Dynamic recovery for the dynamic sql query

Hi all

I want to create a query dynamically and to fetch it in a dynamic cursor record... The structure of the record should be the same as that of the query...
Can you suggest any method to do this.

for example

OPEN < dynamic news > TO < dynamic stmt >;
LOOP
FETCH < dynamic news > < DYNAMIC rec >;
---
END LOOP;
CLOSE < dynamic news >;

How to declare the rec here dynamic? I wouldn't have the columns in the query in advance either.

Thank you
Merz

Published by: merz Sep 12, 2011 17:02

Published by: merz Sep 12, 2011 17:03

Merz says:

How to declare the rec here dynamic? I wouldn't have the columns in the query in advance either.

Is not possible. What you describe is called four dynamic sql type. For this type of synamic SQL, you use the DBMS_SQL package.

SY.

Tags: Database

Similar Questions

Win7 64-bit (pre-installed original), recovery for the 32-bit dvd disk

I just bought new laptop toshiba L500-208 recently. And I have absolutely no idea how to deal with this new kind of things! Please help me!
I had a number of compaq for 5 years, when I have the format window just use 1 cd and this finished!

But now that I do not understand I have win7 64 bit (when I bought it), but I have the 32-bit recovery disc.
I want to know that if I portable format and use this recovery disk, I won't lose 64 bit, right?
What happens if I have 64 bit for installation next, what I have to do? Please help me too...
Thank you very much!

Hello

The situation is simply. If you check the market of PC and laptop, you will see that new products will be offered with operating systems 64-bit.
So, the production of software goes slowly in that direction.

Toshiba offers all new notebook with 64-bit operating system, but also provide you with the 32-bit version if you feel comfortable with it and if you want to use some software not designed for 64-bit operating systems.

Your laptop comes with the HARD drive recovery image and if you read s manuals you can find info you need to create own recovery DVDs.
This can be done with the preinstalled Toshiba Recovery Disk Creator. The shortcut for this tool, you can find on the desktop.

So, before you anything please create this installation disc. After doing this, you can install the 32-bit version and use so long desired.
When you want to have the 64-bit version to use the new created the recovery for the installation disk.

I hope you now understand how it works.
If you have any other questions please let me know.

I need the disk recovery for the Qosmio E10

Hello.. I wonder if someone can make me a copy of the diskette of recovery for the qosmio e10, and what I will use to get the best tv signal? see you soon

Hello

Michael's right. You can order the CD from recovery with the Toshiba service partner. I m sure this CD is not very expensive.

Good bye

Problem creating discs of recovery for the Satellite L500-126

Hello

I have a problem of creation of recovery for the Satellite L500-126 disks.

I'm using the Toshiba Recovery Disk Creator.

The 1st disk is ok.
When I try to do the 2nd drive, the systems stops exactly 50% of the 2nd drive. and no more reaction from the creator of disc.

I tried 2 x, and every time I had to give up and throw the dvd.

any suggestions?

Hello

You should try another DVD from different manufacturers
It s nothing unusual that some DVDs are not totally compatible and CD/DVD players cannot write data correctly
I had this problem in the past and could solve this test and using different DVD.

FRM - 40603:Records is no longer reserved for the update. Query for changes

Hi I have a form that has been developing 6i and upgraded to 11g form work well in 6i, but when I try to do the same function in 11g get this error
FRM - 40603:Records is no longer reserved for the update. Query for changes
When I commit this execute_query (for_update); It is the form to clear values when it loads, the error comes when I try to delete
How can I do this
Action: If you want to change the block, you will need to re - interview.

I use When-Timer-Expired (WTE) trigger

You have a 'relationship' defined between the blocks of your master and detail? If so, simply update your master block and the block of details will automatically be re-interviewed. If you cannot use a relationship, then you can use can create a timer in the trigger that updates the database, then in the trigger When-Timer-Expired (WTE) you can go to the retail block and run a query. For example: / * the sample on change trigger * /.
```
DECLARE
  timer_id  TIMER;
BEGIN
....your code here that performs the update....
  /* Now create an instance of a timer */
  timer_id := Create_Timer ('upd_detail',1,NO_REPEAT);
END;/* Sample Form Level When-Timer-Expired trigger */
DECLARE
  timer_id  TIMER;
BEGIN
  -- Find the timer first
  timer_id := FIND_TIMER('upd_detail');
  IF NOT ID_NULL(timer_id) THEN
      GO_BLOCK('DETAIL_BLOCK');
      Execute_Query;
  END IF;
END;
```

Difference between the static SQL query and dynamic SQL query.
Hello

Please explain the fundamental difference between static and dynamic sql queries. Please explain for example.
Static: http://download.oracle.com/docs/cd/E11882_01/appdev.112/e10472/static.htm
Dynamics: http://download.oracle.com/docs/cd/E11882_01/appdev.112/e10472/dynamic.htm

Dynamic SQL query in the DB adapter
Hello
I want to use the following custom SQL query in the DB adapter:

SELECT EMP_ID, EMP_NAME, EMP_LOCATION FROM EMP WHERE EMP_ID IN (#iNPUT_PARAMETER)

the problem I'm facing is that I don't know at the time of the development that EMP_ID how much will be passed to the process so that I can not use the input parameter specific number. I cannot use it IN the query within which statement I concatenate all the EMP_ID separated by comma and passed under INPUT_PARAMETER, but when running, he read the full concatenated string as a single string rather than identify them as a list of different: with comma separation. could someone help me in this case

Thank you
Sunil
Use the following query with two parameters. Build the string with delimiter when running and pass this string and delimiter to query... (in this example, the input value would be the same for both Delimiter1 and Delimiter2.)

Select * from EMP WHERE deptno IN (SELECT SUBSTR (STRING_TO_TOKENIZE, DECODE (LEVEL, 1, 1, INSTR (STRING_TO_TOKENIZE, SEPARATOR, 1, LEVEL-1) + 1), INSTR (STRING_TO_TOKENIZE, SEPARATOR, 1, LEVEL)-DECODE (LEVEL, 1, 1, INSTR (STRING_TO_TOKENIZE, SEPARATOR, 1, LEVEL-1) + 1)) FROM (SELECT #StringToTokenizer | #Delimiter1 AS STRING_TO_TOKENIZE, #Delimiter2 AS DELIMITER FROM DUAL) CONNECT BY INSTR (STRING_TO_TOKENIZE SEPARATOR) ((, 1, LEVEL) > 0)

Thank you
-Sreeny

A difficult dynamic SQL query problem
Hi all

I have a very interesting problem to work:

We have this special table defined as follows:

CREATE TABLE sales_data)
sales_id NUMBER,
NUMBER of sales_m01
NUMBER of sales_m02
NUMBER of sales_m03
NUMBER of sales_m04
NUMBER of sales_m05
NUMBER of sales_m06
NUMBER of sales_m07
NUMBER of sales_m08
NUMBER of sales_m09
NUMBER of sales_m10
NUMBER of sales_m11
NUMBER of sales_m12
sales_prior_yr NUMBER);
/

Columns ' sales_m01... sales_m12' represents aggregated monthly sales, what "sales_m01" is translated by "sales for the month of January, January is the first month,"sales_m02"in sales for the month of February and so on.»

The problem I encounter is that we have a project that requires that a parameter is passed to a stored procedure that represents the number of months which is then used to create a SQL query with aggregations of next mandatory field, which depends on the parameter passed:

Example 1: entry of parameter: 4
Should be built dynamically to SQL query:

SELECT
Sum (sales_m04) as CURRENT_SALES,
Sum (sales_m01 + sales_m02 + sales_m03 + sales_m04) SALES_YTD
Of
sales_data
WHERE
sales_id = '0599768';

Example 2: input parameter: 8
Should be built dynamically to SQL query:

SELECT
Sum (sales_m08) as CURRENT_SALES,
SUM (sales_m01 + sales_m02 + sales_m03 + sales_m04 +)
sales_m05 + sales_m06 + sales_m07 + sales_m08) SALES_YTD
Of
sales_data
WHERE
sales_id = '0599768';

So in a sense, the contents of SUM(sales_m01...n) would vary according to the parameter, which must be a number between 1... 12 what is a month, which in turn corresponds to a range of real field on the table itself. The resulting dynamic query should include only those columns/fields in the table that is within the range given by the input parameter and does not account for all the other columns/fields.

Any solution is greatly appreciated.

Thank you.
```
SQL> declare
  cols long;
  param integer := 6;
  sales_id integer := 0599768;
begin
  for i in 1..param loop
    cols := cols || 'sales_m' || to_char(i, 'fm00') || '+';
  end loop;

  dbms_output.put_line('select sum(sales_m'||to_char(param,'fm00')||') current_sales, sum(' || rtrim(cols,'+') || ') sales_ytd from sales_data WHERE sales_id = :1');
end;
/
select sum(sales_m06) current_sales, sum(sales_m01+sales_m02+sales_m03+sales_m04+sales_m05+sales_m06) sales_ytd from sales_data WHERE sales_id = :1
PL/SQL procedure successfully completed.
```
Now it should be obvious:
Instead of dbms_output OPEN a refcursor:
```
SQL> declare
  cols long;
  param integer := 6;
  sales_id integer := 0599768;
  cur sys_refcursor;
begin
  for i in 1..param loop
    cols := cols || 'sales_m' || to_char(i, 'fm00') || ',';
  end loop;

  open cur for 'select sum(sales_m'||to_char(param,'fm00')||') current_sales, sum(' || rtrim(cols,',') || ') sales_ytd from sales_data WHERE sales_id = :1' using sales_id;
  .....
end;
/
```
Published by: michaels2 on July 26, 2009 09:49

replaced ',' with ' + '.

Dynamic SQL query
Hi all

I have a procedure that takes as an input parameter v_emp_id which is of type varchar.

emp_id are sent separated by commas to v_emp_id. Ex: v_emp_id = 7,2,1

In my code I use a cursor for loop recover data from the table emp like this

I'm in (select * from emp where emp_id in v_emp_id) loop
-----
end loop;

It does not work. How do I use dynamic sql statements to retrieve data by using the CURSOR LOOP FOR only?

Thanks in advance
MR Marie wrote:

How do I use dynamic sql statements to retrieve data by using the CURSOR LOOP FOR only?

Not with dynamic sql statements. I suggest you use collections:
```
SQL> create or replace
  2    procedure p1(
  3                 p_empno sys.OdciNumberList
  4                )
  5      is
  6      begin
  7          for v_rec in (select ename from emp where empno in (select * from table(p_empno))) loop
  8            dbms_output.put_line(v_rec.ename);
  9          end loop;
 10  end;
 11  /

Procedure created.

SQL> set serveroutput on
SQL> exec p1(sys.OdciNumberList(7566,7844,7900));
JONES
TURNER
JAMES

PL/SQL procedure successfully completed.

SQL> 
```
SY.

Different plan for the same sql id

Hello
Our team of application reported recently that a query ran longer than usual.
Search in tables AWR (dba_hist_active_sess_history & dba_hist_sqlstat), it was a change of plan_hash_value. The next day, without intervention from anyone (collect statistics did not run, no change in the tables involved) the sql used the former plan and completed quickly.
The differences in the plan was the index that was used to access the table.
What could be the reason for the optimizer to choose a bad plan and return once more the good thing. ?
The code sql that has been run twice & three in one day and then it years off cursor cache.

Regime shifts are normal.

Flipfloppping plans are quite normal.

I'd be willing to bet that a large percentage of your SQL shows variations in implementation plans and you never notice.

And there are several reasons why you might get a different plan.

1 bind variable peeking - it is normal SQL for the age from the cache and then get analyzed once again with different bind variable leading to different cardinality estimates and plans

2. the statistics change - it is normal that the statistics of change over time causing different cardinality estimates and the various plans, especially if the histograms are involved and changing buckets

3. data change - especially if you use dynamic sampling it is normal to get a different sample of data leading to different cardinality estimates and plans

4 SYSDATE - it's normal for queries with SYSDATE in them to recognize that time is never on leave and which, in conjunction with statistics or data, can lead to different cardinality estimates and plans

5. integrated optimization features - it's normal for features like ACS to kick in and notice that they got forecasts wrong in an execution plan and force the recalculation to a different plan with an adjusted cardinality.

Using DBMS_XPLAN. DISPLAY_CURSOR or DISPLAY_AWR you can get different plans (provided that they are in memory or AWR). The notes section should indicate cardinality comments have been a factor. You can also get links peeked with format mask of "+ PEEKED_BINDS".

performance issue with the Oracle SQL query

Dears
Good evening
I am new to begin to use Oracle SQL, I have a sql query which takes longer to run in production.
Each table in the query contains 1.2 million records and DBA suggested using the "Oracle - tips. I don't have good knowledge on this subject and the difficulties to implement this advice for imrpovise performance. In the product the jobs Informatica are failed and stuck with this problem of query performance.
I ask this forum for an emergency for me to solve this problem by using "advice". kindly help me.

SELECT
CASE.ID,
CASE. DTYPE,
CASE. Version
CASE. EXTERNAL_REF,
CASE. CREATION_TS,
RQ. TYPE
Of
PAS_CASE CASE,
AS_REQUEST RQ,
CN PAS_CONTEXT
where rq.case_id = case.id
AND rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and CN. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
AND CAST (CN. CREATION_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
AND
CAST (CN. CREATION_TS AS DATE) < TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
-2nd request
SELECT
RA.ID,
RHEUMATOID ARTHRITIS. Version
RHEUMATOID ARTHRITIS. REQUEST_ID,
RA.NAME,
RHEUMATOID ARTHRITIS. VALUE,
RHEUMATOID ARTHRITIS. LOB_ID,
RHEUMATOID ARTHRITIS. DTYPE,
RHEUMATOID ARTHRITIS. CREATION_TS,
TASK. MAIN_REQ_TYPE
PAS_REQUESTATTRIBUTE RA
Join
(
Select tsk.ID, tsk. TYPE, main_req_type main_req.
of tsk PAS_REQUEST
Join
(
Select cn.id as context_id, rq. TYPE main_req_type
of PAS_REQUEST rq
Cn PAS_CONTEXT
where rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and rq.ID between the 20141999999999999 AND 20141800000000000
) main_req
On tsk.parent_context_id = main_req.context_id
and tsk. DTYPE in ('ANALYSIS_TASK', 'DECISION_TASK')
and tsk.ID between $$ LOW_ID1 AND $$ HIGH_ID1
) task
on the RA REQUEST_ID = task.ID
and RA.ID between $$ LOW_ID1 AND $$ HIGH_ID1
UNION
SELECT
RA.ID,
RHEUMATOID ARTHRITIS. Version
RHEUMATOID ARTHRITIS. REQUEST_ID,
RA.NAME,
RHEUMATOID ARTHRITIS. VALUE,
RHEUMATOID ARTHRITIS. LOB_ID,
RHEUMATOID ARTHRITIS. DTYPE,
RHEUMATOID ARTHRITIS. CREATION_TS,
MAIN_REQ. TYPE
PAS_REQUESTATTRIBUTE RA
Join
(
Select rq.id, rq.type
of PAS_REQUEST rq
Cn PAS_CONTEXT
where rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and rq.ID between the 20141999999999999 AND 20141800000000000
) main_req
on the RA REQUEST_ID = main_req.ID
-3rd request
SELECT
RB.ID,
RB. DTYPE,
RB. Version
RB. TYPE,
RB. CREATION_TS,
RB. TASK_ID,
RB. Color
RB. GLOBAL_RESULT,
TASK. MAIN_REQ_TYPE
Of
PAS_RESULTBLOCK RB
Join
(
Select tsk.ID, tsk. TYPE, main_req_type main_req.
of tsk PAS_REQUEST
Join
(
Select cn.id as context_id, rq. TYPE main_req_type
of PAS_REQUEST rq
Cn PAS_CONTEXT
where rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and rq.ID between the 20141999999999999 AND 20141800000000000
) main_req
On tsk.parent_context_id = main_req.context_id
and tsk. DTYPE in ('ANALYSIS_TASK', 'DECISION_TASK')
and tsk.ID between $$ LOW_ID1 AND $$ HIGH_ID1
) task
We rb.task_id = task.ID
and rb.ID between $$ LOW_ID1 AND $$ HIGH_ID1
and RB. TYPE is not null
and RB. TYPE IN
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
UNION
SELECT
RB.ID,
RB. DTYPE,
RB. Version
RB. TYPE,
RB. CREATION_TS,
RB. TASK_ID,
RB. Color
RB. GLOBAL_RESULT,
TASK. MAIN_REQ_TYPE
Of
PAS_RESULTBLOCK RB
Join
(
Select tsk.ID, tsk. TYPE, main_req_type main_req.
of tsk PAS_REQUEST
Join
(
Select cn.id as context_id, rq. TYPE main_req_type
of PAS_REQUEST rq
Cn PAS_CONTEXT
where rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and rq.ID between the 20141999999999999 AND 20141800000000000
) main_req
On tsk.parent_context_id = main_req.context_id
and tsk. DTYPE in ('ANALYSIS_TASK', 'DECISION_TASK')
and tsk.ID between $$ LOW_ID1 AND $$ HIGH_ID1
) task
We rb.task_id = task.ID
and rb.ID between $$ LOW_ID1 AND $$ HIGH_ID1
and RB. TYPE is nullSELECT
RB.ID,
RB. DTYPE,
RB. Version
RB. TYPE,
RB. CREATION_TS,
RB. TASK_ID,
RB. Color
RB. GLOBAL_RESULT,
TASK. MAIN_REQ_TYPE
Of
PAS_RESULTBLOCK RB
Join
(
Select tsk.ID, tsk. TYPE, main_req_type main_req.
of tsk PAS_REQUEST
Join
(
Select cn.id as context_id, rq. TYPE main_req_type
of PAS_REQUEST rq
Cn PAS_CONTEXT
where rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and rq.ID between the 20141999999999999 AND 20141800000000000
) main_req
On tsk.parent_context_id = main_req.context_id
and tsk. DTYPE in ('ANALYSIS_TASK', 'DECISION_TASK')
and tsk.ID between $$ LOW_ID1 AND $$ HIGH_ID1
) task
We rb.task_id = task.ID
and rb.ID between $$ LOW_ID1 AND $$ HIGH_ID1
and RB. TYPE is not null
and RB. TYPE IN
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
UNION
SELECT
RB.ID,
RB. DTYPE,
RB. Version
RB. TYPE,
RB. CREATION_TS,
RB. TASK_ID,
RB. Color
RB. GLOBAL_RESULT,
TASK. MAIN_REQ_TYPE
Of
PAS_RESULTBLOCK RB
Join
(
Select tsk.ID, tsk. TYPE, main_req_type main_req.
of tsk PAS_REQUEST
Join
(
Select cn.id as context_id, rq. TYPE main_req_type
of PAS_REQUEST rq
Cn PAS_CONTEXT
where rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and rq.ID between the 20141999999999999 AND 20141800000000000
) main_req
On tsk.parent_context_id = main_req.context_id
and tsk. DTYPE in ('ANALYSIS_TASK', 'DECISION_TASK')
and tsk.ID between $$ LOW_ID1 AND $$ HIGH_ID1
) task
We rb.task_id = task.ID
and rb.ID between $$ LOW_ID1 AND $$ HIGH_ID1
and RB. TYPE is null
-4th query
SELECT
RI.ID,
UII DTYPE,
UII Version
UII RESULTBLOCK_ID,
RI.NAME,
UII VALUE,
UII UNIT,
UII Color
UII LOB_ID,
UII CREATION_TS,
UII SEQUENCE,
UII DETAILLEVEL,
RES_BLK. MAIN_REQ_TYPE
Of
RI PAS_RESULTITEM
Join
(
Select
rb.ID, rb. TYPE rb_type, task. TYPE as the task_type, task. pas_resultblock rb main_req_type
Join
(
Select tsk.ID, tsk. TYPE, main_req_type main_req.
of tsk PAS_REQUEST
Join
(
Select cn.id as context_id, rq. TYPE main_req_type
of PAS_REQUEST rq
Cn PAS_CONTEXT
where rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and rq.ID between the 20141999999999999 AND 20141800000000000
) main_req
On tsk.parent_context_id = main_req.context_id
and tsk. DTYPE in ('ANALYSIS_TASK', 'DECISION_TASK')
and tsk.ID between the 20141999999999999 AND 20141800000000000
) task
We rb.task_id = task.ID
and rb.ID between the 20141999999999999 AND 20141800000000000
and RB. TYPE IN
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
) res_blk
On ri.resultblock_id = res_blk.ID
where IN RI.NAME
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and RI.ID between the 20141999999999999 AND 20141800000000000
and RI.NAME is not null
UNION
Select
RI.ID,
UII DTYPE,
UII Version
UII RESULTBLOCK_ID,
RI.NAME,
UII VALUE,
UII UNIT,
UII Color
UII LOB_ID,
UII CREATION_TS,
UII SEQUENCE,
UII DETAILLEVEL,
RES_BLK. MAIN_REQ_TYPE
of pas_resultitem ri
Join
(
Select
rb.ID, rb. TYPE rb_type, task. TYPE as the task_type, task. pas_resultblock rb main_req_type
Join
(
Select tsk.ID, tsk. TYPE, main_req_type main_req.
of tsk PAS_REQUEST
Join
(
Select cn.id as context_id, rq. TYPE main_req_type
of PAS_REQUEST rq
Cn PAS_CONTEXT
where rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and rq.ID between the 20141999999999999 AND 20141800000000000
) main_req
On tsk.parent_context_id = main_req.context_id
and tsk. DTYPE in ('ANALYSIS_TASK', 'DECISION_TASK')
and tsk.ID between the 20141999999999999 AND 20141800000000000
) task
We rb.task_id = task.ID
and rb.ID between the 20141999999999999 AND 20141800000000000
) res_blk
On ri.resultblock_id = res_blk.ID
where RI.ID between 20141800000000000 20141999999999999 AND
and RI.NAME is null
-REQUEST OF 5HT
SELECT
TSK.ID,
TSK. Version
TSK. DTYPE,
TSK. CASE_ID,
TSK. TYPE,
TSK. CORRELATION_ID,
TSK. INITIATOR,
TSK. EXECUTOR,
TSK. CATEGORY,
TSK. PARENT_CONTEXT_ID,
TSK. CREATION_TS,
MAIN_REQ. MAIN_REQ_TYPE
Of
TSK PAS_REQUEST
Join
(
Select cn.id as context_id, rq. TYPE main_req_type
of PAS_REQUEST rq
Cn PAS_CONTEXT
where rq.id = cn.request_id
and rq. DTYPE = "MAINREQUEST."
and rq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and rq.ID between the 20141999999999999 AND 20141800000000000
) main_req
On tsk.parent_context_id = main_req.context_id
and tsk. DTYPE in ('ANALYSIS_TASK', 'DECISION_TASK')
and tsk.ID between $$ LOW_ID1 AND $$ HIGH_ID1
UNION
Select
MREQ.ID,
MREQ. Version
MREQ. DTYPE,
MREQ. CASE_ID,
MREQ. TYPE,
MREQ. CORRELATION_ID,
MREQ. INITIATOR,
MREQ. EXECUTOR,
MREQ. CATEGORY,
MREQ. PARENT_CONTEXT_ID,
MREQ. CREATION_TS,
MREQ. TYPE
of PAS_REQUEST mreq
Cn PAS_CONTEXT
where mreq.id = cn.request_id
and mreq. DTYPE = "MAINREQUEST."
and mreq. TYPE in
(
'bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ',' bgc.tbf.repair.vap', ' bgc.dar.e2etest ',.
'bgc.dar.e2etest.intermediate.execution ',' bgc.cbm ',' bgc.dar.e2etest.preparation', ' bgc.chc.polling '.
)
and cn. STATUS ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')
and CAST (cn. END_TS AS DATE) > = TO_DATE ('2014-05-06 00:00:00 ',' ' YYYY-MM-DD HH24:MI:SS)
and CAST (cn. END_TS AS DATE) < = TO_DATE ('2014-05-06 23:59:59 ',' ' YYYY-MM-DD HH24:MI:SS)
and cn.ID between the 20141999999999999 AND 20141800000000000
and mreq.ID between the 20141999999999999 AND 20141800000000000

Tips will be may not be necessary (proportional to the cardinalities need)

Select pc.id, pc.dtype, pc.version, pc.external_ref, pc.creation_ts, rq.type

from pas_case

as_request rq,

CN pas_context

where rq.case_id = pc.id

and rq.id = cn.request_id

and rq.dtype = 'MAINREQUEST. '

and rq.type in ('bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution', ' bgc.tbf.repair.vap',

'bgc.dar.e2etest ',' bgc.dar.e2etest.intermediate.execution', ' bgc.cbm ',.

'bgc.dar.e2etest.preparation ','bgc.chc.polling '.

)

and cn.status in ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')

and cn.creation_ts > = to_timestamp ('2014-05-06 00:00:00 ',' yyyy-mm-dd hh24:mi:ss')

and cn.creation_ts<= to_timestamp('2014-05-06="" 23:59:59.999999','yyyy-mm-dd="">

-2nd request

with

main_request as

(select / * + materialize * /)

CN.ID as context_id, rq.type as main_req_type

of pas_request rq

Join

CN pas_context

On rq.id = cn.request_id

and rq.dtype = 'MAINREQUEST. '

and rq.type in ('bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution', ' bgc.chc.polling',

'bgc.tbf.repair.vap ',' bgc.dar.e2etest', ' bgc.dar.e2etest.intermediate.execution ',.

'bgc.cbm ','bgc.dar.e2etest.preparation '.

)

and cn.status in ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')

and cn.end_ts > = to_timestamp ('2014-05-06 00:00:00 ',' yyyy-mm-dd hh24:mi:ss')

and cn.end_ts<= to_timestamp('2014-05-06="" 23:59:59.999999','yyyy-mm-dd="">

and cn.id between 20141800000000000 and 20141999999999999

and rq.id between 20141800000000000 and 20141999999999999

)

Select ra.id, ra.version, ra.request_id, ra.name, ra.value, ra.lob_id, ra.dtype, ra.creation_ts, task.main_req_type

of pas_requestattribute ra

Join

(select tsk.id, tsk.type, main_req.main_req_type

from pas_request tsk

Join

main_request main_req

On tsk.parent_context_id = main_req.context_id

and tsk.dtype in ('ANALYSIS_TASK', 'DECISION_TASK')

and tsk.id between $$ low_id1 and $$ high_id1

) task

We ra.request_id = task.id

and ra.id between $$ low_id1 and $$ high_id1

Union

Select ra.id, ra.version, ra.request_id, ra.name, ra.value, ra.lob_id, ra.dtype, ra.creation_ts, main_req.type

of pas_requestattribute ra

Join

main_request main_req

On ra.request_id = main_req.context_id

-3rd request

Select rb.id, rb.dtype, rb.version, rb.type, rb.creation_ts, rb.task_id, rb.color, rb.global_result, task.main_req_type

of pas_resultblock rb

Join

(select tsk.id, tsk.type, main_req.main_req_type

from pas_request tsk

Join

(select cn.id as context_id, rq.type as main_req_type

of pas_request rq

Join

CN pas_context

On rq.id = cn.request_id

and rq.dtype = 'MAINREQUEST. '

and rq.type in ('bgc.dar.vap.resolution.advice ','bgc.dar.e2etest.execution ',

'bgc.tbf.repair.vap ','bgc.dar.e2etest ',.

'bgc.dar.e2etest.intermediate.execution ','bgc.cbm ',.

'bgc.dar.e2etest.preparation ','bgc.chc.polling '.

)

and cn.status in ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')

and cn.end_ts > = to_timestamp ('2014-05-06 00:00:00 ',' yyyy-mm-dd hh24:mi:ss')

and cn.end_ts<= to_timestamp('2014-05-06="" 23:59:59.999999','yyyy-mm-dd="">

and cn.id between 20141800000000000 and 20141999999999999

and rq.id between 20141800000000000 and 20141999999999999

) main_req

On tsk.parent_context_id = main_req.context_id

and tsk.dtype in ('ANALYSIS_TASK', 'DECISION_TASK')

and tsk.id between $$ low_id1 and $$ high_id1

) task

We rb.task_id = task.id

and rb.id between $$ low_id1 and $$ high_id1

where the type is null

or (type is not null

type in ('bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution ', ' bgc.tbf.repair.vap',

'bgc.dar.e2etest ',' bgc.dar.e2etest.intermediate.execution', ' bgc.cbm ',.

'bgc.dar.e2etest.preparation ','bgc.chc.polling '.

)

)

-4th query

Select ri.id, ri.dtype, ri.version, ri.resultblock_id, ri.name, ri.value, ri.unit, ri.color, ri.lob_id.

RI.creation_ts, RI. Sequence, RI. DetailLevel, res_blk.main_req_type

of pas_resultitem ri

Join

(select rb.id, rb.type as rb_type, task.type as task_type, task.main_req_type)

of pas_resultblock rb

Join

(select main_req_type, tsk.id, tsk.type, main_req.)

from pas_request tsk

Join

(select cn.id as context_id, rq.type as main_req_type

of pas_request rq

Join

CN pas_context

On rq.id = cn.request_id

and rq.dtype = 'MAINREQUEST. '

and rq.type in ('bgc.dar.vap.resolution.advice ','bgc.dar.e2etest.execution ',

'bgc.tbf.repair.vap ','bgc.dar.e2etest ',.

'bgc.dar.e2etest.intermediate.execution ','bgc.cbm ',.

'bgc.dar.e2etest.preparation ','bgc.chc.polling '.

)

and cn.status in ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')

and cn.end_ts > = to_timestamp ('2014-05-06 00:00:00 ',' yyyy-mm-dd hh24:mi:ss')

and cn.end_ts<= to_timestamp('2014-05-06="" 23:59:59.999999','yyyy-mm-dd="">

and cn.id between 20141800000000000 and 20141999999999999

and rq.id between 20141800000000000 and 20141999999999999

) main_req

On tsk.parent_context_id = main_req.context_id

and tsk.dtype in ('ANALYSIS_TASK', 'DECISION_TASK')

and tsk.id between 20141800000000000 and 20141999999999999

) task

We rb.task_id = task.id

and rb.id between 20141800000000000 and 20141999999999999

and rb.type in ('bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution', ' bgc.tbf.repair.vap',

'bgc.dar.e2etest ',' bgc.dar.e2etest.intermediate.execution', ' bgc.cbm ',.

'bgc.dar.e2etest.preparation ','bgc.chc.polling '.

)

) res_blk

On ri.resultblock_id = res_blk.id

and ri.id between 20141800000000000 and 20141999999999999

where ri.name is null

or (ri.name is not null

and ri.name in ('bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution', ' bgc.tbf.repair.vap',

'bgc.dar.e2etest ',' bgc.dar.e2etest.intermediate.execution', ' bgc.cbm ',.

'bgc.dar.e2etest.preparation ','bgc.chc.polling '.

)

)

-5th application

with

main_request as

(select / * + materialize * / )

mreq.ID, mreq.version, mreq.dtype, mreq.case_id, mreq.type, mreq.correlation_id, mreq. Initiator, mreq. Executor,

mreq. Category, mreq.parent_context_id, mreq.creation_ts, mreq.type

of pas_request mreq

Join

CN pas_context

On mreq.id = cn.request_id

and mreq.dtype = 'MAINREQUEST. '

and mreq.type in ('bgc.dar.vap.resolution.advice ',' bgc.dar.e2etest.execution', ' bgc.tbf.repair.vap',

'bgc.dar.e2etest ',' bgc.dar.e2etest.intermediate.execution', ' bgc.cbm ',.

'bgc.dar.e2etest.preparation ','bgc.chc.polling '.

)

and cn.status in ('FINISHED', 'CANCEL', 'TIMEOUT', 'ERROR')

and cn.end_ts > = to_timestamp ('2014-05-06 00:00:00 ',' yyyy-mm-dd hh24:mi:ss')

and cn.end_ts<= to_timestamp('2014-05-06="" 23:59:59.999999','yyyy-mm-dd="">

and cn.id between 20141800000000000 and 20141999999999999

and mreq.id between 20141800000000000 and 20141999999999999

)

Select tsk.id, tsk.version, tsk.dtype, tsk.case_id, tsk.type, tsk.correlation_id, tsk.initiator, tsk.executor,

TSK. Category, tsk.parent_context_id, tsk.creation_ts, main_req.main_req_type

from pas_request tsk

Join

main_request main_req

On tsk.parent_context_id = main_req.id

and tsk.dtype in ('ANALYSIS_TASK', 'DECISION_TASK')

and tsk.id between $$ low_id1 and $$ high_id1

Union

SELECT id, version, dtype, case_id, type, correlation_id, initiator, executor,

category, type parent_context_id, creation_ts

of main_request

Concerning

Etbin

mini HP 200 flow: using USB recovery for the same hp computer?

Hello all I have 2 mini flow 200 computers can I build a recovery usb and use on the second computer hp mini to get 8.1 with bing back window because the partitions have been formatted when I tried to get the 10 window but did not.

Thanks for the help.

Hi, Yes, it will work.

For the purchase of query tables

Helloo

What are the names of table for the fields of purchase please

Responsibility-purchase-purchase orders

1. the amount

2. ship - to

3 status

Responsibility-purchase-purchase orders

4 category

Divided into category group and class

5 closure status

Navigation - Summary of purchase PURCHASING order-

What table to find the following for purchase orders?

6 Cancellation Date

7 cancellation reason

In the PO_LINE_LOCATIONS_ALL where I can find the next field?

8. remaining quantity

Thank you

See query below that can help you. I use query on rcv_transactions to see what was received in a first time, but has not yet received in the second stage. You can also consult the lines of distribution to see how much has been ordered and delivered, but know that you can have several distributions for each line...

SELECT P.Segment1	PO_Number
,	P.Closed_Code
,	P.Cancel_Flag
,	LOC. Location_Code
,	L.Line_Num
,	L.Quantity * L.Unit_Price amount
,	Category Cat.Concatenated_Segments
,	CAT. Category_Group Segment1
,	CAT. Category_Class Segment2
,	L.Cancel_Flag
,	L.Cancel_Date
,	L.Cancel_Reason

, (

SELECT Sum (DECODE (T.Transaction_Type, 'RECEIVE', T.Quantity * T.Primary_Quantity, 'RETURN to RECEIVING', T.Quantity * T.Primary_Quantity,-T.Quantity * T.Primary_Quantity))

OF rcv_transactions T

WHERE T.PO_Line_Location_Id = PL. Line_Location_Id

) Qty_To_Be_Delivered

SAY. Quantity_Ordered

SAY. Quantity_Delivered

OF PO_HEADERS_ALL P

,	PO_LINES_ALL L
,	LOC HR_LOCATIONS
,	mtl_categories_kfv cat
,	PO_LINE_LOCATIONS_ALL PL
,	PO_DISTRIBUTIONS_ALL SAID
WHERE P.Segment1	'2564686' =
AND	P.PO_Header_Id = L.PO_header_Id
AND	L.Category_Id	= the cat. Stuff
AND	P.Ship_To_Location_id	= LOC. location_id
AND	L.PO_Line_Id	= PL. PO_Line_Id
AND	L.PO_Line_Id	= TELL. PO_Line_Id

;

How can I access other demo sample such as sh (sales history) patterns similar to hr & oe I use to study for the exam SQL?

I installed Oracle 12 c database on my Tablet Windows Pro 8.1 and I chose to install demo (sample) patterns in an additional download of oracle.com/downloads. Then, on the instruction of the book corrected Oracle, I've unlocked users 'HR' and 'oe' using the following commands:
ALTER user HR account unlock identified per hour;
ALTER user oe account unlock identified by oe;
I've been connecting to connections HR and oe to write and execute sql commands following fundamentals of SQL as well as the book in preparation for the exam successfully. Now, in Chapter 10 of the book, he mentions the "sh" (historical sales) pattern. I tried to launch a slight spin on orders above change/unlock to unlock the 'sh' user when logged in sysdba, but I get an error message indicating that the user "sh" is not found. So I've navigated to the .sql file sh_main.sql and opened it with SQL Developer to run it, but it requires parameters that are not in the book, as if they were in Chapter 1 of 'oe' and 'hr '. I know put sh as password, USERS, TEMP and V3 for version, but I do not know the path of log file to use (or type as a parameter). Maybe I go about it the wrong way at this point? It is not as simply by running the command user unlock, because it does not recognize the "sh" user even if that user exists in the directory tree under connect sysdba "other users".
What am I supposed to do to connect to the less common, but still useful demo schema "sh" (sales history)?
Thank you
Heather

It works well for me.

BTW in V11 + passwords are CaSeSenSiTive

SQL > select username from dba_users where username like 'P % ';

USERNAME

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

PHPDEMO

PLS

PM

SQL > account user PM ALTER unlock identified by PM;

Modified user.

SQL > connect h/h

ERROR:

ORA-01017: name of user and password invalid. connection refused

WARNING: You are more connected to ORACLE.

SQL > connect h/h

Connected.

SQL > USER TO SEE THE

The USER is "PM".

Too big for the grouped SQL 2 K 8 Express Database?

I'm plodding through the vCenter Server 5.1 Upgrade Guide, all the time, assuming that I didn't need to worry about installing a complete SQL DB for 5.1, and I come across this Page 51:
> Microsoft SQL Server 2008 R2 Express: group database that you can use for small deployments of virtual hosts up to 5 and 50 machines.
I have 3 guests and 36 VMs. These 36 VMs, about 25 are critical. We you will develop, but we should be good for another year or more.
Question1: should I worry about the time, licenses, etc. to create a complete SQL DB for vCenter 5.1 upgrade?
Question2: is SQL 2 K 8 R2 Express come with the file .iso image for the upgrade to vCenter and just install/upgrade it first?
Ty
-lc

Answer 1: You can go with the Express for your deployment. In fact, the limitation is a soft and only has an impact on the size of DB stored by vCenter (R2 Express now have a 10 GB limit size of DB) and performance. You CAN have more than 50 virtual machines / 5 ESX, but if you have a problem with your vCenter service (i.e. vCenter start fail, slow performance when you access the inventory, etc.), VMware will not support you in this case. Virtual machines will not be affected by this.

Answer 2: Yes, SQL Express are delivered on the installation of VC. He moved with vCenter (you can choose during installation).

Dynamic recovery for the dynamic sql query

Similar Questions

Maybe you are looking for