Privilleges for performance tuning
can we assign any specific privilleges to DBA for the performance tuning.
i dont want to give sysdba and sysopr privilleges to DBA.
The question should be why there is need to tune anything in Oracle database. What is the problem, have you defined the problem in a very clear manner ? Is there anything which is called problem or it is something other one ? What performance tuning tool you are going to use and why ?
Performance tuning is only two words, but it is very big topic; a topic on which 100 books / blogs have been written and still writing going on.
What and why are you trying to tune and what ORA you got ? As such there is no ready made role in oracle which says something like "PT_ROLE". We just issue the sql to the dictionary objects and as and when we gets privileges related error, we provides select on those sys objects to user; if he really needs though.
Regards
Girish Sharma
Similar Messages
-
Can anyone plz tell me the steps for performance tuning.
hello friends
what is performance tuning?
can anyone plz tell me the steps for performance tuning.Hi Kishore, this will help u.
Following are the different tools provided by SAP for performance analysis of an ABAP object
Run time analysis transaction SE30
This transaction gives all the analysis of an ABAP program with respect to the database and the non-database processing.
SQL Trace transaction ST05
The trace list has many lines that are not related to the SELECT statement in the ABAP program. This is because the execution of any ABAP program requires additional administrative SQL calls. To restrict the list output, use the filter introducing the trace list.
The trace list contains different SQL statements simultaneously related to the one SELECT statement in the ABAP program. This is because the R/3 Database Interface - a sophisticated component of the R/3 Application Server - maps every Open SQL statement to one or a series of physical database calls and brings it to execution. This mapping, crucial to R/3s performance, depends on the particular call and database system. For example, the SELECT-ENDSELECT loop on the SPFLI table in our test program is mapped to a sequence PREPARE-OPEN-FETCH of physical calls in an Oracle environment.
The WHERE clause in the trace list's SQL statement is different from the WHERE clause in the ABAP statement. This is because in an R/3 system, a client is a self-contained unit with separate master records and its own set of table data (in commercial, organizational, and technical terms). With ABAP, every Open SQL statement automatically executes within the correct client environment. For this reason, a condition with the actual client code is added to every WHERE clause if a client field is a component of the searched table.
To see a statement's execution plan, just position the cursor on the PREPARE statement and choose Explain SQL. A detailed explanation of the execution plan depends on the database system in use.
Need for performance tuning
In this world of SAP programming, ABAP is the universal language. In most of the projects, the focus is on getting a team of ABAP programmers as soon as possible, handing over the technical specifications to them and asking them to churn out the ABAP programs within the given deadlines.
Often due to this pressure of schedules and deliveries, the main focus of making a efficient program takes a back seat. An efficient ABAP program is one which delivers the required output to the user in a finite time as per the complexity of the program, rather than hearing the comment I put the program to run, have my lunch and come back to check the results.
Leaving aside the hyperbole, a performance optimized ABAP program saves the time of the end user, thus increasing the productivity of the user, and in turn keeping the user and the management happy.
This tutorial focuses on presenting various performance tuning tips and tricks to make the ABAP programs efficient in doing their work. This tutorial also assumes that the reader is well versed in all the concepts and syntax of ABAP programming.
Use of selection criteria
Instead of selecting all the data and doing the processing during the selection, it is advisable to restrict the data to the selection criteria itself, rather than filtering it out using the ABAP code.
Not recommended
Select * from zflight.
Check : zflight-airln = LF and zflight-fligh = BW222.
Endselect.
Recommended
Select * from zflight where airln = LF and fligh = 222.
Endselect.
One more point to be noted here is of the select *. Often this is a lazy coding practice. When a programmer gives select * even if one or two fields are to be selected, this can significantly slow the program and put unnecessary load on the entire system. When the application server sends this request to the database server, and the database server has to pass on the entire structure for each row back to the application server. This consumes both CPU and networking resources, especially for large structures.
Thus it is advisable to select only those fields that are needed, so that the database server passes only a small amount of data back.
Also it is advisable to avoid selecting the data fields into local variables as this also puts unnecessary load on the server. Instead attempt must be made to select the fields into an internal table.
Use of aggregate functions
Use the already provided aggregate functions, instead of finding out the minimum/maximum values using ABAP code.
Not recommended
Maxnu = 0.
Select * from zflight where airln = LF and cntry = IN.
Check zflight-fligh > maxnu.
Maxnu = zflight-fligh.
Endselect.
Recommended
Select max( fligh ) from zflight into maxnu where airln = LF and cntry = IN.
The other aggregate functions that can be used are min (to find the minimum value), avg (to find the average of a Data interval), sum (to add up a data interval) and count (counting the lines in a data selection).
Use of Views instead of base tables
Many times ABAP programmers deal with base tables and nested selects. Instead it is always advisable to see whether there is any view provided by SAP on those base tables, so that the data can be filtered out directly, rather than specially coding for it.
Not recommended
Select * from zcntry where cntry like IN%.
Select single * from zflight where cntry = zcntry-cntry and airln = LF.
Endselect.
Recommended
Select * from zcnfl where cntry like IN% and airln = LF.
Endselect.
Check this links
http://www.sapdevelopment.co.uk/perform/performhome.htm
https://www.sdn.sap.com/irj/sdn/go/portal/prtroot/docs/library/uuid/afbad390-0201-0010-daa4-9ef0168d41b6
kindly reward if found helpful.
cheers,
Hema. -
Can anyone send tutor for performance tuning?
can anyone send tutor for performance tuning?I like to chk my coding.
1. Unused/Dead code
Avoid leaving unused code in the program. Either comment out or delete the unused situation. Use program --> check --> extended program to check for the variables, which are not used statically.
2. Subroutine Usage
For good modularization, the decision of whether or not to execute a subroutine should be made before the subroutine is called. For example:
This is better:
IF f1 NE 0.
PERFORM sub1.
ENDIF.
FORM sub1.
ENDFORM.
Than this:
PERFORM sub1.
FORM sub1.
IF f1 NE 0.
ENDIF.
ENDFORM.
3. Usage of IF statements
When coding IF tests, nest the testing conditions so that the outer conditions are those which are most likely to fail. For logical expressions with AND , place the mostly likely false first and for the OR, place the mostly likely true first.
Example - nested IF's:
IF (least likely to be true).
IF (less likely to be true).
IF (most likely to be true).
ENDIF.
ENDIF.
ENDIF.
Example - IF...ELSEIF...ENDIF :
IF (most likely to be true).
ELSEIF (less likely to be true).
ELSEIF (least likely to be true).
ENDIF.
Example - AND:
IF (least likely to be true) AND
(most likely to be true).
ENDIF.
Example - OR:
IF (most likely to be true) OR
(least likely to be true).
4. CASE vs. nested Ifs
When testing fields "equal to" something, one can use either the nested IF or the CASE statement. The CASE is better for two reasons. It is easier to read and after about five nested IFs the performance of the CASE is more efficient.
5. MOVE statements
When records a and b have the exact same structure, it is more efficient to MOVE a TO b than to MOVE-CORRESPONDING a TO b.
MOVE BSEG TO *BSEG.
is better than
MOVE-CORRESPONDING BSEG TO *BSEG.
6. SELECT and SELECT SINGLE
When using the SELECT statement, study the key and always provide as much of the left-most part of the key as possible. If the entire key can be qualified, code a SELECT SINGLE not just a SELECT. If you are only interested in the first row or there is only one row to be returned, using SELECT SINGLE can increase performance by up to three times.
7. Small internal tables vs. complete internal tables
In general it is better to minimize the number of fields declared in an internal table. While it may be convenient to declare an internal table using the LIKE command, in most cases, programs will not use all fields in the SAP standard table.
For example:
Instead of this:
data: t_mara like mara occurs 0 with header line.
Use this:
data: begin of t_mara occurs 0,
matnr like mara-matnr,
end of t_mara.
8. Row-level processing and SELECT SINGLE
Similar to the processing of a SELECT-ENDSELECT loop, when calling multiple SELECT-SINGLE commands on a non-buffered table (check Data Dictionary -> Technical Info), you should do the following to improve performance:
o Use the SELECT into <itab> to buffer the necessary rows in an internal table, then
o sort the rows by the key fields, then
o use a READ TABLE WITH KEY ... BINARY SEARCH in place of the SELECT SINGLE command. Note that this only make sense when the table you are buffering is not too large (this decision must be made on a case by case basis).
9. READing single records of internal tables
When reading a single record in an internal table, the READ TABLE WITH KEY is not a direct READ. This means that if the data is not sorted according to the key, the system must sequentially read the table. Therefore, you should:
o SORT the table
o use READ TABLE WITH KEY BINARY SEARCH for better performance.
10. SORTing internal tables
When SORTing internal tables, specify the fields to SORTed.
SORT ITAB BY FLD1 FLD2.
is more efficient than
SORT ITAB.
11. Number of entries in an internal table
To find out how many entries are in an internal table use DESCRIBE.
DESCRIBE TABLE ITAB LINES CNTLNS.
is more efficient than
LOOP AT ITAB.
CNTLNS = CNTLNS + 1.
ENDLOOP.
12. Performance diagnosis
To diagnose performance problems, it is recommended to use the SAP transaction SE30, ABAP/4 Runtime Analysis. The utility allows statistical analysis of transactions and programs.
13. Nested SELECTs versus table views
Since releASE 4.0, OPEN SQL allows both inner and outer table joins. A nested SELECT loop may be used to accomplish the same concept. However, the performance of nested SELECT loops is very poor in comparison to a join. Hence, to improve performance by a factor of 25x and reduce network load, you should either create a view in the data dictionary then use this view to select data, or code the select using a join.
14. If nested SELECTs must be used
As mentioned previously, performance can be dramatically improved by using views instead of nested SELECTs, however, if this is not possible, then the following example of using an internal table in a nested SELECT can also improve performance by a factor of 5x:
Use this:
form select_good.
data: t_vbak like vbak occurs 0 with header line.
data: t_vbap like vbap occurs 0 with header line.
select * from vbak into table t_vbak up to 200 rows.
select * from vbap
for all entries in t_vbak
where vbeln = t_vbak-vbeln.
endselect.
endform.
Instead of this:
form select_bad.
select * from vbak up to 200 rows.
select * from vbap where vbeln = vbak-vbeln.
endselect.
endselect.
endform.
Although using "SELECT...FOR ALL ENTRIES IN..." is generally very fast, you should be aware of the three pitfalls of using it:
Firstly, SAP automatically removes any duplicates from the rest of the retrieved records. Therefore, if you wish to ensure that no qualifying records are discarded, the field list of the inner SELECT must be designed to ensure the retrieved records will contain no duplicates (normally, this would mean including in the list of retrieved fields all of those fields that comprise that table's primary key).
Secondly, if you were able to code "SELECT ... FROM <database table> FOR ALL ENTRIES IN TABLE <itab>" and the internal table <itab> is empty, then all rows from <database table> will be retrieved.
Thirdly, if the internal table supplying the selection criteria (i.e. internal table <itab> in the example "...FOR ALL ENTRIES IN TABLE <itab> ") contains a large number of entries, performance degradation may occur.
15. SELECT * versus SELECTing individual fields
In general, use a SELECT statement specifying a list of fields instead of a SELECT * to reduce network traffic and improve performance. For tables with only a few fields the improvements may be minor, but many SAP tables contain more than 50 fields when the program needs only a few. In the latter case, the performace gains can be substantial. For example:
Use:
select vbeln auart vbtyp from table vbak
into (vbak-vbeln, vbak-auart, vbak-vbtyp)
where ...
Instead of using:
select * from vbak where ...
16. Avoid unnecessary statements
There are a few cases where one command is better than two. For example:
Use:
append <tab_wa> to <tab>.
Instead of:
<tab> = <tab_wa>.
append <tab> (modify <tab>).
And also, use:
if not <tab>[] is initial.
Instead of:
describe table <tab> lines <line_counter>.
if <line_counter> > 0.
17. Copying or appending internal tables
Use this:
<tab2>[] = <tab1>[]. (if <tab2> is empty)
Instead of this:
loop at <tab1>.
append <tab1> to <tab2>.
endloop.
However, if <tab2> is not empty and should not be overwritten, then use:
append lines of <tab1> [from index1] [to index2] to <tab2>.
P.S : Please reward if you find this useful.. -
Resources for performance tuning and RAC needed
Can you suggest me the best knowledge resources for performance tuning and RAC?
Besides Oracle doc ...
Thanks!Before all, I'm searching for resources on web like performance tuning from Dizwell Informatics is.
Anyway thank you Eric for your suggestion! -
Steps for performance Tuning....!!!!
Hi all,
I need your help in Performance tuning.
While we do tuning in Oracle, apart from Indexes, where clause and order by clause, what are the other points we need to check. I mean explain plan etc...
I am working as Informatica Developer, but i need to make an documents which points out what are the step we can check while doing performance tuning on SQL queries.
Thanks in advance for your help.Hi,
have a look into these link.it may helpful to you.
When your query takes too long .
When your query takes too long ...
* HOW TO Post a SQL statement tuning request template posting *
HOW TO: Post a SQL statement tuning request - template posting
Edited by: Ravi291283 on Jul 28, 2009 4:00 AM
Edited by: Ravi291283 on Jul 28, 2009 4:01 AM
Edited by: Ravi291283 on Jul 28, 2009 4:02 AM -
Abap Logic for performance tuning not working when using Internal tables
Hi,
I wrote this piece of code that is working correctly that is select SUM of cost from DSO where Plant is the same for Sales Items.
LOOP AT RESULT_PACKAGE INTO rp.
SELECT SUM( /N/S_STRDCOST ) FROM /N/ADSP_DPIT00 INTO
rp-/N/S_STRDCOST
WHERE /N42/S_SALESITEM = rp-/N42/S_ITEMID AND /N42/S_PLPLANT EQ
rp-/N42/S_SOURCE.
MODIFY RESULT_PACKAGE FROM rp.
Clear rp.
ENDLOOP.
Now I try to rewrite it for performance tunning using internal table but I am getting 0 values. can't figure out whats the problem and been struggling fixing it.
TYPES : begin of ty_DSO_TABLE,
/N42/S_STRDCOST TYPE /N/ADSP_DSPC00-/N/S_STRDCOST,
/N42/S_ITEMID TYPE /N/ADSP_DSPC00-/N/S_ITEMID,
end of ty_DSO_TABLE.
DATA: it_DSO_TABLE type hashed table of ty_DSO_TABLE with unique key
/N/S_ITEMID,
wa_DSO_TABLE type ty_DSO_TABLE.
Field-symbols: <rp> TYPE tys_TG_1.
LOOP AT RESULT_PACKAGE assigning <rp>.
clear wa_DSO_TABLE.
Read table IT_DSO_TABLE into wa_DSO_TABLE with table key /N/S_ITEMID
= <rp>-/N/S_ITEMID.
if sy-subrc ne 0.
select SUM( /N/S_STRDCOST ) into CORRESPONDING
FIELDS OF wa_DSO_TABLE from
/N/ADSP_DPIT00 WHERE /N/S_SALESITEM = <rp>-/N/S_ITEMID AND
/N/S_PLPLANT EQ <rp>-/N/S_SOURCE.
if sy-subrc eq 0.
<rp>-/N/S_STRDCOST = wa_DSO_TABLE-/N/S_STRDCOST.
endif.
endif.
ENDLOOP.
Any idea whats wrong with the code
thanksHi Vaidya,
According to the code which you have written, there is no value in table IT_DSO_TABLE when you are trying to read the values.And after the read statement you have given a condition for sy-subrc. Hence the select statement is actually not even getting executed. *Also you have not assigned the final value back to the ResultPackage.*_
So Kindly correct your code as follows:
Data: wa_dso type ty_DSO_TABLE.
LOOP AT RESULT_PACKAGE assigning <rp>.
clear wa_DSO_TABLE.
select SUM( /N/S_STRDCOST ) into CORRESPONDING
FIELDS OF wa_DSO_TABLE from
/N/ADSP_DPIT00 WHERE /N/S_SALESITEM = <rp>-/N/S_ITEMID AND
/N/S_PLPLANT EQ <rp>-/N/S_SOURCE.
if sy-subrc eq 0.
<rp>-/N/S_STRDCOST = wa_DSO_TABLE-/N/S_STRDCOST.
MODIFY RESULT_PACKAGE FROM <rp>.
endif.
ENDLOOP.
Hope this helps you.
Regards,
Satyam -
Step for performance tuning in oracle 10g
hi,
i want to know the step of persformance tuning and sql tuning.I'd suggest you to refer to documentation: [Oracle Database 2 Day + Performance Tuning Guide 10g Release 2 (10.2)|http://download.oracle.com/docs/cd/B19306_01/server.102/b28051/toc.htm]
Kamran Agayev A. (10g OCP)
http://kamranagayev.wordpress.com
[Step by Step install Oracle on Linux and Automate the installation using Shell Script |http://kamranagayev.wordpress.com/2009/05/01/step-by-step-installing-oracle-database-10g-release-2-on-linux-centos-and-automate-the-installation-using-linux-shell-script/] -
How to use forms trace file for performance tuning
I am trying to use forms trace file in order to find cause of forms application performance problem.
I have read the document B14032-03 where is described how to turn on tracing and how to convert binary trace file to xml or html format. However these xml/html files are useless because they only contain series of forms events, without possibility for grouping or sorting. Actually, they are like to database raw trace file. I need some tool, like tkprof for database trace, that will process xml/html file and generate some more useful format.
Further, I have tried to load forms trace file into relational database tables in order to use SQL for performance problem investigation. I have followed procedure described in document A92175-01, but without success.
Is there any way to process xml/html file with grouping, orderering or summing event duration or way to load either binary, xml or html trace file into structured data in database.Al-Salamu Alikum user630033
It's not : elegant at all to thank people 4 No help,it's not their problem that u don't search enough, or u don't have access to db.
We should always say thank ,or 'Jazak Allah Khiern' on both cases even they could or couldn't help u.
Finally,i expect ' an appologize or even a thankful word ' and the kindness i am sure u had to publish the solution u found in order to share it with people who had same problem or at least to give them the info to get the appreciation or the thanksful word u deserve.
Rem.Never give a bad feedback to people who tried to help u.
Regards,
Abdetu.. -
Report Slow Due to Mass Data , Soln for Performance Tuning
Dear All,
I am making report with mass data so for this i have to put For All enteries in & Ranges at lodz of places.
1. For all enteries in is making my report works very slow.
2. If i change for all enteries by Ranges then if the no. of records are large the system will thn
throw dump.
If the no. of records are large or the logic applied in complex then report is taking very long
execution time , Can anyone suggest me the method by which i can optimize my report and make it
run smoother in performance.
Thanks
Ankesh JindalHi,
>
Ankesh Jindal wrote:
> The problem is with FAE and ranges acc to uptill i have discovered,
> As I have mentioned if I take FAE and number of records are large the execution will take
> very large amount of time for that i have changed FAE to ranges but still if no. of records are
> large in ranges system will throw dump
>
so far so good. SQL statements must not get too large.
>
Ankesh Jindal wrote:
> so the best soln for this which i have considered for
> my reports is to use ranges but with some logic applied that is ;
> suppose i have 20,000 records then send data to ranges in 3k or 4k lots .
> so in this case i am using ranges with 3k or 4k lots so the sytem will not throw dump and i will get
> faster execution of query with ranges...
>
General question: How big is the runtime difference for your SELECT with Range (4k) and the default FAE (5 in case of ORACLE)... more than 20%? could you post your actual run time figures?
Your range approach is faster because you do less database calls. 5 db calls if you have 4 k entries in the range.
You can influence the number of database calls as well for the FAE.
Assuming you are running on ORACLE with a default configuration you have 5 entries per call.
(Parameters rsdb/max_in_blocking_factor, rsdb/max_blocking_factor). So you will end up
with 4000 db calls with 5 records each.
You compare that with 5 db calls with 4000 records for your range... this is not fair
Hint your FAE with this, this would lead to 5 db calls for the FAE as well.:
%_hints oracle '&max_in_blocking_factor 4000&'.
now compare again... .
Note1: Be care full with big ranges and blocking factors... cost based optimizers may react sensitive to big inlists or or concatenations and may change plans suddenly... .
Note2: If you are not on ORACLE your blocking factors may be considerably higher (30, 60, ...).
Kind regards,
Hermann -
Please review procedure for performance tuning
Hi Friends,
I have a procedure, which is taking lot of time for execution. Please help me how can i tune this procedure to reduce the execution time.
Purpose of the procedure : This procedure runs every data to load data from DWH to Data Marts,
We have some adverse keywords given by business in the table CFG_ADVERSE_KEYWORD ,the procedure will identify the keywords in the tables like df_call_ae_vd, in the notes column and loads only records which has adverse keywords.
Below is the procedure
create or replace procedure LOAD_DM_AE_DATA_PRC
as
v_insert_count NUMBER := 0;
/* current_process identifies the block of code where exception is raised, used for debugging */
v_current_process VARCHAR2(100) := NULL;
v_error_code VARCHAR2(8) := NULL;
v_error_text VARCHAR2(110) := NULL;
v_error_msg VARCHAR2(500) := NULL;
v_error_count NUMBER := 0;
/* module_name is the procedure name */
v_module_name VARCHAR2(50) := 'LOAD_DM_AE_DATA_PRC';
/* table_name is the target table truncated and loaded by the procedure */
v_table_name VARCHAR2(50) := NULL;
v_table_name1 VARCHAR2(50) := 'MM_USER_AE_VD';
v_table_name2 VARCHAR2(50) := 'MF_CALL_AE_VD';
v_table_name3 VARCHAR2(50) := 'MM_CHANGE_REQUEST_AE_VD';
v_table_name4 VARCHAR2(50) := 'MM_COMPETITOR_INSIGHT_AE_VD';
v_table_name5 VARCHAR2(50) := 'MM_FORMULARY_AE_VD';
v_table_name6 VARCHAR2(50) := 'MM_MED_INQUIRY_AE_VD';
v_table_name7 VARCHAR2(50) := 'MM_SAMPLETRANS_AE_VD';
v_table_name8 VARCHAR2(50) := 'MM_ADVERSE_EVENT_ALL';
v_table_name9 VARCHAR2(50) := 'MM_USER_COUNTRY_AE_VD';
v_table_name10 VARCHAR2(50) := 'CFG_AE_CONCAT_KEYWORD';
v_table_name VARCHAR2(50) := NULL;
/* source_name is the view or source table */
v_source_name VARCHAR2(50) := 'DA_RDW_AP_DWH';
/* Variables specific to application. */
** Declare Exceptions *
procedure_err EXCEPTION;
** Begin procedure *
BEGIN /* procedure*/
DBMS_OUTPUT.ENABLE(1000000);
** Truncate tables *
BEGIN /* Truncate target*/
v_current_process := 'Truncate table ' || v_table_name1;
DBMS_OUTPUT.PUT_LINE(v_current_process);
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name1);
DBMS_OUTPUT.PUT_LINE (v_table_name1||' truncated' );
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name2);
DBMS_OUTPUT.PUT_LINE (v_table_name2||' truncated' );
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name3);
DBMS_OUTPUT.PUT_LINE (v_table_name3||' truncated' );
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name4);
DBMS_OUTPUT.PUT_LINE (v_table_name4||' truncated' );
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name5);
DBMS_OUTPUT.PUT_LINE (v_table_name5||' truncated' );
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name6);
DBMS_OUTPUT.PUT_LINE (v_table_name6||' truncated' );
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name7);
DBMS_OUTPUT.PUT_LINE (v_table_name7||' truncated' );
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name8);
DBMS_OUTPUT.PUT_LINE (v_table_name8||' truncated' );
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name9);
DBMS_OUTPUT.PUT_LINE (v_table_name9||' truncated' );
EXECUTE IMMEDIATE ('Truncate table ' || v_table_name10);
DBMS_OUTPUT.PUT_LINE (v_table_name10||' truncated' );
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END; /* Truncate target*/
** 1.Load table MM_USER_AE_VD *
BEGIN
insert into DM_RDW_AP_VD.MM_USER_AE_VD
( ID ,
NAME ,
COUNTRY_CODE_BI__C ,
LASTMODIFIEDDATE ,
SYSTEMMODSTAMP )
select
ID ,
NAME ,
COUNTRY_CODE_BI__C ,
LASTMODIFIEDDATE ,
sysdate
from DA_RDW_AP.DM_USER_AE_VD
union
select '999', 'Do not delete this record', null, sysdate-1, sysdate-1
from dual;
DBMS_OUTPUT.PUT_LINE (v_table_name1||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** 2. SCAN/Load table MF_CALL_AE_VD *
BEGIN
insert into DM_RDW_AP_VD.MF_CALL_AE_VD
( ID ,
NAME ,
CALL_DATE_VOD__C ,
PRE_CALL_NOTES_VOD__C ,
NEXT_CALL_NOTES_VOD__C ,
NEXT_CALL_NOTES_VOD__C_HTML,
COUNTRY_CODE_BI__C ,
OWNERID ,
LASTMODIFIEDDATE ,
SYSTEMMODSTAMP)
select
distinct a.ID ,
a.NAME ,
a.CALL_DATE_VOD__C ,
a.PRE_CALL_NOTES_VOD__C ,
a.NEXT_CALL_NOTES_VOD__C ,
replace(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10),' '),
substr(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10),' '), instr(replace(replace(lower(a.NEXT_CALL_NOTES_VOD__C), chr(10),' '), chr(13), ''), lower( trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10),' '), instr(replace(replace(lower(a.NEXT_CALL_NOTES_VOD__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as NEXT_CALL_NOTES_VOD__C_HTML,
a.COUNTRY_CODE_BI__C ,
a.OWNERID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (da_rdw_ap.df_call_ae_vd a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.OWNERID=c.ID), dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b
--where (b.country_code = 'EN' and instr( lower(a.NEXT_CALL_NOTES_VOD__C), lower(b.Keyword) , 1, 1 ) > 0)
where (b.country_code = 'EN' and instr( lower(' ' || translate(trim(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0) and a.NEXT_CALL_NOTES_VOD__C is not null
union
select
distinct a.ID ,
a.NAME ,
a.CALL_DATE_VOD__C ,
a.PRE_CALL_NOTES_VOD__C ,
a.NEXT_CALL_NOTES_VOD__C ,
replace(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10),' '),
substr(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10),' '), instr(replace(replace(lower(a.NEXT_CALL_NOTES_VOD__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10),' '), instr(replace(replace(lower(a.NEXT_CALL_NOTES_VOD__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as NEXT_CALL_NOTES_VOD__C_HTML,
a.COUNTRY_CODE_BI__C ,
a.OWNERID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (da_rdw_ap.df_call_ae_vd a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.OWNERID=c.ID LEFT OUTER JOIN
dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b on b.country_code = c.COUNTRY_CODE_BI__C)
--where (instr( lower(a.NEXT_CALL_NOTES_VOD__C), lower(b.Keyword) , 1, 1 ) > 0 );
where (instr( lower(' ' || translate(trim(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0) and b.Keyword is not null;
DBMS_OUTPUT.PUT_LINE (v_table_name2||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** 3. SCAN/Load table MM_CHANGE_REQUEST_AE_VD *
BEGIN
insert into DM_RDW_AP_VD.MM_CHANGE_REQUEST_AE_VD
( ID ,
NAME ,
COMMENTS_BI__C ,
COMMENTS_BI__C_HTML ,
COUNTRY_CODE_BI__C ,
OWNERID ,
LASTMODIFIEDDATE ,
SYSTEMMODSTAMP )
select
distinct a.ID ,
a.NAME ,
a.COMMENTS_BI__C ,
replace(replace(a.COMMENTS_BI__C, chr(10),' '),
substr(replace(a.COMMENTS_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMMENTS_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.COMMENTS_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMMENTS_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as COMMENTS_BI__C_HTML,
a.COUNTRY_CODE_BI__C ,
a.OWNERID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_CHANGE_REQUEST_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.OWNERID=c.ID), dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b
--where (b.country_code = 'EN' and instr( lower(a.COMMENTS_BI__C), lower(b.Keyword) , 1, 1 ) > 0) and a.COMMENTS_BI__C is not null
where (b.country_code = 'EN' and instr( lower(' ' || translate(trim(replace(a.COMMENTS_BI__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0) and a.COMMENTS_BI__C is not null
union
select
distinct a.ID ,
a.NAME ,
a.COMMENTS_BI__C ,
replace(replace(a.COMMENTS_BI__C, chr(10),' '),
substr(replace(a.COMMENTS_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMMENTS_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.COMMENTS_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMMENTS_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as COMMENTS_BI__C_HTML,
a.COUNTRY_CODE_BI__C ,
a.OWNERID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_CHANGE_REQUEST_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.OWNERID=c.ID LEFT OUTER JOIN
dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b on b.country_code = c.COUNTRY_CODE_BI__C)
--where instr( lower(a.COMMENTS_BI__C), lower(b.Keyword) , 1, 1 ) > 0 and a.COMMENTS_BI__C is not null;
where (instr( lower(' ' || translate(trim(replace(a.COMMENTS_BI__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0) and b.Keyword is not null;
DBMS_OUTPUT.PUT_LINE (v_table_name3||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** 4. SCAN/Load table MM_COMPETITOR_INSIGHT_AE_VD *
BEGIN
insert into DM_RDW_AP_VD.MM_COMPETITOR_INSIGHT_AE_VD
( COMPETITOR_INSIGHTS_BI__C ,
COMPETITOR_INSIGHTS_BI__C_HTML,
ID ,
NAME ,
OWNERID ,
LASTMODIFIEDDATE ,
SYSTEMMODSTAMP )
select
distinct a.COMPETITOR_INSIGHTS_BI__C ,
replace(replace(a.COMPETITOR_INSIGHTS_BI__C, chr(10),' '),
substr(replace(a.COMPETITOR_INSIGHTS_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMPETITOR_INSIGHTS_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.COMPETITOR_INSIGHTS_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMPETITOR_INSIGHTS_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as COMPETITOR_INSIGHTS_BI__C_HTML,
a.ID ,
a.NAME ,
a.OWNERID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_COMPETITOR_INSIGHT_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.OWNERID=c.ID), dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b
--where (b.country_code = 'EN' and instr( lower(a.COMPETITOR_INSIGHTS_BI__C), lower(b.Keyword) , 1, 1 ) > 0) and a.COMPETITOR_INSIGHTS_BI__C is not null
where (b.country_code = 'EN' and instr( lower(' ' || translate(trim(replace(a.COMPETITOR_INSIGHTS_BI__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0 ) and a.COMPETITOR_INSIGHTS_BI__C is not null
union
select
distinct a.COMPETITOR_INSIGHTS_BI__C ,
replace(replace(a.COMPETITOR_INSIGHTS_BI__C, chr(10),' '),
substr(replace(a.COMPETITOR_INSIGHTS_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMPETITOR_INSIGHTS_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.COMPETITOR_INSIGHTS_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMPETITOR_INSIGHTS_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as COMPETITOR_INSIGHTS_BI__C_HTML,
a.ID ,
a.NAME ,
a.OWNERID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_COMPETITOR_INSIGHT_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.OWNERID=c.ID LEFT OUTER JOIN
dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b on b.country_code = c.COUNTRY_CODE_BI__C)
--where instr( lower(a.COMPETITOR_INSIGHTS_BI__C), lower(b.Keyword) , 1, 1 ) > 0 and a.COMPETITOR_INSIGHTS_BI__C is not null;
where (instr( lower(' ' || translate(trim(replace(a.COMPETITOR_INSIGHTS_BI__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0) and b.Keyword is not null;
DBMS_OUTPUT.PUT_LINE (v_table_name4||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** 5. SCAN/Load table MM_FORMULARY_AE_VD *
BEGIN
insert into DM_RDW_AP_VD.MM_FORMULARY_AE_VD
( COMMENT_FORMULARY_BI__C ,
COMMENT_FORMULARY_BI__C_HTML,
ID ,
NAME ,
OWNERID ,
LASTMODIFIEDDATE ,
SYSTEMMODSTAMP )
select
distinct a. COMMENT_FORMULARY_BI__C,
replace(replace(a.COMMENT_FORMULARY_BI__C, chr(10),' '),
substr(replace(a.COMMENT_FORMULARY_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMMENT_FORMULARY_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.COMMENT_FORMULARY_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMMENT_FORMULARY_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as COMMENT_FORMULARY_BI__C_HTML,
a.ID ,
a.NAME ,
a.OWNERID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_FORMULARY_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.OWNERID=c.ID), dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b
-- where (b.country_code = 'EN' and instr( lower(a.COMMENT_FORMULARY_BI__C), lower(b.Keyword) , 1, 1 ) > 0 and a.COMMENT_FORMULARY_BI__C is not null)
where (b.country_code = 'EN' and instr( lower(' ' || translate(trim(replace(a.COMMENT_FORMULARY_BI__C , chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0) and a.COMMENT_FORMULARY_BI__C is not null
union
select
distinct a. COMMENT_FORMULARY_BI__C,
replace(replace(a.COMMENT_FORMULARY_BI__C, chr(10),' '),
substr(replace(a.COMMENT_FORMULARY_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMMENT_FORMULARY_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.COMMENT_FORMULARY_BI__C, chr(10),' '), instr(replace(replace(lower(a.COMMENT_FORMULARY_BI__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as COMMENT_FORMULARY_BI__C_HTML,
a.ID ,
a.NAME ,
a.OWNERID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_FORMULARY_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.OWNERID=c.ID LEFT OUTER JOIN
dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b on b.country_code = c.COUNTRY_CODE_BI__C)
--where (instr( lower(a.COMMENT_FORMULARY_BI__C), lower(b.Keyword) , 1, 1 ) > 0 and a.COMMENT_FORMULARY_BI__C is not null);
where (instr( lower(' ' || translate(trim(replace(a.COMMENT_FORMULARY_BI__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1) > 0) and b.Keyword is not null;
DBMS_OUTPUT.PUT_LINE (v_table_name5||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** 6. SCAN/Load table MM_MED_INQUIRY_AE_VD *
BEGIN
insert into DM_RDW_AP_VD.MM_MED_INQUIRY_AE_VD
( ID ,
NAME ,
INQUIRY_TEXT__C ,
INQUIRY_TEXT__C_HTML,
CREATEDBYID ,
LASTMODIFIEDDATE ,
SYSTEMMODSTAMP )
select
distinct a.ID ,
a.NAME ,
a.INQUIRY_TEXT__C ,
replace(replace(a.INQUIRY_TEXT__C, chr(10),' '),
substr(replace(a.INQUIRY_TEXT__C, chr(10),' '), instr(replace(replace(lower(a.INQUIRY_TEXT__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)),1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.INQUIRY_TEXT__C, chr(10),' '), instr(replace(replace(lower(a.INQUIRY_TEXT__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as INQUIRY_TEXT__C_HTML,
a.CREATEDBYID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_MED_INQUIRY_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.CREATEDBYID=c.ID), dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b
--where (b.country_code = 'EN' and instr( lower(a.INQUIRY_TEXT__C), lower(b.Keyword) , 1, 1 ) > 0 and a.INQUIRY_TEXT__C is not null)
where (b.country_code = 'EN' and instr( lower(' ' || translate(trim(replace(a.INQUIRY_TEXT__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0) and a.INQUIRY_TEXT__C is not null
union
select
distinct a.ID ,
a.NAME ,
a.INQUIRY_TEXT__C ,
replace(replace(a.INQUIRY_TEXT__C, chr(10),' '),
substr(replace(a.INQUIRY_TEXT__C, chr(10),' '), instr(replace(replace(lower(a.INQUIRY_TEXT__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)),1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.INQUIRY_TEXT__C, chr(10),' '), instr(replace(replace(lower(a.INQUIRY_TEXT__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as INQUIRY_TEXT__C_HTML,
a.CREATEDBYID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_MED_INQUIRY_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.CREATEDBYID=c.ID LEFT OUTER JOIN
dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b on b.country_code = c.COUNTRY_CODE_BI__C)
--where (instr( lower(a.INQUIRY_TEXT__C), lower(b.Keyword) , 1, 1 ) > 0 and a.INQUIRY_TEXT__C is not null);
where (instr( lower(' ' || translate(trim(replace(a.INQUIRY_TEXT__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0) and b.Keyword is not null;
DBMS_OUTPUT.PUT_LINE (v_table_name6||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** 7. SCAN/Load table MM_SAMPLETRANS_AE_VD *
BEGIN
insert into DM_RDW_AP_VD.MM_SAMPLETRANS_AE_VD
( COMMENTS_VOD__C ,
COMMENTS_VOD__C_HTML,
ID ,
NAME ,
CREATEDBYID ,
LASTMODIFIEDDATE ,
SYSTEMMODSTAMP)
select
distinct a.COMMENTS_VOD__C ,
replace(replace(a.COMMENTS_VOD__C, chr(10),' '),
substr(replace(a.COMMENTS_VOD__C, chr(10),' '), instr(replace(replace(lower(a.COMMENTS_VOD__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.COMMENTS_VOD__C, chr(10),' '), instr(replace(replace(lower(a.COMMENTS_VOD__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as COMMENTS_VOD__C_HTML,
a.ID ,
a.NAME ,
a.CREATEDBYID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_SAMPLETRANS_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.CREATEDBYID=c.ID), dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b
--where (b.country_code = 'EN' and instr( lower(a.COMMENTS_VOD__C), lower(b.Keyword) , 1, 1 ) > 0 and a.COMMENTS_VOD__C is not null)
where (b.country_code = 'EN' and instr( lower(' ' || translate(trim(replace(a.COMMENTS_VOD__C , chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1 ) > 0) and a.COMMENTS_VOD__C is not null
union
select
a.COMMENTS_VOD__C ,
replace(replace(a.COMMENTS_VOD__C, chr(10),' '),
substr(replace(a.COMMENTS_VOD__C, chr(10),' '), instr(replace(replace(lower(a.COMMENTS_VOD__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' || substr(replace(a.COMMENTS_VOD__C, chr(10),' '), instr(replace(replace(lower(a.COMMENTS_VOD__C), chr(10),' '), chr(13), ''), lower(trim(b.Keyword)), 1,1), length(trim(b.Keyword))) || '</b></FONT>'
) as COMMENTS_VOD__C_HTML,
a.ID ,
a.NAME ,
a.CREATEDBYID ,
a.LASTMODIFIEDDATE ,
a.SYSTEMMODSTAMP
from (DA_RDW_AP.DM_SAMPLETRANS_AE_VD a LEFT OUTER JOIN dm_rdw_ap_vd.mm_user_ae_vd c on a.CREATEDBYID=c.ID LEFT OUTER JOIN
dm_rdw_ap_vd.CFG_ADVERSE_KEYWORD b on b.country_code = c.COUNTRY_CODE_BI__C)
--where instr( lower(a.COMMENTS_VOD__C), lower(b.Keyword) , 1, 1 ) > 0 and a.COMMENTS_VOD__C is not null;
where (instr( lower(' ' || translate(trim(replace(a.COMMENTS_VOD__C, chr(10),' ')), '().,:;?!', ' ') || ' '), lower(' ' || trim(b.Keyword) || ' ') , 1, 1) > 0) and b.Keyword is not null;
DBMS_OUTPUT.PUT_LINE (v_table_name7||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** 8.Load table MM_ADVERSE_EVENT_ALL *
BEGIN
insert into MM_ADVERSE_EVENT_ALL
( COUNTRY_CODE_BI__C ,
CALLDATE ,
COMMENTS ,
COMMENTS_HTML ,
OWNERID ,
LASTMODIFIEDDATE ,
RECORDTYPE ,
SORT ,
SYSTEMMODSTAMP )
select nvl(a.country_code_bi__c, b.country_code_bi__c) as country_code_bi__c,
a.calldate,
a.comments,
a.comments_html,
a.ownerid,
a.lastmodifieddate,
a.recordtype,
a.sort,
a.systemmodstamp
from (select
country_code_bi__c,
call_date_vod__c as calldate,
next_call_notes_vod__c as comments,
next_call_notes_vod__c_html as comments_html,
ownerid,
lastmodifieddate,
'Call' as recordtype,
'1' as sort,
systemmodstamp
from mf_call_ae_vd
union
select
country_code_bi__c,
lastmodifieddate as calldate,
comments_bi__c as comments,
comments_bi__c_html as comments_html,
ownerid,
lastmodifieddate,
'Change Request' as recordtype,
'2' as sort,
systemmodstamp
from mm_change_request_ae_vd
union
select
null,
lastmodifieddate as calldate,
competitor_insights_bi__c as comments,
competitor_insights_bi__c_html as comments_html,
ownerid,
lastmodifieddate,
'Competitor Insight' as recordtype,
'3' as sort,
systemmodstamp
from mm_competitor_insight_ae_vd
union
select
null,
lastmodifieddate as calldate,
comment_formulary_bi__c as comments,
comment_formulary_bi__c_html as comments_html,
ownerid,
lastmodifieddate,
'Formulary' as recordtype,
'4' as sort,
systemmodstamp
from mm_formulary_ae_vd
union
select
null,
lastmodifieddate as calldate,
inquiry_text__c as comments,
inquiry_text__c_html as comments_html,
createdbyid as ownerid,
lastmodifieddate,
'Customer Request' as recordtype,
'5' as sort,
systemmodstamp
from mm_med_inquiry_ae_vd
union
select
null,
lastmodifieddate as calldate,
comments_vod__c as comments,
comments_vod__c_html as comments_html,
createdbyid as ownerid,
lastmodifieddate,
'Sample Transaction' as recordtype,
'6' as sort,
systemmodstamp
from mm_sampletrans_ae_vd
) a LEFT OUTER JOIN mm_user_ae_vd b on a.ownerid=b.ID;
DBMS_OUTPUT.PUT_LINE (v_table_name8||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** 9.Load table MM_USER_COUNTRY_AE_VD *
BEGIN
insert into MM_USER_COUNTRY_AE_VD
( REGION ,
COUNTRY_CODE ,
COUNTRY_NAME )
select distinct
case
when u.country_code_bi__c in ('AE','BH','EG','JO','KW','LB','OM','QA','SA') then ('EMEA')
when u.country_code_bi__c in ('AU','CN','HK','ID','IN','JP','KR','MY','PH','SG','TH','TW', 'VN') then ('APAC')
when u.country_code_bi__c in ('BR','CA','MX','US' ) then ('AMERICA')
--when u.country_code_bi__c in ('AU', 'CN','IN','JP','KR','MY', 'TH','TW') then ('APAC')
--when u.country_code_bi__c in ('CA','CE','CR','DO','GT','HN','NI','PA','SV','US') then ('AMERICA')
else (null)
end as REGION,
u.country_code_bi__c AS COUNTRY_CODE,
decode (u.country_code_bi__c,
'AE', 'United Arab Emirates',
'BH', 'Bahrain',
'EG', 'Egypt',
'JO', 'Jordan',
'KW', 'Kuwait',
'LB', 'Lebanon',
'OM', 'Oman',
'QA', 'Qatar',
'SA', 'Saudi Arabia',
'AU', 'Australia',
'CN', 'China',
'HK', 'Hong Kong',
'ID', 'Indonesia',
'IN', 'India',
'JP', 'Japan',
'KR', 'Korea',
'MY', 'Malaysia',
'PH', 'Philippines',
'SG', 'Singapore',
'TH', 'Thailand',
'TW', 'Taiwan',
'VN', 'Vietnam',
'BR', 'Brazil',
'CA', 'Canada',
'MX', 'Mexico',
'US', 'United States') AS COUNTRY_NAME
from DA_RDW_AP.DM_USER_AE_VD u, DA_RDW_AP.DF_CALL_AE_VD c
where u.id = c.ownerid
and u.country_code_bi__c is not null
order by region, country_name;
DBMS_OUTPUT.PUT_LINE (v_table_name9||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** 10. Load table CFG_AE_CONCAT_KEYWORD - Load concatenated data in a single record by country code *
BEGIN
insert into DM_RDW_AP_VD.CFG_AE_CONCAT_KEYWORD
(COUNTRY_CODE ,
KEYWORD)
select country_code, replace(output, ',', ', ') as keyword
from
(select country_code, wm_concat(trim(keyword)) over (partition by country_code order by rownumber) as output,
count(keyword) over (partition by country_code order by rownumber) as running_count,
count(keyword) over (partition by country_code) as tot_count
from DM_RDW_AP_VD.CFG_ADVERSE_KEYWORD)
where running_count = tot_count;
DBMS_OUTPUT.PUT_LINE (v_table_name10||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
** Mandatory record for burst query *
BEGIN
insert into DM_RDW_AP_VD.MF_CALL_AE_VD
( ID ,
NAME ,
CALL_DATE_VOD__C ,
PRE_CALL_NOTES_VOD__C ,
NEXT_CALL_NOTES_VOD__C ,
NEXT_CALL_NOTES_VOD__C_HTML,
COUNTRY_CODE_BI__C ,
OWNERID ,
LASTMODIFIEDDATE ,
SYSTEMMODSTAMP)
select
ID ,
NAME ,
sysdate - 1 ,
PRE_CALL_NOTES_VOD__C ,
NEXT_CALL_NOTES_VOD__C ,
NEXT_CALL_NOTES_VOD__C_HTML,
COUNTRY_CODE_BI__C ,
OWNERID ,
sysdate - 1 ,
sysdate - 1
from DM_RDW_AP_VD.MF_CALL_AE_VD_DUMMY;
DBMS_OUTPUT.PUT_LINE (v_table_name2||' - '||SQL%ROWCOUNT||' records loaded' );
commit;
EXCEPTION
WHEN OTHERS THEN
v_error_count := v_error_count + 1;
v_error_code := TO_CHAR(sqlcode);
v_error_text := SUBSTR(sqlerrm, 1, 110);
RAISE procedure_err;
END;
END LOAD_DM_AE_DATA_PRC;In following replace.. replace.. substr what are you trying to achieve? Can you please eg. so that we can try to use regular expression to do what being done by so many replace, substrs... This will help improve code performance and readability!
** 2. SCAN/Load table MF_CALL_AE_VD *
replace(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10), ' '),
substr(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10), ' '),
instr(replace(replace(lower(a.NEXT_CALL_NOTES_VOD__C),
chr(10),
chr(13),
lower(trim(b.Keyword)),
1,
1),
length(trim(b.Keyword))),
'<FONT style="BACKGROUND-COLOR: yellow"><b>' ||
substr(replace(a.NEXT_CALL_NOTES_VOD__C, chr(10), ' '),
instr(replace(replace(lower(a.NEXT_CALL_NOTES_VOD__C),
chr(10),
chr(13),
lower(trim(b.Keyword)),
1,
1),
length(trim(b.Keyword))) || '</b></FONT>'
) as NEXT_CALL_NOTES_VOD__C_HTML, -
Am i doing it correctly for performance tuning ?
hi guys,
recently, database cpu usage is high. thus this is the following i do.. ( i am on 10g linux)
1) do a "top" command in system level
2) take a few pid
3) went to v$process and v$session to get the sid of the process.
4) went to get the sql_id , or prev_sql_id
5) went to v$sql to get the SQL
6) at v$sql, check the SQL executed.
- explain plan for the SQL
- check the disk_reads, parse call column to see if high .. etc..
Q1) am i doing it the correct way?
is there any other things that i must do ? or is there any other short cuts or easier way to find out ?
like v$session_longops or v$session_Waits ?
Regards,
Noobuser12050668 wrote:
in your opinion, could you list down a few of the "frequent visit views", when we hit a performance threshold ?Google?
There's no single definitive site that can answer each and every Oracle performance related problem. When I for example get a session that spins on a specific wait state or event, I will google that.
There are certain "+silver bullet+" web sites that I will ignore. There are certain sites that I do trust more (having personally dealt with the guys behind it in the past, or knowing them by reputation). But I very seldom skip the googling step and jump directly to a specific blog or website when hitting an Oracle issue that needs some web research.
There's one exception though. https://support.oracle.com aka Metalink aka My Oracle Support. The support notes on there are not public and therefore not indexed by external search engines. And these notes can often shed light on some interesting problems and issues.
My advice is do not be afraid to think for yourself. Do not start using "tools" as crutches - use that grey mater you have. It is the result of millions of years of evolution and survival. More flexible than any rigid performance tool. It more than often can do the job when given the proper chance. It can connect dots (see patterns that even advance s/w will be unable to spot), think out of the box, and so on.
By all means consult the "experts" out there (via web forums, mailing lists, blogs and so on). But realise that very often Oracle version number, o/s kernel and drivers and other factors have a lot of bearing on the technical nature of the problem. And these factors differ and differ a lot in the wild. So what works for some may not for you.
So think a problem through - understand for example why a wait state occurs and relate it to your problem session's code and SQL. Isolate the problem. And have lots of coffee. ;-)
A good and complex problem is an invaluable learning experience. Something to enjoy. Perhaps even savour (afterwards). :D -
Hi,
I have attached my query and explain plan for that query. This create statement takes around 1.5 hrs for 200K records.
Is there any way to tune the query.
CREATE TABLE SC1.TMP_MP_XYZ
PARALLEL 4 TABLESPACE FT_WORKAREA NOLOGGING AS
SELECT /*+ ORDERED USE_HASH(x,d) INDEX_FFS(x) PARALLEL(d,4) */
d.ROWID dis_rowid
FROM SC2.TMP_GLOBAL PARTITION (PM200802) x,
SC1.ba_DISP_XX PARTITION (PM200802) d
WHERE x.dsp_hash IN
(d.dsp_hash,
TRUNC (d.dsp_hash, -14),
TRUNC (d.dsp_hash, -7),
TRUNC (d.dsp_hash, -14) + MOD (d.dsp_hash, POWER (10, 7))
AND LOWER (d.url_name) LIKE x.rule || '%'
AND BITAND (d.xflag, 1) = 0
AND BITAND (d.xflag, 1) = 0
Statement Id=14 Type=TABLE ACCESS
Cost=17004 TimeStamp=06-03-08::10::04:37
(1) CREATE TABLE STATEMENT CHOOSE
Est. Rows: 274 Cost: 68,076
LOAD AS SELECT
(14) CONCATENATION
(4) HASH JOIN
Est. Rows: 1 Cost: 17,019
(2) UNIQUE INDEX FAST FULL SCAN SC2.IMP_TMP_GLOBAL__NAME [Not Analyzed]
Est. Rows: 146,873 Cost: 15
(3) TABLE ACCESS FULL SC1.BA_DISP_XX [Analyzed]
Blocks: 2,436 Est. Rows: 32 of 31,951 Cost: 17,004
(7) HASH JOIN
Est. Rows: 1 Cost: 17,019
(5) UNIQUE INDEX FAST FULL SCAN SC2.IMP_TMP_GLOBAL _NAME [Not Analyzed]
Est. Rows: 146,873 Cost: 15
(6) TABLE ACCESS FULL SC1.BA_DISP_XX [Analyzed]
Blocks: 2,436 Est. Rows: 32 of 31,951 Cost: 17,004
(10) HASH JOIN
Est. Rows: 1 Cost: 17,019
(8) UNIQUE INDEX FAST FULL SCAN SC2.IMP_TMP_GLOBAL__NAME [Not Analyzed]
Est. Rows: 146,873 Cost: 15
(9) TABLE ACCESS FULL SC1.BA_DISP_XX [Analyzed]
Blocks: 2,436 Est. Rows: 32 of 31,951 Cost: 17,004
(13) HASH JOIN
Est. Rows: 1 Cost: 17,019
(11) UNIQUE INDEX FAST FULL SCAN SC2.IMP_TMP_GLOBAL _NAME [Not Analyzed]
Est. Rows: 146,873 Cost: 15
(12) TABLE ACCESS FULL SC1.BA_DISP_XX [Analyzed]
Blocks: 2,436 Est. Rows: 32 of 31,951 Cost: 17,004
- MaheshFirst, can you repost with better formatting. Your execution plan has lost any indentation, and everything is at the same level, which makes it difficult to work out the real order of execution. Put the SQL statement and plan between lines with and on them, but with CODE in lower case i.e. code, which the forum engine recognises.
Second, you seem to have four full table scans on ba_DISP_XX, which is probably due to the IN clause in the WHERE. I don't know what indexes you have, because you don't mention it. But Oracle cannot use ordinary indexes on columns when you apply a function or expression to that column. Which is what you are doing to the dsp_hash column, with the TRUNC function.
So, the quickest comments I can make are:
Investigate using function based indexes, but you may need several of them, which all take up disk space.
Rewrite the query to not use TRUNC, or to use it in a standard way so that a single function based index could be used.
Get rid of the hints. You are explicitly telling Oracle to use a HASH join, and PARALLEL scan the ba_DISP_XX table. Which is what it is doing in the execution plan. So you are getting what you have asked for.
The query is very odd. Where is the proper join between tables x and d? I see an IN between them, which is unlikely to be the join. And a LOWER LIKE. If this is the join, then create a function based index on LOWER (d.url_name). Again, without a suitable index, Oracle will scan the full table.
Bottom line - the query is doing what you want, because you have used hints to tell it to scan that table and use a HASH join, and without using function based indexes Oracle cannot used ordinary indexes for this query. So it will table scan either way.
John -
V$ views for performance tuning
Hi,
What are the views used for identifying sessions (top resourced) and to find highly loaded SQL statements ...apart from seeing from AWR report.?Hi,
As you would be on 10g or higher version of the Oracle, you can use dbms_xplan.display_cursor or display_awr function to check the explain plan.Find the sql_id for the particular sql and check the plan
Read http://download.oracle.com/docs/cd/B13789_01/appdev.101/b10802/d_xplan.htm#998179
HTH
Anand
Edited by: Anand... on Oct 19, 2010 11:27 PM -
Tuning Oracle Integration Adapters for Performance
Hi,
I would like to know about tuning Oracle Applications adapter for performnace .
I got a document for performance tuning of BPEL PM. I am searching for similar kind of document which helps to fine tune the adapters for performance.
Please help me
Regards,
SundarHi,
Oracle JDeveloper 11g 11.1.2... doesn't include the SOA and WebCenter pieces - to use these components you'll need to download Oracle JDeveloper 11.1.1.6.0...
http://www.oracle.com/technetwork/developer-tools/jdev/downloads/jdeveloper11116-1377208.html
You will also need the Fusion Middleware Extensions for JDeveloper... Oracle SOA Composite Editor...
http://www.oracle.com/ocom/groups/public/@otn/documents/webcontent/156082.xml
Hope this helps...
Cheers,
Vlad -
Performance Tuning for ECC 6.0
Hi All,
I have an ECC 6.0EP 7.0(ABAPJAVA). My system is very slow. I have Oracle 10.2.0.1.
Can you please guide me how to do these steps in the sytem
1) Reorganization should be done at least for the top 10 huge tables
and their indexes
2) Unaccessed data can be taken out by SAP Archiving
3)Apply the relevant corrections for top sap standard objects
4) CBO update statistics must be latest for all SAP and customer objects
I have never done performance tuning and want to do it on this system.
Regards,
JitenderHi,
Below are the details of ST06. Please suggest me what should I do. the system performance is very bad.
I require your inputs for performance tuning
CPU
Utilization user % 3 Count 2
system % 3 Load average 1min 0.11
idle % 1 5 min 0.21
io wait % 93 15 min 0.22
System calls/s 982 Context switches/s 1752
Interrupts/s 4528
Memory
Physical mem avail Kb 6291456 Physical mem free Kb 93992
Pages in/s 473 Kb paged in/s 3784
Pages out/s 211 Kb paged out/s 1688
Pool
Configured swap Kb 26869896 Maximum swap-space Kb 26869896
Free in swap-space Kb 21631032 Actual swap-space Kb 26869896
Disk with highest response time
Name md3 Response time ms 51
Utilization 2 Queue 0
Avg wait time ms 0 Avg service time ms 51
Kb transfered/s 2 Operations/s 0
Current parameters in the system
System: sapretail_RET_01 Profile Parameters for SAP Buffers
Date and Time: 08.01.2009 13:27:54
Buffer Name Comment
Profile Parameter Value Unit Comment
Program buffer PXA
abap/buffersize 450000 kB Size of program buffer
abap/pxa shared Program buffer mode
|
CUA buffer CUA
rsdb/cua/buffersize 3000 kB Size of CUA buffer
The number of max. buffered CUA objects is always: size / (2 kB)
|
Screen buffer PRES
zcsa/presentation_buffer_area 4400000 Byte Size of screen buffer
sap/bufdir_entries 2000 Max. number of buffered screens
|
Generic key table buffer TABL
zcsa/table_buffer_area 30000000 Byte Size of generic key table buffer
zcsa/db_max_buftab 5000 Max. number of buffered objects
|
Single record table buffer TABLP
rtbb/buffer_length 10000 kB Size of single record table buffer
rtbb/max_tables 500 Max. number of buffered tables
|
Export/import buffer EIBUF
rsdb/obj/buffersize 4096 kB Size of export/import buffer
rsdb/obj/max_objects 2000 Max. number of objects in the buffer
rsdb/obj/large_object_size 8192 Bytes Estimation for the size of the largest object
rsdb/obj/mutex_n 0 Number of mutexes in Export/Import buffer
|
OTR buffer OTR
rsdb/otr/buffersize_kb 4096 kB Size of OTR buffer
rsdb/otr/max_objects 2000 Max. number of objects in the buffer
rsdb/otr/mutex_n 0 Number of mutexes in OTR buffer
|
Exp/Imp SHM buffer ESM
rsdb/esm/buffersize_kb 4096 kB Size of exp/imp SHM buffer
rsdb/esm/max_objects 2000 Max. number of objects in the buffer
rsdb/esm/large_object_size 8192 Bytes Estimation for the size of the largest object
rsdb/esm/mutex_n 0 Number of mutexes in Exp/Imp SHM buffer
|
Table definition buffer TTAB
rsdb/ntab/entrycount 20000 Max. number of table definitions buffered
The size of the TTAB is nearly 100 bytes * rsdb/ntab/entrycount
|
Field description buffer FTAB
rsdb/ntab/ftabsize 30000 kB Size of field description buffer
rsdb/ntab/entrycount 20000 Max. number / 2 of table descriptions buffered
FTAB needs about 700 bytes per used entry
|
Initial record buffer IRBD
rsdb/ntab/irbdsize 6000 kB Size of initial record buffer
rsdb/ntab/entrycount 20000 Max. number / 2 of initial records buffered
IRBD needs about 300 bytes per used entry
|
Short nametab (NTAB) SNTAB
rsdb/ntab/sntabsize 3000 kB Size of short nametab
rsdb/ntab/entrycount 20000 Max. number / 2 of entries buffered
SNTAB needs about 150 bytes per used entry
|
Calendar buffer CALE
zcsa/calendar_area 500000 Byte Size of calendar buffer
zcsa/calendar_ids 200 Max. number of directory entries
|
Roll, extended and heap memory EXTM
ztta/roll_area 3000000 Byte Roll area per workprocess (total)
ztta/roll_first 1 Byte First amount of roll area used in a dialog WP
ztta/short_area 3200000 Byte Short area per workprocess
rdisp/ROLL_SHM 16384 8 kB Part of roll file in shared memory
rdisp/PG_SHM 8192 8 kB Part of paging file in shared memory
rdisp/PG_LOCAL 150 8 kB Paging buffer per workprocess
em/initial_size_MB 4092 MB Initial size of extended memory
em/blocksize_KB 4096 kB Size of one extended memory block
em/address_space_MB 4092 MB Address space reserved for ext. mem. (NT only)
ztta/roll_extension 2000000000 Byte Max. extended mem. per session (external mode)
abap/heap_area_dia 2000000000 Byte Max. heap memory for dialog workprocesses
abap/heap_area_nondia 2000000000 Byte Max. heap memory for non-dialog workprocesses
abap/heap_area_total 2000000000 Byte Max. usable heap memory
abap/heaplimit 40000000 Byte Workprocess restart limit of heap memory
abap/use_paging 0 Paging for flat tables used (1) or not (0)
|
Statistic parameters
rsdb/staton 1 Statistic turned on (1) or off (0)
rsdb/stattime 0 Times for statistic turned on (1) or off (0)
Regards,
Jitender
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