Help with SQL Round

I need to round up my Percentage column in my query below and couldnt quite get the ROUND function right. Right now I am getting:
28.888888800
would like
28.89%
SELECT
a.doctor as Doctor
, a.financialclass AS FinancialClass
, COUNT( a.PatientVisitId ) / CAST( sub.the_count AS DECIMAL( 8 , 2 )) *100 AS Percentage
FROM
#temp a JOIN(
SELECT
doctor
, COUNT( patientvisitid )AS the_count
FROM #temp
GROUP BY
doctor )sub ON a.doctor = sub.doctor
GROUP BY
a.doctor
, a.FinancialClass
, sub.the_count
ORDER BY
Doctor , FinancialClass;

Hi Vishkey,
If you mean that you prefer to do it in the application that get the data from the SQL and not at the SQL query level, then I think it is not black and white. There are pros and cons, for example:
* If we have a lot of data that need to transfer from the SQL to the App I will tr to minimize it and sending the value 22.22 is much less then sending 22.22222222 for example.
* If we need to do some math calculation then I will prefer to pass the whole number to get more acurate. Since we can alway convert 22.22222222 into 22.22 but not vise versa.
* In genaral I agree that if this is a display problem that in most cases I will do it in the app level and not the SQL Query.
Since we are in the T-SQL forum I will go with Naomi solution this time :-)
In Asp.Net forum I would probably go with your solution :-)
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         Accnt101.negative_amountformula(EMPLOYEE_TRANSACTI.TYPE, nvl(AMOUNT,0)) negative_amount,
         Accnt101.total_balanceformula(:total_balance, EMPLOYEE_TRANSACTI.TYPE,Accnt101.negative_amountformula(EMPLOYEE_TRANSACTI.TYPE, nvl(AMOUNT,0)) ,Accnt101.postive_amountformula(EMPLOYEE_TRANSACTI.TYPE, nvl(AMOUNT,0)) , nvl(AMOUNT,0)) total_balance
    from      EMPLOYEE_TRANSACTI
    where     FK_EMPLOYEENUMBER0=:emp_code
    and     STATUS=1
    and     FK_VOUCHERVALUE_DA<=:to_date
    and     FK_VOUCHERVALUE_DA>=:from_date
    and     ((TYPE >7 and TYPE <16)
         or (TYPE >34 and TYPE <43)
         or (TYPE =7)
         or (TYPE =18)
         or (TYPE >26 and TYPE <35)
         or (TYPE =17)
         OR (TYPE = 60)
         OR (TYPE = 70)
                    OR (TYPE = 72)
                    OR (TYPE = 73)
                    OR (TYPE = 74)
         or (type = 21)
         or (type =24)
         or (type = 81)
         or (type = 82))
    order by      FK_VOUCHERVALUE_DA asc, FK_VOUCHERSERIAL_N asc, type desc
      ]]>
    </sqlStatement>
    - <sqlStatement name="employee">
    - <![CDATA[
    select NAME,NUMBER0
    from EMPLOYEE
    where  NUMBER0=:emp_code
      ]]>
    </sqlStatement>
    </dataQuery>
    <dataTrigger name="beforeReportTrigger" source="Accnt101.beforereport" />
    - <dataStructure>
    - <group name="G_employee_trans" dataType="varchar2" source="employee_trans">
    <element name="FK_VOUCHERSERIAL_N" dataType="number" value="FK_VOUCHERSERIAL_N" />
    <element name="FK_VOUCHERVALUE_DA" dataType="date" value="FK_VOUCHERVALUE_DA" />
    <element name="DESCRIPTION" dataType="varchar2" value="DESCRIPTION" />
    <element name="AMOUNT" dataType="number" value="AMOUNT" />
    <element name="postive_amount" dataType="number" value="postive_amount" />
    <element name="negative_amount" dataType="number" value="negative_amount" />
    <element name="total_balance" dataType="number" value="total_balance" />
    <element name="TYPE" dataType="number" value="TYPE" />
    <element name="CS_1" function="sum" dataType="number" value="G_employee_trans.total_balance" />
    </group>
    - <group name="G_employee" dataType="varchar2" source="employee">
    <element name="NUMBER0" dataType="number" value="NUMBER0" />
    <element name="NAME" dataType="varchar2" value="NAME" />
    </group>
    <element name="balance" dataType="number" value="Accnt101.balance_p" />
    <element name="CS_2" function="count" dataType="number" value="G_employee.NUMBER0" />
    <element name="CS_3" function="count" dataType="number" value="G_employee_trans.AMOUNT" />
    </dataStructure>
    </dataTemplate>
    2 - PLS/SQL package
    CREATE OR REPLACE PACKAGE Accnt101 AS
         from_date     date;
         to_date     date;
         emp_code     number;
         balance     number := 0 ;
         function postive_amountformula(TYPE in number, amount in number) return number ;
         function negative_amountformula(TYPE in number, amount in number) return number ;
         function BeforeReport return boolean ;
         function total_balanceformula(total_balance in number, TYPE in number, negative_amount in number, postive_amount in number, amount in number) return number ;
         Function balance_p return number;
    END Accnt101;
    3- Package Body
    CREATE OR REPLACE PACKAGE BODY Accnt101 AS
    function postive_amountformula(TYPE in number, amount in number) return number is
    begin
         if ((TYPE>26 and TYPE<35)
              or (TYPE=17))
         then
              return(amount);
         elsif (type = 70)and (amount >=0) then
              return (amount) ;
    elsif (type = 72)and (amount >=0) then
              return (amount) ;
    elsif (type = 73)and (amount >=0) then
              return (amount) ;
    elsif (type = 74)and (amount >=0) then
              return (amount) ;
         elsif (type = 60)and (amount >=0) then
              return (amount) ;
         else
              return (null) ;
         end if;
    RETURN NULL; end;
    function negative_amountformula(TYPE in number, amount in number) return number is
    begin
         if ((TYPE>7 and TYPE<16)
              or (TYPE >34 and TYPE <43)
              or (TYPE=7)
              or (TYPE=18)
              or (type=21)
              or (type=24)
              or (type= 81)
              or (type=82))
         then
              return(amount);
         elsif (type = 70)and (amount <0) then
              return (abs (amount)) ;
    elsif (type = 72)and (amount <0) then
              return (abs (amount)) ;
    elsif (type = 73)and (amount <0) then
              return (abs (amount)) ;
    elsif (type = 74)and (amount <0) then
              return (abs (amount)) ;
         elsif (type = 60)and (amount <0) then
              return (abs(amount)) ;
         else
              return (null) ;
         end if;
    RETURN NULL; end;
    function BeforeReport return boolean is
    var_pos     number(15,3) ;
    var_neg     number(15,3) ;
    beg_bal     number(15,3) ;
    Begin
    begin
    select sum (nvl(amount,0)) into beg_bal
         from EMPLOYEE_TRANSACTI
         where (TYPE=99 or type = 92 or type = 93 or type = 94)
         and to_char(from_date,'YYYY')=to_char(date0,'YYYY')
         and FK_EMPLOYEENUMBER0=emp_code;
    EXCEPTION
         WHEN NO_DATA_FOUND THEN
         beg_bal := 0;
    end;
    begin
         select      sum(nvl(amount,0)) into var_pos
         from      EMPLOYEE_TRANSACTI
         where      
              (TYPE=17
              or type=60
              OR TYPE=70
    oR TYPE=72
    OR TYPE=73
    OR TYPE=74
              or (TYPE>26 and TYPE<35))
         and      fk_vouchervalue_da<from_date
         and      fk_vouchervalue_da>= trunc(from_date,'year')
         and      FK_EMPLOYEENUMBER0=emp_code;
    EXCEPTION
         WHEN NO_DATA_FOUND THEN
         var_pos := 0;
    end;
    Begin     
         select sum(nvl(amount,0)) into var_neg
         from EMPLOYEE_TRANSACTI
         where ((TYPE>7 and TYPE<16)
              or (TYPE >34 and TYPE <43)
              or (TYPE=7)
              or (TYPE=18)
              or (type=21)
              or (type=24)
              or (type= 81)
              or (type=82) )
         and fk_vouchervalue_da<from_date
         and fk_vouchervalue_da>= trunc(from_date,'year')
         and FK_EMPLOYEENUMBER0=emp_code;
         balance :=nvl(beg_bal,0) + nvl(var_pos,0) - nvl(var_neg,0);
         return(true);
    EXCEPTION
         WHEN NO_DATA_FOUND THEN
         balance :=nvl(beg_bal,0) + nvl(var_pos,0) - nvl(var_neg,0);
              RETURN (TRUE);
    end;
    RETURN NULL; end;
    function total_balanceformula(total_balance in number, TYPE in number, negative_amount in number, postive_amount in number, amount in number) return number is
    begin
         if total_balance is null then
         if ((TYPE>7 and TYPE<16)
              or (TYPE >34 and TYPE <43)
              or (TYPE=7)or (TYPE=18)
              or (type=21) or (type=24)
              or (type= 81)
              or (type=82))
         then
              return(balance-negative_amount);
         elsif ((TYPE>26 and TYPE<35) or (TYPE=17))
              then
                   return(balance+postive_amount);
              elsif (type=70 or type=72 or type=73 or type=74
    or type=60) and (amount >=0) then
                   return(balance+postive_amount);
              elsif (type=70 or type=72 or type=73 or type=74
    or type=60) and (amount <0) then
                   return(balance-negative_amount);
         end if;
         else
         if ((TYPE>7 and TYPE<16)
              or (TYPE >34 and TYPE <43)
              or (TYPE=7)or (TYPE=18)
              or (type=21) or (type=24)
              or (type= 81)
              or (type=82))
         then
              return(total_balance-negative_amount);
         elsif ((TYPE>26 and TYPE<35) or (TYPE=17))
              then
                   return(total_balance+postive_amount);
              elsif (type=70 or type=72 or type=73 or type=74
    or type=60) and (amount >=0) then
                   return(total_balance+postive_amount);
              elsif (type=70 or type=72 or type=73 or type=74
    or type=60) and (amount <0) then
                   return(total_balance-negative_amount);
         end if;
         end if ;
    RETURN NULL; end;
    Functions to refer Oracle report placeholders
    Function balance_p return number is
         Begin
         return balance;
         END;
    END Accnt101 ;

  • Help with SQL MODEL Clause

    I have the privilege of performing a very tedious task.
    We have some home grown regular expressions in our company. I now need to expand these regular expressions.
    Samples:
    a = 0-3
    b = Null, 0, 1
    Expression: Meaning
    1:5: 1,2,3,4,5
    1a: 10, 11, 12, 13
    1b: 1, 10, 11
    1[2,3]ab: 120, 1200, 1201, ....
    It get's even more inetersting because there is a possibility of 1[2,3]a.ab
    I have created two base queries to aid me in my quest. I am using the SQL MODEL clause to solve this problem. I pretty confident that I should be able to convert evrything into a range and the use one of the MODEL clause listed below.
    My only confusion is how do I INCREMENT dynamically. The INCREMENT seems to be a constant in both a FOR and ITERATE statement. I need to figure a way to increment with .01, .1, etc.
    Any help will be greatly appreciated.
    CODE:
    Reference:          http://www.sqlsnippets.com/en/topic-11663.html
    Objective:          Expand a range with ITERATE
    WITH t AS
    (SELECT '2:4' pt
    FROM DUAL
    UNION ALL
    SELECT '6:9' pt
    FROM DUAL)
    SELECT pt AS code_expression
    -- , KEY
    -- , min_key
    -- , max_key
    , m_1 AS code
    FROM t
    MODEL
    PARTITION BY (pt)
    DIMENSION BY ( 0 AS KEY )
    MEASURES (
                        0 AS m_1,
                        TO_NUMBER(SUBSTR(pt, 1, INSTR(pt, ':') - 1)) AS min_key,
                        TO_NUMBER(SUBSTR(pt, INSTR(pt, ':') + 1)) AS max_key               
    RULES
    -- UPSERT
    ITERATE (100000) UNTIL ( ITERATION_NUMBER = max_key[0] - min_key[0] )
    m_1[ITERATION_NUMBER] = min_key[0] + ITERATION_NUMBER
    ORDER BY pt, m_1
    Explanation:
    Line numbers are based on the assupmtion that "WITH t AS" starts at line 5.
    If you need detailed information regarding the MODEL clause please refer to
    the Refrence site stated above or read some documentation.
    Partition-
    Line 18:     PARTITION BY (pt)
                   This will make sure that each "KEY" will start at 0 for each value of pt.
    Dimension-
    Line 19:     DIMENSION BY ( 0 AS KEY )     
                   This is necessary for the refrences max_key[0], and min_key[0] to work.
    Measures-
    Line 21:      0 AS m_1
                   A space holder for new values.
    Line 22:     TO_NUMBER(SUBSTR(pt, 1, INSTR(pt, ':') - 1)) AS min_key
                   The result is '1' for '1:5'.
    Line 23:     TO_NUMBER(SUBSTR(pt, INSTR(pt, ':') + 1)) AS max_key                                        
                   The result is '5' for '1:5'.
    Rules-
    Line 26:     UPSERT
                   This makes it possible for new rows to be created.
    Line 27:     ITERATE (100000) UNTIL ( ITERATION_NUMBER = max_key[0] - min_key[0] )
                   This reads ITERATE 100000 times or UNTIL the ITERATION_NUMBER = max_key[0] - min_key[0]
                   which would be 4 for '1:5', but since the ITERATION_NUMBER starts at 0, whatever follows
                   is repaeted 5 times.
    Line 29:     m_1[ITERATION_NUMBER] = min_key[0] + ITERATION_NUMBER
                   m_1[ITERATION_NUMBER] means m_1[Value of Dimension KEY].
                   Thus for each row of KEY the m_1 is min_key[0] + ITERATION_NUMBER.
    Reference:          http://www.sqlsnippets.com/en/topic-11663.html
    Objective:          Expand a range using FOR
    WITH t AS
    (SELECT '2:4' pt
    FROM DUAL
    UNION ALL
    SELECT '6:9' pt
    FROM DUAL)
    , base AS
    SELECT pt AS code_expression
    , KEY AS code
    , min_key
    , max_key
         , my_increment
    , m_1
    FROM t
    MODEL
    PARTITION BY (pt)
    DIMENSION BY ( CAST(0 AS NUMBER) AS KEY )
    MEASURES (
                        CAST(NULL AS CHAR) AS m_1,
                        TO_NUMBER(SUBSTR(pt, 1, INSTR(pt, ':') - 1)) AS min_key,
                        TO_NUMBER(SUBSTR(pt, INSTR(pt, ':') + 1)) AS max_key,     
                        .1 AS my_increment     
    RULES
    -- UPSERT
              m_1[FOR KEY FROM min_key[0] TO max_key[0] INCREMENT 1] = 'Y'
    ORDER BY pt, KEY, m_1
    SELECT code_expression, code
    FROM base
    WHERE m_1 = 'Y'
    Explanation:
    Line numbers are based on the assupmtion that "WITH t AS" starts at line 5.
    If you need detailed information regarding the MODEL clause please refer to
    the Refrence site stated above or read some documentation.
    Partition-
    Line 21:     PARTITION BY (pt)
                   This will make sure that each "KEY" will start at 0 for each value of pt.
    Dimension-
    Line 22:     DIMENSION BY ( 0 AS KEY )     
                   This is necessary for the refrences max_key[0], and min_key[0] to work.
    Measures-
    Line 24:      CAST(NULL AS CHAR) AS m_1
                   A space holder for results.
    Line 25:     TO_NUMBER(SUBSTR(pt, 1, INSTR(pt, ':') - 1)) AS min_key
                   The result is '1' for '1:5'.
    Line 26:     TO_NUMBER(SUBSTR(pt, INSTR(pt, ':') + 1)) AS max_key                                        
                   The result is '5' for '1:5'.
    Line 27:     .1 AS my_increment     
                   The INCREMENT I would like to use.
    Rules-
    Line 30:     UPSERT
                   This makes it possible for new rows to be created.
                   However seems like it is not necessary.
    Line 32:     m_1[FOR KEY FROM min_key[0] TO max_key[0] INCREMENT 1] = 'Y'
                   Where the KE value is between min_key[0] and max_key[0] set the value of m_1 to 'Y'
    */

    Of course, you can accomplish the same thing without MODEL using an Integer Series Generator like this.
    create table t ( min_val number, max_val number, increment_size number );
    insert into t values ( 2, 3, 0.1 );
    insert into t values ( 1.02, 1.08, 0.02 );
    commit;
    create table integer_table as
      select rownum - 1 as n from all_objects where rownum <= 100 ;
    select
      min_val ,
      increment_size ,
      min_val + (increment_size * n) as val
    from t, integer_table
    where
      n between 0 and ((max_val - min_val)/increment_size)
    order by 3
       MIN_VAL INCREMENT_SIZE        VAL
          1.02            .02       1.02
          1.02            .02       1.04
          1.02            .02       1.06
          1.02            .02       1.08
             2             .1          2
             2             .1        2.1
             2             .1        2.2
             2             .1        2.3
             2             .1        2.4
             2             .1        2.5
             2             .1        2.6
             2             .1        2.7
             2             .1        2.8
             2             .1        2.9
             2             .1          3
    15 rows selected.--
    Joe Fuda
    http://www.sqlsnippets.com/

  • Need help with SQL for Pie Chart

    I am trying to create a pie charge which would have 3 slices.
    Following sql gives me the expected values when I run the sql command:
    select
    round(avg(CATEGORY_1 + CATEGORY_2 + CATEGORY_3 + CATEGORY_4 + CATEGORY_5),0) "OD Engagements",
    round(avg(CATEGORY_6 + CATEGORY_7 + CATEGORY_13),0) "Talent Engagements",
    round(avg(CATEGORY_8 + CATEGORY_9 + CATEGORY_10 + CATEGORY_11 + CATEGORY_12),0) "Other Engagements"
    from OTD_PROJECT
    where STATUS in ('Open','Hold')
    I get 3 columns labeled: OD Engagements, Talent Engagements and Other Engagements with the correct averages based on the the data.
    I have tried several ways to try to get this to work in the SQL for a pie chart, but keep getting the invalid sql message and it won't save. I also tried saving without validation, but no data is shown on the chart at all.
    I want to have a pie, with 3 slices, one labeled OD Engagements with a value of 27, one labeled Talent Engagements with a value of 43 and one labeled Other Engagements with a value of 30. Then I want to be able to click on each pie slice to drill down to a secondary pie chart that shows the breakdown based on the categories included in that type.
    Since I am not grouping based on an existing field I an unsure what the link and label values should be in the chart sql.

    You'll need something like the below. I have no idea what the URL for the drilldown needs to be. It should create an appropriate link in your app for the particular slice. Mainly the code below breaks the SQL results into three rows rather than three columns. It may well have a syntax error since I can't test.
    select linkval  AS LINK,
           title    AS LABEL,
           calc_val AS VALUE
    FROM   (SELECT 'OD Engagements' AS title,
                   round(avg(CATEGORY_1 + CATEGORY_2 + CATEGORY_3 + CATEGORY_4 + CATEGORY_5),0) AS calc_val,
                   'f?p=???:???:' || v('APP_SESSION') || '::NO:?' AS LINKVAL
            from   OTD_PROJECT
            where  STATUS in ('Open','Hold')
            UNION ALL
            SELECT 'Talent Engagements' AS title,
                   round(avg(CATEGORY_6 + CATEGORY_7 + CATEGORY_13),0) AS calc_val,
                   'f?p=???:???:' || v('APP_SESSION') || '::NO:?' AS LINKVAL
            from   OTD_PROJECT
            where  STATUS in ('Open','Hold')
            UNION ALL
            SELECT 'Other Engagements' AS title,
                   round(avg(CATEGORY_8 + CATEGORY_9 + CATEGORY_10 + CATEGORY_11 + CATEGORY_12),0) AS calc_val,
                   'f?p=???:???:' || v('APP_SESSION') || '::NO:?' AS LINKVAL
            from   OTD_PROJECT
            where  STATUS in ('Open','Hold')
           );

  • Help with SQL Date

    Hi
    How can I convert a string in 'YYYYMMDD' format to SQL date (in the format 'YYYYMMDD' and also 'YYYYMMDD HH24:MI:SS) to use in my SQL-query (for Oracle Database)
    Thanks for your help
    Praveen Padala

    Hi
    How can I convert a string in 'YYYYMMDD' format to
    SQL date (in the format 'YYYYMMDD' and also 'YYYYMMDD
    HH24:MI:SS) to use in my SQL-query (for Oracle
    Database)
    Thanks for your help
    Praveen PadalaI've done quite a few dates from Java to an Oracle DB. I like to use the SimpleDateFormat class in the java.text packadge.
    import java.text.*; //Use this import
    //In your class
    SimpleDateFormat myDateFormatter = new SimpleDateFormat("dd-MMM-yyyy", new Locale("en","US"));
    //The .format method returns a string. With this format string it can be included in an SQL command
    myDateFormatter.format(myDate);
    You can also use a SimpleDateFormat object with the format of your other dates to get a Date object that can be given to the SimpleDateFormat object set up to format in Oracle compatable form.
    myDate is an object of type Date.
    Hope this helps!
    Kevin.

  • Help with SQL query invloving time operations

    I have created 2 tables in my SQL. One is the user_info table which stores the time of login and timezone of login for each user. The other is the post_table which stores the postid, user who makes the post, time of post and timezone for each posts.
    CREATE TABLE user_info
    user_id VARCHAR(20),
    login_date DATE,
    login_time_zone VARCHAR(20),
    PRIMARY KEY (user_id)
    CREATE TABLE post_table
    post_id VARCHAR(20), 
    user_id VARCHAR(20),
    datepost DATE, 
    time_zone VARCHAR(20),
    PRIMARY KEY (post_id),
    FOREIGN KEY (user_id) REFERENCES user_info(user_id) ON DELETE CASCADE
    ) ;Some sample data for my tables is as below -
    INSERT INTO user_info VALUES( 'u1', to_date('9/17/2009 20:00','MM/DD/YYYY mi:ss'), -2 );
    INSERT INTO user_info VALUES( 'u2', to_date('9/17/2009 19:55','MM/DD/YYYY mi:ss'), -4 );
    INSERT INTO post_table VALUES( 'p1', 'u1', to_date('9/17/2009 20:50','MM/DD/YYYY mi:ss'), 6 );
    INSERT INTO post_table VALUES( 'p2', 'u2', to_date('9/17/2009 20:30','MM/DD/YYYY mi:ss'), -5 );
    INSERT INTO post_table VALUES( 'p3', 'u2', to_date('9/18/2009 6:00','MM/DD/YYYY mi:ss'), 2 );
    INSERT INTO post_table VALUES( 'p4', 'u1', to_date('9/17/2009 21:00','MM/DD/YYYY mi:ss'), -3 );I need to write an SQL query which - finds the user(s) whose time difference between the login time and the latest time when he/she writes a post is the smallest. I need to consider the timezones here as well.
    I am unsure if time_zone should be of type VARCHAR or TIMESTAMP so have created it as VARCHAR in my tables.
    Someone please help me form this query.
    PS : How do I user <code> tags in this forum to write sql statements.
    Edited by: user11994430 on Oct 9, 2009 5:59 PM

    I tried with the following test data
    INSERT INTO user_info VALUES( 'u1', to_date('9/17/2009 20:00','MM/DD/YYYY mi:ss'), 1 );
    INSERT INTO user_info VALUES( 'u2', to_date('9/16/2009 13:00','MM/DD/YYYY mi:ss'), 1 );
    INSERT INTO user_info VALUES( 'u3', to_date('9/18/2009 15:00','MM/DD/YYYY mi:ss'), 0 );
    INSERT INTO user_info VALUES( 'u4', to_date('9/20/2009 17:00','MM/DD/YYYY mi:ss'), 0 );
    INSERT INTO user_info VALUES( 'u5', to_date('9/14/2009 3:00','MM/DD/YYYY mi:ss'), -3 );
    INSERT INTO user_info VALUES( 'u6', to_date('9/15/2009 6:00','MM/DD/YYYY mi:ss'), -3 );
    INSERT INTO user_info VALUES( 'u7', to_date('9/16/2009 7:00','MM/DD/YYYY mi:ss'), 0 );
    INSERT INTO user_info VALUES( 'u8', to_date('9/17/2009 8:00','MM/DD/YYYY mi:ss'), -8 );
    INSERT INTO user_info VALUES( 'u9', to_date('9/18/2009 9:00','MM/DD/YYYY mi:ss'), 0 );
    INSERT INTO user_info VALUES( 'u10', to_date('9/19/2009 10:00','MM/DD/YYYY mi:ss'), 1 );
    INSERT INTO user_info VALUES( 'u11', to_date('9/20/2009 11:00','MM/DD/YYYY mi:ss'), -5 );
    INSERT INTO user_info VALUES( 'u12', to_date('9/21/2009 19:00','MM/DD/YYYY mi:ss'), -8 );
    INSERT INTO user_info VALUES( 'u13', to_date('9/1/2009 4:00','MM/DD/YYYY mi:ss'), -3 );
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