Using data from the control table

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• How to compare data from the two table column by column and connect the result compared to the separate table

  Hello experts...

  I'm new to this forum and Oracle coding complex.

  I have a task in which I want to compare two tables with the same structure, same columns. My Oracle database is 11g Release 2. I want this column-by-column comparison and save the result in a separate table. (say result_table)

  The structure of the table would be as follows:

  SQL > desc emp;

  Name                                      Null?    Type

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

  EMPNO NOT NULL NUMBER 4

  ENAME VARCHAR2 (10)

  JOB                                                VARCHAR2(9)

  MGR                                                NUMBER(4)

  HIREDATE DATE

  SAL                                                NUMBER(7,2)

  COMM                                               NUMBER(7,2)

  DEPTNO NUMBER (2)

  SQL > emp_comp desc;

  Name                                      Null?    Type

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

  EMPNO NOT NULL NUMBER 4

  ENAME VARCHAR2 (10)

  JOB                                                VARCHAR2(9)

  MGR                                                NUMBER(4)

  HIREDATE DATE

  SAL                                                NUMBER(7,2)

  COMM                                               NUMBER(7,2)

  DEPTNO NUMBER (2)

  Both of the tables EMPNO is the primary key.

  I want to compare these two tables based on the EMPNO (EMPNO even is both tables).

  The result log table would be as follows:

  SQL > create table result_table

  2 (check_sr_no, number (5),)

  table_name 3 varchar2 (30),

  ROW_ID 4 varchar2 (20).

  column_name 5 varchar2 (20).

  6 column_data varchar2 (1000).

  compared_by 7 varchar2 (10));

  Table created.

  SQL > alter table result_table

  2 Add the constraint result_table_pk

  3 primary key (check_sr_no);

  Modified table.

  The name of the table and the name of the column will not be hardcoded (based parameter by user)

  I tried to use the dbms_comparison package, but do not find comparison of column to column.

  I also used by using the query operator LESS. It's showing the difference in rank.

  I also went to https://asktom.oracle.com/pls/apex/f?p=100:11:0:P11_QUESTION_ID:2151582681236

  Your help will be very appreciated.

  Thank you

  DK

  Tom Kyte has answered this question MANY times over the years. Here are links for its solution

  https://asktom.Oracle.com/pls/Apex/f?p=100:11:0:P11_QUESTION_ID:4934799800346640847

• How to display data from the emp table?

  Hi everyone, this is my first post in this portal. I want to display the details of the table emp... for this I use this SQL statement.
  
  Select * from emp where mgr = nvl(:mgr,mgr);
  
  When I give the entry as 7698 it shows the matching records... and also when I don't give any input then it shows all the records except the Archbishop with null values.
  
  (1) I want to display all the records when I do not give any input, including null values
  (2) I want to display all the records that a Bishop is null
  
  Is it possible to integrate in order to include all these in a single query.

  Hello

  937440 wrote:
  Hi everyone, this is my first post in this portal.

  Welcome to the forum!
  Don't forget to read the forum FAQ {message identifier: = 9360002}

  I want to display the details of the table emp... for this I use this SQL statement.

  Select * from emp where mgr = nvl(:mgr,mgr);

  When I give the entry as 7698 it shows the matching records... and also when I don't give any input then it shows all the records except the Archbishop with null values.

  (1) I want to display all the records when I do not give any input, including null values
  (2) I want to display all the records that a Bishop is null

  Is it possible to integrate in order to include all these in a single query.

  It's a little unsure what you're asking.
  The following query always includes the lines where mgr is NULL and when the binding variable: mgr is NULL, it displays all the lines:

  SELECT  *
  FROM     emp
  WHERE     LNNVL (mgr != :mgr)
  ;
  

  In other words, when: 7698 = mgr, it displays 6 rows and when: mgr is NULL, it displays 14 rows (assuming you are using the table provided by Oracle scott.emp).

  The following query includes lines where Bishop is ZERO only when the binding variable: mgr is NULL, in which case it shows all lines:

  SELECT     *
  FROM     emp
  WHERE     :mgr     = mgr
  OR       :mgr       IS NULL
  ;
  

  When: mgr = 7698, this will display 5 rows and when: mgr is NULL, it displays 14 rows.

  The following query includes lines where Bishop is ZERO only when the link variab; e: mgr is NULL, in which case it shows only those rows where mgr is NULL. In other words, it treats NULL as a value:

  SELECT     *
  FROM     emp
  WHERE     DECODE ( mgr
              , :mgr, 'OK'
              )     = 'OK'
  ;
  

  When: mgr = 7698, this will display 5 rows and when: mgr is NULL, it displays 1 row.

• How to remove select data in the control table

  This problem makes me headache.

  I'm new to labview, when data in a table. a lot of lines and columns. How can remove on the line that I chose. the other lines are remain unchanged.

  I really need help.thanks in advance. It is best to attach the labview program.my is 2009

  That kind of thing does not work with the table that's why I suggested to go for the multicolumn list box. You can do simple.

  

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  Select / * + ALL_ROWS PARALLEL (F 8) * /.

  IA_OASIS_GRP_CAPTR_D.GRP_CAPTR_GRP_ID,

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  IA_OASIS_CLM_SPEC_D.CLM_APG_CD,

  IA_OASIS_CLM_SPEC_D.CLM_PTNT_DRG_CD,

  IA_OASIS_CLM_SPEC_D.CLM_PROC_CD,

  IA_OASIS_CLM_SPEC_D.CLM_PROC_MOD_1_CD,

  IA_OASIS_CLM_SPEC_D.CLM_PROC_MOD_2_CD,

  IA_OASIS_CLM_SPEC_D.CLM_POS_CD,

  IA_OASIS_CLM_SPEC_D.CLM_TOS_CD,

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  IA_OASIS_CLM_SPEC_D.CLM_CLS_CD,

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  IA_OASIS_CLM_SPEC_D.CLM_BRND_GNRC_CD,

  IA_OASIS_CLM_SPEC_D.CLM_ACSS_PLS_OOP_IND,

  IA_OASIS_CLM_SPEC_D.CLM_BNF_COV_CD,

  IA_OASIS_CLM_SPEC_D.CLM_TYP_OF_BIL_CD,

  IA_OASIS_CLM_SPEC_D.CLM_OOA_CD,

  IA_OASIS_CLM_SPEC_D.CLM_SANCT_LAT_CALL_IND,

  IA_OASIS_CLM_SPEC_D.CLM_SANCT_DED_PNLTY_IND,

  IA_OASIS_CLM_SPEC_D.CLM_SANCT_COPAY_IND,

  IA_OASIS_CLM_SPEC_D.CLM_SANCT_PCT_COPAY_IND,

  IA_OASIS_CLM_SPEC_D.CLM_SANCT_FLAT_DLR_COPAY_IND,

  IA_OASIS_CLM_SPEC_D.CLM_SANCT_HMO_ACCUM_COPAY_IND,

  IA_OASIS_CLM_SPEC_D.CLM_BIL_ALLOW_APPL_CD,

  IA_OASIS_CLM_SPEC_D.CLM_TMLY_FIL_APPL_CD,

  IA_OASIS_CLM_SPEC_D.CLM_TPLNT_APPL_CD,

  IA_OASIS_CLM_SPEC_D.CLM_ADJ_CD,

  IA_OASIS_CLM_SPEC_D.GRP_PRVDR_TIER_CD,

  IA_OASIS_CAPITN_CLM_D.CAPITN_CLM_SS_CD_CD,

  IA_OASIS_CAPITN_CLM_D.CAPITN_CLM_HMO_COV_LVL_CD,

  IA_OASIS_CAPITN_CLM_D.CAPITN_CLM_FUND_POOL_CD,

  IA_OASIS_CAPITN_CLM_D.CAPITN_CLM_HMO_PRDCT_CD,

  IA_OASIS_CAPITN_CLM_D.CAPITN_CLM_BNF_CATEG_CD,

  IA_OASIS_CAPITN_CLM_D.CAPITN_CLM_ADJ_TYP_CD,

  IA_OASIS_CAPITN_CLM_D.CAPITN_CLM_IPA_ACSS_PLS_IND,

  IA_OASIS_CAPITN_CLM_D.CAPITN_CLM_FUND_ID,

  IA_OASIS_CAPITN_CLM_D.CAPITN_CLM_FUND_DESC,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_GRP_ID,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_CLS_ID,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_CLS_DESC,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_PLN_ID,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_PLN_DESC,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_PRDCT_CATEG_CD,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_PRDCT_CATEG_DESC,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_PRDCT_ID,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_PRDCT_DESC,

  CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_MTL_LVL_CD,

  CLM_CLS_PLN_CAPTR_D.HIOS_PLN_ID,

  CLM_CLS_PLN_CAPTR_D.HIX_GRP_ID,

  OASIS_CLM_MBR_XREF. LGCY_SBSCR_ID,

  OASIS_CLM_MBR_XREF. LGCY_MBR_SFX_ID,

  OASIS_CLM_MBR_XREF. FACETS_SBSCR_ID,

  OASIS_CLM_MBR_XREF. FACETS_MBR_SFX_ID,

  OASIS_CLM_MBR_XREF. LGCY_CUST_ID,

  OASIS_CLM_MBR_XREF. LGCY_GRP_ID,

  OASIS_CLM_MBR_XREF. LGCY_BIL_UNT_ID,

  OASIS_CLM_MBR_XREF. FACETS_PRNT_GRP_ID,

  OASIS_CLM_MBR_XREF. FACETS_GRP_ID,

  OASIS_CLM_MBR_XREF. FACETS_CLS_ID,

  OASIS_CLM_MBR_XREF. FACETS_CONVER_MBR_EFF_DT,

  IA_OASIS_TOT_PROV_CUR_D.PROV_ID AS BEN_BILLING_PROV,

  IA_OASIS_TOT_PROV_CUR_D.PROV_ID AS BEN_ATTENDING_PROV,

  IA_OASIS_TOT_PROV_CUR_D.PROV_ID AS BEN_PCP_NUMBER,

  IA_OASIS_TOT_PROV_CUR_D.PROV_ID AS BEN_IPA_NUMBER,

  EDW. CLM_CAPITN_F.CLM_CAPITN_FRST_SVC_DT_SK,-CAL_DT Dimension is associated and had CAL_DT_SK column

  EDW. CLM_CAPITN_F.CLM_CAPITN_LST_PRCS_DT_SK,-CAL_DT Dimension is associated and had CAL_DT_SK column

  EDW. CLM_CAPITN_F.CLM_CAPITN_FRST_LOC_DT_SK,-CAL_DT Dimension is associated and had CAL_DT_SK column

  EDW. CLM_CAPITN_F.CLM_CAPITN_CHK_DT_SK,-CAL_DT Dimension is associated and had CAL_DT_SK column

  EDW. CLM_CAPITN_F.CLM_CAPITN_ADMIT_DT_SK,-CAL_DT Dimension is associated and had CAL_DT_SK column

  EDW. CLM_CAPITN_F.CLM_CAPITN_ICN,

  EDW. CLM_CAPITN_F.CLM_CAPITN_LN_NBR,

  EDW. CLM_CAPITN_F.CLM_CAPITN_PD_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_BIL_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_ALLOW_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_ALLOW_DY_NBR,

  EDW. CLM_CAPITN_F.CLM_CAPITN_UNT_OF_SVC_QTY,

  EDW. CLM_CAPITN_F.CLM_CAPITN_COB_SAV_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_COINS_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_RSN_CHRG_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_WTHLD_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_DED_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_SANCT_LAT_CALL_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_SANCT_DED_PNLTY_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_SANCT_COPAY_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_SANCT_PCT_COPAY_AMT,

  EDW. CLM_CAPITN_F.SANCT_FLAT_DLR_COPAY_AMT,

  EDW. CLM_CAPITN_F.SANCT_HMO_ACCUM_COPAY_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_TOT_NEGOT_RT_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_LN_NEGOT_RT_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_SEC_ALLOW_AMT,

  EDW. CLM_CAPITN_F.CLM_CAPITN_GATWY_ID,

  EDW. CLM_CAPITN_F.CLM_CAPITN_PROV_AGR_ID,

  EDW. CLM_CAPITN_F.CLM_CAPITN_F_SNPSHOT_MO_SK

  OF EDW. Partition CLM_CAPITN_F (JAN2012),

  EDW. IA_OASIS_GRP_CAPTR_D IA_OASIS_GRP_CAPTR_D,

  EDW. IA_OASIS_MBR_CAPTR_D IA_OASIS_MBR_CAPTR_D,

  EDW. IA_OASIS_CLM_SPEC_D IA_OASIS_CLM_SPEC_D,

  EDW. IA_OASIS_CAPITN_CLM_D IA_OASIS_CAPITN_CLM_D,

  EDW. CLM_CLS_PLN_CAPTR_D CLM_CLS_PLN_CAPTR_D,

  EDW. OASIS_CLM_MBR_XREF OASIS_CLM_MBR_XREF,

  EDW. IA_OASIS_TOT_PROV_CUR_D IA_OASIS_TOT_PROV_CUR_D

  WHERE

  EDW. CLM_CAPITN_F.CLM_CAPITN_IA_GRP_CAPTR_EDW_SK = IA_OASIS_GRP_CAPTR_D.GRP_CAPTR_EDW_SK (+) and

  EDW. CLM_CAPITN_F.CLM_CAPITN_IA_MBR_CAPTR_EDW_SK = IA_OASIS_MBR_CAPTR_D.MBR_CAPTR_EDW_SK and

  EDW. CLM_CAPITN_F.CLM_CAPITN_IA_CLM_SPEC_EDW_SK = IA_OASIS_CLM_SPEC_D.CLM_SPEC_EDW_SK and

  EDW. CLM_CAPITN_F.CLM_CAPITN_IA_CLM_EDW_SK = IA_OASIS_CAPITN_CLM_D.CLM_EDW_SK and

  EDW. CLM_CAPITN_F.CLM_CLS_PLN_CAPTR_EDW_SK = CLM_CLS_PLN_CAPTR_D.CLM_CLS_PLN_CAPTR_EDW_SK and

  EDW. CLM_CAPITN_F.MBR_XREF_SK = OASIS_CLM_MBR_XREF. MBR_XREF_SK (+) and

  EDW. CLM_CAPITN_F.CLM_CAPITN_IA_BIL_PROV_EDW_SK = IA_OASIS_TOT_PROV_CUR_D.PROV_EDW_SK and

  EDW. CLM_CAPITN_F.CLM_CAPITN_ATTND_PROV_EDW_SK = IA_OASIS_TOT_PROV_CUR_D.PROV_EDW_SK and

  EDW. CLM_CAPITN_F.CLM_CAPITN_IA_PCP_EDW_SK = IA_OASIS_TOT_PROV_CUR_D.PROV_EDW_SK and

  EDW. CLM_CAPITN_F.CLM_CAPITN_IA_IPA_PROV_EDW_SK = IA_OASIS_TOT_PROV_CUR_D.PROV_EDW_SK (+);

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

  Oracle Database 11 g Enterprise Edition Release 11.2.0.4.0 - 64 bit Production

  PL/SQL Release 11.2.0.4.0 - Production

  CORE Production 11.2.0.4.0

  AMT for Solaris: 11.2.0.4.0 - Production Version

  NLSRTL Version 11.2.0.4.0 - Production

  VALUE OF TYPE NAME

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

  OPTIMIZER_CAPTURE_SQL_PLAN_BASELINES boolean FALSE

  optimizer_dynamic_sampling integer 2

  optimizer_features_enable string 11.2.0.4

  optimizer_index_caching integer 0

  OPTIMIZER_INDEX_COST_ADJ integer 100

  the string ALL_ROWS optimizer_mode

  optimizer_secure_view_merging Boolean TRUE

  optimizer_use_invisible_indexes boolean FALSE

  optimizer_use_pending_statistics boolean FALSE

  optimizer_use_sql_plan_baselines Boolean TRUE

  Please suggest how this can be optimized.

  VALUE OF TYPE NAME

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

  db_file_multiblock_read_count integer 32

  VALUE OF TYPE NAME

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

  DB_BLOCK_SIZE integer 32768

  CURSOR_SHARING EXACT string

• export data from the table in xml files

  Hello
  
  This thread to get your opinion on how export data tables in a file xml containing the data and another (xsd) that contains a structure of the table.
  For example, I have a datamart with 3 dimensions and a fact table. The idea is to have an xml file with data from the fact table, a file xsd with the structure of the fact table, an xml file that contains the data of the 3 dimensions and an xsd file that contains the definition of all the 3 dimensions. So a xml file fact table, a single file xml combining all of the dimension, the fact table in the file a xsd and an xsd file combining all of the dimension.
  
  I never have an idea on how to do it, but I would like to have for your advise on how you would.
  
  Thank you in advance.

  You are more or less in the same situation as me, I guess, about the "ORA-01426 digital infinity. I tried to export through UTL_FILE, content of the relational table with 998 columns. You get very quickly in this case in these ORA-errors, even if you work with solutions CLOB, while trying to concatinate the column into a CSV string data. Oracle has the nasty habbit in some of its packages / code to "assume" intelligent solutions and converts data types implicitly temporarily while trying to concatinate these data in the column to 1 string.

  The second part in the Kingdom of PL/SQL, it is he's trying to put everything in a buffer, which has a maximum of 65 k or 32 k, so break things up. In the end I just solved it via see all as a BLOB and writing to file as such. I'm guessing that the ORA-error is related to these problems of conversion/datatype buffer / implicit in the official packages of Oracle DBMS.

  Fun here is that this table 998 column came from XML source (aka "how SOA can make things very complicated and non-performing"). I have now 2 different solutions 'write data to CSV' in my packages, I use this situation to 998 column (but no idea if ever I get this performance, for example, using table collections in this scenario will explode the PGA in this case). The only solution that would work in my case is a better physical design of the environment, but currently I wonder not, engaged, as an architect so do not have a position to impose it.

  -- ---------------------------------------------------------------------------
  -- PROCEDURE CREATE_LARGE_CSV
  -- ---------------------------------------------------------------------------
  PROCEDURE create_large_csv(
      p_sql         IN VARCHAR2 ,
      p_dir         IN VARCHAR2 ,
      p_header_file IN VARCHAR2 ,
      p_gen_header  IN BOOLEAN := FALSE,
      p_prefix      IN VARCHAR2 := NULL,
      p_delimiter   IN VARCHAR2 DEFAULT '|',
      p_dateformat  IN VARCHAR2 DEFAULT 'YYYYMMDD',
      p_data_file   IN VARCHAR2 := NULL,
      p_utl_wra     IN VARCHAR2 := 'wb')
  IS
    v_finaltxt CLOB;
    v_v_val VARCHAR2(4000);
    v_n_val NUMBER;
    v_d_val DATE;
    v_ret   NUMBER;
    c       NUMBER;
    d       NUMBER;
    col_cnt INTEGER;
    f       BOOLEAN;
    rec_tab DBMS_SQL.DESC_TAB;
    col_num NUMBER;
    v_filehandle UTL_FILE.FILE_TYPE;
    v_samefile BOOLEAN      := (NVL(p_data_file,p_header_file) = p_header_file);
    v_CRLF raw(2)           := HEXTORAW('0D0A');
    v_chunksize pls_integer := 8191 - UTL_RAW.LENGTH( v_CRLF );
  BEGIN
    c := DBMS_SQL.OPEN_CURSOR;
    DBMS_SQL.PARSE(c, p_sql, DBMS_SQL.NATIVE);
    DBMS_SQL.DESCRIBE_COLUMNS(c, col_cnt, rec_tab);
    --
    FOR j IN 1..col_cnt
    LOOP
      CASE rec_tab(j).col_type
      WHEN 1 THEN
        DBMS_SQL.DEFINE_COLUMN(c,j,v_v_val,4000);
      WHEN 2 THEN
        DBMS_SQL.DEFINE_COLUMN(c,j,v_n_val);
      WHEN 12 THEN
        DBMS_SQL.DEFINE_COLUMN(c,j,v_d_val);
      ELSE
        DBMS_SQL.DEFINE_COLUMN(c,j,v_v_val,4000);
      END CASE;
    END LOOP;
    -- --------------------------------------
    -- This part outputs the HEADER if needed
    -- --------------------------------------
    v_filehandle := UTL_FILE.FOPEN(upper(p_dir),p_header_file,p_utl_wra,32767);
    --
    IF p_gen_header = TRUE THEN
      FOR j        IN 1..col_cnt
      LOOP
        v_finaltxt := ltrim(v_finaltxt||p_delimiter||lower(rec_tab(j).col_name),p_delimiter);
      END LOOP;
      --
      -- Adding prefix if needed
      IF p_prefix IS NULL THEN
        UTL_FILE.PUT_LINE(v_filehandle, v_finaltxt);
      ELSE
        v_finaltxt := 'p_prefix'||p_delimiter||v_finaltxt;
        UTL_FILE.PUT_LINE(v_filehandle, v_finaltxt);
      END IF;
      --
      -- Creating creating seperate header file if requested
      IF NOT v_samefile THEN
        UTL_FILE.FCLOSE(v_filehandle);
      END IF;
    END IF;
    -- --------------------------------------
    -- This part outputs the DATA to file
    -- --------------------------------------
    IF NOT v_samefile THEN
      v_filehandle := UTL_FILE.FOPEN(upper(p_dir),p_data_file,p_utl_wra,32767);
    END IF;
    --
    d := DBMS_SQL.EXECUTE(c);
    LOOP
      v_ret := DBMS_SQL.FETCH_ROWS(c);
      EXIT
    WHEN v_ret    = 0;
      v_finaltxt := NULL;
      FOR j      IN 1..col_cnt
      LOOP
        CASE rec_tab(j).col_type
        WHEN 1 THEN
          -- VARCHAR2
          DBMS_SQL.COLUMN_VALUE(c,j,v_v_val);
          v_finaltxt := v_finaltxt || p_delimiter || v_v_val;
        WHEN 2 THEN
          -- NUMBER
          DBMS_SQL.COLUMN_VALUE(c,j,v_n_val);
          v_finaltxt := v_finaltxt || p_delimiter || TO_CHAR(v_n_val);
        WHEN 12 THEN
          -- DATE
          DBMS_SQL.COLUMN_VALUE(c,j,v_d_val);
          v_finaltxt := v_finaltxt || p_delimiter || TO_CHAR(v_d_val,p_dateformat);
        ELSE
          v_finaltxt := v_finaltxt || p_delimiter || v_v_val;
        END CASE;
      END LOOP;
      --
      v_finaltxt               := p_prefix || v_finaltxt;
      IF SUBSTR(v_finaltxt,1,1) = p_delimiter THEN
        v_finaltxt             := SUBSTR(v_finaltxt,2);
      END IF;
      --
      FOR i IN 1 .. ceil( LENGTH( v_finaltxt ) / v_chunksize )
      LOOP
        UTL_FILE.PUT_RAW( v_filehandle, utl_raw.cast_to_raw( SUBSTR( v_finaltxt, ( i - 1 ) * v_chunksize + 1, v_chunksize ) ), TRUE );
      END LOOP;
      UTL_FILE.PUT_RAW( v_filehandle, v_CRLF );
      --
    END LOOP;
    UTL_FILE.FCLOSE(v_filehandle);
    DBMS_SQL.CLOSE_CURSOR(c);
  END create_large_csv;
  

• XML from the Oracle Table data

  Hi all
  
  I'm new to this network. I'm also new to oracle XML package. I want a help with the query below.
  
  CREATE TABLE EMP (ID NUMBER PRIMARY KEY, NAME VARCHAR2 (10), TELEPHONE NUMBER);
  
  INSERT INTO EMP (ID, NAME, PHONE) VALUES (11, 'Joy', 1234);
  INSERT INTO EMP (ID, NAME, PHONE) VALUES (22, 'Mike', 5678).
  INSERT INTO EMP (ID, NAME, PHONE) VALUES (33, "Jason", NULL);
  COMMIT;
  
  I want to export data from the EMP table in an XML file with the format below.
  
  Power required:
  
  <? XML version = "1.0" encoding = "UTF-8"? > < Joy STATICDATA > < EMP > < ID > 11 < /ID > < NAME > < / NAME > < / EMP > < / STATICDATA >
  <? XML version = "1.0" encoding = "UTF-8"? > < Mike STATICDATA > < EMP > < ID > 22 < /ID > < NAME > < / NAME > < / EMP > < / STATICDATA >
  <? XML version = "1.0" encoding = "UTF-8"? > < Jason STATICDATA > < EMP > < ID > 33 < /ID > < NAME > < / NAME > < / EMP > < / STATICDATA >
  
  I used some XML functions and you wrote the following query.
  
  Select XMLROOT (XMLELEMENT (staticdata, XMLELEMENT (EMP, XMLELEMENT(ID,ID), XMLELEMENT(NAME,NAME))), version "1.0" encoding = "UTF - 8') xml EMP;
  
  my query output:
  
  <? XML version = "1.0" encoding = "UTF-8"? >
  < STATICDATA >
  < EMP >
  < ID > 11 / < ID >
  Joy of < NAME > < / NAME >
  < / EMP >
  < / STATICDATA >
  <? XML version = "1.0" encoding = "UTF-8"? >
  < STATICDATA >
  < EMP >
  < ID > 22 / < ID >
  < NAME > Mike < / NAME >
  < / EMP >
  < / STATICDATA >
  <? XML version = "1.0" encoding = "UTF-8"? >
  < STATICDATA >
  < EMP >
  < ID > 33 / < ID >
  Jason < NAME > < / NAME >
  < / EMP >
  < / STATICDATA >
  
  
  But I want the out as the power required above. all records in a single line. can someone help me achieve the desired output. also can I export all columns of the table with something like select * from the table in the XML file?
  
  Thank you
  Delobelle

  Don't know why you need it on a single line, but you could:

  Select XMLTYPE (REGEXP_REPLACE (XMLROOT (XMLELEMENT (staticdata, XMLELEMENT (EMP, XMLELEMENT(ID,ID), XMLELEMENT(NAME,NAME))), version "1.0" encoding = "UTF - 8'), CHR (10) |)) ' *<><'))>
  FROM EMP;

  SY.

• Select values from the db1 table and insert into the DB2 table

  Hello
  
  I have three databases oracle running in three different machines. their ip address is different. among the DB can access databases. (means am able to select values and insert values into tables individually.)
  
  I need to extract data from the DB1 table (ip say DB1 is 10.10.10.10 and the user is DB1user and the table is DB1user_table) and insert the values into DB2 table (say ip DB2 is 11.11.11.11 and the user is DB2user and table DB2user_table) of DB3 that is to have access to the two IPs DB.
  
  How do I do this
  
  Edited by: Aemunathan on February 10, 2010 23:12

  Depending on the amount of data must be moved between DB1 and DB2, and the frequency at which this should happen, you might consider the SQL * COPY more control. I think it's very useful for one-off tasks little, so I can live within its limits of the data type. More http://download.oracle.com/docs/cd/E11882_01/server.112/e10823/apb.htm#i641251.

  Change some parameter of sqlplus session are almost mandatory in order to get decent transfer rates. Tuning ARRAYSIZE and COPYCOMMIT can make a huge difference in flow. LONG change may be necessary, too, depending on your data. The documentation offers these notes on use:

  To activate the copy of data between Oracle and databases non-Oracle, NUMBER of columns is replaced by DECIMAL columns in the destination table. Therefore, if you are copying between Oracle databases, a NUMBER column with no precision will become a DECIMAL column (38). When copying between Oracle databases, you must use SQL commands (CREATE TABLE AS and INSERTION), or you must make sure that your columns have a specified precision.

  SQL * the VALUE LONGER variable limits the length of the LONG column you are copying. If all LONG columns contain data exceeds the value of LONG, COPY truncates the data.

  SQL * Plus performs a validation at the end of each successful COPY. If you set the SQL * variable more COPYCOMMIT DEFINED to a value positive n, SQL * Plus performs a validation after copying all lots n of records. The SQL * Plus ARRAYSIZE variable SET determines the size of a batch.

  Some operating environments require that the service names be placed between double quotes.

  From a SQL * Plus term on DB3, can resemble the command to move all content from my_table in DB1 to the same table in DB2

  COPY from user1/pass1@DB1 to user2/pass2@DB2 -
  INSERT INTO my_table -
  USING select * from my_table
  

  Note the SQL code * more line-continuation character ' - '. It is used to escape the newline character in a SQL * Plus command if you do not have to type all on one line. I use it all the time with this command, but I can't locate the documentation on that right now. Maybe someone else can put their finger on it.

  There are other ways to accomplish what the command copy and it is not without its quirks and limitations, but I find that there is usefulness in an Oracle Toolbox.