I Have the following :
I used the select to got the Id from table as follow :
Select Id from t
data will be like this:
id
DG1
FS2
DD4
I want to pass result the result to the following sql statement using while or case
Depend of the result of the select statement
SELECT f.age_days, f.Body_wt,f.Act_Fcr_Day,f.Act_Growth ,
f.growth_gm as Growth ,f2.growth_gm as Growth1,
COALESCE(
(
SELECT TOP 1 Body_wt
FROM [dbo].[Broiler_Farms_Data] mi
WHERE mi.Age_Days > f.Age_Days and mi.flock_id = ??????
ORDER BY
Age_Days
), 0) - f.Body_wt AS diff
FROM [dbo].[Broiler_Farms_Data] f
How can I do it .
thanks
I find this type of logic easier to follow with outer apply:
SELECT f.age_days, f.Body_wt, f.Act_Fcr_Day, f.Act_Growth,
f.growth_gm as Growth, f2.growth_gm as Growth1,
(COALESCE(mi.Body_wt, 0) - f.Body_wt0 AS diff
FROM [dbo].[Broiler_Farms_Data] f OUTER APPLY
(SELECT TOP 1 mi.*
FROM [dbo].[Broiler_Farms_Data] mi
WHERE mi.Age_Days > f.Age_Days and mi.flock_id = ??????
ORDER BY mi.Age_Days
) mi;
Then, if I understand correctly:
SELECT t.id, f.age_days, f.Body_wt, f.Act_Fcr_Day, f.Act_Growth,
f.growth_gm as Growth, f2.growth_gm as Growth1,
(COALESCE(mi.Body_wt, 0) - f.Body_wt0 AS diff
FROM [dbo].[Broiler_Farms_Data] f CROSS JOIN
(Select Id from t
) t OUTER APPLY
(SELECT TOP 1 mi.*
FROM [dbo].[Broiler_Farms_Data] mi
WHERE mi.Age_Days > f.Age_Days and mi.flock_id = t.id
ORDER BY mi.Age_Days
) mi;
This also includes the id in the SELECT, because that seems desirable.
Aggregate functions in VARCHAR columns are not advised. If you have a Primary Key or a surrogate key which can be used, then it will be helpful. Use the below query to use WHILE LOOP.
DECLARE #Id VARCHAR(10) = ''
WHILE 1=1
BEGIN
SELECT #Id = MIN(Id) from t WHERE Id > #Id
IF #Id IS NULL
BREAK
SELECT f.age_days, f.Body_wt,f.Act_Fcr_Day,f.Act_Growth ,
f.growth_gm as Growth ,f2.growth_gm as Growth1,
COALESCE(
(
SELECT TOP 1 Body_wt
FROM [dbo].[Broiler_Farms_Data] mi
WHERE mi.Age_Days > f.Age_Days and mi.flock_id = #Id
ORDER BY
Age_Days
), 0) - f.Body_wt AS diff
FROM [dbo].[Broiler_Farms_Data] f
END
Related
I have tried the below and i am able to get the answer but i need to call this as single query in front end, so can any one an alternative for this.
I don't need this as an SP:
DECLARE #ven INT; Declare #dai int;
select #ven= SUM(po) from Vendortable where VendorName ='HP' and Date = '2014-01-22'
select #dai= SUM(completepo) from Daily_Volume_Tracker where AccountVendorName = 'HP' and date > = '2014-01-22'
select #ven - #dai
Result:
Result
--------
5831
Off the top of my head, something like this might work:
WITH CTE AS
(
select
(select SUM(po) from Vendortable where VendorName ='HP' and Date = '2014-01-22') as Val1
,(select SUM(completepo) from Daily_Volume_Tracker where AccountVendorName = 'HP' and date > = '2014-01-22' as Val2
)
Select Val1 - Val2 From CTE
I love using common table expressions.
Try this simple subquery
Select
(
(
select SUM(po) as Ven from Vendortable where VendorName ='HP' and Date = '2014-01-22'
)
-
(
select SUM(completepo) as Dai from Daily_Volume_Tracker where AccountVendorName = 'HP' and date > = '2014-01-22'
)
) Result
I am having issue when trying to make a the sub query shown in the first filter dynamically based on one of the results returned from the query. Can someone please tell me what I am doing wrong. In the first subquery it worked.
( SELECT
MAX( MAX_DATE - MIN_DATE ) AS NUM_CONS_DAYS
FROM
(
SELECT
MIN(TMP.D_DAT_INDEX_DATE) AS MIN_DATE,
MAX(TMP.D_DAT_INDEX_DATE) AS MAX_DATE,
SUM(INDEX_COUNT) AS SUM_INDEX
FROM
(
SELECT
D_DAT_INDEX_DATE,
INDEX_COUNT,
D_DAT_INDEX_DATE - (DENSE_RANK() OVER(ORDER BY D_DAT_INDEX_DATE)) DAYS AS G
FROM
DWH.MQT_SUMMARY_WATER_READINGS
WHERE
N_COD_METER_CNTX_KEY = 79094
) AS TMP
GROUP BY
TMP.G
ORDER BY
1
) ) AS MAX_NUM_CONS_DAYS
Above is the subquery I am trying to replace 123456 with CTXTKEY or CTXT.N_COD_METER_CNTX_KEY from query. Below is the full code. Please note than in the subquery before "MAX_NUM_CONS_DAYS" it worked. However, it was only one subquery down.
SELECT
N_COD_WM_DWH_KEY,
V_COD_WM_SN_2,
N_COD_SP_ID,
CTXKEY,
V_COD_MIU_SN,
N_COD_POD,
MIU_CAT,
V_COD_SITR_ASSOCIATED,
WO_INST_DATE,
WO_MIU_CAT,
DAYSRECEIVED3,
MAX_NUM_CONS_DAYS,
( CASE WHEN ( DAYSRECEIVED3 = 3 ) THEN 'Y' ELSE 'N' END ) AS GREEN,
( CASE WHEN ( DAYSRECEIVED3 < 3 AND DAYSRECEIVED3 > 0 ) THEN 'Y' ELSE 'N' END ) AS BLUE,
( CASE WHEN ( DAYSRECEIVED3 = 0 AND MAX_NUM_CONS_DAYS >= 5 ) THEN 'Y' ELSE 'N' END ) AS ORANGE,
( CASE WHEN ( DAYSRECEIVED3 = 0 AND MAX_NUM_CONS_DAYS BETWEEN 1 and 4 ) THEN 'Y' ELSE 'N' END ) AS RED
FROM
(
SELECT
WMETER.N_COD_WM_DWH_KEY,
WMETER.V_COD_WM_SN_2,
WMETER.N_COD_SP_ID,
CTXT.N_COD_METER_CNTX_KEY AS CTXKEY,
CTXT.V_COD_MIU_SN,
CTXT.N_COD_POD,
MIU.N_COD_MIU_CATEGORY AS MIU_CAT,
CTXT.V_COD_SITR_ASSOCIATED,
T1.D_DAT_PLAN_INST AS WO_INST_DATE,
T1.N_COD_MIU_CATEGORY AS WO_MIU_CAT,
( SELECT COUNT( DISTINCT D_DAT_INDEX_DATE ) FROM DWH.MQT_SUMMARY_WATER_READINGS WHERE ( N_COD_METER_CNTX_KEY = CTXT.N_COD_METER_CNTX_KEY ) AND D_DAT_INDEX_DATE BETWEEN ( '2013-07-10' ) AND ( '2013-07-12' ) ) AS DAYSRECEIVED3,
( SELECT
MAX( MAX_DATE - MIN_DATE ) AS NUM_CONS_DAYS
FROM
(
SELECT
MIN(TMP.D_DAT_INDEX_DATE) AS MIN_DATE,
MAX(TMP.D_DAT_INDEX_DATE) AS MAX_DATE,
SUM(INDEX_COUNT) AS SUM_INDEX
FROM
(
SELECT
D_DAT_INDEX_DATE,
INDEX_COUNT,
D_DAT_INDEX_DATE - (DENSE_RANK() OVER(ORDER BY D_DAT_INDEX_DATE)) DAYS AS G
FROM
DWH.MQT_SUMMARY_WATER_READINGS
WHERE
N_COD_METER_CNTX_KEY = 79094
) AS TMP
GROUP BY
TMP.G
ORDER BY
1
) ) AS MAX_NUM_CONS_DAYS
FROM DWH.DWH_WATER_METER AS WMETER
LEFT JOIN DWH.DWH_WMETER_CONTEXT AS CTXT
ON WMETER.N_COD_WM_DWH_KEY = CTXT.N_COD_WM_DWH_KEY
LEFT JOIN DWH.DWH_MIU AS MIU
ON CTXT.V_COD_MIU_SN = MIU.V_COD_MIU_SN
LEFT JOIN
( SELECT V_COD_CORR_WAT_METER_SN, D_DAT_PLAN_INST, N_COD_MIU_CATEGORY
FROM DWH.DWH_ORDER_MANAGEMENT_FACT
JOIN DWH.DWH_MIU
ON DWH.DWH_ORDER_MANAGEMENT_FACT.V_COD_MIU_SN = DWH.DWH_MIU.V_COD_MIU_SN
) AS T1
ON WMETER.V_COD_WM_SN_2 = T1.V_COD_CORR_WAT_METER_SN
WHERE
( V_COD_SITR_ASSOCIATED = 'X' )
AND ( ( MIU.N_COD_MIU_CATEGORY <> 4 ) OR ( ( MIU.N_COD_MIU_CATEGORY IS NULL ) AND ( ( T1.N_COD_MIU_CATEGORY <> 4 ) OR ( T1.N_COD_MIU_CATEGORY IS NULL ) ) ) )
)
Error I am getting is:
Error Code: -204, SQL State: 42704
I would say that a good option here would be to use a CTE, or Common Table Expression. You can do something similar to the following:
WITH CTE_X AS(
SELECT VAL_A
,VAL_B
FROM TABLE_A)
,CTE_Y AS(
SELECT VAL_C
,VAL_B
FROM TABLE_B)
SELECT VAL_A
,VAL_B
FROM CTE_X X
JOIN CTE_Y Y
ON X.VAL_A = Y.VAL_C;
While this isn't specific to your example, it does show that CTE's create a sort of temporary "in memory" table that you can access in a subsequent query. This should allow you to issue your inner two subselects as a CTE, and then use the CTE in the "SELECT MAX( MAX_DATE - MIN_DATE ) AS NUM_CONS_DAYS" query.
You cannot reference columns from the outer select in the subselect, no more than 1 level deep anyway. If I correctly understand what you're doing, you'll probably need to join DWH.MQT_SUMMARY_WATER_READINGS and DWH.DWH_WMETER_CONTEXT in the outer select.
T-SQL query for finding first missing sequence string (prefix+no)
Sequence can have a prefix + a continuing no.
ex sequence will be
ID
-------
AUTO_500
AUTO_501
AUTO_502
AUTO_504
AUTO_505
AUTO_506
AUTO_507
AUTO_508
So above the missing sequence is AUTO_503 or if there is no missing sequence then it must return next sequence.
Also starting no is to specified ex. 500 in this case and prefix can be null i.e. no prefix only numbers as sequence.
You could LEFT JOIN the id numbers on shifted(+1) values to find gaps in sequential order:
SELECT
MIN(a.offsetnum) AS first_missing_num
FROM
(
SELECT 500 AS offsetnum
UNION
SELECT CAST(REPLACE(id, 'AUTO_', '') AS INT) + 1
FROM tbl
) a
LEFT JOIN
(SELECT CAST(REPLACE(id, 'AUTO_', '') AS INT) AS idnum FROM tbl) b ON a.offsetnum = b.idnum
WHERE
a.offsetnum >= 500 AND b.idnum IS NULL
SQLFiddle Demo
Using a recursive CTE to dynamically generate the sequence between the min and max of the ID Numbers maybe over complicated things a bit but it seems to work -
LIVE ON FIDDLE
CREATE TABLE tbl (
id VARCHAR(55)
);
INSERT INTO tbl VALUES
('AUTO_500'),
('AUTO_501'),
('AUTO_502'),
('AUTO_504'),
('AUTO_505'),
('AUTO_506'),
('AUTO_507'),
('AUTO_508'),
('509');
;WITH
data_cte(id)AS
(SELECT [id] = CAST(REPLACE(id, 'AUTO_', '') AS INT) FROM tbl)
,maxmin_cte(minId, maxId)AS
(SELECT [minId] = min(id),[maxId] = max(id) FROM data_cte)
,recursive_cte(n) AS
(
SELECT [minId] n from maxmin_cte
UNION ALL
SELECT (1 + n) n FROM recursive_cte WHERE n < (SELECT [maxId] from maxmin_cte)
)
SELECT x.n
FROM
recursive_cte x
LEFT OUTER JOIN data_cte y ON
x.n = y.id
WHERE y.id IS NULL
Check this solution.Here you just need to add identity column.
CREATE TABLE tbl (
id VARCHAR(55),
idn int identity(0,1)
);
INSERT INTO tbl VALUES
('AUTO_500'),
('AUTO_501'),
('AUTO_502'),
('AUTO_504'),
('AUTO_505'),
('AUTO_506'),
('AUTO_507'),
('AUTO_508'),
('509');
SELECT min(idn+500) FROM tbl where 'AUTO_'+cast((idn+500) as varchar)<>id
try this:
with cte as(
select cast(REPLACE(id,'AUTO_','') as int)-500+1 [diff],ROW_NUMBER()
over(order by cast(REPLACE(id,'AUTO_','') as int)) [rnk] from tbl)
select top 1 'AUTO_'+cast(500+rnk as varchar(50)) [ID] from cte
where [diff]=[rnk]
order by rnk desc
SQL FIddle Demo
Had a similar situation, where we have R_Cds that were like this R01005
;with Active_R_CD (R_CD)
As
(
Select Distinct Cast(Replace(R_CD,'R', ' ') as Int)
from table
where stat = 1)
select Arc.R_CD + 1 as 'Gaps in R Code'
from Active_R_CD as Arc
left outer join Active_R_CD as r on ARC.R_CD + 1 = R.R_CD
where R.R_CD is null
order by 1
I'm using SQLServer 2008.
Say I have a recursive hierarchy table, SalesRegion, whit SalesRegionId and ParentSalesRegionId. What I need is, given a specific SalesRegion (anywhere in the hierarchy), retrieve ALL the records at the BOTTOM level.
I.E.:
SalesRegion, ParentSalesRegionId
1, null
1-1, 1
1-2, 1
1-1-1, 1-1
1-1-2, 1-1
1-2-1, 1-2
1-2-2, 1-2
1-1-1-1, 1-1-1
1-1-1-2, 1-1-1
1-1-2-1, 1-1-2
1-2-1-1, 1-2-1
(in my table I have sequencial numbers, this dashed numbers are only to be clear)
So, if the user enters 1-1, I need to retrieve al records with SalesRegion 1-1-1-1 or 1-1-1-2 or 1-1-2-1 (and NOT 1-2-2). Similarly, if the user enters 1-1-2-1, I need to retrieve just 1-1-2-1
I have a CTE query that retrieves everything below 1-1, but that includes rows that I don't want:
WITH SaleLocale_CTE AS (
SELECT SL.SaleLocaleId, SL.SaleLocaleName, SL.AccountingLocationID, SL.LocaleTypeId, SL.ParentSaleLocaleId, 1 AS Level /*Added as a workaround*/
FROM SaleLocale SL
WHERE SL.Deleted = 0
AND (#SaleLocaleId IS NULL OR SaleLocaleId = #SaleLocaleId)
UNION ALL
SELECT SL.SaleLocaleId, SL.SaleLocaleName, SL.AccountingLocationID, SL.LocaleTypeId, SL.ParentSaleLocaleId, Level + 1 AS Level
FROM SaleLocale SL
INNER JOIN SaleLocale_CTE SLCTE ON SLCTE.SaleLocaleId = SL.ParentSaleLocaleId
WHERE SL.Deleted = 0
)
SELECT *
FROM SaleLocale_CTE
Thanks in advance!
Alejandro.
I found a quick way to do this, but I'd rather the answer to be in a single query. So if you can think of one, please share! If I like it better, I'll vote for it as the best answer.
I added a "Level" column in my previous query (I'll edit the question so this answer is clear), and used it to get the last level and then delete the ones I don't need.
INSERT INTO #SaleLocales
SELECT *
FROM SaleLocale_GetChilds(#SaleLocaleId)
SELECT #LowestLevel = MAX(Level)
FROM #SaleLocales
DELETE #SaleLocales
WHERE Level <> #LowestLevel
Building off your post:
; WITH CTE AS
(
SELECT *
FROM SaleLocale_GetChilds(#SaleLocaleId)
)
SELECT
FROM CTE a
JOIN
(
SELECT MAX(level) AS level
FROM CTE
) b
ON a.level = b.level
There were a few edits in there. Kept hitting post...
Are you looking for something like this:
declare #SalesRegion as table ( SalesRegion int, ParentSalesRegionId int )
insert into #SalesRegion ( SalesRegion, ParentSalesRegionId ) values
( 1, NULL ), ( 2, 1 ), ( 3, 1 ),
( 4, 3 ), ( 5, 3 ),
( 6, 5 )
; with CTE as (
-- Get the root(s).
select SalesRegion, CAST( SalesRegion as varchar(1024) ) as Path
from #SalesRegion
where ParentSalesRegionId is NULL
union all
-- Add the children one level at a time.
select SR.SalesRegion, CAST( CTE.Path + '-' + cast( SR.SalesRegion as varchar(10) ) as varchar(1024) )
from CTE inner join
#SalesRegion as SR on SR.ParentSalesRegionId = CTE.SalesRegion
)
select *
from CTE
where Path like '1-3%'
I haven't tried this on a serious dataset, so I'm not sure how it'll perform, but I believe it solves your problem:
WITH SaleLocale_CTE AS (
SELECT SL.SaleLocaleId, SL.SaleLocaleName, SL.AccountingLocationID, SL.LocaleTypeId, SL.ParentSaleLocaleId, CASE WHEN EXISTS (SELECT 1 FROM SaleLocal SL2 WHERE SL2.ParentSaleLocaleId = SL.SaleLocaleID) THEN 1 ELSE 0 END as HasChildren
FROM SaleLocale SL
WHERE SL.Deleted = 0
AND (#SaleLocaleId IS NULL OR SaleLocaleId = #SaleLocaleId)
UNION ALL
SELECT SL.SaleLocaleId, SL.SaleLocaleName, SL.AccountingLocationID, SL.LocaleTypeId, SL.ParentSaleLocaleId, CASE WHEN EXISTS (SELECT 1 FROM SaleLocal SL2 WHERE SL2.ParentSaleLocaleId = SL.SaleLocaleID) THEN 1 ELSE 0 END as HasChildren
FROM SaleLocale SL
INNER JOIN SaleLocale_CTE SLCTE ON SLCTE.SaleLocaleId = SL.ParentSaleLocaleId
WHERE SL.Deleted = 0
)
SELECT *
FROM SaleLocale_CTE
WHERE HasChildren = 0
WITH y AS (
WITH x AS (
SELECT * FROM MyTable
)
SELECT * FROM x
)
SELECT * FROM y
Does something like this work? I tried it earlier but I couldn't get it to work.
While not strictly nested, you can use common table expressions to reuse previous queries in subsequent ones.
To do this, the form of the statement you are looking for would be
WITH x AS
(
SELECT * FROM MyTable
),
y AS
(
SELECT * FROM x
)
SELECT * FROM y
You can do the following, which is referred to as a recursive query:
WITH y
AS
(
SELECT x, y, z
FROM MyTable
WHERE [base_condition]
UNION ALL
SELECT x, y, z
FROM MyTable M
INNER JOIN y ON M.[some_other_condition] = y.[some_other_condition]
)
SELECT *
FROM y
You may not need this functionality. I've done the following just to organize my queries better:
WITH y
AS
(
SELECT *
FROM MyTable
WHERE [base_condition]
),
x
AS
(
SELECT *
FROM y
WHERE [something_else]
)
SELECT *
FROM x
With does not work embedded, but it does work consecutive
;WITH A AS(
...
),
B AS(
...
)
SELECT *
FROM A
UNION ALL
SELECT *
FROM B
EDIT
Fixed the syntax...
Also, have a look at the following example
SQLFiddle DEMO
These answers are pretty good, but as far as getting the items to order properly, you'd be better off looking at this article
http://dataeducation.com/dr-output-or-how-i-learned-to-stop-worrying-and-love-the-merge
Here's an example of his query.
WITH paths AS (
SELECT
EmployeeID,
CONVERT(VARCHAR(900), CONCAT('.', EmployeeID, '.')) AS FullPath
FROM EmployeeHierarchyWide
WHERE ManagerID IS NULL
UNION ALL
SELECT
ehw.EmployeeID,
CONVERT(VARCHAR(900), CONCAT(p.FullPath, ehw.EmployeeID, '.')) AS FullPath
FROM paths AS p
JOIN EmployeeHierarchyWide AS ehw ON ehw.ManagerID = p.EmployeeID
)
SELECT * FROM paths order by FullPath
we can create nested cte.please see the below cte in example
;with cte_data as
(
Select * from [HumanResources].[Department]
),cte_data1 as
(
Select * from [HumanResources].[Department]
)
select * from cte_data,cte_data1
I was trying to measure the time between events with the exception of what one entry that has multiple processes between the start and end. I needed this in the context of other single line processes.
I used a select with an inner join as my select statement within the Nth cte. The second cte I needed to extract the start date on X and end date on Y and used 1 as an id value to left join to put them on a single line.
Works for me, hope this helps.
cte_extract
as
(
select ps.Process as ProcessEvent
, ps.ProcessStartDate
, ps.ProcessEndDate
-- select strt.*
from dbo.tbl_some_table ps
inner join (select max(ProcessStatusId) ProcessStatusId
from dbo.tbl_some_table
where Process = 'some_extract_tbl'
and convert(varchar(10), ProcessStartDate, 112) < '29991231'
) strt on strt.ProcessStatusId = ps.ProcessStatusID
),
cte_rls
as
(
select 'Sample' as ProcessEvent,
x.ProcessStartDate, y.ProcessEndDate from (
select 1 as Id, ps.Process as ProcessEvent
, ps.ProcessStartDate
, ps.ProcessEndDate
-- select strt.*
from dbo.tbl_some_table ps
inner join (select max(ProcessStatusId) ProcessStatusId
from dbo.tbl_some_table
where Process = 'XX Prcss'
and convert(varchar(10), ProcessStartDate, 112) < '29991231'
) strt on strt.ProcessStatusId = ps.ProcessStatusID
) x
left join (
select 1 as Id, ps.Process as ProcessEvent
, ps.ProcessStartDate
, ps.ProcessEndDate
-- select strt.*
from dbo.tbl_some_table ps
inner join (select max(ProcessStatusId) ProcessStatusId
from dbo.tbl_some_table
where Process = 'YY Prcss Cmpltd'
and convert(varchar(10), ProcessEndDate, 112) < '29991231'
) enddt on enddt.ProcessStatusId = ps.ProcessStatusID
) y on y.Id = x.Id
),
.... other ctes
Nested 'With' is not supported, but you can always use the second With as a subquery, for example:
WITH A AS (
--WITH B AS ( SELECT COUNT(1) AS _CT FROM C ) SELECT CASE _CT WHEN 1 THEN 1 ELSE 0 END FROM B --doesn't work
SELECT CASE WHEN count = 1 THEN 1 ELSE 0 END AS CT FROM (SELECT COUNT(1) AS count FROM dual)
union all
select 100 AS CT from dual
)
select CT FROM A