I want to show the pivot table(crosstab) for the given below table.
Table: Employee
CREATE TABLE Employee
(
Employee_Number varchar(10),
Employee_Role varchar(50),
Group_Name varchar(10)
);
Insertion:
INSERT INTO Employee VALUES('EMP101','C# Developer','Group_1'),
('EMP102','ASP Developer','Group_1'),
('EMP103','SQL Developer','Group_2'),
('EMP104','PLSQL Developer','Group_2'),
('EMP101','Java Developer',''),
('EMP102','Web Developer','');
Now I want to show the pivot table for the above data as shown below:
Expected Result:
Employee_Number TotalRoles TotalGroups Available Others Group_1 Group_2
---------------------------------------------------------------------------------------------------
EMP101 2 2 1 1 1 0
EMP102 2 2 1 1 1 0
EMP103 1 2 1 0 0 1
EMP104 1 2 1 0 0 1
Explanation: I want to show the Employee_Number, the TotalRoles which each employee has,
the TotalGroups which are present to all employees, the Available shows the employee available
in how many groups, the Others have to show the employee is available in other's also for which
the group_name have not assigned and finally the Group_Names must be shown in the pivot format.
SELECT * FROM crosstab(
$$SELECT grp.*, e.group_name
, CASE WHEN e.employee_number IS NULL THEN 0 ELSE 1 END AS val
FROM (
SELECT employee_number
, count(employee_role)::int AS total_roles
, (SELECT count(DISTINCT group_name)::int
FROM employee
WHERE group_name <> '') AS total_groups
, count(group_name <> '' OR NULL)::int AS available
, count(group_name = '' OR NULL)::int AS others
FROM employee
GROUP BY 1
) grp
LEFT JOIN employee e ON e.employee_number = grp.employee_number
AND e.group_name <> ''
ORDER BY grp.employee_number, e.group_name$$
,$$VALUES ('Group_1'::text), ('Group_2')$$
) AS ct (employee_number text
, total_roles int
, total_groups int
, available int
, others int
, "Group_1" int
, "Group_2" int);
SQL Fiddle demonstrating the base query, but not the crosstab step, which is not installed on sqlfiddle.com
Basics for crosstab:
PostgreSQL Crosstab Query
Special in this crosstab: all the "extra" columns. Those columns are placed in the middle, after the "row name" but before "category" and "value":
Pivot on Multiple Columns using Tablefunc
Once again, if you have a dynamic set of groups, you need to build this statement dynamically and execute it in a second call:
Selecting multiple max() values using a single SQL statement
You can use the crosstab function for this.
First of all you need to add the tablefunc extension if you haven't already:
CREATE EXTENSION tablefunc;
The crosstab functions require you to pass it a query returning the data you need to pivot, then a list of the columns in the output. (In other ways "tell me the input and the output format you want"). The sort order is important!
In your case, the input query is quite complicated - I think you need to do a load of separate queries, then UNION ALL them to get the desired data. I'm not entirely sure how you calculate the values "TotalGroups" and "Available", but you can modify the below in the relevant place to get what you need.
SELECT * FROM crosstab(
'SELECT employee_number, attribute, value::integer AS value FROM (with allemployees AS (SELECT distinct employee_number FROM employee) -- use a CTE to get distinct employees
SELECT employee_number,''attr_0'' AS attribute,COUNT(distinct employee_role) AS value FROM employee GROUP BY employee_number -- Roles by employee
UNION ALL
SELECT employee_number,''attr_1'' AS attribute,value from allemployees, (select count (distinct group_name) as value from employee where group_name <> '''') a
UNION ALL
SELECT employee_number,''attr_2'' AS attribute, COUNT(distinct group_name) AS value FROM employee where group_name <> '''' GROUP BY employee_number -- Available, do not know how this is calculate
UNION ALL
SELECT a.employee_number, ''attr_3'' AS attribute,coalesce(value,0) AS value FROM allemployees a LEFT JOIN -- other groups. Use a LEFT JOIN to avoid nulls in the output
(SELECT employee_number,COUNT(*) AS value FROM employee WHERE group_name ='''' GROUP BY employee_number) b on a.employee_number = b.employee_number
UNION ALL
SELECT a.employee_number, ''attr_4'' AS attribute,coalesce(value,0) AS value FROM allemployees a LEFT JOIN -- group 1
(SELECT employee_number,COUNT(*) AS value FROM employee WHERE group_name =''Group_1'' GROUP BY employee_number) b on a.employee_number = b.employee_number
UNION ALL
SELECT a.employee_number, ''attr_5'' AS attribute,coalesce(value,0) AS value FROM allemployees a LEFT JOIN -- group 2
(SELECT employee_number,COUNT(*) AS value FROM employee WHERE group_name =''Group_2'' GROUP BY employee_number) b on a.employee_number = b.employee_number) a order by 1,2')
AS ct(employee_number varchar,"TotalRoles" integer,"TotalGroups" integer,"Available" integer, "Others" integer,"Group_1" integer, "Group_2" integer)
Related
I have 2 queries that start with same tables but filter different columns. Both queries are unioned together so I can get a single count of people without duplication.
If I run the queries with the union commented out I have the same number of rows in each 1,953. When I run with the union I get 1,816 in one and 1,922 in the other.
My data is just an account # like 123456 in the first column and a 1/0 in the second column. Help me understand how this can happen if I am starting with the same number of rows.
Here is one of the queries
select distinct acct#,
case
when (lastFilledDate is not null and lastFilledDate<>'00/00/00') or
([Last Filled DC] is not null and [Last Filled DC]<>'00/00/00') or
(vivitrol is not null and vivitrol <>'00/00/00') or
(sublocade is not null and sublocade <>'00/00/00') or
(naltrexone is not null and naltrexone <>'00/00/00') then 1
else 0 end as result
from
(
select Acct#, DOB, [COE Contact Note], [COE-INTAKA Doc], [COE-MOM
Doc], lastFilledDate, [Last Filled DC],vivitrol,sublocade,naltrexone,
ROW_NUMBER() over (partition by Acct# order by [COE-INTAKA Doc] desc)
as apptRows
from tblAppBSCImportDashCOE2279 as main
where (([COE-MOM Doc]='Yes' and [COE Contact Note] is not null) or
[COE-MOM Doc]='No') and Appt is not null
) as sub
where apptRows=1
union
select distinct acctNo,
case
when
providerMAT='The Wright Center' and [COE-MOM Doc] is not null then
1
else 0
end as result
from
(
select acctNo, [COE-MOM Doc], MAT, providerMAT,
ROW_NUMBER() over (partition by acctNo order by COEBNMOM, [COE-MOM Doc]
desc) as apptRows
from tblAppBSCImportDashCOEHM2544 as main
where [COE-MOM Doc] is not null or COEBNMOM is not null
) as sub
where apptRows=1
results look like
acct# result
123456 1
234567 0
There is one possibility. The records you selected may result in duplicate records WITHIN each select statement. Let me try to illustrate with an example. (you can input the following query into your session to follow along)
IF OBJECT_ID('TEMPDB..#TEMP1') IS NOT NULL
DROP TABLE #TEMP1
IF OBJECT_ID('TEMPDB..#TEMP2') IS NOT NULL
DROP TABLE #TEMP2
CREATE TABLE #TEMP1(
id INT
,account INT
,amount INT
,yes_no INT
)
INSERT INTO #TEMP1 (id,account,amount,yes_no)
VALUES(1,123456,5,0)
,(2,123456,10,0)
,(3,123456,20,0)
CREATE TABLE #TEMP2(
id INT
,account INT
,amount INT
,yes_no INT
)
INSERT INTO #TEMP2 (id,account,amount,yes_no)
VALUES(4,123456,5,0)
,(5,123456,10,0)
,(6,123456,20,0)
SELECT *
FROM #TEMP1
SELECT *
FROM #TEMP2
Output of this is 2 tables with distinct records:
Now suppose I write queries that select account and the 'yes_no' column:
SELECT account,yes_no
FROM #TEMP1
SELECT account,yes_no
FROM #TEMP2
You can see that now all of the records are the same values within each select statement. So what do you think happens when I union these queries together?
SELECT account,yes_no
FROM #TEMP1
UNION
SELECT account,yes_no
FROM #TEMP2
UNION will output the distinct values of the ENTIRE OUTPUT, which also applies within each query. This is an extreme example of what I think you are experiencing. You need to include some sort of ID for each query such that it can be distinguished from other records within the query, like;
SELECT id,account,yes_no
FROM #TEMP1
UNION
SELECT id,account,yes_no
FROM #TEMP2
I have the following data that I would like to pivot and get a count based on the pivoted results.
DECLARE #tempMusicSchoolStudent TABLE
(school VARCHAR(50),
studentname VARCHAR(50),
instrumentname VARCHAR(255),
expertise INT)
INSERT INTO #tempMusicSchoolStudent(school, studentname, instrumentname, expertise)
SELECT 'Foster','Matt','Guitar','10'
UNION
SELECT 'Foster','Jimmy','Guitar','5'
UNION
SELECT 'Foster','Jimmy','Keyboard','8'
UNION
SELECT 'Foster','Ryan','Keyboard','9'
UNION
SELECT 'Midlothean','Kyle','Keyboard','10'
UNION
SELECT 'Midlothean','Mary','Guitar','4'
UNION
SELECT 'Midlothean','Mary','Keyboard','7'
Raw data:
I'd like the results to look like the data below....
I got this data using the sql query below. The problem with this query is that I have a dynamic amount of instruments (I've only shown 2 in this example for simplicity sake). I'd like to use pivot because it will be cleaner dynamic sql. Otherwise I would have to dynamically left join the table to itself for each instrument.
SELECT
t.school, t.instrumentname, t.expertise,
t1.instrumentname, t1.expertise,
COUNT(DISTINCT t.studentname) [DistinctStudentCount]
FROM
#tempMusicSchoolStudent t
LEFT JOIN
#tempMusicSchoolStudent t1 ON t1.school = t.school
AND t1.studentname = t.studentname
AND t.instrumentname <> t1.instrumentname
GROUP BY
t.school, t.instrumentname, t.expertise, t1.instrumentname, t1.expertise
ORDER BY
t.school, t.instrumentname, t.expertise, t1.instrumentname, t1.expertise
If anyone has any ideas on how I can do this in a cleaner way than dynamically left joining the table to itself it would be much appreciated. Thanks.
You just need conditional aggregation:
SELECT t.school, t.instrumentname, t.expertise, t.instrumentname,
COUNT(DISTINCT t.studentname) as DistinctStudentCount
FROM #tempMusicSchoolStudent t
GROUP BY t.school, t.instrumentname, t.expertise, t.instrumentname;
You have rows with NULL values. It is entirely unclear where those come from. Your question is focused on some notion of "pivoting" where it seems that you only need aggregation. But it doesn't explain where the NULL rows comes from.
You can try to make it dynamic for multipe instruments. Refer
;with cte
as
(
SELECT * from
(SELECT * FROM #tempMusicSchoolStudent t) x
PIVOT
(MAX(expertise) FOR instrumentname in ([Guitar], [Keyboard])) y
)
SELECT school, studentname,
expertise = case when Guitar is not null then 'Guitar' else NULL end,
Guitar AS instrumentname,
expertise = case when Keyboard is not null then 'Keyboard' else NULL end,
Keyboard AS instrumentname,
count(distinct studentname) AS [DistinctStudentCount]
from cte
group by school,studentname, Guitar, Keyboard
OUTPUT:
Foster Jimmy Guitar 5 Keyboard 8 1
Foster Matt Guitar 10 NULL NULL 1
Foster Ryan NULL NULL Keyboard 9 1
Midlothean Kyle NULL NULL Keyboard 10 1
Midlothean Mary Guitar 4 Keyboard 7 1
Here's the solution I was looking for, I had to use unpivot + pivot.
The real thing that I was struggling with was selecting multiple values for the column that is being pivoted, instead of the max value.
So in this case I wanted multiple "expertise" numbers under a given "instrument expertise" column. Not just the maximum expertise for that instrument.
The first key to understanding the solution is that the pivot statement is doing an implicit group by on the columns being selected. So in order to achieve multiple values under your pivoted column you have to keep the integrity of the column you are grouping on by including some type of dense_rank/rank/row_number. This basically represents changes in the value of the column you are pivoting on and is then included in the implicit group by the pivot is doing, which results in getting multiple values in the pivoted column, not just the max.
So in the code below the "expertisenum" column is keeping the integrity of the expertise data.
DECLARE #tempMusicSchoolStudent TABLE
(school VARCHAR(50),
studentname VARCHAR(50),
instrumentname VARCHAR(255),
expertise INT)
INSERT INTO #tempMusicSchoolStudent(school, studentname, instrumentname, expertise)
SELECT 'Foster','Matt','Guitar','10'
UNION
SELECT 'Foster','Jimmy','Guitar','5'
UNION
SELECT 'Foster','Jimmy','Keyboard','8'
UNION
SELECT 'Foster','Ryan','Keyboard','9'
UNION
SELECT 'Midlothean','Kyle','Keyboard','10'
UNION
SELECT 'Midlothean','Mary','Guitar','4'
UNION
SELECT 'Midlothean','Mary','Keyboard','7'
SELECT school, [Guitar expertise], [Keyboard expertise], COUNT(*) [Count]
FROM
(
SELECT school,[expertiseNum],
CASE WHEN [Columns]='expertise' THEN instrumentname + ' expertise'
END [Columns1], [Values] AS [Values1]
FROM
(
SELECT school, studentname, instrumentname, DENSE_RANK() OVER(PARTITION BY school,instrumentname ORDER BY expertise) AS [expertiseNum],
CONVERT(VARCHAR(255),expertise) AS [expertise]
FROM #tempMusicSchoolStudent
) x
UNPIVOT (
[Values] FOR [Columns] IN ([expertise])
) unpvt
) p
PIVOT (
MAX([Values1]) FOR [Columns1] IN ([Guitar expertise], [Keyboard expertise])
) pvt
GROUP BY school,[Guitar expertise], [Keyboard expertise]
I have two tables
STATUS
SNO | STATUS | DEPARTMENT_ID
1 In progress 1
2 Assigned 2
3 Quoted 2
4 Development 3
DEPARTMENTS
SNO | DEPARTMENT |
1 DESIGNING
2 MARKETING
3 PRODUCTION
Now I want a result like this using SQL stored procedure
Some Custom Column Name | DEPARTMENT_ID
DESIGNING -
In Progress 1
MARKETING -
Assigned 2
Quoted 2
PRODUCTION -
Development 3
The custom column will be used to populate a Telerik RadComboBox with DESIGNING, MARKETING and PRODUCTION acting as separators between statuses.
Select Department, -1 from Department_Table
Union
Select StatusName, Department_ID from Status_Table
Please elaborate your question so that we can provide better answer. Currently it seems you just want to return the joined data of both tables.
Often, this type of operation is more easily done at the application level. You can do it in SQL, using union all and order by, however:
select status as CustomColumnName, department
from ((select s.status, d.department, 1 as ordering
from status s join
departments d
on s.department_id = d.sno
) union all
(select d.department, NULL, 0 as ordering
from departments d
)
) dd
order by CustomColumnName, ordering;
Note: this treats the - as NULL.
Try this.Is it ok with other sample data ?
DECLARE #STATUS TABLE (
SNO INT
,[STATUS] VARCHAR(50)
,DEPARTMENT_ID INT
)
INSERT INTO #STATUS
VALUES (1,'In progress' ,1)
,(2,'Assigned',2)
,(3,'Quoted',2)
,(4,'Development',3)
DECLARE #DEPARTMENT TABLE (SNO INT,DEPARTMENT VARCHAR(50))
INSERT INTO #DEPARTMENT
VALUES ( 1,'DESIGNING'),(2,'MARKETING')
,(3,'PRODUCTION')
--select * from #STATUS
--select * from #DEPARTMENT
;
WITH CTE
AS (
SELECT DEPARTMENT [CustomeColumn]
,'-' DEPARTMENT_ID
,sno
FROM #DEPARTMENT
UNION ALL
SELECT [STATUS]
,cast(DEPARTMENT_ID AS VARCHAR(10))
,(
SELECT sno
FROM #DEPARTMENT
WHERE sno = a.DEPARTMENT_ID
)
FROM #STATUS A
)
SELECT *
FROM CTE
ORDER BY sno
I am writing a query in which where clause have IN clause and there are large number of values in this IN clause , I want to fetch the result such that if there is no value exist in table for value given in IN clause then a raw containing 0 or null should return for that value. for example..
select age,sex,date_joining from emp where name IN ('amit','john','paul','dilip')
Now assume for this query ,data for john and paul does not exist in database then result should be like below..
21 male 21-AUG-2011
null null null
null null null
25 male 9-aug-2010
we can also have 0 instead of null if null is not possible
Thanks...
select filter.name
, emp.age
, emp.sex
, emp.date_joining
from (
values ('amit'), ('john'), ('paul'), ('dilip')
) filter(name)
left join
emp
on emp.name = filter.name
Live example at SQL Fiddle.
For older values of SQL Server, replace the line with values by:
from (
select 'amit'
union all select 'john'
union all select 'paul'
union all select 'dilip'
) filter(name)
You can also use common table expression to get this result:
;With AllEmpDetails as
(
Select [Name] from emp
UNION Select 'amit'
UNION Select 'john'
UNION Select 'paul'
UNION Select 'dilip'
)Select AllEmpDetails.Name, e2.Age, e2.Sex, e2.date_joining
from AllEmpDetails
Left Join emp e2 on e2.[Name] = AllEmpDetails.Name
In my database, I have already added details for amit and dilip so i have used UNION since you can easily get the detail about the available employees. On the other hand you can use UNION ALL with Distinct.
I'm getting the wrong result from my report. Maybe i'm missing something simple.
The report is an inline table-valued-function that should count goods movement in our shop and how often these spareparts are claimed(replaced in a repair).
The problem: different spareparts in the shop-table(lets call it SP) can be linked to the same sparepart in the "repair-table"(TSP). I need the goods movement of every sparepart in SP and the claim-count of every distinct sparepart in TSP.
This is a very simplified excerpt of the relevant part:
create table #tsp(id int, name varchar(20),claimed int);
create table #sp(id int, name varchar(20),fiTsp int,ordered int);
insert into #tsp values(1,'1235-6044',300);
insert into #tsp values(2,'1234-5678',400);
insert into #sp values(1,'1235-6044',1,30);
insert into #sp values(2,'1235-6044',1,40);
insert into #sp values(3,'1235-6044',1,50);
insert into #sp values(4,'1234-5678',2,60);
WITH cte AS(
select tsp.id As TspID,tsp.name as TspName,tsp.claimed As Claimed
,sp.id As SpID,sp.name As SpName,sp.ordered As Ordered
from #sp sp inner join #tsp tsp
on sp.fiTsp=tsp.id
)
SELECT TspName, SUM(Claimed) As Claimed, Sum(Ordered) As Ordered
FROM cte
Group By TspName
drop table #tsp;
drop table #sp;
Result:
TspName Claimed Ordered
1234-5678 400 60
1235-6044 900 120
The Ordered-count is correct but the Claimed-count should be 300 instead of 900 for TspName='1235-6044'.
I need to group by Tsp.ID for the claim-count and group by Sp.ID for the order-count. But how in one query?
Edit: Actually the TVF looks like(note that getOrdered and getClaimed are SVFs and that i'm grouping in the outer select on TSP's Category):
CREATE FUNCTION [Gambio].[rptReusedStatistics](
#fromDate datetime
,#toDate datetime
,#fromInvoiceDate datetime
,#toInvoiceDate datetime
,#idClaimStatus varchar(50)
,#idSparePartCategories varchar(1000)
,#idSpareParts varchar(1000)
)
RETURNS TABLE AS
RETURN(
WITH ExclusionCat AS(
SELECT idSparePartCategory AS ID From tabSparePartCategory
WHERE idSparePartCategory IN(- 3, - 1, 6, 172,168)
), Report AS(
SELECT Cat.SparePartCategoryName AS Category
,TSP.SparePartDescription AS Part
,TSP.SparePartName AS PartNumber
,SP.Inventory
,Gambio.getGoodsIn(SP.idSparePart,#FromDate,#ToDate) GoodsIn
,Gambio.getOrdered(SP.idSparePart,#FromDate,#ToDate) Ordered
--,CASE WHEN TSP.idSparePart IS NULL THEN 0 ELSE
-- Gambio.getClaimed(TSP.idSparePart,#FromInvoiceDate,#ToInvoiceDate,#idClaimStatus,NULL)END AS Claimed
,CASE WHEN TSP.idSparePart IS NULL THEN 0 ELSE
Gambio.getClaimed(TSP.idSparePart,#FromInvoiceDate,#ToInvoiceDate,#idClaimStatus,1)END AS ClaimedReused
,CASE WHEN TSP.idSparePart IS NULL THEN 0 ELSE
Gambio.getCostSaving(TSP.idSparePart,#FromInvoiceDate,#ToInvoiceDate,#idClaimStatus)END AS Costsaving
FROM Gambio.SparePart AS SP
INNER JOIN tabSparePart AS TSP ON SP.fiTabSparePart = TSP.idSparePart
INNER JOIN tabSparePartCategory AS Cat
ON Cat.idSparePartCategory=TSP.fiSparePartCategory
WHERE Cat.idSparePartCategory NOT IN(SELECT ID FROM ExclusionCat)
AND (#idSparePartCategories IS NULL
OR TSP.fiSparePartCategory IN(
SELECT Item From dbo.Split(#idSparePartCategories,',')
)
)
AND (#idSpareParts IS NULL
OR TSP.idSparePart IN(
SELECT Item From dbo.Split(#idSpareParts,',')
)
)
)
SELECT Category
--, Part
--, PartNumber
, SUM(Inventory)As InventoryCount
, SUM(GoodsIn) As GoodsIn
, SUM(Ordered) As Ordered
--, SUM(Claimed) As Claimed
, SUM(ClaimedReused)AS ClaimedReused
, SUM(Costsaving) As Costsaving
, Count(*) AS PartCount
FROM Report
GROUP BY Category
)
Solution:
Thanks to Aliostad i've solved it by first grouping and then joining(actual TVF, reduced to a minimum):
WITH Report AS(
SELECT Cat.SparePartCategoryName AS Category
,TSP.SparePartDescription AS Part
,TSP.SparePartName AS PartNumber
,SP.Inventory
,SP.GoodsIn
,SP.Ordered
,Gambio.getClaimed(TSP.idSparePart,#FromInvoiceDate,#ToInvoiceDate,#idClaimStatus,1) AS ClaimedReused
,Gambio.getCostSaving(TSP.idSparePart,#FromInvoiceDate,#ToInvoiceDate,#idClaimStatus) AS Costsaving
FROM (
SELECT GSP.fiTabSparePart
,SUM(GSP.Inventory)AS Inventory
,SUM(Gambio.getGoodsIn(GSP.idSparePart,#FromDate,#ToDate))AS GoodsIn
,SUM(Gambio.getOrdered(GSP.idSparePart,#FromDate,#ToDate))AS Ordered
FROM Gambio.SparePart GSP
GROUP BY GSP.fiTabSparePart
)As SP
INNER JOIN tabSparePart TSP ON SP.fiTabSparePart = TSP.idSparePart
INNER JOIN tabSparePartCategory AS Cat
ON Cat.idSparePartCategory=TSP.fiSparePartCategory
)
SELECT Category
, SUM(Inventory)As InventoryCount
, SUM(GoodsIn) As GoodsIn
, SUM(Ordered) As Ordered
, SUM(ClaimedReused)AS ClaimedReused
, SUM(Costsaving) As Costsaving
, Count(*) AS PartCount
FROM Report
GROUP BY Category
You are JOINing first and then GROUPing by. You need to reverse it, GROUP BY first and then JOIN.
So here in my subquery, I group by first and then join:
select
claimed,
ordered
from
#tsp
inner JOIN
(select
fitsp,
SUM(ordered) as ordered
from
#sp
group by
fitsp) as SUMS
on
SUMS.fiTsp = id;
I think you just need to select Claimed and add it to the Group By in order to get what you are looking for.
WITH cte AS(
select tsp.id As TspID,tsp.name as TspName,tsp.claimed As Claimed
,sp.id As SpID,sp.name As SpName,sp.ordered As Ordered
from #sp sp inner join #tsp tsp
on sp.fiTsp=tsp.id )
SELECT TspName, Claimed, Sum(Ordered) As Ordered
FROM cte
Group By TspName, Claimed
Your cte is an inner join between tsp and sp, which means that the data you're querying looks like this:
SpID Ordered TspID TspName Claimed
1 30 1 1235-6044 300
2 40 1 1235-6044 300
3 50 1 1235-6044 300
4 60 2 1234-5678 400
Notice how TspID, TspName and Claimed all get repeated. Grouping by TspName means that the data gets grouped in two groups, one for 1235-6044 and one for 1234-5678. The first group has 3 rows on which to run the aggregate functions, the second group only one. That's why your sum(Claimed) will get you 300*3=900.
As Aliostad suggested, you should first group by TspID and do the sum of Ordered and then join to tsp.
No need to join, just subselect:
create table #tsp(id int, name varchar(20),claimed int);
create table #sp(id int, name varchar(20),fiTsp int,ordered int);
insert into #tsp values(1,'1235-6044',300);
insert into #tsp values(2,'1234-5678',400);
insert into #sp values(1,'1235-6044',1,30);
insert into #sp values(2,'1235-6044',1,40);
insert into #sp values(3,'1235-6044',1,50);
insert into #sp values(4,'1234-5678',2,60);
WITH cte AS(
select tsp.id As TspID,tsp.name as TspName,tsp.claimed As Claimed
,sp.id As SpID,sp.name As SpName,sp.ordered As Ordered
from #sp sp inner join #tsp tsp
on sp.fiTsp=tsp.id
)
SELECT id, name, SUM(claimed) as Claimed, (SELECT SUM(ordered) FROM #sp WHERE #sp.fiTsp = #tsp.id GROUP BY #sp.fiTsp) AS Ordered
FROM #tsp
GROUP BY id, name
drop table #tsp;
drop table #sp;
Produces:
id name Claimed Ordered
1 1235-6044 300 120
2 1234-5678 400 60
-- EDIT --
Based on the additional info, this is how I might try to split the CTE to form the data as per the example. I fully admit that Aliostad's approach may yield a cleaner query but here's an attempt (completely blind) using the subselect:
CREATE FUNCTION [Gambio].[rptReusedStatistics](
#fromDate datetime
,#toDate datetime
,#fromInvoiceDate datetime
,#toInvoiceDate datetime
,#idClaimStatus varchar(50)
,#idSparePartCategories varchar(1000)
,#idSpareParts varchar(1000)
)
RETURNS TABLE AS
RETURN(
WITH ExclusionCat AS (
SELECT idSparePartCategory AS ID From tabSparePartCategory
WHERE idSparePartCategory IN(- 3, - 1, 6, 172,168)
), ReportSP AS (
SELECT fiTabSparePart
,Inventory
,Gambio.getGoodsIn(idSparePart,#FromDate,#ToDate) GoodsIn
,Gambio.getOrdered(idSparePart,#FromDate,#ToDate) Ordered
FROM Gambio.SparePart
), ReportTSP AS (
SELECT TSP.idSparePart
,Cat.SparePartCategoryName AS Category
,TSP.SparePartDescription AS Part
,TSP.SparePartName AS PartNumber
,CASE WHEN TSP.idSparePart IS NULL THEN 0 ELSE
Gambio.getClaimed(TSP.idSparePart,#FromInvoiceDate,#ToInvoiceDate,#idClaimStatus,1)END AS ClaimedReused
,CASE WHEN TSP.idSparePart IS NULL THEN 0 ELSE
Gambio.getCostSaving(TSP.idSparePart,#FromInvoiceDate,#ToInvoiceDate,#idClaimStatus)END AS Costsaving
FROM tabSparePart AS TSP
INNER JOIN tabSparePartCategory AS Cat
ON Cat.idSparePartCategory=TSP.fiSparePartCategory
WHERE Cat.idSparePartCategory NOT IN(SELECT ID FROM ExclusionCat)
AND (#idSparePartCategories IS NULL
OR TSP.fiSparePartCategory IN(
SELECT Item From dbo.Split(#idSparePartCategories,',')
)
)
AND (#idSpareParts IS NULL
OR TSP.idSparePart IN(
SELECT Item From dbo.Split(#idSpareParts,',')
)
)
)
SELECT Category
--, Part
--, PartNumber
, (SELECT SUM(Inventory) FROM ReportSP WHERE ReportSP.fiTabSparePart = idSparePart GROUP BY fiTabSparePart) AS Inventory
, (SELECT SUM(GoodsIn) FROM ReportSP WHERE ReportSP.fiTabSparePart = idSparePart GROUP BY fiTabSparePart) AS GoodsIn
, (SELECT SUM(Ordered) FROM ReportSP WHERE ReportSP.fiTabSparePart = idSparePart GROUP BY fiTabSparePart) AS Ordered
, Claimed
, ClaimedReused
, Costsaving
, Count(*) AS PartCount
FROM ReportTSP
GROUP BY Category
)
Without a better understanding of the whole schema it's difficult to cover for all the eventualities but whether this works or not (I suspect PartCount will be 1 for all instances) hopefully it'll give you some fresh thoughts for alternate approaches.
SELECT
tsp.name
,max(tsp.claimed) as claimed
,sum(sp.ordered) as ordered
from #sp sp
inner join #tsp tsp
on sp.fiTsp=tsp.id
GROUP BY tsp.name