Oracle SQL PIVOT Table

Question

Oracle SQL PIVOT Table

I have a query where I select locations, calculations, etc. Here is my query: And I'm mainly trying PIVOT tables that I consider. I looked at PIVOT etc., but there seems to be no clear way to do this. If any help can be directed, please rate.

Updated request to include MT0 type and offer

 WITH qry AS (
select Floor, 
"Mod", 
Count_Type, 
Remaining_Counts, 
Location, 
Floor || '' || "Mod" || '' || Count_Type || '' ||  Location as "Unique"
from
(
select bin_level as Floor, bin_module as "Mod", icqa_process_properties.icqa_process_property_value as Count_Type, count(icqa_processes.icqa_process_id) as Remaining_Counts, 
CASE when bin_type_name = '14-KIVA-DEEP' then ('KIVA-SHELF')  
     when bin_type_name = '18-KIVA-DEEP' then ('KIVA-SHELF')
     when bin_type_name = '24-KIVA-DEEP' then ('KIVA-SHELF')
     when bin_type_name = '30-KIVA-DEEP' then ('KIVA-SHELF')
     when bin_type_name = '34-KIVA-DEEP' then ('KIVA-SHELF')  
     when bin_type_name = '48-KIVA-DEEP' then ('KIVA-SHELF')
     when bin_type_name = '48-KIVA-XL' then ('KIVA-SHELF')
     when bin_type_name = '78-KIVA-TALL' then ('KIVA-SHELF')
     when bin_type_name = 'PALLET-SINGLE' and usage = '1024' then ('KIVA-PALLET')  
     else 'NON-KIVA' end as Location
from icqa_process_locations
join bins on bins.bin_id = icqa_process_locations.scannable_id
inner join icqa_processes on icqa_processes.icqa_process_id = icqa_process_locations.icqa_process_id
inner join icqa_process_properties on icqa_processes.icqa_process_id = icqa_process_properties.icqa_process_id
--inner join icqa_count_attempts on icqa_count_attempts.icqa_count_attempt_id = icqa_process_locations.icqa_count_attempt_id
where icqa_process_locations.icqa_count_attempt_id is NULL 
     and icqa_processes.process_status = ('Active')     
     and icqa_process_properties.icqa_process_property_value in ('CycleCount', 'SimpleBinCount')
group by CASE when bin_type_name = '14-KIVA-DEEP' then ('KIVA-SHELF')  
    when bin_type_name = '18-KIVA-DEEP' then ('KIVA-SHELF')
    when bin_type_name = '24-KIVA-DEEP' then ('KIVA-SHELF')
    when bin_type_name = '30-KIVA-DEEP' then ('KIVA-SHELF')
    when bin_type_name = '34-KIVA-DEEP' then ('KIVA-SHELF')  
    when bin_type_name = '48-KIVA-DEEP' then ('KIVA-SHELF')
    when bin_type_name = '48-KIVA-XL' then ('KIVA-SHELF')
    when bin_type_name = '78-KIVA-TALL' then ('KIVA-SHELF')
    when bin_type_name = 'PALLET-SINGLE' and usage = '1024' then ('KIVA-PALLET')  
    else 'NON-KIVA' end, bin_level, bin_module, icqa_process_properties.icqa_process_property_value
order by icqa_process_properties.icqa_process_property_value, Location))
SELECT Count_Type || Location,
       SUM(CASE when "Mod" = 'dz-P-1A' THEN Remaining_Counts else 0 END ) AS "P-1-A",
       SUM(CASE when "Mod" = 'dz-P-2A' THEN Remaining_Counts else 0 END ) AS "P-2-A",
       SUM(CASE when "Mod" = 'dz-R-1T' THEN Remaining_Counts else 0 END ) AS "R-1-T",
       SUM(CASE when "Mod" = 'dz-R-1F' THEN Remaining_Counts else 0 END ) AS "R-1-F",
       SUM(CASE when "Mod" = 'dz-R-1O' THEN Remaining_Counts else 0 END ) AS "R-1-O",
       SUM(CASE when "Mod" = 'dz-P-1B' THEN Remaining_Counts else 0 END ) AS "P-1-B",
       SUM(CASE when "Mod" = 'dz-P-1D' THEN Remaining_Counts else 0 END ) AS "P-1-D"
FROM   qry
GROUP BY Count_Type || Location;

And this is the result (ALMOST THERE!):

But it produces Zero when I tried to add a type. Before I added types, it worked fine, but I might have missed the syntax somewhere. Thanks.

+4

sql oracle pivot-table

Spartacus38 Dec 12 '13 at 18:23

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2 answers

PLSQL , " " . , . , () (1-24) (). , , .

, Oracle. user_defined. , PLSQL :

http://www.oracle-base.com/articles/misc/string-aggregation-techniques.php#user_defined_aggregate_function

- , Oracle . doc Oracle 11g:

http://docs.oracle.com/cd/B19306_01/appdev.102/b14289/dciaggfns.htm

0

g8torPaul 12 . '13 19:30

MT0 · Accepted Answer · 2013-12-12T21:04:36+0000

You can do something like this:

SQL Fiddle

Oracle 11g R2 schema setup :

CREATE TABLE tbl ( "mod", "floor", "Remaining Counts", CountType ) AS
          SELECT 'dz-P-1A', 1,    37, 'CycleCount' FROM DUAL
UNION ALL SELECT 'dz-P-1D', 1,   321, 'CycleCount' FROM DUAL
UNION ALL SELECT 'dz-P-1T', 1,    16, 'CycleCount' FROM DUAL
UNION ALL SELECT 'dz-P-2A', 2,    25, 'CycleCount' FROM DUAL
UNION ALL SELECT 'dz-R-1T', 1,  3318, 'CycleCount' FROM DUAL
UNION ALL SELECT 'dz-P-1A', 1,  6351, 'SimpleBinCount' FROM DUAL
UNION ALL SELECT 'dz-P-1D', 1,   121, 'SimpleBinCount' FROM DUAL
UNION ALL SELECT 'dz-P-2A', 2, 12638, 'SimpleBinCount' FROM DUAL
UNION ALL SELECT 'dz-R-1F', 1,    68, 'SimpleBinCount' FROM DUAL
UNION ALL SELECT 'dz-R-1O', 1,    47, 'SimpleBinCount' FROM DUAL
UNION ALL SELECT 'dz-R-1T', 1,  2051, 'SimpleBinCount' FROM DUAL;

1:

PIVOT SUM( CASE ... ):

SELECT CountType,
       SUM( CASE "mod" WHEN 'dz-P-1A' THEN "Remaining Counts" END ) AS "P-1-A",
       SUM( CASE "mod" WHEN 'dz-P-2A' THEN "Remaining Counts" END ) AS "P-2-A",
       SUM( CASE "mod" WHEN 'dz-R-1T' THEN "Remaining Counts" END ) AS "R-1-T",
       SUM( CASE "mod" WHEN 'dz-R-1F' THEN "Remaining Counts" END ) AS "R-1-F",
       SUM( CASE "mod" WHEN 'dz-R-1O' THEN "Remaining Counts" END ) AS "R-1-O",
       SUM( CASE "mod" WHEN 'dz-P-1B' THEN "Remaining Counts" END ) AS "P-1-B",
       SUM( CASE "mod" WHEN 'dz-P-1D' THEN "Remaining Counts" END ) AS "P-1-D"
FROM   tbl
GROUP BY CountType

:

|      COUNTTYPE | P-1-A | P-2-A | R-1-T |  R-1-F |  R-1-O |  P-1-B | P-1-D |
|----------------|-------|-------|-------|--------|--------|--------|-------|
| SimpleBinCount |  6351 | 12638 |  2051 |     68 |     47 | (null) |   121 |
|     CycleCount |    37 |    25 |  3318 | (null) | (null) | (null) |   321 |

2:

PIVOT:

SELECT * FROM (
   SELECT SUBSTR( "mod", 4 ) AS "mod",
          "Remaining Counts",
          CountType
   FROM   tbl t
)
PIVOT
(
   SUM("Remaining Counts")
   FOR "mod" IN ( 'P-1A', 'P-2A', 'R-1T', 'R-1F', 'R-1O', 'P-1B', 'P-1D' )
)

:

|      COUNTTYPE | 'P-1A' | 'P-2A' | 'R-1T' | 'R-1F' | 'R-1O' | 'P-1B' | 'P-1D' |
|----------------|--------|--------|--------|--------|--------|--------|--------|
| SimpleBinCount |   6351 |  12638 |   2051 |     68 |     47 | (null) |    121 |
|     CycleCount |     37 |     25 |   3318 | (null) | (null) | (null) |    321 |

- :

WITH qry AS (
  select drop_zone_id as "Mod", 
      bin_level as "Floor",
      icqa_process_properties.icqa_process_property_value as "Count Type",
      count(*) as "Remaining Counts",    
      concat(drop_zone_id, icqa_process_properties.icqa_process_property_value) as "Unique",
      to_char(sysdate,'hh:mi:ssam') as "Time Last Updated",
      to_char(sysdate, 'MM-DD-YYYY') as "Date Last Updated"
  from icqa_process_locations 
      inner join icqa_processes on icqa_processes.icqa_process_id = icqa_process_locations.icqa_process_id
      inner join icqa_process_properties on icqa_processes.icqa_process_id = icqa_process_properties.icqa_process_id
      inner join bins on bins.bin_id = icqa_process_locations.scannable_id
  where icqa_count_attempt_id is NULL and icqa_processes.process_status = ('Active')
      and drop_zone_id not like 'dz-R-1B' and drop_zone_id not like 'dz-P-1Z' and drop_zone_id not like 'dz-P-EACH_1'
      and icqa_process_properties.icqa_process_property_value in ('CycleCount', 'SimpleBinCount') 
  group by icqa_process_properties.icqa_process_property_value, bin_level, drop_zone_id
  order by icqa_process_properties.icqa_process_property_value, drop_zone_id
)
SELECT "Count Type",
       SUM( CASE "Mod" WHEN 'dz-P-1A' THEN "Remaining Counts" END ) AS "P-1-A",
       SUM( CASE "Mod" WHEN 'dz-P-2A' THEN "Remaining Counts" END ) AS "P-2-A",
       SUM( CASE "Mod" WHEN 'dz-R-1T' THEN "Remaining Counts" END ) AS "R-1-T",
       SUM( CASE "Mod" WHEN 'dz-R-1F' THEN "Remaining Counts" END ) AS "R-1-F",
       SUM( CASE "Mod" WHEN 'dz-R-1O' THEN "Remaining Counts" END ) AS "R-1-O",
       SUM( CASE "Mod" WHEN 'dz-P-1B' THEN "Remaining Counts" END ) AS "P-1-B",
       SUM( CASE "Mod" WHEN 'dz-P-1D' THEN "Remaining Counts" END ) AS "P-1-D"
FROM   qry
GROUP BY "Count Type";

Oracle SQL PIVOT Table

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