Need help with a query result

Oracle Version: 11.2.0.2.0

I need assistance with the output of the query. Here is the table.

With Tbl_Nm as

(

Select 'ABC1' SYSTEM_ID, REGION 'US', 'CHI' SUB_REGION 4000 BALANCE, to_date('1-JUN-2012 10:45:00 am', 'dd-mon-yyyy hh:mi:ss am') LAST_UPD_TIME, 'A' FLAG of union double all the

Select 'PQR2', 'UK', 'LN', 2000, To_Date('1-JUL-2012 10:46:00 am', 'dd-mon-yyyy hh:mi:ss am'), has ' starting from dual Union All

Select 'ABC1', 'IND","MAMA", 3500, To_Date('1-AUG-2012 11:47:00 am', 'dd-mon-yyyy hh:mi:ss am'), 'A' from dual Union All

Select "LMN3", "US", "NJ", 2500, To_Date('1-SEP-2012 09:49:00 am', 'dd-mon-yyyy hh:mi:ss am'), 'A' from dual Union All

Select "PQR2", "UK", "MC", 2600, To_Date('1-OCT-2012 04:45:00 am', 'dd-mon-yyyy hh:mi:ss am'), 'A' from dual Union All

Select 'ABC1', 'US', 'NY', 3200, To_Date('1-OCT-2012 06:45:00 am', 'dd-mon-yyyy hh:mi:ss am'), has ' starting from dual Union All

Select "LMN3", "UK", "BT", 2400, To_Date('1-NOV-2012 07:45:00 am', 'dd-mon-yyyy hh:mi:ss am'), has ' From Dual

)

Select * from tbl_nm

I need the output below.

PQR2 UK MC 2600 1 OCTOBER 2012 04:45

ABC1 US NY 3500 October 1, 2012 06:45

LMN3 UK BT 2500 November 1, 2012 07:45

The need the disc according to this system_id flagged as "A". But if the last disc of 'd' then it must show that the amount, but the file should be displayed in 'A '.

I've tried a few and got stuck. Help, please. Not able to get a balance '.

This question is a bit similar to needing help with a query result

With Tbl_Nm as

(

Select 'ABC1' System_Id, region 'US', 'CHI' Sub_Region, 4000 balance, To_Date('1-JUN-2012 10:45:00 am', 'dd-mon-yyyy hh:mi:ss am') Last_Upd_Time, 'A' flag of double Union All

Select 'PQR2', 'UK', 'LN', 2000, To_Date('1-JUL-2012 10:46:00 am', 'dd-mon-yyyy hh:mi:ss am'), has ' starting from dual Union All

Select 'ABC1', 'IND","MAMA", 3500, To_Date('1-AUG-2012 11:47:00 am', 'dd-mon-yyyy hh:mi:ss am'), 'A' from dual Union All

Select "LMN3", "US", "NJ", 2500, To_Date('1-SEP-2012 09:49:00 am', 'dd-mon-yyyy hh:mi:ss am'), 'A' from dual Union All

Select "PQR2", "UK", "MC", 2600, To_Date('1-OCT-2012 04:45:00 am', 'dd-mon-yyyy hh:mi:ss am'), 'A' from dual Union All

Select 'ABC1', 'US', 'NY', 3200, To_Date('1-OCT-2012 06:45:00 am', 'dd-mon-yyyy hh:mi:ss am'), has ' starting from dual Union All

Select "LMN3", "UK", "BT", 2400, To_Date('1-NOV-2012 07:45:00 am', 'dd-mon-yyyy hh:mi:ss am'), has ' From Dual

)

Select System_Id, region, Sub_Region, Balance, Last_Upd_Time of Tbl_Nm T1

where t1. Last_Upd_Time = (select max (Last_Upd_Time) in the Tbl_Nm T2 where T1.) SYSTEM_ID = T2. SYSTEM_ID)

So maybe you'd then

ORDER BY DECODE(flag,'D',9,1) ASC...

to get the Ds at the end of the list.

ORDER BY CASE WHAT flag = has ' (your other filters) AND then 9 or 1 end CSA,...

HTH

Tags: Database

Similar Questions

need help with the query, thx

Hello
I need a little help with the query I have to write;
the table has 4 columns:

col1               col2         col3       col4
emp_name     empl_id    salary      year

content of data:

col1               col2         col3       col4
smith             12           1200      1999
smith             12           1340      2000
smith             12           1500      2001
jones             13           1550      1999 
jones             13           1600      2000
aron              14           1200      2002

what I am asking is the following result: salary according to the latest available year
i.e.

smith         12         1500        2001
jones         13         1600        2000
aron          14         1200        2002

ID appreciate some guidance on how to achieve
Thank you
Rgds

select *from
(select col1, col2,col3, col4,row_number() over(partition by col1 order by col4 desc)  rn  from 
) where rn=1

Need help with the query. Help, please

Hey everyone, need your help. Thank you in advance. In my view, there is function Pivot. Just do not know how to use this function. I have the query that works. The result is:
11-111-1111 Vlad 16505 01/04/2013 5 August 13 dental plan pre-tax amount 29,65
11-111-1111 Vlad 16505 01/04/2013 dental pre-tax 5 August 13 Plan level EE + SP
11-111-1111 16505 Vlad 01/04/2013 5 August 13 pre-tax Option TOP dental plan
11-111-1111 Vlad 16505 01/04/2013 5 August 13 pre-tax dental care plan pay the value
11-111-1111 16505 Vlad 01/04/2013 dental pre-tax 5 August 13 Plan period Type
11-111-1111 Vlad 16505 01/04/2013 amount pre-tax medical Plan of 5 August 13 149
11-111-1111 Vlad 16505 01/04/2013 5 August 13 pre-tax Medical Plan level EE + SP
11-111-1111 Vlad 16505 01/04/2013 5 August 13 pre-tax Plan medical Option MED
11-111-1111 Vlad 16505 01/04/2013 5 August 13 plan pre-tax pay value
11-111-1111 16505 Vlad 01/04/2013 5 August 13 pre-tax Medical Plan period Type
11-111-1111 Vlad 16505 01/04/2013 5 August 13 pre-tax Plan PPO medical Plan
11-111-1111 Vlad 16505 01/04/2013 5 August 13 Vision Plan amount 5.94 pre-tax
But I need the result to be
Amount of SSN ID name item level Option PayValue period Type
11-111-1111 Vlad 16505 01/04/2013 null null high of 5 August 13 pre-tax Dental Plan 29,65 EE + SP
11-111-1111 Vlad 16505 01/04/2013 null null MED 5 August 13 149 medical plan pre-tax EE + SP
11-111-1111 Vlad 16505 01/04/2013 Vision Plan before taxes of 5 August 13
Select distinct
' 11-111-1111 "as ssn,
WOMEN'S WEAR. Employee_number,
"Vlad" as EMPLOYEE_FULL_NAME,
TO_CHAR (papf.start_date, "MM/DD/YYYY") as Date_Of_Hire
a.effective_start_date,
PETF.element_name,
pivf. Name,
peevf.screen_entry_value
Of
PER_all_PEOPLE_F women's wear
per_assignments_f A
pay_element_types_f petf
pay_element_links_f pelf
PAY_ELEMENT_ENTRIES_F penf
PAY_ELEMENT_ENTRY_VALUES_F peevf
pay_input_values_f pivf
WHERE
PETF.element_name ('Dental Plan before taxes', 'Medical Plan before taxes', "Vision Plan before taxes")
and petf. ELEMENT_TYPE_ID = pelf. ELEMENT_TYPE_ID
and (trunc (sysdate) BETWEEN pelf. EFFECTIVE_START_DATE AND pelf. EFFECTIVE_END_DATE)
and (pelf. ELEMENT_LINK_ID = penf. ELEMENT_LINK_ID and a.assignment_id = penf. ASSIGNMENT_ID)
and (trunc (sysdate) BETWEEN penf. EFFECTIVE_START_DATE AND penf. EFFECTIVE_END_DATE)
and penf. ELEMENT_ENTRY_ID = peevf. ELEMENT_ENTRY_ID
and peevf. INPUT_VALUE_ID = pivf. INPUT_VALUE_ID
AND papf.employee_number IS NOT NULL
AND A.assignment_type = 'E '.
AND A.person_id = papf.person_id
and papf.effective_end_date > sysdate
and a.effective_end_date > sysdate
and (trunc (sysdate) BETWEEN women's wear. EFFECTIVE_START_DATE AND women's wear. EFFECTIVE_END_DATE)
and a.effective_start_date = (select MAX (effective_start_date) from PER_ASSIGNMENTS_f where assignment_id = a.assignment_id)
and a.assignment_id = 42643
and a.assignment_status_type_id = '1'
order of petf.element_name;

Change with your query

SELECT * FROM (select distinct)

' 11-111-1111 "as ssn,

WOMEN'S WEAR. Employee_number,

"Vlad" as employee_full_name,

TO_CHAR (papf.start_date, "MM/DD/YYYY") as date_of_hire

a.effective_start_date,

PETF.element_name,

pivf. Name,

peevf.screen_entry_value

Of

PER_all_PEOPLE_F women's wear

per_assignments_f A

pay_element_types_f petf

pay_element_links_f pelf

PAY_ELEMENT_ENTRIES_F penf

PAY_ELEMENT_ENTRY_VALUES_F peevf

pay_input_values_f pivf

WHERE

PETF.element_name ('Dental Plan before taxes', 'Medical Plan before taxes', "Vision Plan before taxes")

and petf. ELEMENT_TYPE_ID = pelf. ELEMENT_TYPE_ID

and (trunc (sysdate) BETWEEN pelf. EFFECTIVE_START_DATE AND pelf. EFFECTIVE_END_DATE)

and (pelf. ELEMENT_LINK_ID = penf. ELEMENT_LINK_ID and a.assignment_id = penf. ASSIGNMENT_ID)

and (trunc (sysdate) BETWEEN penf. EFFECTIVE_START_DATE AND penf. EFFECTIVE_END_DATE)

and penf. ELEMENT_ENTRY_ID = peevf. ELEMENT_ENTRY_ID

and peevf. INPUT_VALUE_ID = pivf. INPUT_VALUE_ID

AND papf.employee_number IS NOT NULL

AND A.assignment_type = 'E '.

AND A.person_id = papf.person_id

and papf.effective_end_date > sysdate

and a.effective_end_date > sysdate

and (trunc (sysdate) BETWEEN women's wear. EFFECTIVE_START_DATE AND women's wear. EFFECTIVE_END_DATE)

and a.effective_start_date = (select MAX (effective_start_date) from PER_ASSIGNMENTS_f where assignment_id = a.assignment_id)

and a.assignment_id = 42643

and a.assignment_status_type_id = '1')

PIVOT (MAX (screen_entry_value) FOR (name) TO ("Amount" AS 'Amount', 'level' AS 'level', 'Option High' AS 'High Option', 'Pay the value' AS 'Value to pay', 'Period of Type' AS 'Type period'))

order by element_name;

(GOLD)

SELECT ssn,

Employee_number,

employee_full_name,

date_of_hire,

effective_start_date,

element_name,

Max (decode (Name, 'Amount', screen_entry_value)) 'amount. "

Max (decode (Name, 'Level', screen_entry_value)) 'level ',.

MAX (DECODE (name, "High Option", screen_entry_value)) "High Option",

MAX (DECODE (name, 'Value of pay', screen_entry_value)) 'value of pay. "

MAX (DECODE (name, 'Period Type', screen_entry_value)) 'period of Type '.

FROM (select distinct)

' 11-111-1111 "as ssn,

WOMEN'S WEAR. Employee_number,

"Vlad" as employee_full_name,

TO_CHAR (papf.start_date, "MM/DD/YYYY") as date_of_hire

a.effective_start_date,

PETF.element_name,

pivf. Name,

peevf.screen_entry_value

Of

PER_all_PEOPLE_F women's wear

per_assignments_f A

pay_element_types_f petf

pay_element_links_f pelf

PAY_ELEMENT_ENTRIES_F penf

PAY_ELEMENT_ENTRY_VALUES_F peevf

pay_input_values_f pivf

WHERE

PETF.element_name ('Dental Plan before taxes', 'Medical Plan before taxes', "Vision Plan before taxes")

and petf. ELEMENT_TYPE_ID = pelf. ELEMENT_TYPE_ID

and (trunc (sysdate) BETWEEN pelf. EFFECTIVE_START_DATE AND pelf. EFFECTIVE_END_DATE)

and (pelf. ELEMENT_LINK_ID = penf. ELEMENT_LINK_ID and a.assignment_id = penf. ASSIGNMENT_ID)

and (trunc (sysdate) BETWEEN penf. EFFECTIVE_START_DATE AND penf. EFFECTIVE_END_DATE)

and penf. ELEMENT_ENTRY_ID = peevf. ELEMENT_ENTRY_ID

and peevf. INPUT_VALUE_ID = pivf. INPUT_VALUE_ID

AND papf.employee_number IS NOT NULL

AND A.assignment_type = 'E '.

AND A.person_id = papf.person_id

and papf.effective_end_date > sysdate

and a.effective_end_date > sysdate

and (trunc (sysdate) BETWEEN women's wear. EFFECTIVE_START_DATE AND women's wear. EFFECTIVE_END_DATE)

and a.effective_start_date = (select MAX (effective_start_date) from PER_ASSIGNMENTS_f where assignment_id = a.assignment_id)

and a.assignment_id = 42643

and a.assignment_status_type_id = '1')

GROUP BY ssn, employee_number, employee_full_name, date_of_hire, effective_start_date, NOM_ELEMENT

order by element_name;

Need help with SQL Query - change of name history of audit table.

I need your help to find the result in the following way...

Emp No    New_name    Old_Name
-----------------------------------------------
1           Name3        Name2
1           Name2        Name1

create table emp(emp_id number(10),
emp_name varchar(50),
constraints emp_pk primary key(emp_id) );



create table emp_audit(
audit_id number(10),
emp_id number(10),
emp_name varchar(50),
audit_date date,
constraints emp_audit_pk primary key (audit_id),
constraints  emp_audit_emp_fk foreign key(emp_id)  references emp(emp_id));

insert into emp values(1,'Name3');


insert into EMP_AUDIT (audit_id, emp_id, emp_name, audit_date)
values (1, 1, 'Name1', to_date('14-08-2011', 'dd-mm-yyyy'));
insert into EMP_AUDIT (audit_id, emp_id, emp_name, audit_date)
values (2, 1, 'Name2', to_date('15-08-2011', 'dd-mm-yyyy'));
commit;

Thank you...

Dipabkar Bédard (DB) wrote:

We write is the query without using "partition by" in oracle...?

with t as (
           select  audit_id,
                   emp_id,
                   emp_name,
                   row_number() over(order by audit_id) rn
             from  emp_audit
             order by emp_id,
                      audit_id
          )
select  a.audit_id,
        a.emp_id,
        a.emp_name old_name,
        nvl(b.emp_name,(select c.emp_name from emp c where c.emp_id = a.emp_id)) new_name
  from  t a left join t b
        on (
                b.emp_id = a.emp_id
            and
                b.rn = a.rn + 1
           )
/

  AUDIT_ID     EMP_ID OLD_NAME                                           NEW_NAME
---------- ---------- -------------------------------------------------- ------------
         1          1 Name1                                              Name2
         2          1 Name2                                              Name3

SQL>

And without analytical functions:

with t1 as (
            select  audit_id,
                    emp_id,
                    emp_name
              from  emp_audit
              order by emp_id,
                       audit_id
           ),
     t2 as (
            select  audit_id,
                    emp_id,
                    emp_name,
                    rownum rn
              from  t1
           )
select  a.audit_id,
        a.emp_id,
        a.emp_name old_name,
        nvl(b.emp_name,(select c.emp_name from emp c where c.emp_id = a.emp_id)) new_name
  from  t2 a left join t2 b
        on (
                b.emp_id = a.emp_id
            and
                b.rn = a.rn + 1
           )
/

  AUDIT_ID     EMP_ID OLD_NAME                                           NEW_NAME
---------- ---------- -------------------------------------------------- ----------
         1          1 Name1                                              Name2
         2          1 Name2                                              Name3

SQL>

SY.

Need help with a query to group by return qroups with no result

I have the following query that checks the number of items maintenance has been done for each paragraph in a support order.
It lists all the paragraphs being checked it and the number of maintenance activities were conducted for that paragraph.
It works very well in most of the cases, except some of the facilities to break their equipment into subcatagories from a specific facility specified in the lpm.equipment_ident field.
For example, the tables and the data below are for the installation of ATL, which is breaking down for channels A and B maintenance activities

The following query illustrates 10 maintenance activities for installation ATL and the query must be 5 for ATL channel A and 5 activities for ATL channel B

This is the query, output current, output desired and all the SQL required to create the tables and data. I am using Oracle 11g

Any help would be appreciated.

-- Query
SELECT req.publication_paragraph_number AS publication_paragraph
-- , req.description
, req.frequency
, case upper (req.frequency) 
WHEN 'DAILY'           THEN 365 
WHEN 'WEEKLY'          THEN 52 
WHEN 'MONTHLY'         THEN 12 
WHEN 'QUARTERLY'       THEN 4 
WHEN 'SEMIANNUALLY'    THEN 2
WHEN 'ANNUALLY'        THEN 1
ELSE 0
END as num_req, 
MAX(lpm.equipment_ident) AS equipment_ident
, COUNT(fsep.fac_id) as activities_performed 
FROM pm_requirements_table req 
LEFT OUTER JOIN lpm_paragraph_mapping_table pmap 
ON req.publication_order = pmap.publication_order AND req.publication_paragraph_number = pmap.publication_paragraph 
LEFT OUTER JOIN lpm
ON trim(lpm.publication_paragraph) = pmap.paragraph_alias_mapping 
AND TRIM(lpm.publication_order) = '6310.19A' 
AND TRUNC(lpm.start_date, 'YEAR') = TO_DATE('01/01/2010', 'MM/DD/YYYY')
AND lpm.fac_ident = 'ATL' 
LEFT OUTER JOIN fsep 
ON fsep.fac_id = lpm.fac_ident 
AND fsep.facility = lpm.fac_type
GROUP BY req.publication_paragraph_number, req.description, req.frequency
ORDER BY req.publication_paragraph_number;

-- Current Output
"PUBLICATION_PARAGRAPH"       "FREQUENCY"                   "NUM_REQ"              "EQUIPMENT_IDENT"             "ACTIVITIES_PERFORMED"
"161A"                         "WEEKLY"                      "52"                          "CHAN B"                             "10"
"161B"                         "WEEKLY"                      "52"                          "CHAN B"                             "10"
"161C"                         "WEEKLY"                      "52"                          "CHAN B"                             "10"
"161D(1)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(2)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(3)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(4)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(5)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(6)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161E"                         "WEEKLY"                      "52"                          ""                                    "0"
"161F"                         "WEEKLY"                      "52"                          ""                                    "0"
"161G"                         "WEEKLY"                      "52"                          ""                                    "0"
"161H"                         "WEEKLY"                      "52"                          ""                                    "0"
"161I"                         "WEEKLY"                      "52"                          ""                                    "0"
"161J"                         "WEEKLY"                      "52"                          ""                                    "0"
"161K"                         "WEEKLY"                      "52"                          ""                                    "0"

-- Desired Output
"PUBLICATION_PARAGRAPH"       "FREQUENCY"                   "NUM_REQ"              "EQUIPMENT_IDENT"             "ACTIVITIES_PERFORMED"
"161A"                         "WEEKLY"                      "52"                          "CHAN A"                              "5"
"161A"                         "WEEKLY"                      "52"                          "CHAN B"                              "5"
"161B"                         "WEEKLY"                      "52"                          "CHAN A"                              "5"
"161B"                         "WEEKLY"                      "52"                          "CHAN B"                              "5"
"161C"                         "WEEKLY"                      "52"                          "CHAN A"                              "5"
"161C"                         "WEEKLY"                      "52"                          "CHAN B"                              "5"
"161D(1)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(2)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(3)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(4)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(5)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161D(6)"                      "WEEKLY"                      "52"                          ""                                    "0"
"161E"                         "WEEKLY"                      "52"                          ""                                    "0"
"161F"                         "WEEKLY"                      "52"                          ""                                    "0"
"161G"                         "WEEKLY"                      "52"                          ""                                    "0"
"161H"                         "WEEKLY"                      "52"                          ""                                    "0"
"161I"                         "WEEKLY"                      "52"                          ""                                    "0"
"161J"                         "WEEKLY"                      "52"                          ""                                    "0"
"161K"                         "WEEKLY"                      "52"                          ""                                    "0"

-- Tables and Data
CREATE TABLE "LPM"
  (
    "LOG_ID"              NUMBER(22,0) NOT NULL ENABLE,
    "FAC_IDENT"           VARCHAR2(5 BYTE),
    "FAC_TYPE"            VARCHAR2(5 BYTE),
    "CODE_CATEGORY"       NUMBER(22,0) NOT NULL ENABLE,
    "SUPPLEMENTAL_CODE"   VARCHAR2(1 BYTE),
    "MAINT_ACTION_CODE"   VARCHAR2(1 BYTE),
    "INTERRUPT_CONDITION" VARCHAR2(22 BYTE),
    "ATOW_CODE"           VARCHAR2(22 BYTE),
    "SECTOR_CODE"         VARCHAR2(5 BYTE),
    "LOG_STATUS"          VARCHAR2(3 BYTE) NOT NULL ENABLE,
    "START_DATE" DATE,
    "START_DATETIME" VARCHAR2(22 BYTE),
    "END_DATE" DATE,
    "END_DATETIME"      VARCHAR2(22 BYTE),
    "MODIFIED_DATETIME" VARCHAR2(22 BYTE),
    "WR_AREA"           VARCHAR2(6 BYTE),
    "SHORT_NAME"        VARCHAR2(15 BYTE),
    "EQUIPMENT_IDENT"   VARCHAR2(15 BYTE),
    "INTERVAL_CODE"     VARCHAR2(255 BYTE),
    "EARLIEST_DATE"     VARCHAR2(4000 BYTE),
    "EARLIEST_DATETIME" VARCHAR2(255 BYTE),
    "SCHEDULED_DATE" DATE,
    "SCHEDULED_DATETIME" VARCHAR2(22 BYTE),
    "LATEST_DATE" DATE,
    "LATEST_DATETIME"                VARCHAR2(22 BYTE),
    "WR_CREW_UNIT"                   VARCHAR2(10 BYTE),
    "WR_WATCH"                       VARCHAR2(1 BYTE),
    "PUBLICATION_ORDER"              VARCHAR2(30 BYTE),
    "PUBLICATION_ORDER_ORIGINAL"     VARCHAR2(30 BYTE),
    "PUBLICATION_PARAGRAPH"          VARCHAR2(30 BYTE),
    "PUBLICATION_PARAGRAPH_ORIGINAL" VARCHAR2(30 BYTE),
    "NUMBER_OF_TASKS"                VARCHAR2(25 BYTE),
    "LOG_SUMMARY"                    VARCHAR2(255 BYTE),
    "COMMENTS" CLOB,
    "RELATED_LOGS" CLOB,
    "LPMANTAC_ID" NUMBER
  );

CREATE TABLE "FSEP"
  (
    "FAC_ID"               VARCHAR2(10 BYTE),
    "FACILITY"             VARCHAR2(5 BYTE),
    "FAC_LOCATION"         VARCHAR2(13 BYTE),
    "FAC_STATE"            VARCHAR2(2 BYTE),
    "REGION"               VARCHAR2(2 BYTE),
    "COST_CENTER"          VARCHAR2(8 BYTE) NOT NULL ENABLE,
    "ATOW_ORG"             VARCHAR2(150 BYTE),
    "ATOW_ORG_DESCRIPTION" VARCHAR2(150 BYTE),
    "SVC_AREA"             VARCHAR2(5 BYTE),
    "SECTOR_CODE"          VARCHAR2(5 BYTE),
    "FAC_CODE"             VARCHAR2(20 BYTE),
    "FAC_STATUS"           CHAR(1 BYTE) NOT NULL ENABLE,
    "RESTORATION_CODE"     VARCHAR2(2 BYTE),
    "RESPONSIBILITY_CODE"  CHAR(1 BYTE),
    "POWER_CODE"           CHAR(1 BYTE),
    "FAC_STATUS_DATE" DATE,
    "FAC_SWAP_DATE" DATE,
    "CHANGE_DATE"        VARCHAR2(22 BYTE),
    "GSA_ADDRESS"        VARCHAR2(15 BYTE),
    "INV"                VARCHAR2(2 BYTE),
    "SDP_TYPE"           VARCHAR2(5 BYTE),
    "SDP_IDENT"          VARCHAR2(4 BYTE),
    "CONTROL_IDENT"      VARCHAR2(10 BYTE),
    "REMOTE_IDENT"       VARCHAR2(10 BYTE),
    "MONITOR_IDENT"      VARCHAR2(4 BYTE),
    "RUNWAY"             VARCHAR2(3 BYTE),
    "ASSOC_AIRPORT"      VARCHAR2(4 BYTE),
    "FAC_MPS_SITE"       CHAR(4 BYTE),
    "FREQS_IN_PLACE"     NUMBER(22,0),
    "CONGRESSIONAL_DIS"  VARCHAR2(2 BYTE),
    "CONTRACT_MAINT_PER" NUMBER(22,0),
    "AIR_COND"           CHAR(1 BYTE),
    "FAC_UNITS"          NUMBER(22,0),
    "ET_PRIMARY_IDENT"   VARCHAR2(4 BYTE),
    "ET_PRIMARY_TYPE"    VARCHAR2(5 BYTE),
    "ENV_PRIMARY_IDENT"  VARCHAR2(4 BYTE),
    "ENV_PRIMARY_TYPE"   VARCHAR2(5 BYTE),
    "FAC_CODE_DESC"      VARCHAR2(100 BYTE),
    "STATUS_DESC"        VARCHAR2(50 BYTE),
    "RESTORATION_DESC"   VARCHAR2(32 BYTE),
    "POWER_DESC"         VARCHAR2(500 BYTE),
    "LATITUDE"           VARCHAR2(150 BYTE),
    "LONGITUDE"          VARCHAR2(150 BYTE),
    "ELEVATION"          VARCHAR2(22 BYTE),
    "MOD_COUNT"          VARCHAR2(22 BYTE),
    "HYPERLINK"          VARCHAR2(255 BYTE),
    "FSEPANTAC_ID"       NUMBER
);

CREATE TABLE "LPM_PARAGRAPH_MAPPING_TABLE"
  (
    "PUBLICATION_ORDER"       VARCHAR2(30 BYTE),
    "PUBLICATION_PARAGRAPH"   VARCHAR2(30 BYTE),
    "PARAGRAPH_ALIAS_MAPPING" VARCHAR2(30 BYTE),
    "LPMTANTAC_ID"            NUMBER
);

CREATE TABLE "PM_REQUIREMENTS_TABLE"
  (
    "PUBLICATION_ORDER"            VARCHAR2(30 BYTE),
    "PUBLICATION_PARAGRAPH_NUMBER" VARCHAR2(30 BYTE),
    "DESCRIPTION"                  VARCHAR2(4000 BYTE),
    "FREQUENCY"                    VARCHAR2(30 BYTE),
    "CHECK_OR_MAINTENANCE"         VARCHAR2(22 BYTE),
    "PRTANTAC_ID"                  NUMBER);

Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (108306002,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('02-MAY-10','DD-MON-RR'),'05/02/2010 21:00',to_date('02-MAY-10','DD-MON-RR'),'05/02/2010 21:30','05/03/2010 1:07','RADAR','SYS','CHAN B','W','05/02/2010','05/02/2010 0:00',to_date('05-MAY-10','DD-MON-RR'),'05/05/2010 0:00',to_date('08-MAY-10','DD-MON-RR'),'05/08/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14297);
Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (108306102,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('02-MAY-10','DD-MON-RR'),'05/02/2010 21:00',to_date('02-MAY-10','DD-MON-RR'),'05/02/2010 21:30','05/03/2010 1:07','RADAR','SYS','CHAN A','W','05/02/2010','05/02/2010 0:00',to_date('05-MAY-10','DD-MON-RR'),'05/05/2010 0:00',to_date('08-MAY-10','DD-MON-RR'),'05/08/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14298);
Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (104188402,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('26-APR-10','DD-MON-RR'),'4/26/2010 13:33',to_date('26-APR-10','DD-MON-RR'),'4/26/2010 13:46','4/26/2010 15:23','RADAR','SYS','CHAN A','W','4/25/2010','4/25/2010 0:00',to_date('28-APR-10','DD-MON-RR'),'4/28/2010 0:00',to_date('01-MAY-10','DD-MON-RR'),'05/01/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14306);
Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (104188502,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('26-APR-10','DD-MON-RR'),'4/26/2010 13:33',to_date('26-APR-10','DD-MON-RR'),'4/26/2010 13:46','4/26/2010 15:23','RADAR','SYS','CHAN B','W','4/25/2010','4/25/2010 0:00',to_date('28-APR-10','DD-MON-RR'),'4/28/2010 0:00',to_date('01-MAY-10','DD-MON-RR'),'05/01/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14307);
Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (101223702,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('19-APR-10','DD-MON-RR'),'4/19/2010 1:30',to_date('19-APR-10','DD-MON-RR'),'4/19/2010 2:10','4/19/2010 3:12','RADAR','SYS','CHAN B','W','4/18/2010','4/18/2010 0:00',to_date('21-APR-10','DD-MON-RR'),'4/21/2010 0:00',to_date('24-APR-10','DD-MON-RR'),'4/24/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14322);
Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (101223802,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('19-APR-10','DD-MON-RR'),'4/19/2010 1:30',to_date('19-APR-10','DD-MON-RR'),'4/19/2010 2:10','4/19/2010 3:12','RADAR','SYS','CHAN A','W','4/18/2010','4/18/2010 0:00',to_date('21-APR-10','DD-MON-RR'),'4/21/2010 0:00',to_date('24-APR-10','DD-MON-RR'),'4/24/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14323);
Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (96642402,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('11-APR-10','DD-MON-RR'),'04/11/2010 11:10',to_date('11-APR-10','DD-MON-RR'),'04/11/2010 11:15','04/11/2010 12:51','RADAR','SYS','CHAN B','W','04/11/2010','04/11/2010 0:00',to_date('14-APR-10','DD-MON-RR'),'4/14/2010 0:00',to_date('17-APR-10','DD-MON-RR'),'4/17/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14335);
Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (96642302,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('11-APR-10','DD-MON-RR'),'04/11/2010 11:05',to_date('11-APR-10','DD-MON-RR'),'04/11/2010 11:10','04/11/2010 12:51','RADAR','SYS','CHAN A','W','04/11/2010','04/11/2010 0:00',to_date('14-APR-10','DD-MON-RR'),'4/14/2010 0:00',to_date('17-APR-10','DD-MON-RR'),'4/17/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14336);
Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (92805502,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('07-APR-10','DD-MON-RR'),'04/07/2010 18:10',to_date('07-APR-10','DD-MON-RR'),'04/07/2010 18:22','04/07/2010 19:04','RADAR','SYS','CHAN A','W','04/04/2010','04/04/2010 0:00',to_date('07-APR-10','DD-MON-RR'),'04/07/2010 0:00',to_date('10-APR-10','DD-MON-RR'),'04/10/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14342);
Insert into lpm (LOG_ID,FAC_IDENT,FAC_TYPE,CODE_CATEGORY,SUPPLEMENTAL_CODE,MAINT_ACTION_CODE,INTERRUPT_CONDITION,ATOW_CODE,SECTOR_CODE,LOG_STATUS,START_DATE,START_DATETIME,END_DATE,END_DATETIME,MODIFIED_DATETIME,WR_AREA,SHORT_NAME,EQUIPMENT_IDENT,INTERVAL_CODE,EARLIEST_DATE,EARLIEST_DATETIME,SCHEDULED_DATE,SCHEDULED_DATETIME,LATEST_DATE,LATEST_DATETIME,WR_CREW_UNIT,WR_WATCH,PUBLICATION_ORDER,PUBLICATION_ORDER_ORIGINAL,PUBLICATION_PARAGRAPH,PUBLICATION_PARAGRAPH_ORIGINAL,NUMBER_OF_TASKS,LOG_SUMMARY,COMMENTS,RELATED_LOGS,LPMANTAC_ID) values (92805402,'ATL','ASR',50,'0','P',null,'WEQ1C','SO1LB','C',to_date('07-APR-10','DD-MON-RR'),'04/07/2010 17:53',to_date('07-APR-10','DD-MON-RR'),'04/07/2010 18:05','04/07/2010 19:04','RADAR','SYS','CHAN B','W','04/04/2010','04/04/2010 0:00',to_date('07-APR-10','DD-MON-RR'),'04/07/2010 0:00',to_date('10-APR-10','DD-MON-RR'),'04/10/2010 0:00','RADR',null,'6310.19A','6310.19A','161A-J','161 A-J','15',null, EMPTY_CLOB(), EMPTY_CLOB(),14343);

Insert into fsep (FAC_ID,FACILITY,FAC_LOCATION,FAC_STATE,REGION,COST_CENTER,ATOW_ORG,ATOW_ORG_DESCRIPTION,SVC_AREA,SECTOR_CODE,FAC_CODE,FAC_STATUS,RESTORATION_CODE,RESPONSIBILITY_CODE,POWER_CODE,FAC_STATUS_DATE,FAC_SWAP_DATE,CHANGE_DATE,GSA_ADDRESS,INV,SDP_TYPE,SDP_IDENT,CONTROL_IDENT,REMOTE_IDENT,MONITOR_IDENT,RUNWAY,ASSOC_AIRPORT,FAC_MPS_SITE,FREQS_IN_PLACE,CONGRESSIONAL_DIS,CONTRACT_MAINT_PER,AIR_COND,FAC_UNITS,ET_PRIMARY_IDENT,ET_PRIMARY_TYPE,ENV_PRIMARY_IDENT,ENV_PRIMARY_TYPE,FAC_CODE_DESC,STATUS_DESC,RESTORATION_DESC,POWER_DESC,LATITUDE,LONGITUDE,ELEVATION,MOD_COUNT,HYPERLINK,FSEPANTAC_ID) values ('ATL','ASR','ATLANTA','GA','SO','081LB','WEQ1C','Hartsfield Radar SSC','ESA','SO1LB','453ACA','D','4','A','A',to_date('01-OCT-50','DD-MON-RR'),to_date('01-OCT-95','DD-MON-RR'),'11/17/2010 8:51','43JW','RD','TRACO','A80','A80','ATL','A80',null,'ATL','ZTL ',0,'5',0,'A',1,null,null,null,null,'ASR-9   STANDARD FACILITY','Commissioned/Full Service','Up to 4 Hours','Denotes a commercial power source a standby engine generator and an Uninterruptible Power Supply (UPS).  This configuration shall provide uninterruptible conditioned power with AC voltage in and AC voltage out.','33.62875','-8.43003','1030','2','http://technet.faa.gov/fsep/fsepDetail.asp?recordno=ASRATL',32084);
Insert into fsep (FAC_ID,FACILITY,FAC_LOCATION,FAC_STATE,REGION,COST_CENTER,ATOW_ORG,ATOW_ORG_DESCRIPTION,SVC_AREA,SECTOR_CODE,FAC_CODE,FAC_STATUS,RESTORATION_CODE,RESPONSIBILITY_CODE,POWER_CODE,FAC_STATUS_DATE,FAC_SWAP_DATE,CHANGE_DATE,GSA_ADDRESS,INV,SDP_TYPE,SDP_IDENT,CONTROL_IDENT,REMOTE_IDENT,MONITOR_IDENT,RUNWAY,ASSOC_AIRPORT,FAC_MPS_SITE,FREQS_IN_PLACE,CONGRESSIONAL_DIS,CONTRACT_MAINT_PER,AIR_COND,FAC_UNITS,ET_PRIMARY_IDENT,ET_PRIMARY_TYPE,ENV_PRIMARY_IDENT,ENV_PRIMARY_TYPE,FAC_CODE_DESC,STATUS_DESC,RESTORATION_DESC,POWER_DESC,LATITUDE,LONGITUDE,ELEVATION,MOD_COUNT,HYPERLINK,FSEPANTAC_ID) values ('ATL','GS','ATLANTA','GA','SO','081MB','WEQ1A','Hartsfield Nav/Comm SSC','ESA','SO1MB','314JAH','D','24','A','D',to_date('18-NOV-49','DD-MON-RR'),to_date('01-DEC-96','DD-MON-RR'),'3/4/2009 14:40','43JX','21','ATCT','ATL','ATL',null,'A80','08R','ATL','ZTL ',0,'5',0,'A',1,null,null,null,null,'MARK 20 CAPTURE EFFECT CAT III W/RMM','Commissioned/Full Service','Up to 24 Hours','Denotes a commercial power source and a battery standby power system.  A UPS is not included in this category.','33.64788','-84.43426','1012','2','http://technet.faa.gov/fsep/fsepDetail.asp?recordno=GSATL',32109);

Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161A','161',1708);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161A','161A-J',1709);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161B','161',1736);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161B','161A-J',1737);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161C','161',1765);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161C','161A-J',1766);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161C','161(A-->K)',1769);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161C','161(A-K)',1774);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161C','161.(A-C).',1775);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161D(1)','161',1793);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161D(1)','161161 A-J',1794);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161D(2)','161',1821);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161D(2)','161 A-J',1822);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161D(2)','161(A-->K)',1825);
Insert into LPM_PARAGRAPH_MAPPING_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH,PARAGRAPH_ALIAS_MAPPING,LPMTANTAC_ID) values ('6310.19A','161K','161.K',1825);

Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161A','Check transmitter average rf power output','WEEKLY',null,3);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161B','Check transmitter VSWR','WEEKLY',null,4);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161C','Check RMS transmitter pulse width','WEEKLY',null,5);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161D(1)','Check filament current','WEEKLY',null,6);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161D(2)','Check focus coil current','WEEKLY',null,7);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161D(3)','Check Klystron voltage','WEEKLY',null,8);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161D(4)','Check Klystron current','WEEKLY',null,9);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161D(5)','Check PFN voltage','WEEKLY',null,10);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161D(6)','Check vacuum pump current','WEEKLY',null,11);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161E','Check target receiver MDS','WEEKLY',null,12);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161F','Check target receiver NF','WEEKLY',null,13);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161G','Check target receiver recovery','WEEKLY',null,14);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161H','Check weather receiver MDS','WEEKLY',null,15);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161I','Check weather receiver NF','WEEKLY',null,16);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161J','Check weather receiver recovery','WEEKLY',null,17);
Insert into PM_REQUIREMENTS_TABLE (PUBLICATION_ORDER,PUBLICATION_PARAGRAPH_NUMBER,DESCRIPTION,FREQUENCY,CHECK_OR_MAINTENANCE,PRTANTAC_ID) values ('6310.19A','161K','Check spare modem operation','WEEKLY',null,18);

Published by: George Heller on July 20, 2011 13:45

Published by: George Heller on July 20, 2011 13:46

Published by: George Heller on July 20, 2011 13:48

Hi, George.

I think I understand now!
You want outer join table req on the result of all the other joined tables. You want all the lines of the req to be represented in the result set, even if they have no match in the other tables, but it is the only outer join you want. You don't want to necessarily, for example, all rows in the table pmap represented. In this case, the join involving req should be an outer join, but all the other joins are inner joins.

Here's a way to do it:

SELECT    req.publication_paragraph_number AS publication_paragraph
-- ,        req.description
,         req.frequency
,        CASE   UPPER (req.frequency)
           WHEN 'DAILY'           THEN 365
           WHEN 'WEEKLY'          THEN  52
           WHEN 'MONTHLY'         THEN  12
           WHEN 'QUARTERLY'       THEN   4
           WHEN 'SEMIANNUALLY'    THEN   2
           WHEN 'ANNUALLY'        THEN   1
           ELSE 0
       END                    AS num_req
,       lpm.equipment_ident
,        COUNT (fsep.fac_id)          AS activities_performed
FROM             pm_requirements_table          req
LEFT OUTER JOIN (
                        lpm_paragraph_mapping_table     pmap
          JOIN  lpm
                                   ON   TRIM (lpm.publication_paragraph) = pmap.paragraph_alias_mapping
                                   AND  TRIM (lpm.publication_order)         = '6310.19A'
                                   AND  TRUNC (lpm.start_date, 'YEAR')   = TO_DATE ('01/01/2010', 'MM/DD/YYYY')
                                   AND  lpm.fac_ident                   = 'ATL'
                JOIN  fsep
                                   ON   fsep.fac_id     = lpm.fac_ident
                                   AND  fsep.facility = lpm.fac_type
          )
                                 ON       req.publication_order             = pmap.publication_order
                         AND         req.publication_paragraph_number = pmap.publication_paragraph
GROUP BY  req.publication_paragraph_number, req.description, req.frequency, lpm.equipment_ident
ORDER BY  req.publication_paragraph_number
;

Only the FROM clause has changed since yesterday.
Output:

`                                      ACTIV
PUBLICAT                               ITIES
ION_PARA                      EQUIPMEN _PERF
GRAPH    FREQUENCY    NUM_REQ T_IDENT  ORMED
-------- --------- ---------- -------- -----
161A     WEEKLY            52 CHAN A       5
161A     WEEKLY            52 CHAN B       5
161B     WEEKLY            52 CHAN A       5
161B     WEEKLY            52 CHAN B       5
161C     WEEKLY            52 CHAN A       5
161C     WEEKLY            52 CHAN B       5
161D(1)  WEEKLY            52              0
161D(2)  WEEKLY            52              0
161D(3)  WEEKLY            52              0
161D(4)  WEEKLY            52              0
161D(5)  WEEKLY            52              0
161D(6)  WEEKLY            52              0
161E     WEEKLY            52              0
161F     WEEKLY            52              0
161G     WEEKLY            52              0
161H     WEEKLY            52              0
161I     WEEKLY            52              0
161J     WEEKLY            52              0
161K     WEEKLY            52              0

Need help with sql query

Dear all,
I have a sql like query below
SELECT min (G.TRANSACTION_DATE), D.REQUEST_NUMBER
MTL_TXN_REQUEST_HEADERS D,.
MTL_TXN_REQUEST_LINES, E.
MTL_MATERIAL_TRANSACTIONS G,.
Mtl_Transaction_Types I have
WHERE D.HEADER_ID = E.HEADER_ID
AND G.TRANSACTION_TYPE_ID = I.TRANSACTION_TYPE_ID
AND Upper (I.Transaction_Type_Name) = Upper ('TEC outcome')
AND E.LINE_ID = G.MOVE_ORDER_LINE_ID
AND D.MOVE_ORDER_TYPE = 5
TO_DATE (G.TRANSACTION_DATE) BETWEEN TO_DATE('01-JAN-2014') AND TO_DATE('31-DEC-2014')
D.REQUEST_NUMBER GROUP
I need to get the first number of the application and finally ask for number based on the date of the transaction, how can I get the number of name application and based on the date of the transaction for the same query, please help me.
above query is back under results
If the query should return a line with the number of application like 2383 based on minimum transaction date and another column based on the maximum transaction date, please help me.
so in the example above, it must return
FIRST REQUEST NUMBER LAST NUMBER
2383 1886
Thank you
```
select min(request_number) keep(dense_rank first order by transaction_date asc ) request_number_min
     , min(request_number) keep(dense_rank first order by transaction_date desc) request_number_max
  from (
        select min(g.transaction_date) transaction_date
             , d.request_number
          from mtl_txn_request_headers d
             , mtl_txn_request_lines e
             , mtl_material_transactions g
             , mtl_transaction_types i
         where d.header_id                    = e.header_id
           and g.transaction_type_id          = i.transaction_type_id
           and upper(i.transaction_type_name) = upper('WIP Issue')
           and e.line_id                      = g.move_order_line_id
           and d.move_order_type              = 5
           and to_date(g.transaction_date) between to_date('01-jan-2014') and to_date('31-dec-2014')
         group
            by d.request_number
       )
```

Need help with the query (transpose)

Hello experts, please help here - 11 g Oracle, attribute APA APB are fixed values and can be hard coded in query
Need to transpose these data. Max(decode.. perd les données en sortie à cause de la condition de Max.)
Entry:
Name | Attribute | Value
A1 APP 10
A1 PDB 11
A1 APA 20
A1 PDB 21
A2 BPA 13
A2 BPB 14
Expected results:
Name AttVal1 AttVal2
A1 10 11
13 14 A2
20 21 A1

Hello

Here's one way:

WITH relevant_columns AS

(

SELECT name

value

CASE

WHEN the attribute ("APA", "BPA") THEN 1

WHEN the attribute ("PDB", "BPB") THEN 2

END AS c_num

ROW_NUMBER () (PARTITION BY NAME, attirbute

Value of ORDER BY

) AS r_num

FROM table_x

)

SELECT name, attval1, attval2

OF relevant_columns

PIVOT (MAX (value)

FOR c_num IN (1 AS attval1

2 UNDER attval2

)

)

ORDER BY r_num, name

;

If you would care to post CREATE TABLE and INSERT statements for your sample data, and then I could test this.

Why do you want to

NAME ATTVAL1 ATTVAL2

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

A1 10 11

20 21 A1

in the results, rather than

NAME ATTVAL1 ATTVAL2

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

10 21 A1

20 11-A1

? You would be satisfied to one or the other?

Depending on your answer, you may need to modify the analytical ORDER BY clause in the ROW_NUMBER function.

Need help with a query complex for the production database

Hello again,

I need your help once again, for a query how to show me how long each stage of production is by order.
See examples of data and what I expect.
Thank you all for your help.

We use Oracle Database 11 g Enterprise Edition Release 11.2.0.3.0 - 64 bit Production

Here the example data tables:

CREATE      TABLE      TABLE_2
   
(     "ORDER_NR"      VARCHAR2 (12)
,      "PRIORITY"      VARCHAR2 (2)
,      "WO_STEP"      VARCHAR2 (1)
,      "STEP_DATE"      DATE
);

CREATE      TABLE      TABLE_1
(     "ORDER_NR"           VARCHAR2     (12) PRIMARY KEY
,      "PRIORITY"           VARCHAR2      (2)
,      "CREATE_DATE"      DATE
,     "ACT_STEP"          VARCHAR2     (2)
,     "STEP_DATE"          DATE
,     "EMPLOYEE"          VARCHAR2     (5)
,     "DESCRIPTION"     VARCHAR2     (20)
);

INSERT      INTO      TABLE_1      (ORDER_NR,               PRIORITY,      CREATE_DATE,                                                        ACT_STEP,     STEP_DATE,                                                            EMPLOYEE,     DESCRIPTION) 
                    VALUES           ('1KKA1T205634',     '12',          TO_DATE('10-FEB-13 10:00:00','DD-MON-RR HH24:MI:SS'),     'U',          TO_DATE('28-FEB-13 12:00:00','DD-MON-RR HH24:MI:SS'),     'W0010',     'CLEAN HOUSE');
INSERT      INTO      TABLE_1      (ORDER_NR,               PRIORITY,     CREATE_DATE,                                                        ACT_STEP,     STEP_DATE,                                                            EMPLOYEE,     DESCRIPTION)
                    VALUES           ('1KKA1Z300612',     '12',          TO_DATE('08-FEB-13 14:00:00','DD-MON-RR HH24:MI:SS'),     'F',          TO_DATE('20-FEB-13 16:00:00','DD-MON-RR HH24:MI:SS'),     'K0052',     'REPAIR CAR');

INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'A',          TO_DATE('12-FEB-13 13:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          '5',          TO_DATE('13-FEB-13 09:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'K',          TO_DATE('13-FEB-13 10:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          '5',          TO_DATE('13-FEB-13 11:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'K',          TO_DATE('13-FEB-13 12:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          '5',          TO_DATE('13-FEB-13 16:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'C',          TO_DATE('14-FEB-13 08:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'B',          TO_DATE('14-FEB-13 10:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'E',          TO_DATE('18-FEB-13 13:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'F',          TO_DATE('20-FEB-13 16:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'S',          TO_DATE('21-FEB-13 08:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'R',          TO_DATE('21-FEB-13 09:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1T205634',     '12',          'U',          TO_DATE('28-FEB-13 12:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          'A',          TO_DATE('12-FEB-13 13:52:42','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          '5',          TO_DATE('13-FEB-13 09:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          'K',          TO_DATE('13-FEB-13 10:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          '5',          TO_DATE('13-FEB-13 11:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          'K',          TO_DATE('13-FEB-13 12:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          '5',          TO_DATE('13-FEB-13 16:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          'C',          TO_DATE('14-FEB-13 08:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          'B',          TO_DATE('14-FEB-13 10:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          'E',          TO_DATE('18-FEB-13 13:00:00','DD-MON-RR HH24:MI:SS'));
INSERT     INTO      TABLE_2      (ORDER_NR,               PRIORITY,     WO_STEP,     STEP_DATE)
                    VALUES           ('1KKA1Z300612',     '12',          'F',          TO_DATE('20-FEB-13 16:00:00','DD-MON-RR HH24:MI:SS'));
COMMIT;

And here's what I expect of my request:

SYSDATE     28.Feb.13 14:00                                                                                     
                                                                                          
ORDER_NR     PRIORITYCREATE_DATE     STATUS     STATUS_DATE     DESCRIPTION     AGE_1     AGE_2     WAITNG     STEP_A     STEP_B     STEP_C     STEP_5     STEP_K     STEP_E     STEP_F     STEP_S     STEP_R     
1KKA1T205634     12     10.Feb.13 10:00     U     28.Feb.13 12:00     CLEAN HOUSE     18,083     8,833     2,125     0,833     4,125     0,083     0,750     0,208     2,125     0,666     0,042     7,125     
1KKA1Z300612     12     08.Feb.13 14:00     F     20.Feb.13 16:00     REPAIR CAR     20,000     16,042     2,125     0,833     4,125     0,083     0,750     0,208     2,125     0,666

And now the explanation for the result of the query:
The AGE_1 is the difference in days between the "CREATE_DATE" and if EXSIST L'ETAPE 'U' then STEP_DATE or if the STEP 'U' is not found in TABLE_2 then it should show the difference in days between the "CREATE_DATE' and the 'SYSDATE.
The AGE_2 is the difference in days between the STEP "A" STEP_DATE and IF EXSIST L'ETAPE 'R' then STEP_DATE or if the STEP 'R' is not in TABLE_2 then it should show the difference in days between the "CREATE_DATE' and the 'SYSDATE.
The EXPECTATION is the difference in days between CREATE_DATE and STEP 'A' STEP_DATE
The following columns indicate the days, how long the ORDER_NR remains in these TIMES, if an ORDER_NR comes in the same STEP should be calculated together more than once.
If the ORDER_NR jump a step, it should show a zero in the specific field.

I hope that my explanation is good enough, my English skills are far from good.

Thank you for all your help.

Hosts Reinhard W.

Solomon Yakobson says:
Just add the amounts:

In fact, you could edit all CASES:

with t2 as (
            select  t.*,
                    lead(step_date) over(partition by order_nr order by step_date) next_step_date
              from  table_2 t
           )
select  t1.*,
        nvl(
            max(
                case t2.wo_step
                  when 'U' then t2.step_date
                end
               ),
           sysdate
          ) - t1.create_date age_1,
        nvl(
            max(
                case t2.wo_step
                  when 'R' then t2.step_date
                end
               ),
           sysdate
          ) - t1.create_date age_2,
        sum(
            case
              when t2.wo_step in ('B','5') then t2.next_step_date - t2.step_date
            end
           ) step_b_5,
        sum(
            case t2.wo_step
              when 'C' then t2.next_step_date - t2.step_date
            end
           ) step_c,
        sum(
            case t2.wo_step
              when 'K' then t2.next_step_date - t2.step_date
            end
           ) step_k,
        sum(
            case t2.wo_step
              when 'E' then t2.next_step_date - t2.step_date
            end
           ) step_e,
        sum(
            case t2.wo_step
              when 'F' then t2.next_step_date - t2.step_date
            end
           ) step_f,
        sum(
            case t2.wo_step
              when 'S' then t2.next_step_date - t2.step_date
            end
           ) step_s,
        sum(
            case t2.wo_step
              when 'R' then t2.next_step_date - t2.step_date
            end
           ) step_r
  from  table_1 t1,
        t2
  where t2.order_nr = t1.order_nr
  group by t1.order_nr,
           t1.priority,
           t1.create_date,
           t1.act_step,
           t1.step_date,
           t1.employee,
           t1.description
/

ORDER_NR     PR CREATE_DA AC STEP_DATE EMPLO DESCRIPTION      AGE_1      AGE_2   STEP_B_5     STEP_C  STEP_K     STEP_E     STEP_F        STEP_S     STEP_R
------------ -- --------- -- --------- ----- ----------- ---------- ---------- ---------- ---------- ---------- ---------- ---------- ---------- ----------
1KKA1T205634 12 10-FEB-13 U  28-FEB-13 W0010 CLEAN HOUSE 18.0833333 10.9583333      4.875 .083333333 .208333333      2.125 .666666667 .041666667      7.125
1KKA1Z300612 12 08-FEB-13 F  20-FEB-13 K0052 REPAIR CAR   44.252338  44.252338      4.875 .083333333 .208333333      2.125

SQL>

SY.

NEED HELP WITH THE QUERY, NEED MORE RECENT FILE ONLY
Hi all

That is,

I have an assignment I need to find agents that allow players to break the rules.

So far, I have 41 results, in which there are 4 principles and 24 footballers and football player even beat more than one rule or the rule more than once.

What I need now is to make arrangements so that every footballer appears once n matter how many times they have broken the rules.

I have

SELECT
t.transfer_time | ' ' || a.first_name | ' ' || a.last_name | ' ' || f.first_name | ' ' || f.last_name | ' ' || f.footballer_id | ' ' || t.transfer_id
Of
agents a, t transfers, footballers f, footballers_fees fo
WHERE
a.agent_id = t.broker_id
AND
t.footballer_id = f.footballer_id
AND
f.footballer_id = fo.footballer_id
AND
(RULE 1 BROKEN AND RULE 2 BROKEN
OR
RULE 1 BROKEN AND ARTICLE 2 DOES NOT DECOMPOSE
OR
RULE 1 DOES NOT DECOMPOSE AND RULE 2 BROKEN)

GROUP BY
t.transfer_time | ' ' || a.first_name | ' ' || a.last_name | ' ' || f.first_name | ' ' || f.last_name | ' ' || f.footballer_id | ' ' || t.transfer_id
ORDER BY
t.transfer_time | ' ' || a.first_name | ' ' || a.last_name | ' ' || f.first_name | ' ' || f.last_name | ' ' || f.footballer_id | ' ' || t.transfer_id
;

(I did not type the SQL code to rules 1 and 2 but I know it works)

Now, I need not to show that every footballer once they broke rule and more than once or not.

I was looking at the screen nearly enough hours 10 and any help or ideas would be greatly appreciated

Thank you all :)
Hello

Welcome to the forum!

Whenever you have a problem, please post a small example of data (CREATE TABLE and INSERT statements) so that people who want to help you can recreate the problem and test their ideas. You don't have to display a large amount of data. In this case, it seems that 2 to 10 lines for each table could give a good picture of the problem.
After the results that you want samples fropm, and explain how you get those resulting from these data.
Always tell what version of Oracle you are using.

The ideal outcome would be just what you '; Re I get now, but with some deleted rows and only 1 line by left footballer? If so, do a subquery on the original query, and then add somehting like
```
, ROW_NUMBER () OVER (PARTITION BY f.footballer_id ORDER BY NULL)  AS r_num
```
in the SELECT clause.
then, in the main query, display only lines
```
WHERE   r_num  = 1
```
ROW_NUMBER requires an ORDER byclause of analytics. If you ORDER BY a constant (e.g. NULL) then what line gets number 1 will be arbitrary. If you care who lines for a given player is numbered 1 (and therefore included in the final output), then adjust the analytical ORDER BY clause. (You the title mentions "most recent record only", so if the dt column indicates whether a line is "newer" than another, you can "ORDER BY dt DESC".)

I know this response is vague in places. Without a concrete example (CREATE TABLE and instructions INSERT for examples of data and outcomes from these data), that's the best I can do.

Need help with the query using the AVG function
First post here.
I am a student taking a SQL class and I can't find a query.
I think I'm close to get it, but I can not quite all the way there.

Three tables are involved in this problem. Here is a list of the tables and the areas concerned:
```
orders table:
  order#
  shipstate

orderitems table:
  order#
  isbn
  quantity         (How many copies of book purchased on that order)

books table:
  isbn
  retail    (retail price of book)
```
Problem:
I want to get an average of "total amount" by shipstate.

For example, in these tables, there are 8 records of the State of Florida.
However, there are only 5 unique order # for this State.
The amount of detail * quantity for these 8 disks (or 5 orders) is $345,10
Now to get my average $345,10 should be divided by 5. (number of unique commands)
In the following query it divides this $345,10 8. (number of records)

How to make this request to divide by the number of unique order # rather than the number of records?
```
SELECT shipstate, AVG(quantity * retail)
FROM orders JOIN orderitems USING (order#)
JOIN books USING (isbn)
GROUP BY shipstate
HAVING SUM(quantity * retail) =ANY
                              (SELECT SUM(quantity * retail)
                                FROM books JOIN orderitems USING (isbn)
                                JOIN orders USING (order#)
                                GROUP BY shipstate) 
```
According to me, once I get this part down, I can understand the rest of the problem.
The end result, I need, is to find all the individual commands that have a "total amount due" that is greater than the 'average amount due' for this state of clients.

Any help, suggestions or comments welcome.
Matt
Your average take into account the shipstate (8 disks), you can do that for the expected results.
With some examples of input data it would be easier, but here a try:
```
SELECT shipstate, sum(quantity * retail)/count(distinct order#)
FROM orders JOIN orderitems USING (order#)
JOIN books USING (isbn)
GROUP BY shipstate;
```
Nicolas.

delete the alias
Edited by: N. Gasparotto on October 3, 2008 19:28

Need help with sql query performance

Dear all,
I have a sql like query below, I need to give the following query please help me identify which statement I should tune to have better performanece.
Select rownum LINE_NUM,
A.LINE_ID,
TO_CHAR (A.INVITMID),
TO_NUMBER (A.PICKQTY),
UNLOADINGPNT NULL,
RRNUM NULL,
WORKORDNUM NULL,
WORKORDDESC NULL,
A.PONUM,
DTR_DUMB NULL,
A.DESCRIPTION,
FROM_SUB NULL,
TO_SUB NULL,
NO SOURCE,
ASSET_NUMBER NULL,
A.RECEIPTNUM,
MOVEORD NULL,
FROM_LOC NULL,
TO_LOC NULL,
MSD_NUM NULL,
CONTAIN_LINE NULL,
A.UOM,
A.PO_RELEASE
de)
Select headerid Po.Po_Header_Id,
rcv1. Po_Line_Id LINE_ID,
rcv1.item_id INVITMID,
(NVL(Rcv1.Transact_Qty,0)-NVL(rcv2.transact_qty,0)) PICKQTY,
Po.Segment1 PONUM,
Rcv1.Receipt_Num RECEIPTNUM,
Rcv1.Item_Desc DESCRIPTION,
Rcv1.Transact_Uom GLU,
Rcv1.Po_release
Po_Headers_All in.,.
(Select rcv3. Po_Header_Id, RCV3.receipt_num, rcv3. Po_Line_Id, rcv3. Destination_Type_Code, rcv3. Item_Id, rcv3. Item_Desc, rcv3. Transact_Uom, SUM (rcv3. Transact_Qty) Transact_Qty, rcv3. PO_RELEASE OF)
SELECT A.Po_Header_Id,
C.RECEIPT_NUM receipt_num,
A.Po_Line_Id,
A.Destination_Type_Code,
B.Item_Id,
B.item_description Item_Desc,
A.UNIT_OF_MEASURE Transact_Uom,
A.QUANTITY Transact_Qty,
D.RELEASE_NUM PO_RELEASE
OF RCV_TRANSACTIONS,.
RCV_SHIPMENT_HEADERS C.
B RCV_SHIPMENT_LINES,
PO_RELEASES_ALL D
WHERE C.SHIPMENT_HEADER_ID = A.SHIPMENT_HEADER_ID
AND B.SHIPMENT_LINE_ID = A.SHIPMENT_LINE_ID
AND UPPER (A.Transaction_Type) = "to DELIVER".
AND higher (A.Destination_Type_Code) = "EXPENSES".
AND D.PO_RELEASE_ID = A.PO_RELEASE_ID
UNION ALL
SELECT A.Po_Header_Id,
C.RECEIPT_NUM receipt_num,
A.Po_Line_Id,
A.Destination_Type_Code,
B.Item_Id,
B.item_description Item_Desc,
A.UNIT_OF_MEASURE Transact_Uom,
A.QUANTITY Transact_Qty,
D.RELEASE_NUM PO_RELEASE
OF RCV_TRANSACTIONS,.
RCV_SHIPMENT_HEADERS C.
B RCV_SHIPMENT_LINES,
PO_RELEASES_ALL D
WHERE C.SHIPMENT_HEADER_ID = A.SHIPMENT_HEADER_ID
AND B.SHIPMENT_LINE_ID = A.SHIPMENT_LINE_ID
AND B.ITEM_ID IS NULL
AND UPPER (A.Transaction_Type) = "to DELIVER".
AND higher (A.Destination_Type_Code) = "WORKSHOP".
D.PO_RELEASE_ID AND = A.PO_RELEASE_ID) rcv3
GROUP BY rcv3. Po_Header_Id, RCV3.receipt_num, rcv3. Po_Line_Id, rcv3. Destination_Type_Code, rcv3. Item_Id, rcv3. Item_Desc, rcv3. Transact_Uom, rcv3. Rcv1 PO_RELEASE),
(SELECT A.PO_LINE_ID,
Sum (A.Quantity) transact_qty,
A.PO_HEADER_ID,
C.RECEIPT_NUM
OF RCV_TRANSACTIONS,.
RCV_SHIPMENT_HEADERS C.
B RCV_SHIPMENT_LINES,
PO_RELEASES_ALL D
WHERE C.SHIPMENT_HEADER_ID = A.SHIPMENT_HEADER_ID
AND B.SHIPMENT_LINE_ID = A.SHIPMENT_LINE_ID
AND UPPER (A.Transaction_Type) = "RETURN to the RECEPTION"
AND D.PO_RELEASE_ID = A.PO_RELEASE_ID
A.PO_LINE_ID, A.PO_HEADER_ID, C.RECEIPT_NUM GROUP) Rcv2
Where Po.Po_Header_Id = Rcv1.Po_Header_Id (+)
And Rcv1.Po_Line_Id = Rcv2.Po_Line_Id (+)
And Rcv1.Receipt_Num = Rcv2.Receipt_Num (+)
And Rcv1.Transact_Qty <>Nvl(Rcv2.Transact_Qty,999999999)
Group of po.po_header_id, rcv1.po_line_id, po.segment1, rcv1.receipt_num, rcv1.item_id, Rcv1.Item_Desc, rcv1. TRANSACT_UOM, rcv1. PO_RELEASE, (NVL(Rcv1.Transact_Qty,0)-NVL(RCV2.transact_qty,0))) has
Is my version of the database: Oracle Database 11g Enterprise Edition Release 11.2.0.3.0 - 64 bit Production
Please find the attached PLAN to EXPLAIN.
Thank you

May be essentially the same join (between a, b, c and d) twice instead of three times

sounds like it could be done with a single join (between a, b, c, and d), but you do not some columns than the columns of rcv1 rcv2

We can work on what we can see only

Select rownum line_num,

rcv1.po_line_id line_id,

TO_CHAR (rcv1.item_id) invitmid,

NVL(rcv1.transact_qty,0) - nvl(rcv2.transact_qty,0) pickqty,

unloadingpnt null,

rrnum null,

workordnum null,

workorddesc null,

Po. Ponum Segment1,

dtr_dumb null,

description of the rcv1.item_desc,

from_sub null,

to_sub null,

No source,

asset_number null,

rcv1.receipt_num receiptnum,

moveord null,

from_loc null,

to_loc null,

msd_num null,

contain_line null,

Glu rcv1.transact_uom,

rcv1.po_release

of po_headers_all in.

left outer join

(select a.po_header_id,

c.receipt_num,

a.po_line_id,

a.destination_type_code,

b.item_id,

b.item_description item_desc,

a.unit_of_measure transact_uom,

Sum (a.Quantity) transact_qty,

d.release_num po_release

from (select shipment_header_id,

shipment_line_id,

po_release_id,

po_header_id,

po_line_id,

destination_type_code,

unit_of_measure,

quantity

of rcv_transactions

where upper (a.transaction_type) = "to DELIVER".

and upper (a.destination_type_code) ('charge', 'WORKSHOP')

) a

inner join

rcv_shipment_lines b

On a.shipment_line_id = b.shipment_line_id

inner join

c rcv_shipment_headers

On a.shipment_header_id = c.shipment_header_id

left outer join

po_releases_all d

On a.po_release_id = d.po_release_id

where upper (a.destination_type_code) = "EXPENSES".

or (upper (a.destination_type_code) = 'WORKSHOP'

and b.item_id is null

)

A.po_header_id group,

c.receipt_num,

a.po_line_id,

a.destination_type_code,

b.item_id,

b.item_description,

a.unit_of_measure,

d.release_num

) rcv1

On po.po_header_id = rcv1.po_header_id

left outer join

(select a.po_line_id,

Sum (a.Quantity) transact_qty,

a.po_header_id,

c.receipt_num

from (select shipment_header_id,

shipment_line_id,

po_release_id,

po_header_id,

quantity

of rcv_transactions

where upper (a.transaction_type) = "RETURN to THE RECIPIENTS.

) a

inner join

rcv_shipment_lines b

On a.shipment_line_id = b.shipment_line_id

inner join

c rcv_shipment_headers

On a.shipment_header_id = c.shipment_header_id

left outer join

po_releases_all d

On a.po_release_id = d.po_release_id

A.po_line_id group,

a.po_header_id,

c.receipt_num

) rcv2

On rcv1.po_line_id = rcv2.po_line_id

and rcv1.receipt_num = rcv2.receipt_num

where rcv1.transact_qty! = nvl(rcv2.transact_qty,999999999)

Concerning

Etbin

Need help with a query of type "connect by level.

Hello, I recently met 'connect by level' and I think he can solve my problem, but maybe not. I would like to create rows of data where the number of rows created varies according to the data from the original table.
It works:
with times like
(select to_date (' 26/01/2014 01:00 ',' dd/mm/yyyy hh24:mi:ss') starttime,)
TO_DATE (' 27/01/2014 00:00:00 ',' dd/mm/yyyy hh24:mi:ss') stoptime
the double)
Select starttime, stoptime, starttime + rownum / 24
of the time
connect by level < =.
(Select trunc ((stoptime-starttime) * 24: 2) at the time)
I would like to do something similar for several lines (following does not work)
with times like
(select to_date (' 26/01/2014 01:00 ',' dd/mm/yyyy hh24:mi:ss') starttime,)
TO_DATE (' 27/01/2014 00:00:00 ',' dd/mm/yyyy hh24:mi:ss') stoptime
of the double
Union
Select to_date (' 25/01/2014 18:00 ',' dd/mm/yyyy hh24:mi:ss') starttime.
TO_DATE (' 27/01/2014 00:00:00 ',' dd/mm/yyyy hh24:mi:ss') stoptime
the double)
Select starttime, stoptime, starttime + rownum / 24
of the time
connect by level < =.
(Select trunc ((stoptime-starttime) * 24: 2) at the time)
I need to stay away from solutions of PL/SQL, this query will be wrapped in an application that can not handle the PL/SQL, going and coming from the database (I also suck in PL/SQL).
Any help would be greatly appreciated, I have no knowledge here, I tried to read some of the documentation on hierarchical queries, but it is not yet clicking.
Thank you!

Or also:

SQL > WITH times

2 ALSO (SELECT TO_DATE (' 01:00 26/01/2014 ', "hh24:mi:ss dd/mm/yyyy") Starttime)

3, TO_DATE (' 01/26/2014 03:00 ', 'hh24:mi:ss dd/mm/yyyy') Stoptime

4 FROM TWO

5 UNION

6 SELECT TO_DATE (' 25/01/2014 18:00 ', "hh24:mi:ss mm/dd/yyyy") Starttime

7, TO_DATE (' 25/01/2014 22:00 ', 'hh24:mi:ss dd/mm/yyyy') Stoptime

8 DOUBLE)

9. SELECT T.*, Starttime + Lvl / 24

10. OF time T

11, (SELECT LEVEL Lvl

THE DOUBLE 12

13 CONNECT BY LEVEL<>

14 (SELECT MAX (TRUNC ((Stoptime-Starttime) * 24)))

15 AT the time)):

16. WHERE the lvl<= trunc="" (="" (stoptime="" -="" starttime)="" *="">

17 ORDER 1, 3

18.

STARTTIME STOPTIME-STARTTIME + LVL/24

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

January 25, 2014 18:00 January 25, 2014 22:00 January 25, 2014 19:00

January 25, 2014 18:00 January 25, 2014 22:00 January 25, 2014 20:00

January 25, 2014 18:00 January 25, 2014 22:00 January 25, 2014 21:00

January 25, 2014 18:00 January 25, 2014 22:00 January 25, 2014 22:00

26 January 2014 01:00 26 January 2014 03:00 January 26, 2014 02:00

26 January 2014 01:00 26 January 2014 03:00 January 26, 2014 03:00

6 selected lines.

Need help with a query complex

ID Col1 Col2 COL3 COL4 VAL
1 col1_1 col2_1 col3_1 col4_1 val1
1 col1_1 col2_1 col3_1 * val2
1 col1_1 col2_1 * * val3
1 col1_1 * * * Val4
1 * * * * Val5
I want to get the result.
Col1, col2, col3, col4 will be entered and I need to find the Val by matching the Col1, col2, col3 col4.
IF there is no match for any column, then it should consider it as *.
So basically for any value of Col1, col2, col3, col4, it should return Val.
Example - he must return val1 for col1_1, col2_1, col3_1, col4_1
and val5 for col1_11, col2_11, col3_11 and col4_11 have no match for all 4 columns here.
How to write a simplified in this case request? any help is really appreciated.

SQL > with t as)
2. Select val,
3 dense_rank() on)
4 order of col1 case when ' *' then 0 end of another 1 +.
5 case col2 where ' *' then 0 end of another 1 +.
6 case col3 where ' *' then 0 end of another 1 +.
7 case col4 when ' *' 0 then 1 other side desc
8                                      ) rnk
9 of tbl
10 where col1 in ('col1_1','* ')
11 and col2 in ('col2_1','* ')
12 and col3 in ('col3_1','* ')
13 and col4 in ('col4_1','* ')
14            )
15 select val
16 t
where the 17 rnk = 1
18.

VAL
----
val1

SQL > with t as)
2. Select val,
3 dense_rank() on)
4 order of col1 case when ' *' then 0 end of another 1 +.
5 case col2 where ' *' then 0 end of another 1 +.
6 case col3 where ' *' then 0 end of another 1 +.
7 case col4 when ' *' 0 then 1 other side desc
8                                      ) rnk
9 of tbl
10 where col1 in ('col1_11','* ')
11 and col2 in ('col2_11','* ')
12 and col3 in ('col3_11','* ')
13 and col4 in ('col4_11','* ')
14            )
15 select val
16 t
where the 17 rnk = 1
18.

VAL
----
Val5

SQL >

SY.

need help with the query: (Frank)
Hi Frank,.

I have the oracle 8 database.
I have the following table with the data structure:

TABLE P (PID, PNAME, COLOR)
PRIMARY KEY: PID
```
PID     Pname    Color
p1...........          Red
P2.................    green
p3...............       blue
p4 ..................   red
```
CAT TABLE (SID, PID, COST)
KEY: SID MAIN + PID
KEY REFERENCE: SID REFERENCE S.SID
PID P.PID REFERENCES
```
Sid        Pid       COst....
S1        P1
S2        P2
S3        P3
S1      P4
S2       p1
S3        p1
```
now my question is:
I want to find the SIDS of suppliers that provide a red and a green part

for this I used the following query, but it gives the result worng...

can help me please in this way to get this...
```
select sid from cat
where pid in (select pid from p where color= 'red'
          union
          select pid from p where color = 'gren') 
group by sid having count(pid) >= 2
```
Hello

Jojo wrote:
Hi Frank,.

It would be nice if someone with a different name helped you? Do not restrict yourself by addressing someone in particular in your subject line or the first message.
I have the oracle 8 database.
I have the following table with the data structure:

TABLE P (PID, PNAME, COLOR)
PRIMARY KEY: PID
```
PID     Pname    Color
p1...........          Red
P2.................    green
p3...............       blue
p4 ..................   red
```
CAT TABLE (SID, PID, COST)
KEY: SID MAIN + PID
KEY REFERENCE: SID REFERENCE S.SID
PID P.PID REFERENCES
```
Sid        Pid       COst....
S1        P1
S2        P2
S3        P3
S1      P4
S2       p1
S3        p1
```
now my question is:
I want to find the SIDS of suppliers that provide a red and a green part

for this I used the following query, but it gives the result worng...

can help me please in this way to get this...
```
select sid from cat
where pid in (select pid from p where color= 'red'
          union
          select pid from p where color = 'gren')
group by sid having count(pid) >= 2
```
You don't like what is the number of lines with a pid; If you had 20 rows all said 'p1', that would be good enough. The number of distinct colors of the whole ('red', 'green') is what is important.
Avoid the UNION when there is a simple alternative. The UNION tends to be slow.

You can use a join instead, like this:
```
SELECT       c.sid
FROM       cat     c
,            p
WHERE       p.pid          = c.pid
AND       p.color       IN ('red', 'green')
GROUP BY  c.sid
HAVING       COUNT (DISTINCT p.color)     = 2
;
```
If you would care to post CREATE TABLE and INSERT statements for the sample data and the results that you want from this data, then I could test this.

Published by: Frank Kulash, January 10, 2011 15:25

Need help with the query to get the County

Hello
Oracle 10 g 2 10.2.0.3 - 64 bit
I want back the number of accounts with two different types of funds (say A and B). Some accounts hold only one of the two funds, and some support both. I want to get the counts like this:
- account held funds - has only
- accounts holding funds-B only
- accounts holding the Fund-A and B funds
Here is what I started with but need assistance to meet the requirement above:
```
select 
count(distinct acct.bkoff_acct_no ) accounts_holding_fund_A
from xe_account acct,
        xec_tal_investment_mandate iman,
        xec_tal_asset_allocation alloc,
        xe_benchmark bmark,
        xe_benchmark_usage bu,
        xe_object_description xod,
        xec_asset_class cls
where iman.mandate_status_cd='A'
and cls.asset_class_cd = alloc.asset_class_cd
and iman.mandate_id = alloc.mandate_id
and acct.account_id = iman.object_id
and iman.object_type_cd = 'ACCT'
and iman.mandate_id = xod.object_id
and xod.field_nm='XEC_TAL_INVESTMENT_MANDATE.COMMENT_TXT'
and xod.language_cd = 'E'
and acct.acct_status_cd = 'O'
and bu.object_type_cd(+) = 'TMAA'
and bu.object_id(+) = alloc.asset_allocation_id
and bmark.benchmark_id(+) = bu.benchmark_id
and alloc.resp_txt like '%fund-A%'
```
And suppose that the Fund-B has resp_txt like ' % of Fund-B»
Please suggest.
Concerning

Hello

Here is another way, it is easier to adapt to different jobs and different numbers of jobs:

WITH got_distinct_jobs AS

(

SELECT DISTINCT deptno, job

FROM scott.emp

WHERE job IN ("ANALYST", "CLERKS") - or what

)

got_job_list AS

(

SELECT LISTAGG (job, ",") THE Group (ORDER BY work) AS job_list

OF got_distinct_jobs

GROUP BY deptno

)

SELECT job_list

COUNT (*) AS num_departments

OF got_job_list

GROUP BY job_list

;

This shows all the combinations of the jobs listed in the WHERE clause of got_distinct_jobs. You don't need to change anything else in the query. There may be any number of jobs.

Output:

JOB_LIST NUM_DEPARTMENTS

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

CLERK 2

ANALYST, CLERK 1

ID	Col1	Col2	COL3	COL4	VAL
1	col1_1	col2_1	col3_1	col4_1	val1
1	col1_1	col2_1	col3_1	*	val2
1	col1_1	col2_1	*	*	val3
1	col1_1	*	*	*	Val4
1	*	*	*	*	Val5

Need help with a query result

Similar Questions

Maybe you are looking for