Oracle procedure

Friends and experts, DB: 11 GR 2

Can someone guide me how can I write the Oracle procedure to query data in a loop?

Sounds really complicated and do not know, even if it is possible.

Table contains 500 lines of millet

Basically, I try to find below in the output

1. what host/pid continuously for 5 minutes with more than 75% of cpu

2. get the average start and end with CPU time

3. get top 5 folders for each type of host by avg_cpu

Table: tab1

Data in the table:

Date server pid cpu_used

01/01/2015-02:00 75 1234 s1

01/01/2015-02:01 75 1234 s1

01/01/2015 s1 02:02 80 1234

01/01/2015 s1 02:03 75 1234

01/01/2015 02:04 90 1234 s1

01/01/2015 s1 02:05 1234 75

01/01/2015 s1 02:06 70 1111

01/01/2015 s2 02:04 85 5678

01/01/2015 s2 02:05 90 5678

01/01/2015 s2 02:06 75 5678

01/01/2015 s2 02:07 80 5678

01/01/2015 s2 02:08 90 5678

01/01/2015 s2 02:09 90 5678

01/01/2015 s1 02:09 60 1234

Example of output

Server pid start_date end_date avg_cpu

S1 1234 01/01/2015 02:00 01/01/2015 02:05 85

S2 01/01/2015 5678, 02; 04:00 01/01/2015 02:09 84

with

tab1 as

(select to_date (1 January 2015 02:00 "," mm/dd/yyyy hh) date_, 's1' server, 1234 pid, 75 cpu_used Union double all the)

Select to_date (1 January 2015 02:01 "," mm/dd/yyyy hh), "s1", 1234, 75 double Union all

Select to_date (1 January 2015 02:02 "," mm/dd/yyyy hh), "s1", 1234, 80 of double union all

Select to_date (1 January 2015 02:03 "," mm/dd/yyyy hh), "s1", 1234, 75 double Union all

Select to_date (1 January 2015 02:04 ',' dd/mm/yyyy hh), "s1", 1234, 90 double Union all

Select to_date (1 January 2015 02:05 ',' dd/mm/yyyy hh), "s1", 1234, 75 double Union all

Select to_date (1 January 2015 02:06 "," mm/dd/yyyy hh), "s1", 1234, 78 double Union all

Select to_date (1 January 2015 02:07 "," mm/dd/yyyy hh), "s1", 1234, 75 double Union all

Select to_date (January 1, 2015 08:02 "," mm/dd/yyyy hh), "s1", 1234, 80 of double union all

Select to_date (1 January 2015 02:09 "," mm/dd/yyyy hh), "s1", 1234, 75 double Union all

Select to_date (1 January 2015 02:10 "," mm/dd/yyyy hh), "s1", 1234, 90 double Union all

Select to_date (1 January 2015 02:11 "," mm/dd/yyyy hh), "s1", 1234, 75 double Union all

Select to_date (1 January 2015 02:12 "," mm/dd/yyyy hh), "s1", 1111, 70 double Union all

Select to_date (1 January 2015 02:04 ',' dd/mm/yyyy hh), 's2', 5678, 85 double Union all

Select to_date (1 January 2015 02:05 ',' dd/mm/yyyy hh), 's2', 5678, 90 double Union all

Select to_date (1 January 2015 02:06 "," mm/dd/yyyy hh), 's2', 5678, 75 double Union all

Select to_date (1 January 2015 02:07 "," mm/dd/yyyy hh), 's2', 5678, 80 of double union all

Select to_date (January 1, 2015 08:02 "," mm/dd/yyyy hh), 's2', 5678, 90 double Union all

Select to_date (1 January 2015 02:09 "," mm/dd/yyyy hh), 's2', 5678, 90 double Union all

Select to_date (1 January 2015 02:15 "," mm/dd/yyyy hh), "s1", 1234, 60 double

)

Select Server pid, start_date, end_date, avg_cpu

(select Server,

nest,

start_date to_char (min (date_), ' mm/dd/yyyy HH'),

End_date to_char (max (date_), ' mm/dd/yyyy HH'),

Round (AVG (cpu_used), 2) avg_cpu.

ROW_NUMBER() on rn (partition by order of servers by avg (cpu_used) desc)

(select date_, pid, cpu_used,

5 * ceil (row_number () over (partition by server, pid, case when cpu_used > = 75 then 1 by date_ end order) / 5) w,

ROW_NUMBER() over (partition by order of servers by pid, date_).

ROW_NUMBER() over (partition by server, pid, case when cpu_used > = 75 then 1 by date_ end order) g

of tab1

)

Group server, pid, g, w

having count (*) > = 5

and avg (cpu_used) > = 75

)

SERVER PID START_DATE END_DATE AVG_CPU
S1 1234 02:00 01/01/2015 02:04 01/01/2015 79
S1 1234 02:05 01/01/2015 02:09 01/01/2015 76.6
S2 5678 02:04 01/01/2015 02:08 01/01/2015 84

Concerning

Etbin

Tags: Database

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    /*
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    DECLARE
          CURSOR NewStage IS
           SELECT *
           FROM STAGE_TBL
           WHERE  status = 'N'
           ORDER BY PUT_TIME ASC;
      SUBTYPE rt_NewStage     IS NewStage % rowtype;

      ROW_COUNT INTEGER     := 0;   -- Return value from calling the procedure
      READ_COUNT INTEGER     := 0;   -- Number of rows read from the stage table
      INSERT_COUNT_TOTAL INTEGER     := 0;   -- Number of Inserts Inven records
      ERROR_COUNT INTEGER     := 0;   -- Number of Inven inserts that did inserted more then 1 row in Inven
      PROCESS_STATUS STATUS    .MmsStatus;
      STATUS_DESCRIPTION STATUS    .MmsStatusReason;
      ERRMSG VARCHAR2    (500);

    PROCEDURE STAGE_TBL_PROCESS (IDDATA IN RAW, xData IN STAGE_TBL.XML_DOCUMENT%TYPE, PROCESS_STATUS OUT VARCHAR2, STATUS_DESCRIPTION OUT VARCHAR2, ROW_COUNT OUT NUMBER) AS
    /*
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      IN PARAMS
      ----------
      IDDATA - ID from STAGE_TBL
      xData - XMLType field from XML_DOCUMENT of STAGE_TBL

      OUT PARAMS
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      STATUS_DESCRIPTION - The description of the STATUS of parsing and populating PROCESSED_DATA_TBL
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    BEGIN
           INSERT ALL INTO PROCESSED_DATA_TBL 
           (PD_ID, 
      STORE    , 
      SALES_NBR    , 
      UNIT_COST    , 
      ST_FLAG    , 
      ST_DATE    , 
      ST    , 
      START_QTY    , 
      START_VALUE    , 
      START_ON_ORDER    , 
      HAND    , 
      ORDERED    , 
      COMMITED    , 
      SALES    , 
      RECEIVE    , 
      VALUED    , 
      ID_1    , 
      ID_2    , 
      ID_3    , 
      UNIT_PRICE    , 
      EFFECTIVE_DATE    , 
      STATUS    , 
      STATUS_DATE    , 
      STATUS_REASON    ) 
           VALUES (IDDATA 
           ,store 
           ,SalesNo 
           ,UnitCost 
           ,StWac 
           ,StDt 
           ,St 
           ,StartQty 
           ,StartValue 
           ,StartOnOrder 
           ,Hand 
           ,Ordered 
           ,COMMITED 
           ,Sales 
           ,Rec 
           ,Valued 
           ,Id1 
           ,Id2 
           ,Id3 
           ,UnitPrice 
           ,to_Date(EffectiveDate||' '||EffectiveTime, 'YYYY-MM-DD HH24:MI:SS') 
           ,'N'  
           ,SYSDATE 
           ,'XML PROCESS INSERT')  
    -- This is to parse and fetch the data from XML 
           SELECT E.* FROM XMLTABLE('rp_send/rp_sendRow' PASSING xDATA COLUMNS
      store VARCHAR    (20) PATH 'store'  
           ,SalesNo VARCHAR(20) PATH 'sales' 
           ,UnitCost NUMBER PATH 'cost' 
           ,StWac VARCHAR(20) PATH 'flag' 
           ,StDt DATE PATH 'st-dt' 
           ,St NUMBER PATH 'st' 
           ,StartQty NUMBER PATH 'qty' 
           ,StartValue NUMBER PATH 'value' 
           ,StartOnOrder NUMBER PATH 'start-on-order' 
           ,Hand NUMBER PATH 'hand' 
           ,Ordered NUMBER PATH 'order' 
           ,Commited NUMBER PATH 'commit' 
           ,Sales NUMBER PATH 'sales' 
           ,Rec NUMBER PATH 'rec' 
           ,Valued NUMBER PATH 'val' 
           ,Id1 VARCHAR(30) PATH 'id-1' 
           ,Id2 VARCHAR(30) PATH 'id-2' 
           ,Id3 VARCHAR(30) PATH 'id-3' 
           ,UnitPrice NUMBER PATH 'unit-pr' 
           ,EffectiveDate VARCHAR(30) PATH 'eff-dt' 
           ,EffectiveTime VARCHAR(30) PATH 'eff-tm' 
           ) E;  
      ROW_COUNT      := SQL%ROWCOUNT;  -- Not the # of all the rows inserted.
      PROCESS_STATUS      := STATUS.PROCESSED;
           IF ROW_COUNT < 1 THEN   -- The insert failed Row Count = 0 No exception thrown
      PROCESS_STATUS      := STATUS.ERROR;
      STATUS_DESCRIPTION      := 'ERROR Did not insert into Pos Inventory. Reason Unknown';
           END IF;
      EXCEPTION
           WHEN OTHERS THEN
      ROW_COUNT      := 0;
      PROCESS_STATUS      := STATUS.ERROR;
      STATUS_DESCRIPTION      := 'SqlCode:' || SQLCODE || ' SqlErrMsg:' || SQLERRM;
    END;


    BEGIN
      DBMS_OUTPUT    .enable(NULL);
          FOR A_NewStage IN NewStage
      LOOP
      READ_COUNT     := READ_COUNT + 1;
      STAGE_TBL_PROCESS    (A_NewStage.ID, A_NewStage.XML_DOCUMENT, PROCESS_STATUS, STATUS_DESCRIPTION, ROW_COUNT);
      INSERT_COUNT_TOTAL     := INSERT_COUNT_TOTAL + ROW_COUNT;
           IF(ROW_COUNT <= 0 OR PROCESS_STATUS = STATUS.ERROR) THEN
      ERROR_COUNT     := ERROR_COUNT + 1;
           UPDATE STAGE_TBL
           SET status  = PROCESS_STATUS,
      status_DATE      = SYSDATE,
      status_DESCRIPTION      = STATUS_DESCRIPTION
           WHERE ID  = A_NewStage.ID;
           ELSE
           UPDATE STAGE_TBL
           SET status  = PROCESS_STATUS,
      status_DATE      = SYSDATE,
      status_DESCRIPTION      = STATUS_DESCRIPTION,
      SHRED_DT      = SYSDATE
           WHERE ID  = A_NewStage.ID;
           END IF;
           COMMIT;
          END LOOP;
          COMMIT;
          IF ERROR_COUNT > 0 THEN
      ERRMSG     := '** ERROR: ' || ERROR_COUNT || ' Stage records did not insert in to the Processed table correctly';
      RAISE_APPLICATION_ERROR    (-20001,ErrMsg); 
          END IF;
      EXCEPTION
           WHEN OTHERS THEN
      RAISE    ;
    END ;

    My     XML with just one rp_sendRow element, it can go upto 2000 rp_sendRow elements
    <?xml version = \"1.0\" encoding = \"UTF-8\"?> 
    <rp_send xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"> 
           <rp_sendRow> 
           <store>0123</store> 
           <sales>022399190</sales> 
           <cost>0.01</cost> 
           <flag>true</flag> 
           <st-dt>2013-04-19</st-dt> 
           <st>146.51</st> 
           <qty>13.0</qty> 
           <value>0.0</value> 
           <start-on-order>0.0</start-on-order> 
           <hand>0.0</hand> 
           <order>0.0</order> 
           <commit>0.0</commit> 
           <sales>0.0</sales> 
           <rec>0.0</rec> 
           <val>0.0</val> 
           <id-1/> 
           <id-2/> 
           <id-3/> 
           <unit-pr>13.0</unit-pr> 
           <eff-dt>2015-06-16</eff-dt> 
           <eff-tm>09:12:21</eff-tm> 
           </rp_sendRow> 
    </rp_send> 

    The issue I see is when I pass an XML object to a procedure (STAGE_TBL_PROCESS) to analyze its takes about 10 seconds per XML, but rather than from XML if I directly pick up table in the procedure (STAGE_TBL_PROCESS) passing the ID to be about 0.15 seconds.

    In version 11.1, Oracle introduced a new model of storage for the data type XMLType called XML binary.

    Binary XML become the default in 11.2.0.2, to disparage the old storage based on CLOB.

    Binary XML is a format optimized after analysis for the storage and treatment of the XQuery.

    When an XQuery expression is evaluated (through for example XMLTABLE) on an XMLType column stored as binary XML, Oracle can use an ongoing evaluation of XPath that surpasses the query even crushed a transitional XMLType of several order of magnitude.

    You can see that in the action plan of the explain command:

    SQL> SELECT E.*
  2  FROM stage_tbl t
  3     , XMLTABLE('rp_send/rp_sendRow' PASSING t.xml_document
  4         COLUMNS store VARCHAR(20) PATH 'store'
  5               , SalesNo VARCHAR(20) PATH 'sales'
  6               , UnitCost NUMBER PATH 'cost'
  7         ) E ;

Execution Plan
----------------------------------------------------------
Plan hash value: 1134903869

--------------------------------------------------------------------------------
| Id  | Operation          | Name      | Rows  | Bytes | Cost (%CPU)| Time     |
--------------------------------------------------------------------------------
|   0 | SELECT STATEMENT   |           |     1 |  2008 |    32   (0)| 00:00:01 |
|   1 |  NESTED LOOPS      |           |     1 |  2008 |    32   (0)| 00:00:01 |
|   2 |   TABLE ACCESS FULL| STAGE_TBL |     1 |  2002 |     3   (0)| 00:00:01 |
|   3 |   XPATH EVALUATION |           |       |       |            |          |
--------------------------------------------------------------------------------

    When the query is executed on a passenger XMLType (for example, a parameter, or a PL/SQL variable), Oracle cannot run the binary model and use a functional assessment based on memory of the XML DOM-like representation.

    You can see that in the plan to explain it by spoting a 'COLLECTION ITERATOR PICKLER FETCH' operation.

    So what explains the difference (in your version) between treatment from a column of XMLType (stored in binary XML format) or a variable or a parameter.

    From 11.2.0.4 and beyond, things have changed a bit with Oracle, introducing a new transitional level of optimization on XMLType.

    The plan of the explain command will show a "XMLTABLE ASSESSMENT' in this case.

  • The Oracle procedure update

    We have two tables.

    1 EMP_STAGE 2. FM3

    Finding the structure for the two tables above.

    EMP_STAGE                                                       EMP

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

    EMP_ID                                                                 ID

    PAN                                                                       EMP_PAN

    STATUS                                                                STATUS

    LAST_DAY                                                            EMP_FLAG

    END_DATE

    one of our table EMP_STAGE requests get data then the EMP_STAGE of the table data will be loaded into the EMP table.

    I need to write a procedure, based on the results of the table EMP_STAGE table EMPLOYEE should as update.

    1. If the employee is still with the organization that the STATE is 'Active' in the EMP_STAGE table if he resigns or terminated its status should be 'inactive' and LAST_DAY (date format) of data used has also updated in the EMP_STAG table.

    2. during the loading of data into the EMP table based on the data of EMP_STAGE, in the employee table employee STATUS = "ACTIVE/INACTIVE" and end_date = LAST_DAY (from table EMP_STAGE) based on both the EMP_FLAG column updates as EMP_FLAG = (If employee was then 'YES' else 'NO');

    Please give me your opinion on this.

    Thanks for posting the sample data, I'm unable to reproduce your problem. As Hoek said, it is because of duplicates in your data. You can check the link above to understand the issue.

    However, my illustration here is how to do it.

    Suppose that the emp table has only a single folder, if a new employee is in EMP_STAGE table, his information should be added in the transactional table EMP.

    Under scenario

    101 is the new employee, then inserted

    100 is used existing, as well as its details are updated.

    SQL >
    SQL > select * from v version $;

    BANNER
    --------------------------------------------------------------------------------
    Oracle Database 11 g Enterprise Edition Release 11.2.0.2.0 - 64 bit Production
    PL/SQL Release 11.2.0.2.0 - Production
    CORE Production 11.2.0.2.0
    AMT for Linux: Version 11.2.0.2.0 - Production
    NLSRTL Version 11.2.0.2.0 - Production

    SQL >
    SQL > DROP SEQUENCE emp_id_seq;

    Sequence has fallen.

    SQL > DROP TABLE emp;

    Deleted table.

    SQL > DROP TABLE emp_stage;

    Deleted table.

    SQL >
    SQL > CREATE SEQUENCE emp_id_seq
    2. START WITH 1
    MAXVALUE 3 100
    MINVALUE 4 0;

    Order of creation.

    SQL >
    SQL > CREATE TABLE emp
    () 2
    3 IDENTIFICATION NUMBER,
    NUMBER OF EMP_PAN 4.
    5 SITUATION VARCHAR2 (10),
    6 EMP_FLAG VARCHAR2 (1).
    End_date DATE 7
    8  );

    Table created.

    SQL >
    SQL > CREATE TABLE emp_stage
    () 2
    NO. 3,
    4 STATUS VARCHAR2 (10),
    5 LAST_DAY DATE
    6  );

    Table created.

    SQL >
    SQL >
    SQL > INSERT INTO emp
    2. SELECT 1 id,
    3 100 emp_pan,
    4 'active ',.
    5            'Y',
    6 SYSDATE - 1
    7 FROM DUAL;

    1 line of creation.

    SQL >
    SQL > INSERT INTO emp_stage
    2. SELECT 100 pan, 'Active', SYSDATE FROM DUAL;

    1 line of creation.

    SQL >
    SQL > INSERT INTO emp_stage
    2. SELECT pan 101, 'Active', NULL FROM DUAL;

    1 line of creation.

    SQL >
    SQL > MERGE IN emp e
    2 use emp_stage
    3 on (es. PAN = e.emp_PAN)
    4 WHEN MATCHED
    5 THEN
    6 UPDATE SET e.end_date =. LAST_DAY, e.status = es.status
    7 WHEN NOT MATCHED
    8 THEN
    9. INSERT (e.id,
    emp_pan 10,
    11 end_date
    12 status)
    13 VALUES (emp_id_seq. NEXTVAL,
    ES.Pan 14,
    15                 es. LAST_DAY,
    16 es.status);

    2 lines merged.

    SQL > commit;

    validation complete.
    SQL > SELECT * FROM emp;

    ID EMP_PAN STATUS E END_DATE
    ---------- ---------- ---------- - ---------
    1 100 Y active 27 August 13
    2 101 active

    SQL >
    SQL > SELECT * from emp_stage;

    PAN STATUS LAST_DAY
    ---------- ---------- ---------
    100 active 27 August 13
    Active 101

    Thank you

    GPU

  • How to compile procedure Oracle procedure throught ODI

    Hello

    Can someone help me how to compile procedure oracle through ODI11g

    I'm Aguerre, how to call the oracle in ODI procedure and run it.

    Please help me

    Kind regards
    Phanikanth

    Hello

    We can invoke step by odi procedure below.

    modify the procedure compile

    Thank you
    Anuradha

  • How to have an Oracle procedure send and receive the value of a java program.

    The procedure below is the place within a package. This "get_extract_ready_headers" procedure to select the columns store_number, terminal_number, tran_number, tran_date, cust_id in the REX_HEAD_EXTRACT of source table. This information is selected in a ref cursor The data were field cust_id which is encrypted. How can I change the get_extract_ready_headers procedure and accomplish 2 things?

    1. make this procedure the "cust_id" reading the table source and send the value of a Java program "getheaderinfo" (this java program decrypts the cust_id field).
    2. when we get the value unencrypted to the Java program, make the procedure to accept this decrypted value and use it to update the CUST_ID to the table TRAN_HEAD table value target. I use Oracle 11.2.0.2 and TOAD 10.5.1.3.





    -The code of procedure
    PROCEDURE get_extract_ready_headers (p_records OUT SYS_REFCURSOR)
IS
BEGIN
   OPEN p_records FOR 
   SELECT store_number, terminal_number, tran_number, tran_date, cust_id FROM REX_HEAD_EXTRACT;
      
END;
    -Table Structure for the table source REX_HEAD_EXTRACT
    CREATE TABLE REX_HEAD_EXTRACT
(
  REX_SEQ_NBR         NUMBER(20),
  REVISION_NUMBER         NUMBER,
  DAY                     NUMBER(3),
  RESA_TRAN_SEQ_NO        NUMBER(20),
  BUSINESS_DATE           DATE,
  TRAN_SEQ_NBR            NUMBER(12),
  ORG_NUMBER              NUMBER,
  STORE_NUMBER            NUMBER,
  TRAN_DATE               DATE,
  TERMINAL_NUMBER         NUMBER,
  TRAN_NUMBER             NUMBER,
  TRAN_TIME               DATE,
  BATCH_NUMBER            VARCHAR2(8 BYTE),
  BATCH_TYPE              VARCHAR2(4 BYTE),
  TRAN_TYPE               VARCHAR2(4 BYTE),
  SUB_TRAN_TYPE           VARCHAR2(4 BYTE),
  CLERK_CODE              VARCHAR2(15 BYTE),
  TRAN_TAXABLE_AMOUNT     NUMBER(12,2),
  TRAN_TAX_TOTAL          NUMBER(12,2),
  TRAN_GROSS_TOTAL        NUMBER(12,2),
  COUP_TOTAL              NUMBER(9,2),
  MKD_TOTAL               NUMBER(9,2),
  EMPLOYEE_NUMBER         VARCHAR2(15 BYTE),
  EMPLOYEE_NAME           VARCHAR2(40 BYTE),
  TRAN_ALTTAXABLE_AMOUNT  NUMBER(12,2),
  TRAN_ALTTAX_TOTAL       NUMBER(12,2),
  SALE_AMOUNT             NUMBER(9,2),
  RETURN_AMOUNT           NUMBER(9,2),
  RETURNED_AMOUNT         NUMBER(9,2),
  NETCASH                 NUMBER(12,2),
  TENDER_CODE             VARCHAR2(4 BYTE),
  MULT_RCPT               VARCHAR2(1 BYTE),
  SPLIT_TENDER            VARCHAR2(1 BYTE),
  RTN_WITH_PURCHASE       VARCHAR2(1 BYTE),
  RTN_WITH_RCPT           VARCHAR2(1 BYTE),
  REASON_CODE             VARCHAR2(4 BYTE),
  PASSWORD                VARCHAR2(10 BYTE),
  RINGTIME                DATE,
  CUST_NUMBER             VARCHAR2(12 BYTE),
  CUST_ID                 VARCHAR2(50 BYTE),
  ZIP_CODE                NUMBER,
  POSTAL_CODE             VARCHAR2(9 BYTE),
  PV_TIME_LAPSE           NUMBER,
  ORIG_STORE_NBR          NUMBER,
  ORIG_TRAN_DATE          DATE,
  ORIG_TRAN_TYPE          VARCHAR2(4 BYTE),
  ORIG_TERM_NBR           NUMBER,
  ORIG_TRAN_NBR           NUMBER,
  ORIG_SALE_AMT           NUMBER(12,2),
  ORIG_TENDER_CODE        VARCHAR2(4 BYTE),
  ORIG_CLERK_CODE         VARCHAR2(15 BYTE),
  PREV_TRAN_TYPE          VARCHAR2(4 BYTE),
  PREV_SUB_TRAN_TYPE      VARCHAR2(4 BYTE),
  GIFT_REGISTRY_ID        VARCHAR2(25 BYTE),
  NO_OF_ITEMS             NUMBER,
  TAX_EXEMPT_ID           VARCHAR2(18 BYTE),
  TRAN_RINGTIME           NUMBER,
  AUDITED                 VARCHAR2(1 BYTE),
  BATCH_VERSION           NUMBER(9,2),
  BATCH_SOURCE            VARCHAR2(5 BYTE),
  CREATE_DATE             DATE,
  CREATE_ID               VARCHAR2(32 BYTE),
  CREATE_PROC             VARCHAR2(32 BYTE),
  MOD_DATE                DATE,
  MOD_ID                  VARCHAR2(32 BYTE),
  MOD_PROC                VARCHAR2(32 BYTE),
  TERMINAL_GROUP          NUMBER,
  USER_DEF_1              NUMBER,
  USER_DEF_2              NUMBER,
  USER_DEF_3              NUMBER,
  USER_DEF_4              NUMBER(12,2),
  USER_DEF_5              NUMBER(12,2),
  USER_DEF_6              NUMBER(12,2),
  USER_DEF_7              VARCHAR2(50 BYTE),
  USER_DEF_8              VARCHAR2(50 BYTE),
  USER_DEF_9              VARCHAR2(50 BYTE),
  MANAGER_NUMBER          VARCHAR2(15 BYTE),
  MANAGER_REASON_CODE     VARCHAR2(10 BYTE),
  MANAGER_SWIPED          VARCHAR2(1 BYTE),
  PHONE_NO                NUMBER(11),
  KCPOS_KTH_USER_101      NUMBER,
  KCPOS_KTH_USER_102      NUMBER,
  KCPOS_KTH_USER_103      NUMBER,
  KCPOS_KTH_USER_104      NUMBER,
  KCPOS_KTH_USER_105      NUMBER,
  KCPOS_KTH_USER_106      NUMBER,
  KCPOS_KTH_USER_107      NUMBER,
  KCPOS_KTH_USER_108      NUMBER,
  KCPOS_KTH_USER_109      NUMBER,
  KCPOS_KTH_USER_110      NUMBER,
  KCPOS_KTH_USER_201      NUMBER(12,2),
  KCPOS_KTH_USER_202      NUMBER(12,2),
  KCPOS_KTH_USER_203      NUMBER(12,2),
  KCPOS_KTH_USER_204      NUMBER(12,2),
  KCPOS_KTH_USER_205      NUMBER(12,2),
  KCPOS_KTH_USER_206      NUMBER(12,2),
  KCPOS_KTH_USER_207      NUMBER(12,2),
  KCPOS_KTH_USER_208      NUMBER(12,2),
  KCPOS_KTH_USER_209      NUMBER(12,2),
  KCPOS_KTH_USER_210      NUMBER(12,2),
  KCPOS_KTH_USER_301      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_302      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_303      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_304      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_305      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_306      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_307      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_308      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_309      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_310      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_401      DATE,
  KCPOS_KTH_USER_402      DATE,
  KCPOS_KTH_USER_403      DATE,
  DISC_TOTAL              NUMBER(9,2)
)

CREATE INDEX REX_HEAD_EXTRACT_NDX ON REX_HEAD_EXTRACT
(REX_SEQ_NBR, REVISION_NUMBER, STORE_NUMBER, TRAN_DATE, TERMINAL_NUMBER, TRAN_NUMBER)
    -Create table DDL for the target TRAN_HEAD table
    CREATE TABLE NAVISTOR.KCPOS_TRAN_HEADER_BASE
(
  TRAN_SEQ_NBR            NUMBER(12),
  ORG_NUMBER              NUMBER,
  STORE_NUMBER            NUMBER,
  TRAN_DATE               DATE,
  TERMINAL_NUMBER         NUMBER,
  TRAN_NUMBER             NUMBER,
  TRAN_TIME               DATE,
  BATCH_NUMBER            VARCHAR2(8 BYTE),
  BATCH_TYPE              VARCHAR2(4 BYTE),
  TRAN_TYPE               VARCHAR2(4 BYTE),
  SUB_TRAN_TYPE           VARCHAR2(4 BYTE),
  CLERK_CODE              VARCHAR2(15 BYTE)     NOT NULL,
  TRAN_TAXABLE_AMOUNT     NUMBER(12,2),
  TRAN_TAX_TOTAL          NUMBER(12,2),
  TRAN_GROSS_TOTAL        NUMBER(12,2),
  COUP_TOTAL              NUMBER(9,2),
  MKD_TOTAL               NUMBER(9,2),
  EMPLOYEE_NUMBER         VARCHAR2(15 BYTE),
  EMPLOYEE_NAME           VARCHAR2(40 BYTE),
  TRAN_ALTTAXABLE_AMOUNT  NUMBER(12,2),
  TRAN_ALTTAX_TOTAL       NUMBER(12,2),
  SALE_AMOUNT             NUMBER(9,2),
  RETURN_AMOUNT           NUMBER(9,2),
  RETURNED_AMOUNT         NUMBER(9,2),
  NETCASH                 NUMBER(12,2),
  TENDER_CODE             VARCHAR2(4 BYTE),
  MULT_RCPT               VARCHAR2(1 BYTE),
  SPLIT_TENDER            VARCHAR2(1 BYTE),
  RTN_WITH_PURCHASE       VARCHAR2(1 BYTE),
  RTN_WITH_RCPT           VARCHAR2(1 BYTE),
  REASON_CODE             VARCHAR2(4 BYTE),
  PASSWORD                VARCHAR2(10 BYTE),
  RINGTIME                DATE,
  CUST_NUMBER             VARCHAR2(12 BYTE),
  CUST_ID                 VARCHAR2(50 BYTE) ENCRYPT USING 'AES256' NO SALT,
  ZIP_CODE                NUMBER,
  POSTAL_CODE             VARCHAR2(9 BYTE),
  PV_TIME_LAPSE           NUMBER,
  ORIG_STORE_NBR          NUMBER,
  ORIG_TRAN_DATE          DATE,
  ORIG_TRAN_TYPE          VARCHAR2(4 BYTE),
  ORIG_TERM_NBR           NUMBER,
  ORIG_TRAN_NBR           NUMBER,
  ORIG_SALE_AMT           NUMBER(12,2),
  ORIG_TENDER_CODE        VARCHAR2(4 BYTE),
  ORIG_CLERK_CODE         VARCHAR2(15 BYTE),
  PREV_TRAN_TYPE          VARCHAR2(4 BYTE),
  PREV_SUB_TRAN_TYPE      VARCHAR2(4 BYTE),
  GIFT_REGISTRY_ID        VARCHAR2(25 BYTE),
  NO_OF_ITEMS             NUMBER,
  TAX_EXEMPT_ID           VARCHAR2(18 BYTE),
  TRAN_RINGTIME           NUMBER,
  AUDITED                 VARCHAR2(1 BYTE),
  BATCH_VERSION           NUMBER(9,2),
  BATCH_SOURCE            VARCHAR2(5 BYTE),
  CREATE_DATE             DATE,
  CREATE_ID               VARCHAR2(32 BYTE),
  CREATE_PROC             VARCHAR2(32 BYTE),
  MOD_DATE                DATE,
  MOD_ID                  VARCHAR2(32 BYTE),
  MOD_PROC                VARCHAR2(32 BYTE),
  TERMINAL_GROUP          NUMBER,
  USER_DEF_1              NUMBER,
  USER_DEF_2              NUMBER,
  USER_DEF_3              NUMBER,
  USER_DEF_4              NUMBER(12,2),
  USER_DEF_5              NUMBER(12,2),
  USER_DEF_6              NUMBER(12,2),
  USER_DEF_7              VARCHAR2(50 BYTE),
  USER_DEF_8              VARCHAR2(50 BYTE),
  USER_DEF_9              VARCHAR2(50 BYTE),
  MANAGER_NUMBER          VARCHAR2(15 BYTE),
  MANAGER_REASON_CODE     VARCHAR2(10 BYTE),
  MANAGER_SWIPED          VARCHAR2(1 BYTE),
  PHONE_NO                NUMBER(11),
  KCPOS_KTH_USER_101      NUMBER,
  KCPOS_KTH_USER_102      NUMBER,
  KCPOS_KTH_USER_103      NUMBER,
  KCPOS_KTH_USER_104      NUMBER,
  KCPOS_KTH_USER_105      NUMBER,
  KCPOS_KTH_USER_106      NUMBER,
  KCPOS_KTH_USER_107      NUMBER,
  KCPOS_KTH_USER_108      NUMBER,
  KCPOS_KTH_USER_109      NUMBER,
  KCPOS_KTH_USER_110      NUMBER,
  KCPOS_KTH_USER_201      NUMBER(12,2),
  KCPOS_KTH_USER_202      NUMBER(12,2),
  KCPOS_KTH_USER_203      NUMBER(12,2),
  KCPOS_KTH_USER_204      NUMBER(12,2),
  KCPOS_KTH_USER_205      NUMBER(12,2),
  KCPOS_KTH_USER_206      NUMBER(12,2),
  KCPOS_KTH_USER_207      NUMBER(12,2),
  KCPOS_KTH_USER_208      NUMBER(12,2),
  KCPOS_KTH_USER_209      NUMBER(12,2),
  KCPOS_KTH_USER_210      NUMBER(12,2),
  KCPOS_KTH_USER_301      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_302      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_303      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_304      VARCHAR2(50 BYTE),
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  KCPOS_KTH_USER_307      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_308      VARCHAR2(50 BYTE),
  KCPOS_KTH_USER_309      VARCHAR2(50 BYTE),
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  KCPOS_KTH_USER_403      DATE,
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  RTA_RTN_EVNTID          NUMBER,
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  2  /

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SQL>
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 31  /

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PL/SQL procedure successfully completed.

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------------------------------ ------------------------------
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TESTTAB                        TABLE
PROCB                          PROCEDURE
PROCA                          PROCEDURE
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SQL>
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------------------------------ ------------------------------
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