7fffe0a4cf20,bulk=0,in_out=1,da_p=7fffe0a4ce00)

4 ETW000                                                                                                  18  0.120615

4 ETW000  [dev trc     ,00000]   -> stmt_execute(sc_hdl=2b723a7720b8,ss_p=7fffe0a4cf20,in_out=1,da_p=7fffe0a4ce00)

4 ETW000                                                                                                  28  0.120643

4 ETW000  [dev trc     ,00000]    OPEN CURSOR C_0001                                                      58  0.120701

4 ETW000  [dev trc     ,00000]    CURSOR C_0001 SET InputSize=1                                           19  0.120720

4 ETW000  [dev trc     ,00000]    CURSOR C_0001 EXECUTE                                                   17  0.120737

4 ETW000  [dev trc     ,00000]    execute() of C_0001, #rec=0, rcSQL=0, rc=0 ()                          354  0.121091

4 ETW000  [dev trc     ,00000]    CURSOR C_0001, rc=0,#rec=0,#dbcount=0                                  168  0.121259

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a7720b8,in_out=1,bulk=1,da_p=7fffe0a4ce00)

4 ETW000                                                                                                  30  0.121289

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=1,col_cnt=2)                                    12  0.121301

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a7720b8,in_out=1,types=7fffe0a4ce70,#col=2)

4 ETW000                                                                                                  27  0.121328

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=2,#int=0,#uc=0,rec_lng=8,db_lng=12)

4 ETW000                                                                                                  18  0.121346

4 ETW000  [dev trc     ,00000]    row_size=8, lob_cnt=0, lob_pw_cnt=0, row_max=15872                      12  0.121358

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=1,row_cnt=15872)                                18  0.121376

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=254464) : 2b723b6d5010 (2980680 bytes allocated)

4 ETW000                                                                                                  35  0.121411

4 ETW000  [dev trc     ,00000]   -> sdb_free(p=16da6520, size=512 (2980152 bytes allocated))              16  0.121427

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=1,size=126976)                                      377  0.121804

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a7720b8,in_out=1,bulk=1,arr_size=15872,types=7fffe0a4ce70,da_p=7fffe0a4ce00)

4 ETW000                                                                                                  22  0.121826

4 ETW000  [dev trc     ,00000]      1 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=2b723b6d5020, V_DBSL=16da67a0

4 ETW000                                                                                                  44  0.121870

4 ETW000  [dev trc     ,00000]      2 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=2b723b6f4020, V_DBSL=16dae3a0

4 ETW000                                                                                                  66  0.121936

4 ETW000  [dev trc     ,00000]  } DbSlSdbBegRead(rc=0)                                                    12  0.121948

4 ETW000  [dev trc     ,00000]  { DbSlSdbExeRead(con_hdl=0,ss_p=7fffe0a4cf20,da_p=7fffe0a4ce00)           20  0.121968

4 ETW000  [dev trc     ,00000]   -> exec_fetch(sc_hdl=2b723a7720b8,con_hdl=0,bulk=0,da_p=7fffe0a4ce00)

4 ETW000                                                                                                  29  0.121997

4 ETW000  [dev trc     ,00000]      xcnt=1,row_i=0,row_pcnt=0                                             14  0.122011

4 ETW000  [dev trc     ,00000]   -> stmt_fetch(sc_hdl=2b723a7720b8)                                       13  0.122024

4 ETW000  [dev trc     ,00000]    CURSOR C_0001 FETCH, xcnt=1                                             15  0.122039

4 ETW000  [dev trc     ,00000]    next() of C_0001, rc=0                                                  40  0.122079

4 ETW000  [dev trc     ,00000]    fetch() of C_0001, #rec=1, rc=0, rcSQL=0 ()                             98  0.122177

4 ETW000  [dev trc     ,00000]  } DbSlSdbExeRead(rc=0)                                                    14  0.122191

4 ETW000  [dev trc     ,00000]  { DbSlSdbEndRead(con_hdl=0,ss_p=7fffe0a4cf20,da_p=7fffe0a4ce00)           15  0.122206

4 ETW000  [dev trc     ,00000]   -> deactivate_stmt(sc_hdl=2b723a7720b8,da_p=7fffe0a4ce00,rc=0)           18  0.122224

4 ETW000  [dev trc     ,00000]   -> SapdbStmtFree(DBSL:C_0001)                                            13  0.122237

4 ETW000  [dev trc     ,00000]    CURSOR C_0001 CLOSE resultset                                           18  0.122255

4 ETW000  [dev trc     ,00000]  } DbSlSdbEndRead(rc=0)                                                    37  0.122292

4 ETW000  [dev trc     ,00000]  NTAB: Structure of NTAB on DB is VERS_B                                   26  0.122318

4 ETW000  [dev trc     ,00000]  NTAB: unicodelg of executable is 2                                        10  0.122328

4 ETW000  [dev trc     ,00000]  NTAB: unicodelg of SVERS in nametab is 2                                   9  0.122337

4 ETW000  [dev trc     ,00000]  NTAB: standalone processing                                               43  0.122380

4 ETW000  [dev trc     ,00000]  NTAB: ntprofile(), read profile                                           20  0.122400

4 ETW000  [dev trc     ,00000]  NTAB: rsdb/ntab/entrycount 1000.                                          10  0.122410

4 ETW000  [dev trc     ,00000]  NTAB: rsdb/ntab/ftabsize 500.                                              9  0.122419

4 ETW000  [dev trc     ,00000]  NTAB: rsdb/ntab/irbdsize 100.                                              8  0.122427

4 ETW000  [dev trc     ,00000]  NTAB: rsdb/ntab/sntabsize 100.                                             8  0.122435

4 ETW000  [dev trc     ,00000]  NTAB: compute_hash_card: 2003.                                            15  0.122450

4 ETW000  [dev trc     ,00000]  NTAB: maxcnt 1000.                                                        11  0.122461

4 ETW000  [dev trc     ,00000]  NTAB: hfactor 2003.                                                        8  0.122469

4 ETW000  [dev trc     ,00000]  NTAB: mem_protocol_size 104                                                8  0.122477

4 ETW000  [dev trc     ,00000]  NTAB: hdr_backpack_offset 0                                                8  0.122485

4 ETW000  [dev trc     ,00000]  NTAB: hdr_backpack_size 0                                                  8  0.122493

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: header_size 88.                                               18  0.122511

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: item_size 64.                                                  8  0.122519

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: item_cnt 1000.                                                 9  0.122528

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: unit_size 4                                                    8  0.122536

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: unit_cnt 128000.                                               8  0.122544

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: data_size 512000.                                              8  0.122552

4 ETW000  [dev trc     ,00000]  NTAB: IREC: header_size 88.                                               10  0.122562

4 ETW000  [dev trc     ,00000]  NTAB: IREC: item_size 64.                                                  8  0.122570

4 ETW000  [dev trc     ,00000]  NTAB: IREC: item_cnt 250.                                                  8  0.122578

4 ETW000  [dev trc     ,00000]  NTAB: IREC: unit_size 8                                                    8  0.122586

4 ETW000  [dev trc     ,00000]  NTAB: IREC: unit_cnt 12800.                                                8  0.122594

4 ETW000  [dev trc     ,00000]  NTAB: IREC: data_size 102400.                                              9  0.122603

4 ETW000  [dev trc     ,00000]  NTAB: STAB: header_size 88.                                                8  0.122611

4 ETW000  [dev trc     ,00000]  NTAB: STAB: item_size 64.                                                  8  0.122619

4 ETW000  [dev trc     ,00000]  NTAB: STAB: item_cnt 250.                                                  8  0.122627

4 ETW000  [dev trc     ,00000]  NTAB: STAB: unit_size 4                                                    8  0.122635

4 ETW000  [dev trc     ,00000]  NTAB: STAB: unit_cnt 25600.                                                8  0.122643

4 ETW000  [dev trc     ,00000]  NTAB: STAB: data_size 102400.                                             24  0.122667

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: header_size 192.                                               8  0.122675

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: item_size 40.                                                  8  0.122683

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: item_cnt 1000.                                                 9  0.122692

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: unit_size 256                                                  8  0.122700

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: unit_cnt 1000.                                                 8  0.122708

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: data_size 256000.                                              8  0.122716

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: hh_p 16da6570, hh_len 88                                     558  0.123274

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: aa_p 16dc7fb0, aa_len 16024                                   16  0.123290

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: ia_p 16dcbe50, ia_len 64000                                    9  0.123299

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: dat_p 2b723b714010, dat_len 512000                            10  0.123309

4 ETW000  [dev trc     ,00000]  NTAB: IREC: hh_p 16da65d0, hh_len 88                                       9  0.123318

4 ETW000  [dev trc     ,00000]  NTAB: IREC: aa_p 16ddb860, aa_len 16024                                    9  0.123327

4 ETW000  [dev trc     ,00000]  NTAB: IREC: ia_p 16ddf700, ia_len 16000                                    8  0.123335

4 ETW000  [dev trc     ,00000]  NTAB: IREC: dat_p 16de3590, dat_len 102400                                 9  0.123344

4 ETW000  [dev trc     ,00000]  NTAB: STAB: hh_p 16da66c0, hh_len 88                                       9  0.123353

4 ETW000  [dev trc     ,00000]  NTAB: STAB: aa_p 16dfc5a0, aa_len 16024                                    8  0.123361

4 ETW000  [dev trc     ,00000]  NTAB: STAB: ia_p 16e00440, ia_len 16000                                    9  0.123370

4 ETW000  [dev trc     ,00000]  NTAB: STAB: dat_p 16e042d0, dat_len 102400                                24  0.123394

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: hh_p 16dc71b0, hh_len 192                                      9  0.123403

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: aa_p 16e1d2e0, aa_len 16024                                    9  0.123412

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: ia_p 16e21180, ia_len 40000                                    9  0.123421

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: dat_p 2b723b792010, dat_len 256000                             9  0.123430

4 ETW000  [dev trc     ,00000]  NTAB: ntab_mem_protocol 16dc71b0, ntab_mp_p 16dc71b0, ntab_proc_id 0

4 ETW000                                                                                                  15  0.123445

4 ETW000  [dev trc     ,00000]  NTAB: FTAB: hh_p 16da6570, ha_list 16dc7fb0, hi_list 16dcbe50, buffer 2b723b714010

4 ETW000                                                                                                  34  0.123479

4 ETW000  [dev trc     ,00000]  NTAB: IREC: hh_p 16da65d0, ha_list 16ddb860, hi_list 16ddf700, buffer 16de3590

4 ETW000                                                                                                  13  0.123492

4 ETW000  [dev trc     ,00000]  NTAB: STAB: hh_p 16da66c0, ha_list 16dfc5a0, hi_list 16e00440, buffer 16e042d0

4 ETW000                                                                                                  14  0.123506

4 ETW000  [dev trc     ,00000]  NTAB: TTAB: hh_p 16dc7218, ha_list 16e1d2e0, hi_list 16e21180, buffer 2b723b792010

4 ETW000                                                                                                  13  0.123519

4 ETW000  [dev trc     ,00000]  NTAB: mem_handler: alloc for 500 elems, task 0, art 0                     37  0.123556

4 ETW000  [dev trc     ,00000]  NTAB: mem_handler: alloc for 500 elems, task 0, art 1                     41  0.123597

4 ETW000  [dev trc     ,00000]  NTAB: mem_handler: alloc for 500 elems, task 0, art 2                     34  0.123631

4 ETW000  [dev trc     ,00000]  NTAB: mem_handler: alloc for 500 elems, task 0, art 3                     40  0.123671

4 ETW000  [dev trc     ,00000]  { DbSlSdbBegRead(con_hdl=0,ss_p=2c32860,da_p=2c29280)                     47  0.123718

4 ETW000  [dev trc     ,00000]  } DbSlSdbBegRead(rc=13)                                                   17  0.123735

4 ETW000  [dev trc     ,00000]  { DbSlSdbPrepare(con_hdl=0,ss_p=2c32860,op=3,da_p=2c29280)                14  0.123749

4 ETW000  [dev trc     ,00000]   -> build_stmt(stmt_p=2c32320,da_p=2c29280,for_explain=0,lock=2,op=3)

4 ETW000                                                                                                  18  0.123767

4 ETW000  [dev trc     ,00000]   <- build_stmt(len=131,op=3,#marker=1,#lob=0)                             14  0.123781

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16e466a0 (2980680 bytes allocated)             14  0.123795

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=176) : 16dc7280 (2980872 bytes allocated)             30  0.123825

4 ETW000  [dev trc     ,00000]   -> stmt_prepare(sc_hdl=2b723a772150,con_hdl=0,ss_p=2c32860)              30  0.123855

4 ETW000  [dev trc     ,00000]    CURSOR C_0002 PREPARE on connection 0                                   14  0.123869

4 ETW000  [dev trc     ,00000]  } DbSlSdbPrepare(rc=0)                                                   219  0.124088

4 ETW000  [dev trc     ,00000]  { DbSlSdbBegRead(con_hdl=0,ss_p=2c32860,da_p=2c29280)                     44  0.124132

4 ETW000  [dev trc     ,00000]   -> activate_stmt(sc_hdl=2b723a772150,da_p=2c29280)                       22  0.124154

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a772150,in_out=0,bulk=0,da_p=2c29280)

4 ETW000                                                                                                  26  0.124180

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=0,col_cnt=1)                                    18  0.124198

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a772150,in_out=0,types=2c31bc0,#col=1)

4 ETW000                                                                                                  32  0.124230

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=30,rec_lng=64,db_lng=63)

4 ETW000                                                                                                  18  0.124248

4 ETW000  [dev trc     ,00000]    row_size=64, lob_cnt=0, lob_pw_cnt=0, row_max=1                         12  0.124260

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=0,row_cnt=1)                                    11  0.124271

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=0,size=126976)                                       16  0.124287

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a772150,in_out=0,bulk=0,arr_size=1,types=2c31bc0,da_p=2c29280)

4 ETW000                                                                                                  19  0.124306

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=2b723b6d5020, V_APPL=7fffe0a4d020

4 ETW000                                                                                                  27  0.124333

4 ETW000  [dev trc     ,00000]   -> exec_modify(sc_hdl=2b723a772150,con_hdl=0,ss_p=2c32860,bulk=0,in_out=1,da_p=2c29280)

4 ETW000                                                                                                  24  0.124357

4 ETW000  [dev trc     ,00000]   -> stmt_execute(sc_hdl=2b723a772150,ss_p=2c32860,in_out=1,da_p=2c29280)

4 ETW000                                                                                                  18  0.124375

4 ETW000  [dev trc     ,00000]    OPEN CURSOR C_0002                                                      10  0.124385

4 ETW000  [dev trc     ,00000]    CURSOR C_0002 SET InputSize=1                                           11  0.124396

4 ETW000  [dev trc     ,00000]    CURSOR C_0002 EXECUTE                                                   11  0.124407

4 ETW000  [dev trc     ,00000]    execute() of C_0002, #rec=0, rcSQL=0, rc=0 ()                        19649  0.144056

4 ETW000  [dev trc     ,00000]    CURSOR C_0002, rc=0,#rec=0,#dbcount=0                                   27  0.144083

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a772150,in_out=1,bulk=1,da_p=2c29280)

4 ETW000                                                                                                  33  0.144116

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=1,col_cnt=4)                                    12  0.144128

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a772150,in_out=1,types=2c31bc0,#col=4)

4 ETW000                                                                                                  23  0.144151

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=16386,#int=1,#uc=30,rec_lng=32840,db_lng=32844)

4 ETW000                                                                                                  19  0.144170

4 ETW000  [dev trc     ,00000]    row_size=32840, lob_cnt=0, lob_pw_cnt=0, row_max=3                      12  0.144182

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=1,row_cnt=3)                                    12  0.144194

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=48) : 16e47480 (2980936 bytes allocated)              14  0.144208

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16e49c10 (2981464 bytes allocated)             12  0.144220

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=1,size=126976)                                       12  0.144232

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=48) : 16e474d0 (2981528 bytes allocated)              13  0.144245

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=126976) : 16e49e30 (3108520 bytes allocated)          38  0.144283

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a772150,in_out=1,bulk=1,arr_size=3,types=2c31bc0,da_p=2c29280)

4 ETW000                                                                                                  40  0.144323

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=16e49c20, V_DBSL=16e61e58

4 ETW000                                                                                                  19  0.144342

4 ETW000  [dev trc     ,00000]      2 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c38, V_DBSL=16e49e4c

4 ETW000                                                                                                  20  0.144362

4 ETW000  [dev trc     ,00000]      3 : DBSL=INTEGER_4 , T=INT4     , L=4    , I=16e49c50, V_DBSL=16e49e40

4 ETW000                                                                                                  20  0.144382

4 ETW000  [dev trc     ,00000]      4 : DBSL=LONG_RAW  , T=BINARY   , L=32770, I=16e49c68, V_DBSL=16e49e52

4 ETW000                                                                                                  32  0.144414

4 ETW000  [dev trc     ,00000]  } DbSlSdbBegRead(rc=0)                                                    11  0.144425

4 ETW000  [dev trc     ,00000]  { DbSlSdbExeRead(con_hdl=0,ss_p=2c32860,da_p=2c29280)                     14  0.144439

4 ETW000  [dev trc     ,00000]   -> exec_fetch(sc_hdl=2b723a772150,con_hdl=0,bulk=0,da_p=2c29280)         16  0.144455

4 ETW000  [dev trc     ,00000]      xcnt=1,row_i=0,row_pcnt=0                                             13  0.144468

4 ETW000  [dev trc     ,00000]   -> stmt_fetch(sc_hdl=2b723a772150)                                       11  0.144479

4 ETW000  [dev trc     ,00000]    CURSOR C_0002 FETCH, xcnt=3                                             11  0.144490

4 ETW000  [dev trc     ,00000]    next() of C_0002, rc=0                                                  13  0.144503

4 ETW000  [dev trc     ,00000]    fetch() of C_0002, #rec=1, rc=0, rcSQL=0 ()                             72  0.144575

4 ETW000  [dev trc     ,00000]  } DbSlSdbExeRead(rc=0)                                                    66  0.144641

4 ETW000  [dev trc     ,00000]  { DbSlSdbEndRead(con_hdl=0,ss_p=2c32860,da_p=2c29280)                     26  0.144667

4 ETW000  [dev trc     ,00000]   -> deactivate_stmt(sc_hdl=2b723a772150,da_p=2c29280,rc=0)                13  0.144680

4 ETW000  [dev trc     ,00000]   -> SapdbStmtFree(DBSL:C_0002)                                            12  0.144692

4 ETW000  [dev trc     ,00000]    CURSOR C_0002 CLOSE resultset                                           12  0.144704

4 ETW000  [dev trc     ,00000]  } DbSlSdbEndRead(rc=0)                                                    97  0.144801

4 ETW000  [twdydbacc.c ,00571]  i:0                                                                      109  0.144910

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       PGMID                                             14  0.144924

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      1                                                 11  0.144935

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      0                                                 11  0.144946

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   4                                                 11  0.144957

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:4                                                 10  0.144967

4 ETW000  [twdydbacc.c ,00571]  i:1                                                                       36  0.145003

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       OBJECT                                             8  0.145011

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      1                                                  7  0.145018

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      4                                                  7  0.145025

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   4                                                  7  0.145032

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:4                                                 32  0.145064

4 ETW000  [twdydbacc.c ,00571]  i:2                                                                        9  0.145073

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       OBJ_NAME                                           8  0.145081

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      1                                                  7  0.145088

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      8                                                  6  0.145094

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   40                                                 7  0.145101

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:40                                                 7  0.145108

4 ETW000  [twdydbacc.c ,00571]  i:3                                                                        8  0.145116

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       KORRNUM                                            8  0.145124

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145131

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      48                                                 7  0.145138

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   10                                                 6  0.145144

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:10                                                 7  0.145151

4 ETW000  [twdydbacc.c ,00571]  i:4                                                                        8  0.145159

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       SRCSYSTEM                                          7  0.145166

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145173

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      58                                                 7  0.145180

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   10                                                 7  0.145187

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:10                                                 7  0.145194

4 ETW000  [twdydbacc.c ,00571]  i:5                                                                        8  0.145202

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       AUTHOR                                             7  0.145209

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145216

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      68                                                 7  0.145223

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   12                                                 6  0.145229

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:12                                                 7  0.145236

4 ETW000  [twdydbacc.c ,00571]  i:6                                                                        8  0.145244

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       SRCDEP                                             8  0.145252

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  6  0.145258

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      80                                                19  0.145277

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   1                                                  9  0.145286

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:1                                                  7  0.145293

4 ETW000  [twdydbacc.c ,00571]  i:7                                                                        8  0.145301

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       DEVCLASS                                           7  0.145308

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145315

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      81                                                 7  0.145322

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   30                                                21  0.145343

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:30                                                 7  0.145350

4 ETW000  [twdydbacc.c ,00571]  i:8                                                                        9  0.145359

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       GENFLAG                                            7  0.145366

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145373

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      111                                                7  0.145380

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   1                                                  7  0.145387

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:1                                                  7  0.145394

4 ETW000  [twdydbacc.c ,00571]  i:9                                                                       21  0.145415

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       EDTFLAG                                            9  0.145424

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145431

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      112                                                7  0.145438

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   1                                                  7  0.145445

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:1                                                  7  0.145452

4 ETW000  [twdydbacc.c ,00571]  i:10                                                                       8  0.145460

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       CPROJECT                                           7  0.145467

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145474

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      113                                                7  0.145481

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   8                                                  7  0.145488

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:8                                                  7  0.145495

4 ETW000  [twdydbacc.c ,00571]  i:11                                                                       8  0.145503

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       MASTERLANG                                         7  0.145510

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145517

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      121                                                7  0.145524

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   1                                                  6  0.145530

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:1                                                  7  0.145537

4 ETW000  [twdydbacc.c ,00571]  i:12                                                                       8  0.145545

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       VERSID                                             7  0.145552

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145559

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      122                                                7  0.145566

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   20                                                 6  0.145572

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:20                                                 7  0.145579

4 ETW000  [twdydbacc.c ,00571]  i:13                                                                       8  0.145587

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       PAKNOCHECK                                         7  0.145594

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                 20  0.145614

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      142                                                7  0.145621

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   1                                                  7  0.145628

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:1                                                  7  0.145635

4 ETW000  [twdydbacc.c ,00571]  i:14                                                                      22  0.145657

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       OBJSTABLTY                                         9  0.145666

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145673

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      143                                                7  0.145680

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   1                                                  7  0.145687

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:1                                                  7  0.145694

4 ETW000  [twdydbacc.c ,00571]  i:15                                                                       8  0.145702

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       COMPONENT                                          7  0.145709

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145716

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      144                                                7  0.145723

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   30                                                 7  0.145730

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:30                                                 7  0.145737

4 ETW000  [twdydbacc.c ,00571]  i:16                                                                       8  0.145745

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       CRELEASE                                           7  0.145752

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145759

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      174                                                6  0.145765

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   10                                                 7  0.145772

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:10                                                 7  0.145779

4 ETW000  [twdydbacc.c ,00571]  i:17                                                                       8  0.145787

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       DELFLAG                                            7  0.145794

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145801

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      184                                                7  0.145808

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   1                                                  7  0.145815

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:1                                                  7  0.145822

4 ETW000  [twdydbacc.c ,00571]  i:18                                                                       8  0.145830

4 ETW000  [twdydbacc.c ,00572]  db_fd_p[i].fname:       TRANSLTTXT                                         7  0.145837

4 ETW000  [twdydbacc.c ,00573]  db_fd_p[i].is_key:      0                                                  7  0.145844

4 ETW000  [twdydbacc.c ,00574]  db_fd_p[i].offset:      185                                                7  0.145851

4 ETW000  [twdydbacc.c ,00575]  db_fd_p[i].db_length:   1                                                  7  0.145858

4 ETW000  [twdydbacc.c ,00576]  db_fd_p[i].fixed_length:1                                                  7  0.145865

4 ETW000  [dev trc     ,00000]  { DbSlSdbRead(con_hdl=0,ss_p=2c31fc0,da_p=2c29ca0)                        55  0.145920

4 ETW000  [dev trc     ,00000]  } DbSlSdbRead(rc=13)                                                      25  0.145945

4 ETW000  [dev trc     ,00000]  { DbSlSdbPrepare(con_hdl=0,ss_p=2c31fc0,op=3,da_p=2c29ca0)                14  0.145959

4 ETW000  [dev trc     ,00000]   -> build_stmt(stmt_p=2c32780,da_p=2c29ca0,for_explain=0,lock=2,op=3)

4 ETW000                                                                                                  17  0.145976

4 ETW000  [dev trc     ,00000]    SELECT INTO is possible with 21 parameters                              12  0.145988

4 ETW000  [dev trc     ,00000]   -> sdb_free(p=16da4c40, size=512 (3107992 bytes allocated))              13  0.146001

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=1024) : 16e481c0 (3109032 bytes allocated)            13  0.146014

4 ETW000  [dev trc     ,00000]   <- build_stmt(len=321,op=3,#marker=1,#lob=0)                             15  0.146029

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=1024) : 16e485e0 (3110072 bytes allocated)            16  0.146045

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=176) : 16e47f00 (3110264 bytes allocated)             27  0.146072

4 ETW000  [dev trc     ,00000]   -> stmt_prepare(sc_hdl=2b723a7721e8,con_hdl=0,ss_p=2c31fc0)              20  0.146092

4 ETW000  [dev trc     ,00000]    CURSOR C_0003 PREPARE on connection 0                                   13  0.146105

4 ETW000  [dev trc     ,00000]  } DbSlSdbPrepare(rc=0)                                                   298  0.146403

4 ETW000  [dev trc     ,00000]  { DbSlSdbRead(con_hdl=0,ss_p=2c31fc0,da_p=2c29ca0)                        15  0.146418

4 ETW000  [dev trc     ,00000]   -> activate_stmt(sc_hdl=2b723a7721e8,da_p=2c29ca0)                       13  0.146431

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a7721e8,in_out=1,bulk=0,da_p=2c29ca0)

4 ETW000                                                                                                  17  0.146448

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=1,col_cnt=21)                                   11  0.146459

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=1536) : 16e6bad0 (3111816 bytes allocated)            23  0.146482

4 ETW000  [dev trc     ,00000]   -> sdb_free(p=16da6300, size=512 (3111288 bytes allocated))              14  0.146496

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a7721e8,in_out=1,types=2c32d30,#col=21)

4 ETW000                                                                                                  18  0.146514

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=10,#int=1,#uc=76,rec_lng=200,db_lng=243)

4 ETW000                                                                                                  18  0.146532

4 ETW000  [dev trc     ,00000]    row_size=200, lob_cnt=0, lob_pw_cnt=0, row_max=1                        11  0.146543

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=1,row_cnt=1)                                    11  0.146554

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=1,size=126976)                                       12  0.146566

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a7721e8,in_out=1,bulk=0,arr_size=1,types=2c32d30,da_p=2c29ca0)

4 ETW000                                                                                                  24  0.146590

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c20, V_APPL=2c32570

4 ETW000                                                                                                  19  0.146609

4 ETW000  [dev trc     ,00000]      2 : DBSL=SHORT_RAW , T=BINARY   , L=16   , I=16e49c28, V_APPL=2c32580

4 ETW000                                                                                                  19  0.146628

4 ETW000  [dev trc     ,00000]      3 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c30, V_APPL=2c33d20

4 ETW000                                                                                                  42  0.146670

4 ETW000  [dev trc     ,00000]      4 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c38, V_APPL=2c29c70

4 ETW000                                                                                                  22  0.146692

4 ETW000  [dev trc     ,00000]      5 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c40, V_APPL=2c33820

4 ETW000                                                                                                  19  0.146711

4 ETW000  [dev trc     ,00000]      6 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c48, V_APPL=2c31ab0

4 ETW000                                                                                                  18  0.146729

4 ETW000  [dev trc     ,00000]      7 : DBSL=INTEGER_4 , T=INT4     , L=4    , I=16e49c50, V_APPL=2c28ce0

4 ETW000                                                                                                  19  0.146748

4 ETW000  [dev trc     ,00000]      8 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c58, V_APPL=2c32ba0

4 ETW000                                                                                                  18  0.146766

4 ETW000  [dev trc     ,00000]      9 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c60, V_APPL=2c28ce4

4 ETW000                                                                                                  17  0.146783

4 ETW000  [dev trc     ,00000]     10 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c68, V_APPL=2c28e18

4 ETW000                                                                                                  20  0.146803

4 ETW000  [dev trc     ,00000]     11 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c70, V_APPL=2c32362

4 ETW000                                                                                                  18  0.146821

4 ETW000  [dev trc     ,00000]     12 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c78, V_APPL=2c32c08

4 ETW000                                                                                                  18  0.146839

4 ETW000  [dev trc     ,00000]     13 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=16e49c80, V_APPL=2c33960

4 ETW000                                                                                                  18  0.146857

4 ETW000  [dev trc     ,00000]     14 : DBSL=SHORT_RAW , T=BINARY   , L=6    , I=16e49c88, V_APPL=2c29352

4 ETW000                                                                                                  18  0.146875

4 ETW000  [dev trc     ,00000]     15 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c90, V_APPL=2c32702

4 ETW000                                                                                                  19  0.146894

4 ETW000  [dev trc     ,00000]     16 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c98, V_APPL=2c31e82

4 ETW000                                                                                                  17  0.146911

4 ETW000  [dev trc     ,00000]     17 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49ca0, V_APPL=2c29160

4 ETW000                                                                                                  19  0.146930

4 ETW000  [dev trc     ,00000]     18 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49ca8, V_APPL=2c32700

4 ETW000                                                                                                  18  0.146948

4 ETW000  [dev trc     ,00000]     19 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49cb0, V_APPL=2c32364

4 ETW000                                                                                                  19  0.146967

4 ETW000  [dev trc     ,00000]     20 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49cb8, V_APPL=2c32360

4 ETW000                                                                                                  18  0.146985

4 ETW000  [dev trc     ,00000]     21 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49cc0, V_APPL=2c28e00

4 ETW000                                                                                                  17  0.147002

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a7721e8,in_out=0,bulk=0,da_p=2c29ca0)

4 ETW000                                                                                                  32  0.147034

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=0,col_cnt=1)                                    11  0.147045

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a7721e8,in_out=0,types=2c32d00,#col=1)

4 ETW000                                                                                                  18  0.147063

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=30,rec_lng=64,db_lng=63)

4 ETW000                                                                                                  16  0.147079

4 ETW000  [dev trc     ,00000]    row_size=64, lob_cnt=0, lob_pw_cnt=0, row_max=1                         12  0.147091

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=0,row_cnt=1)                                    11  0.147102

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=0,size=126976)                                       11  0.147113

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a7721e8,in_out=0,bulk=0,arr_size=1,types=2c32d00,da_p=2c29ca0)

4 ETW000                                                                                                  18  0.147131

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=2b723b6d5020, V_APPL=7fffe0a4d020

4 ETW000                                                                                                  19  0.147150

4 ETW000  [dev trc     ,00000]   -> exec_modify(sc_hdl=2b723a7721e8,con_hdl=0,ss_p=2c31fc0,bulk=0,in_out=1,da_p=2c29ca0)

4 ETW000                                                                                                  18  0.147168

4 ETW000  [dev trc     ,00000]   -> stmt_execute(sc_hdl=2b723a7721e8,ss_p=2c31fc0,in_out=1,da_p=2c29ca0)

4 ETW000                                                                                                  17  0.147185

4 ETW000  [dev trc     ,00000]    EXECUTE CURSOR C_0003                                                   10  0.147195

4 ETW000  [dev trc     ,00000]    CURSOR C_0003 SET InputSize=1                                           11  0.147206

4 ETW000  [dev trc     ,00000]    CURSOR C_0003 EXECUTE                                                   10  0.147216

4 ETW000  [dev trc     ,00000]    execute() of C_0003, #rec=1, rcSQL=0, rc=0 ()                          180  0.147396

4 ETW000  [dev trc     ,00000]    CURSOR C_0003, rc=0,#rec=1,#dbcount=1                                   22  0.147418

4 ETW000  [dev trc     ,00000]   -> exec_fetch(sc_hdl=2b723a7721e8,con_hdl=0,bulk=0,da_p=2c29ca0)         20  0.147438

4 ETW000  [dev trc     ,00000]      xcnt=1,row_i=0,row_pcnt=1                                             17  0.147455

4 ETW000  [dev trc     ,00000]   -> deactivate_stmt(sc_hdl=2b723a7721e8,da_p=2c29ca0,rc=0)                20  0.147475

4 ETW000  [dev trc     ,00000]   -> SapdbStmtFree(DBSL:C_0003)                                            17  0.147492

4 ETW000  [dev trc     ,00000]  } DbSlSdbRead(rc=0)                                                       19  0.147511

4 ETW000  [twdydbacc.c ,00733]  i:0                                                                       26  0.147537

4 ETW000  [twdydbacc.c ,00734]  tw_fd_p[i].offset:0                                                        9  0.147546

4 ETW000  [twdydbacc.c ,00733]  i:1                                                                        7  0.147553

4 ETW000  [twdydbacc.c ,00734]  tw_fd_p[i].offset:4                                                        7  0.147560

4 ETW000  [twdydbacc.c ,00733]  i:2                                                                        7  0.147567

4 ETW000  [twdydbacc.c ,00734]  tw_fd_p[i].offset:8                                                        6  0.147573

4 ETW000  [dev trc     ,00000]  { db_rtab( fcode = 'RT_READ_ONLY', tname = 'TADIR' ) {twdbcall.c:750}

4 ETW000                                                                                                  47  0.147620

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=12,arg_p=2738c80)                     679  0.148299

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    17  0.148316

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=20,arg_p=2738c88)                      12  0.148328

4 ETW000  [dev trc     ,00000]  INFO : MaxDB MARKER CNT = 2000                                            11  0.148339

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    11  0.148350

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=2,arg_p=2738c98)                       12  0.148362

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    10  0.148372

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=10,arg_p=2738ca0)                      12  0.148384

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    12  0.148396

4 ETW000  [dev trc     ,00000]  { DbSlSdbRead(con_hdl=0,ss_p=2738d00,da_p=2737eb0)                       166  0.148562

4 ETW000  [dev trc     ,00000]  } DbSlSdbRead(rc=13)                                                      14  0.148576

4 ETW000  [dev trc     ,00000]  { DbSlSdbPrepare(con_hdl=0,ss_p=2738d00,op=3,da_p=2737eb0)                29  0.148605

4 ETW000  [dev trc     ,00000]   -> build_stmt(stmt_p=2738d20,da_p=2737eb0,for_explain=0,lock=0,op=3)

4 ETW000                                                                                                  19  0.148624

4 ETW000  [dev trc     ,00000]    SELECT INTO is possible with 22 parameters                              11  0.148635

4 ETW000  [dev trc     ,00000]   <- build_stmt(len=125,op=3,#marker=3,#lob=0)                             24  0.148659

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16e71a10 (3111816 bytes allocated)             15  0.148674

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=176) : 16da6300 (3112008 bytes allocated)             13  0.148687

4 ETW000  [dev trc     ,00000]   -> stmt_prepare(sc_hdl=2b723a772280,con_hdl=0,ss_p=2738d00)              28  0.148715

4 ETW000  [dev trc     ,00000]    CURSOR C_0004 PREPARE on connection 0                                   13  0.148728

4 ETW000  [dev trc     ,00000]  } DbSlSdbPrepare(rc=0)                                                 31528  0.180256

4 ETW000  [dev trc     ,00000]  { DbSlSdbRead(con_hdl=0,ss_p=2738d00,da_p=2737eb0)                        28  0.180284

4 ETW000  [dev trc     ,00000]   -> activate_stmt(sc_hdl=2b723a772280,da_p=2737eb0)                       13  0.180297

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a772280,in_out=1,bulk=0,da_p=2737eb0)

4 ETW000                                                                                                  18  0.180315

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=1,col_cnt=22)                                   11  0.180326

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a772280,in_out=1,types=16e6e410,#col=22)

4 ETW000                                                                                                  17  0.180343

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=232,rec_lng=464,db_lng=488)

4 ETW000                                                                                                  18  0.180361

4 ETW000  [dev trc     ,00000]    row_size=464, lob_cnt=0, lob_pw_cnt=0, row_max=1                        14  0.180375

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=1,row_cnt=1)                                    11  0.180386

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=1,size=126976)                                       12  0.180398

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a772280,in_out=1,bulk=0,arr_size=1,types=16e6e410,da_p=2737eb0)

4 ETW000                                                                                                  34  0.180432

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=8    , I=16e49c20, V_APPL=16e48d80

4 ETW000                                                                                                  19  0.180451

4 ETW000  [dev trc     ,00000]      2 : DBSL=SHORT_CHAR, T=UCS2     , L=8    , I=16e49c28, V_APPL=16e48d88

4 ETW000                                                                                                  18  0.180469

4 ETW000  [dev trc     ,00000]      3 : DBSL=SHORT_CHAR, T=UCS2     , L=80   , I=16e49c30, V_APPL=16e48d90

4 ETW000                                                                                                  18  0.180487

4 ETW000  [dev trc     ,00000]      4 : DBSL=SHORT_CHAR, T=UCS2     , L=20   , I=16e49c38, V_APPL=16e48de0

4 ETW000                                                                                                  19  0.180506

4 ETW000  [dev trc     ,00000]      5 : DBSL=SHORT_CHAR, T=UCS2     , L=20   , I=16e49c40, V_APPL=16e48df4

4 ETW000                                                                                                  17  0.180523

4 ETW000  [dev trc     ,00000]      6 : DBSL=SHORT_CHAR, T=UCS2     , L=24   , I=16e49c48, V_APPL=16e48e08

4 ETW000                                                                                                  19  0.180542

4 ETW000  [dev trc     ,00000]      7 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c50, V_APPL=16e48e20

4 ETW000                                                                                                  17  0.180559

4 ETW000  [dev trc     ,00000]      8 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=16e49c58, V_APPL=16e48e22

4 ETW000                                                                                                  18  0.180577

4 ETW000  [dev trc     ,00000]      9 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c60, V_APPL=16e48e5e

4 ETW000                                                                                                  17  0.180594

4 ETW000  [dev trc     ,00000]     10 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c68, V_APPL=16e48e60

4 ETW000                                                                                                  31  0.180625

4 ETW000  [dev trc     ,00000]     11 : DBSL=SHORT_CHAR, T=UCS2     , L=16   , I=16e49c70, V_APPL=16e48e62

4 ETW000                                                                                                  37  0.180662

4 ETW000  [dev trc     ,00000]     12 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c78, V_APPL=16e48e72

4 ETW000                                                                                                  20  0.180682

4 ETW000  [dev trc     ,00000]     13 : DBSL=SHORT_CHAR, T=UCS2     , L=40   , I=16e49c80, V_APPL=16e48e74

4 ETW000                                                                                                  18  0.180700

4 ETW000  [dev trc     ,00000]     14 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c88, V_APPL=16e48e9c

4 ETW000                                                                                                  18  0.180718

4 ETW000  [dev trc     ,00000]     15 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c90, V_APPL=16e48e9e

4 ETW000                                                                                                  17  0.180735

4 ETW000  [dev trc     ,00000]     16 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=16e49c98, V_APPL=16e48ea0

4 ETW000                                                                                                  18  0.180753

4 ETW000  [dev trc     ,00000]     17 : DBSL=SHORT_CHAR, T=UCS2     , L=20   , I=16e49ca0, V_APPL=16e48edc

4 ETW000                                                                                                  18  0.180771

4 ETW000  [dev trc     ,00000]     18 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49ca8, V_APPL=16e48ef0

4 ETW000                                                                                                  33  0.180804

4 ETW000  [dev trc     ,00000]     19 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49cb0, V_APPL=16e48ef2

4 ETW000                                                                                                  18  0.180822

4 ETW000  [dev trc     ,00000]     20 : DBSL=NUMC      , T=UCS2     , L=16   , I=16e49cb8, V_DBSL=16e49fb4

4 ETW000                                                                                                  18  0.180840

4 ETW000  [dev trc     ,00000]     21 : DBSL=NUMC      , T=UCS2     , L=16   , I=16e49cc0, V_DBSL=16e49fc4

4 ETW000                                                                                                  18  0.180858

4 ETW000  [dev trc     ,00000]     22 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=16e49cc8, V_APPL=16e48f14

4 ETW000                                                                                                  17  0.180875

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a772280,in_out=0,bulk=0,da_p=2737eb0)

4 ETW000                                                                                                  18  0.180893

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=0,col_cnt=3)                                    11  0.180904

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a772280,in_out=0,types=16e6ae50,#col=3)

4 ETW000                                                                                                  19  0.180923

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=48,rec_lng=96,db_lng=101)

4 ETW000                                                                                                  18  0.180941

4 ETW000  [dev trc     ,00000]    row_size=96, lob_cnt=0, lob_pw_cnt=0, row_max=1                         11  0.180952

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=0,row_cnt=1)                                    11  0.180963

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=0,size=126976)                                       12  0.180975

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a772280,in_out=0,bulk=0,arr_size=1,types=16e6ae50,da_p=2737eb0)

4 ETW000                                                                                                  18  0.180993

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=8    , I=2b723b6d5020, V_APPL=16e48d80

4 ETW000                                                                                                  17  0.181010

4 ETW000  [dev trc     ,00000]      2 : DBSL=SHORT_CHAR, T=UCS2     , L=8    , I=2b723b6d5028, V_APPL=16e48d88

4 ETW000                                                                                                  19  0.181029

4 ETW000  [dev trc     ,00000]      3 : DBSL=SHORT_CHAR, T=UCS2     , L=80   , I=2b723b6d5030, V_APPL=16e48d90

4 ETW000                                                                                                  18  0.181047

4 ETW000  [dev trc     ,00000]   -> exec_modify(sc_hdl=2b723a772280,con_hdl=0,ss_p=2738d00,bulk=0,in_out=1,da_p=2737eb0)

4 ETW000                                                                                                  17  0.181064

4 ETW000  [dev trc     ,00000]   -> stmt_execute(sc_hdl=2b723a772280,ss_p=2738d00,in_out=1,da_p=2737eb0)

4 ETW000                                                                                                  17  0.181081

4 ETW000  [dev trc     ,00000]    EXECUTE CURSOR C_0004                                                   10  0.181091

4 ETW000  [dev trc     ,00000]    CURSOR C_0004 SET InputSize=1                                           11  0.181102

4 ETW000  [dev trc     ,00000]    CURSOR C_0004 EXECUTE                                                   11  0.181113

4 ETW000  [dev trc     ,00000]    execute() of C_0004, #rec=1, rcSQL=0, rc=0 ()                        52801  0.233914

4 ETW000  [dev trc     ,00000]    CURSOR C_0004, rc=0,#rec=1,#dbcount=1                                   48  0.233962

4 ETW000  [dev trc     ,00000]   -> exec_fetch(sc_hdl=2b723a772280,con_hdl=0,bulk=0,da_p=2737eb0)         22  0.233984

4 ETW000  [dev trc     ,00000]      xcnt=1,row_i=0,row_pcnt=1                                             17  0.234001

4 ETW000  [dev trc     ,00000]   -> deactivate_stmt(sc_hdl=2b723a772280,da_p=2737eb0,rc=0)                21  0.234022

4 ETW000  [dev trc     ,00000]   -> SapdbStmtFree(DBSL:C_0004)                                            20  0.234042

4 ETW000  [dev trc     ,00000]  } DbSlSdbRead(rc=0)                                                       13  0.234055

4 ETW000  [dev trc     ,00000]  } db_rtab( fcode = 'RT_READ_ONLY', retcode = 0 )                          29  0.234084

4 ETW000  [dev trc     ,00000]  { db_rtab( fcode = 'RT_READ_ONLY', tname = 'MTSETTINGS' ) {twdbcall.c:750}

4 ETW000                                                                                                  94  0.234178

4 ETW000  [dev trc     ,00000]  { DbSlSdbRead(con_hdl=0,ss_p=2c31fc0,da_p=2c29ca0)                        16  0.234194

4 ETW000  [dev trc     ,00000]   -> activate_stmt(sc_hdl=2b723a7721e8,da_p=2c29ca0)                       13  0.234207

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a7721e8,in_out=1,bulk=0,da_p=2c29ca0)

4 ETW000                                                                                                  17  0.234224

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=1,col_cnt=21)                                   16  0.234240

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a7721e8,in_out=1,types=2c32d30,#col=21)

4 ETW000                                                                                                  17  0.234257

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=10,#int=1,#uc=76,rec_lng=200,db_lng=243)

4 ETW000                                                                                                  20  0.234277

4 ETW000  [dev trc     ,00000]    row_size=200, lob_cnt=0, lob_pw_cnt=0, row_max=1                        12  0.234289

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=1,row_cnt=1)                                    11  0.234300

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=1,size=126976)                                       12  0.234312

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a7721e8,in_out=1,bulk=0,arr_size=1,types=2c32d30,da_p=2c29ca0)

4 ETW000                                                                                                  18  0.234330

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c20, V_APPL=2c32570

4 ETW000                                                                                                  19  0.234349

4 ETW000  [dev trc     ,00000]      2 : DBSL=SHORT_RAW , T=BINARY   , L=16   , I=16e49c28, V_APPL=2c32580

4 ETW000                                                                                                  22  0.234371

4 ETW000  [dev trc     ,00000]      3 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c30, V_APPL=2c33d20

4 ETW000                                                                                                  18  0.234389

4 ETW000  [dev trc     ,00000]      4 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c38, V_APPL=2c29c70

4 ETW000                                                                                                  18  0.234407

4 ETW000  [dev trc     ,00000]      5 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c40, V_APPL=2c33820

4 ETW000                                                                                                  18  0.234425

4 ETW000  [dev trc     ,00000]      6 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c48, V_APPL=2c31ab0

4 ETW000                                                                                                  18  0.234443

4 ETW000  [dev trc     ,00000]      7 : DBSL=INTEGER_4 , T=INT4     , L=4    , I=16e49c50, V_APPL=2c28ce0

4 ETW000                                                                                                  34  0.234477

4 ETW000  [dev trc     ,00000]      8 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c58, V_APPL=2c32ba0

4 ETW000                                                                                                  18  0.234495

4 ETW000  [dev trc     ,00000]      9 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c60, V_APPL=2c28ce4

4 ETW000                                                                                                  18  0.234513

4 ETW000  [dev trc     ,00000]     10 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c68, V_APPL=2c28e18

4 ETW000                                                                                                  18  0.234531

4 ETW000  [dev trc     ,00000]     11 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c70, V_APPL=2c32362

4 ETW000                                                                                                  18  0.234549

4 ETW000  [dev trc     ,00000]     12 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c78, V_APPL=2c32c08

4 ETW000                                                                                                  18  0.234567

4 ETW000  [dev trc     ,00000]     13 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=16e49c80, V_APPL=2c33960

4 ETW000                                                                                                  18  0.234585

4 ETW000  [dev trc     ,00000]     14 : DBSL=SHORT_RAW , T=BINARY   , L=6    , I=16e49c88, V_APPL=2c29352

4 ETW000                                                                                                  18  0.234603

4 ETW000  [dev trc     ,00000]     15 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c90, V_APPL=2c32702

4 ETW000                                                                                                  18  0.234621

4 ETW000  [dev trc     ,00000]     16 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c98, V_APPL=2c31e82

4 ETW000                                                                                                  18  0.234639

4 ETW000  [dev trc     ,00000]     17 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49ca0, V_APPL=2c29160

4 ETW000                                                                                                  30  0.234669

4 ETW000  [dev trc     ,00000]     18 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49ca8, V_APPL=2c32700

4 ETW000                                                                                                  19  0.234688

4 ETW000  [dev trc     ,00000]     19 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49cb0, V_APPL=2c32364

4 ETW000                                                                                                  18  0.234706

4 ETW000  [dev trc     ,00000]     20 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49cb8, V_APPL=2c32360

4 ETW000                                                                                                  18  0.234724

4 ETW000  [dev trc     ,00000]     21 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49cc0, V_APPL=2c28e00

4 ETW000                                                                                                  18  0.234742

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a7721e8,in_out=0,bulk=0,da_p=2c29ca0)

4 ETW000                                                                                                  17  0.234759

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=0,col_cnt=1)                                    11  0.234770

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a7721e8,in_out=0,types=2c32d00,#col=1)

4 ETW000                                                                                                  17  0.234787

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=30,rec_lng=64,db_lng=63)

4 ETW000                                                                                                  31  0.234818

4 ETW000  [dev trc     ,00000]    row_size=64, lob_cnt=0, lob_pw_cnt=0, row_max=1                         13  0.234831

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=0,row_cnt=1)                                    11  0.234842

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=0,size=126976)                                       12  0.234854

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a7721e8,in_out=0,bulk=0,arr_size=1,types=2c32d00,da_p=2c29ca0)

4 ETW000                                                                                                  18  0.234872

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=2b723b6d5020, V_APPL=7fffe0a4ce00

4 ETW000                                                                                                  19  0.234891

4 ETW000  [dev trc     ,00000]   -> exec_modify(sc_hdl=2b723a7721e8,con_hdl=0,ss_p=2c31fc0,bulk=0,in_out=1,da_p=2c29ca0)

4 ETW000                                                                                                  18  0.234909

4 ETW000  [dev trc     ,00000]   -> stmt_execute(sc_hdl=2b723a7721e8,ss_p=2c31fc0,in_out=1,da_p=2c29ca0)

4 ETW000                                                                                                  17  0.234926

4 ETW000  [dev trc     ,00000]    EXECUTE CURSOR C_0003                                                   10  0.234936

4 ETW000  [dev trc     ,00000]    CURSOR C_0003 SET InputSize=1                                           11  0.234947

4 ETW000  [dev trc     ,00000]    CURSOR C_0003 EXECUTE                                                   10  0.234957

4 ETW000  [dev trc     ,00000]    execute() of C_0003, #rec=0, rcSQL=100, rc=100 (Row not found)         179  0.235136

4 ETW000  [dev trc     ,00000]    CURSOR C_0003, rc=100,#rec=0,#dbcount=0                                 22  0.235158

4 ETW000  [dev trc     ,00000]   -> deactivate_stmt(sc_hdl=2b723a7721e8,da_p=2c29ca0,rc=24)               20  0.235178

4 ETW000  [dev trc     ,00000]   -> SapdbStmtFree(DBSL:C_0003)                                            17  0.235195

4 ETW000  [dev trc     ,00000]  } DbSlSdbRead(rc=24)                                                      19  0.235214

4 ETW000  [dbcrtab     ,00000]  ***LOG BZ9=>table MTSETTINGS does not exist in nametab                   647  0.235861

4 ETW000  [dev trc     ,00000]  } db_rtab( fcode = 'RT_READ_ONLY', retcode = 32 )                         13  0.235874

4 ETW000 Connected to DBMS = ADABAS D --- DBNAME = '' --- SYSTEM = 'LEI'.

4 ETW000  [dev trc     ,00000]  { DbSlSdbControl(con_hdl=0,command=13,arg_p=29aeee0)                     713  0.236587

4 ETW000  [dev trc     ,00000]  } DbSlSdbControl(rc=0)                                                    58  0.236645

4 ETW000  [dev trc     ,00000]  { db_rtab( fcode = 'RT_INSERT', tname = 'PATCHHIST' ) {saprel.c:1339}

4 ETW000                                                                                                 102  0.236747

4 ETW000  [dev trc     ,00000]  { DbSlSdbRead(con_hdl=0,ss_p=2c31fc0,da_p=2c29ca0)                        14  0.236761

4 ETW000  [dev trc     ,00000]   -> activate_stmt(sc_hdl=2b723a7721e8,da_p=2c29ca0)                       23  0.236784

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a7721e8,in_out=1,bulk=0,da_p=2c29ca0)

4 ETW000                                                                                                  17  0.236801

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=1,col_cnt=21)                                   12  0.236813

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a7721e8,in_out=1,types=2c32d30,#col=21)

4 ETW000                                                                                                  17  0.236830

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=10,#int=1,#uc=76,rec_lng=200,db_lng=243)

4 ETW000                                                                                                  34  0.236864

4 ETW000  [dev trc     ,00000]    row_size=200, lob_cnt=0, lob_pw_cnt=0, row_max=1                        13  0.236877

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=1,row_cnt=1)                                    12  0.236889

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=1,size=126976)                                       12  0.236901

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a7721e8,in_out=1,bulk=0,arr_size=1,types=2c32d30,da_p=2c29ca0)

4 ETW000                                                                                                  18  0.236919

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c20, V_APPL=2c32570

4 ETW000                                                                                                  19  0.236938

4 ETW000  [dev trc     ,00000]      2 : DBSL=SHORT_RAW , T=BINARY   , L=16   , I=16e49c28, V_APPL=2c32580

4 ETW000                                                                                                  18  0.236956

4 ETW000  [dev trc     ,00000]      3 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c30, V_APPL=2c33d20

4 ETW000                                                                                                  18  0.236974

4 ETW000  [dev trc     ,00000]      4 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c38, V_APPL=2c29c70

4 ETW000                                                                                                  18  0.236992

4 ETW000  [dev trc     ,00000]      5 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c40, V_APPL=2c33820

4 ETW000                                                                                                  19  0.237011

4 ETW000  [dev trc     ,00000]      6 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c48, V_APPL=2c31ab0

4 ETW000                                                                                                  18  0.237029

4 ETW000  [dev trc     ,00000]      7 : DBSL=INTEGER_4 , T=INT4     , L=4    , I=16e49c50, V_APPL=2c28ce0

4 ETW000                                                                                                  18  0.237047

4 ETW000  [dev trc     ,00000]      8 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c58, V_APPL=2c32ba0

4 ETW000                                                                                                  18  0.237065

4 ETW000  [dev trc     ,00000]      9 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c60, V_APPL=2c28ce4

4 ETW000                                                                                                 159  0.237224

4 ETW000  [dev trc     ,00000]     10 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c68, V_APPL=2c28e18

4 ETW000                                                                                                  24  0.237248

4 ETW000  [dev trc     ,00000]     11 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c70, V_APPL=2c32362

4 ETW000                                                                                                  18  0.237266

4 ETW000  [dev trc     ,00000]     12 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c78, V_APPL=2c32c08

4 ETW000                                                                                                  18  0.237284

4 ETW000  [dev trc     ,00000]     13 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=16e49c80, V_APPL=2c33960

4 ETW000                                                                                                  18  0.237302

4 ETW000  [dev trc     ,00000]     14 : DBSL=SHORT_RAW , T=BINARY   , L=6    , I=16e49c88, V_APPL=2c29352

4 ETW000                                                                                                  18  0.237320

4 ETW000  [dev trc     ,00000]     15 : DBSL=SHORT_CHAR, T=UCS2     , L=2    , I=16e49c90, V_APPL=2c32702

4 ETW000                                                                                                  18  0.237338

4 ETW000  [dev trc     ,00000]     16 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49c98, V_APPL=2c31e82

4 ETW000                                                                                                  40  0.237378

4 ETW000  [dev trc     ,00000]     17 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49ca0, V_APPL=2c29160

4 ETW000                                                                                                  19  0.237397

4 ETW000  [dev trc     ,00000]     18 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49ca8, V_APPL=2c32700

4 ETW000                                                                                                  17  0.237414

4 ETW000  [dev trc     ,00000]     19 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49cb0, V_APPL=2c32364

4 ETW000                                                                                                  18  0.237432

4 ETW000  [dev trc     ,00000]     20 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49cb8, V_APPL=2c32360

4 ETW000                                                                                                  18  0.237450

4 ETW000  [dev trc     ,00000]     21 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=16e49cc0, V_APPL=2c28e00

4 ETW000                                                                                                  18  0.237468

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a7721e8,in_out=0,bulk=0,da_p=2c29ca0)

4 ETW000                                                                                                  17  0.237485

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=0,col_cnt=1)                                    11  0.237496

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a7721e8,in_out=0,types=2c32d00,#col=1)

4 ETW000                                                                                                  16  0.237512

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=30,rec_lng=64,db_lng=63)

4 ETW000                                                                                                  18  0.237530

4 ETW000  [dev trc     ,00000]    row_size=64, lob_cnt=0, lob_pw_cnt=0, row_max=1                         11  0.237541

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=0,row_cnt=1)                                    11  0.237552

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=0,size=126976)                                       12  0.237564

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a7721e8,in_out=0,bulk=0,arr_size=1,types=2c32d00,da_p=2c29ca0)

4 ETW000                                                                                                  18  0.237582

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=2b723b6d5020, V_APPL=7fffe0a55bd0

4 ETW000                                                                                                  19  0.237601

4 ETW000  [dev trc     ,00000]   -> exec_modify(sc_hdl=2b723a7721e8,con_hdl=0,ss_p=2c31fc0,bulk=0,in_out=1,da_p=2c29ca0)

4 ETW000                                                                                                  18  0.237619

4 ETW000  [dev trc     ,00000]   -> stmt_execute(sc_hdl=2b723a7721e8,ss_p=2c31fc0,in_out=1,da_p=2c29ca0)

4 ETW000                                                                                                  16  0.237635

4 ETW000  [dev trc     ,00000]    EXECUTE CURSOR C_0003                                                   10  0.237645

4 ETW000  [dev trc     ,00000]    CURSOR C_0003 SET InputSize=1                                           23  0.237668

4 ETW000  [dev trc     ,00000]    CURSOR C_0003 EXECUTE                                                   11  0.237679

4 ETW000  [dev trc     ,00000]    execute() of C_0003, #rec=1, rcSQL=0, rc=0 ()                          169  0.237848

4 ETW000  [dev trc     ,00000]    CURSOR C_0003, rc=0,#rec=1,#dbcount=1                                   22  0.237870

4 ETW000  [dev trc     ,00000]   -> exec_fetch(sc_hdl=2b723a7721e8,con_hdl=0,bulk=0,da_p=2c29ca0)         42  0.237912

4 ETW000  [dev trc     ,00000]      xcnt=1,row_i=0,row_pcnt=1                                             17  0.237929

4 ETW000  [dev trc     ,00000]   -> deactivate_stmt(sc_hdl=2b723a7721e8,da_p=2c29ca0,rc=0)                20  0.237949

4 ETW000  [dev trc     ,00000]   -> SapdbStmtFree(DBSL:C_0003)                                            17  0.237966

4 ETW000  [dev trc     ,00000]  } DbSlSdbRead(rc=0)                                                       23  0.237989

4 ETW000  [dev trc     ,00000]  { DbSlSdbBegRead(con_hdl=0,ss_p=2c32860,da_p=2c29280)                     15  0.238004

4 ETW000  [dev trc     ,00000]   -> activate_stmt(sc_hdl=2b723a772150,da_p=2c29280)                       13  0.238017

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a772150,in_out=0,bulk=0,da_p=2c29280)

4 ETW000                                                                                                  17  0.238034

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=0,col_cnt=1)                                    11  0.238045

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a772150,in_out=0,types=2c31bc0,#col=1)

4 ETW000                                                                                                  17  0.238062

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=30,rec_lng=64,db_lng=63)

4 ETW000                                                                                                  17  0.238079

4 ETW000  [dev trc     ,00000]    row_size=64, lob_cnt=0, lob_pw_cnt=0, row_max=1                         24  0.238103

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=0,row_cnt=1)                                    13  0.238116

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=0,size=126976)                                       12  0.238128

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a772150,in_out=0,bulk=0,arr_size=1,types=2c31bc0,da_p=2c29280)

4 ETW000                                                                                                  18  0.238146

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=16e49c20, V_APPL=7fffe0a55b50

4 ETW000                                                                                                  19  0.238165

4 ETW000  [dev trc     ,00000]   -> exec_modify(sc_hdl=2b723a772150,con_hdl=0,ss_p=2c32860,bulk=0,in_out=1,da_p=2c29280)

4 ETW000                                                                                                  18  0.238183

4 ETW000  [dev trc     ,00000]   -> stmt_execute(sc_hdl=2b723a772150,ss_p=2c32860,in_out=1,da_p=2c29280)

4 ETW000                                                                                                  16  0.238199

4 ETW000  [dev trc     ,00000]    OPEN CURSOR C_0002                                                      10  0.238209

4 ETW000  [dev trc     ,00000]    CURSOR C_0002 SET InputSize=1                                           11  0.238220

4 ETW000  [dev trc     ,00000]    CURSOR C_0002 EXECUTE                                                   10  0.238230

4 ETW000  [dev trc     ,00000]    execute() of C_0002, #rec=0, rcSQL=0, rc=0 ()                        39526  0.277756

4 ETW000  [dev trc     ,00000]    CURSOR C_0002, rc=0,#rec=0,#dbcount=0                                   30  0.277786

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a772150,in_out=1,bulk=1,da_p=2c29280)

4 ETW000                                                                                                  28  0.277814

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=1,col_cnt=4)                                    17  0.277831

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a772150,in_out=1,types=2c31bc0,#col=4)

4 ETW000                                                                                                  26  0.277857

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=16386,#int=1,#uc=30,rec_lng=32840,db_lng=32844)

4 ETW000                                                                                                  42  0.277899

4 ETW000  [dev trc     ,00000]    row_size=32840, lob_cnt=0, lob_pw_cnt=0, row_max=3                      12  0.277911

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=1,row_cnt=3)                                    11  0.277922

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=1,size=126976)                                       12  0.277934

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a772150,in_out=1,bulk=1,arr_size=3,types=2c31bc0,da_p=2c29280)

4 ETW000                                                                                                  19  0.277953

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=60   , I=2b723b6d5020, V_DBSL=16dbe7b8

4 ETW000                                                                                                  19  0.277972

4 ETW000  [dev trc     ,00000]      2 : DBSL=INTEGER_2 , T=INT2     , L=2    , I=2b723b6d5038, V_DBSL=16da67ac

4 ETW000                                                                                                  20  0.277992

4 ETW000  [dev trc     ,00000]      3 : DBSL=INTEGER_4 , T=INT4     , L=4    , I=2b723b6d5050, V_DBSL=16da67a0

4 ETW000                                                                                                  19  0.278011

4 ETW000  [dev trc     ,00000]      4 : DBSL=LONG_RAW  , T=BINARY   , L=32770, I=2b723b6d5068, V_DBSL=16da67b2

4 ETW000                                                                                                  19  0.278030

4 ETW000  [dev trc     ,00000]  } DbSlSdbBegRead(rc=0)                                                    11  0.278041

4 ETW000  [dev trc     ,00000]  { DbSlSdbExeRead(con_hdl=0,ss_p=2c32860,da_p=2c29280)                     13  0.278054

4 ETW000  [dev trc     ,00000]   -> exec_fetch(sc_hdl=2b723a772150,con_hdl=0,bulk=0,da_p=2c29280)         13  0.278067

4 ETW000  [dev trc     ,00000]      xcnt=1,row_i=0,row_pcnt=0                                             11  0.278078

4 ETW000  [dev trc     ,00000]   -> stmt_fetch(sc_hdl=2b723a772150)                                       11  0.278089

4 ETW000  [dev trc     ,00000]    CURSOR C_0002 FETCH, xcnt=3                                             11  0.278100

4 ETW000  [dev trc     ,00000]    next() of C_0002, rc=0                                                  12  0.278112

4 ETW000  [dev trc     ,00000]    fetch() of C_0002, #rec=1, rc=0, rcSQL=0 ()                             32  0.278144

4 ETW000  [dev trc     ,00000]  } DbSlSdbExeRead(rc=0)                                                    16  0.278160

4 ETW000  [dev trc     ,00000]  { DbSlSdbEndRead(con_hdl=0,ss_p=2c32860,da_p=2c29280)                     13  0.278173

4 ETW000  [dev trc     ,00000]   -> deactivate_stmt(sc_hdl=2b723a772150,da_p=2c29280,rc=0)                12  0.278185

4 ETW000  [dev trc     ,00000]   -> SapdbStmtFree(DBSL:C_0002)                                            12  0.278197

4 ETW000  [dev trc     ,00000]    CURSOR C_0002 CLOSE resultset                                           11  0.278208

4 ETW000  [dev trc     ,00000]  } DbSlSdbEndRead(rc=0)                                                    97  0.278305

4 ETW000  [dev trc     ,00000]  { DbSlSdbModify(con_hdl=0,ss_p=2738d00,mod=0,da_p=2737eb0)                45  0.278350

4 ETW000  [dev trc     ,00000]  } DbSlSdbModify(rc=13)                                                    18  0.278368

4 ETW000  [dev trc     ,00000]  { DbSlSdbPrepare(con_hdl=0,ss_p=2738d00,op=0,da_p=2737eb0)                22  0.278390

4 ETW000  [dev trc     ,00000]   -> build_stmt(stmt_p=2738d20,da_p=2737eb0,for_explain=0,lock=0,op=0)

4 ETW000                                                                                                  43  0.278433

4 ETW000  [dev trc     ,00000]   <- build_stmt(len=64,op=0,#marker=8,#lob=0)                              23  0.278456

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=512) : 16e49790 (3112536 bytes allocated)             46  0.278502

4 ETW000  [dev trc     ,00000]   -> sdb_malloc(size=176) : 16e68f10 (3112728 bytes allocated)             14  0.278516

4 ETW000  [dev trc     ,00000]   -> stmt_prepare(sc_hdl=2b723a772318,con_hdl=0,ss_p=2738d00)              20  0.278536

4 ETW000  [dev trc     ,00000]    CURSOR C_0005 PREPARE on connection 0                                   12  0.278548

4 ETW000  [dev trc     ,00000]  } DbSlSdbPrepare(rc=0)                                                 62575  0.341123

4 ETW000  [dev trc     ,00000]  { DbSlSdbModify(con_hdl=0,ss_p=2738d00,mod=0,da_p=2737eb0)                19  0.341142

4 ETW000  [dev trc     ,00000]   -> activate_stmt(sc_hdl=2b723a772318,da_p=2737eb0)                       14  0.341156

4 ETW000  [dev trc     ,00000]   -> bind_variables(sc_hdl=2b723a772318,in_out=0,bulk=0,da_p=2737eb0)

4 ETW000                                                                                                  17  0.341173

4 ETW000  [dev trc     ,00000]   -> allocParameter(in_out=0,col_cnt=8)                                    12  0.341185

4 ETW000  [dev trc     ,00000]   -> calculate_record_length(sc_hdl=2b723a772318,in_out=0,types=16e6ae50,#col=8)

4 ETW000                                                                                                  17  0.341202

4 ETW000  [dev trc     ,00000]   <- calculate_record_length(#float=0,#lob=0,#short=0,#int=0,#uc=99,rec_lng=200,db_lng=208)

4 ETW000                                                                                                  17  0.341219

4 ETW000  [dev trc     ,00000]    row_size=200, lob_cnt=0, lob_pw_cnt=0, row_max=1                        11  0.341230

4 ETW000  [dev trc     ,00000]   -> allocIndicator(in_out=0,row_cnt=1)                                    11  0.341241

4 ETW000  [dev trc     ,00000]   -> allocData(in_out=0,size=126976)                                       12  0.341253

4 ETW000  [dev trc     ,00000]   -> bind_type_and_length(sc_hdl=2b723a772318,in_out=0,bulk=0,arr_size=1,types=16e6ae50,da_p=2737eb0)

4 ETW000                                                                                                  18  0.341271

4 ETW000  [dev trc     ,00000]      1 : DBSL=SHORT_CHAR, T=UCS2     , L=40   , I=16e49c20, V_APPL=7fffe0a56e70

4 ETW000                                                                                                  19  0.341290

4 ETW000  [dev trc     ,00000]      2 : DBSL=SHORT_CHAR, T=UCS2     , L=20   , I=16e49c28, V_APPL=7fffe0a56e98

4 ETW000                                                                                                  20  0.341310

4 ETW000  [dev trc     ,00000]      3 : DBSL=SHORT_CHAR, T=UCS2     , L=44   , I=16e49c30, V_APPL=7fffe0a56eac

4 ETW000                                                                                                  19  0.341329

4 ETW000  [dev trc     ,00000]      4 : DBSL=SHORT_CHAR, T=UCS2     , L=20   , I=16e49c38, V_APPL=7fffe0a56ed8

4 ETW000                                                                                                  19  0.341348

4 ETW000  [dev trc     ,00000]      5 : DBSL=SHORT_CHAR, T=UCS2     , L=6    , I=16e49c40, V_APPL=7fffe0a56eec

4 ETW000                                                                                                  18  0.341366

4 ETW000  [dev trc     ,00000]      6 : DBSL=SHORT_CHAR, T=UCS2     , L=28   , I=16e49c48, V_APPL=7fffe0a56ef2

4 ETW000                                                                                                  32  0.341398

4 ETW000  [dev trc     ,00000]      7 : DBSL=NUMC      , T=UCS2     , L=20   , I=16e49c50, V_APPL=7fffe0a56f0e

4 ETW000                                                                                                  18  0.341416

4 ETW000  [dev trc     ,00000]      8 : DBSL=NUMC      , T=UCS2     , L=20   , I=16e49c58, V_APPL=7fffe0a56f22

4 ETW000                                                                                                  18  0.341434

4 ETW000  [dev trc     ,00000]   -> exec_modify(sc_hdl=2b723a772318,con_hdl=0,ss_p=2738d00,bulk=0,in_out=0,da_p=2737eb0)

4 ETW000                                                                                                  35  0.341469

4 ETW000  [dev trc     ,00000]   -> stmt_execute(sc_hdl=2b723a772318,ss_p=2738d00,in_out=0,da_p=2737eb0)

4 ETW000                                                                                                  16  0.341485

4 ETW000  [dev trc     ,00000]    EXECUTE CURSOR C_0005                                                   10  0.341495

4 ETW000  [dev trc     ,00000]    CURSOR C_0005 SET InputSize=1                                           11  0.341506

4 ETW000  [dev trc     ,00000]    CURSOR C_0005 EXECUTE                                                   11  0.341517

thanks

sudheer koppala

Hi All,

We have recently installed SAP APO 7.0 system with LiveCache 7.7.07.

Please provide your suggestion for below queries -

1) OMS Data and Data Cache hit ratio was 90% in my LiveCache so we have increased Cache Memory Size(10GB now) and OMS Max Heap Size( 8 GB ).

but now my worry is what other parameters we should consider for good performance in Live Cache System as we have not done any parameter tuning after LiveCache install and it is running on default values of installation.

2) We also see several time Data loading jobs get fail due to lock entry in Live Cache and that lock does not get release till we restart Live Cache Application, Please suggest can we set any paremeter (RequestTimeout parameter is 180 Sec now) or do we have any place like SM12 in ABAP system from where we can remove these Live Cache locks. Under LC10->SQL and OMS lock, We do not see any lock that time.

Please provide your input.

Thanks in Advance.

Shivam

I am working with a customer who is replatforming from Physical to Virtual.  They completed their sizing exercise, but for liveCache, the sizing came back with some large numbers.  They anticipate as much as 56,000 SAPS needed for liveCache, and as many as 48 CPUs required.

I have been reading over various notes and documents in regards to liveCache system requirements and sizing.  I am looking for some experiences people have with virtualizing liveCache, especially in large systems, with large SAPS and high utilization.

Is there any formal documenation in regards to virtualizing liveCache, and do others often recommend liveCache to remain Physical?

Thanks for any advice, experiences, or help with this topic.

Ricky

Hi Experts,

We are planning to refresh one of our old test SCM system with production data. Versions are as below.

Target SCM - SCM 7 EHP2. Target LC - 7.7.07

Source SCM - SCM 7 EHP3. Source LC - 7.9.21

For SCM version part I think target will automatically get the source version after ABAP system refresh. But for LC according to note 457425 versions should be same on source & target. I am planning to install LC 7.9 on target server then upgrade patch to 7.9.21 & then restore the backup from production.

So if i follow this course of action still do I need to follow the step1 'Select the menu option Instance -> Install' from DBMGUI or I can directly go to backup restore from production.

Also I am taking a complete LC backup from production using db studio. So I think I need to restore it again using DB studio only. Note 457425 is giving steps for DBMGUI so can I get the simillar steps for dbstudio anywhere?

I am taking a complete backup of production. So is there any specific requirement while taking a backup for LC refresh to restore on other system than the same database.

Kindly let me know if you have any inputs on these queries as I am bit confused at this point for this refresh activity

Thanks

Amar.

Hi,

Sorry, a bit new to livecache and MaxDB

I have problem starting up livecache from LC10. However, I can stop from LC10. Also, I can not start/stop it from Database Manager Studio.

Only manage to start/stop from dbmcli command line.

Below is the lcinit.log file

more /sapdb/data/wrk/CSV/lcinit.log

************************ START *****************************

liveCache CSV (restart)

20.11.2015

03:25

------------------------------------------------------------

Installation path is /sapdb/CSV/db

Operating system is SunOS

The liveCache state is OFFLINE

DBMServer 7.7.07   Build 045-123-247-303

Starting CSV into ADMIN

ERR

-24994,ERR_RTE: Runtime environment error

20089,Check knldiag! Kernel died before reaching ADMIN state:20

ERROR : liveCache CSV not started

------------------------------------------------------------

20.11.2015

03:25

************************* END ******************************

I've been reading and most discussion mentioned to increase resource limit, and I have increased the file descriptor limit from 4096 to 65536 for user SIDadm. However, it still failed to start. Am I doing this correctly? Do I need to give a higher value

ulimit -a

time(seconds) unlimited

file(blocks) unlimited

data(kbytes) unlimited

stack(kbytes) 10240

coredump(blocks) unlimited

nofiles(descriptors) 65536

memory(kbytes) unlimited

Hi Gurus,

I am getting below issue while during upgrade of Live cache from 7.7 to 7.9 version, below is the command I am running from the Upgrade guide

LCUPDATE.BAT -s <SAPSID> –d <liveCache name> -u <DBM,DBM password>

& while running the command on window server I got below error:

ERROR: The usage parameter db_name is not set.

USAGE: LCUPDATE [options]

[options] for the SAP liveCache server upgrade:

        -s       sap_name         (SAP system name)

        -d       db_name          (SAP liveCache name)

        -u       dbm,dbmpasswd    (DBM user authorization)

[options] for the SAP liveCache client upgrade:

        -s       sap_name         (SAP system name)

        -client                   (client software upgrade)

[options] optional:

        -dir     tmp_directory    (temporary working directory)

Could you please help on the same. I have already upgraded SCM 7.0 EHP1 to EHP2.

Regards

Bhupender

Hello I am trying to figure out if its possible to copy the entire database of SAP at a specific cut off day/time and add daily.  After the database is backed up on a Friday at 7PM, Can you take the data from the weekend and Monday and add it to the original back up? Then again Tuesday and so on?

Hi,

A newbie question. I'm getting the following error when starting livecache. Please help

more lcinit.log

************************ START *****************************

liveCache SID (restart)

25.11.2015

03:41

------------------------------------------------------------

Installation path is /sapdb/SID/db

Operating system is SunOS

The liveCache state is OFFLINE

DBMServer 7.7.07   Build 045-123-247-303

Starting SID into ADMIN

Starting SID into ONLINE

Creating liveCache application procedures

ERR

-24964,ERR_EXECUTE: error in program execution

65280,/sapdb/SID/db/bin/sdbsysload -R /sapdb/SID/db -d SID -u superdba,*

 

 

----------Command----------------

USE USER superdba *  SERVERDB "SID"

-----------Error-----------------

ERR

-25005

User (SUPERDBA) logon to database SID failed: SQL error -4008 = Unknown user name/password combination (error position: 1)

 

 

---------------------------------

 

 

MaxDB Installer Runtime Error:

perl runtime error:

Can't call method "loaderCmd" on an undefined value at installib.pm line 574.

ERROR : liveCache SID not started

------------------------------------------------------------

25.11.2015

03:42

************************* END ******************************