I have a View that has a column named 'Reference' and a column named 'RateeId' and collects and computes data from another table and used SUM function to get its TotalScores. However, when I input the same RateeId but different Reference, the SUM calculates both and displays the same Scores.
This is what I have tried so far.
This is my script for my view:
select e.Id, b.Name, f.SiteName, e.Reference, e.Amount, e.DateTransaction, SUM(a.Score * (c.Weight / 100) * (d.Weight / 100)) as TotalScore, a.Status, a.CreatedByUserId
from prs_rate as a
left outer join prs_ratee as b on a.RateeId = b.Id
left outer join prs_kpi as c on a.KpiId = c.Id
left outer join prs_group as d on c.GroupId = d.Id
left outer join prs_totalratee as e on a.RateeId = e.RateeId
left outer join core_vSiteInfo as f on e.SiteCatered = f.siteCode
group by b.Name, a.Status, a.CreatedByUserId, e.Reference, e.Amount, e.DateTransaction, f.SiteName, e.Id
This is what it returned:
This is the View prs_vMainKPI. The result of the above script.
Please add order by clause and try again...
select e.Id, b.Name, f.SiteName, e.Reference, e.Amount, e.DateTransaction, SUM(a.Score * (c.Weight / 100) * (d.Weight / 100)) as TotalScore, a.Status, a.CreatedByUserId
from prs_rate as a
left outer join prs_ratee as b on a.RateeId = b.Id
left outer join prs_kpi as c on a.KpiId = c.Id
left outer join prs_group as d on c.GroupId = d.Id
left outer join prs_totalratee as e on a.RateeId = e.RateeId
left outer join core_vSiteInfo as f on e.SiteCatered = f.siteCode
group by e.Id, e.Reference, b.Name, a.Status, a.CreatedByUserId, e.Amount, e.DateTransaction, f.SiteName
order by e.Id, e.Reference
Related
I have created a temp table that lists each client's invoice(s), plus the number of days it took to pay the invoice. A client can have more than one invoice.
Instead of this, I would just like the temp table to list each client once, along with the AVERAGE number of days it took to pay all of their invoices.
Any tips on how to do this would be much appreciated.
Thanks
select
c.client_code,
b.bill_num,
b.bill_date,
ba.TRAN_DATE,
sum(datediff(Day,b.BILL_DATE, ba.TRAN_DATE)) as Days_To_Pay
into #tempG1
from blt_bill b
left outer join blt_billm bm on b.tran_uno = bm.bill_tran_uno
left outer join BLT_BILL_AMT ba on bm.BILLM_UNO = ba.BILLM_UNO
left outer join hbm_matter m on bm.matter_uno = m.matter_uno
left outer join hbm_client c on m.client_uno = c.client_uno
where b.total_bill_amt > 0.0
and bm.ar_status NOT IN ('P','X')
and ba.TRAN_TYPE in ('CR','crx')
group by c.client_code,b.bill_num,b.bill_date,ba.TRAN_DATE
select * from #tempG1
Drop Table #tempG1
I am not familiar with temp tables, but this should work (tested on a simliar scenario on MySQL8 and assuming that #tempG1 return results):
select
c.client_code,
b.bill_num,
b.bill_date,
ba.TRAN_DATE,
sum(datediff(Day,b.BILL_DATE, ba.TRAN_DATE)) as Days_To_Pay
from blt_bill b
left outer join blt_billm bm on b.tran_uno = bm.bill_tran_uno
left outer join BLT_BILL_AMT ba on bm.BILLM_UNO = ba.BILLM_UNO
left outer join hbm_matter m on bm.matter_uno = m.matter_uno
left outer join hbm_client c on m.client_uno = c.client_uno
where b.total_bill_amt > 0.0
and bm.ar_status NOT IN ('P','X')
and ba.TRAN_TYPE in ('CR','crx')
group by c.client_code,b.bill_num,b.bill_date,ba.TRAN_DATE
into #tempG1
############################
SELECT temp.client_code, AVG(temp.Days_To_Pay)
FROM (select * from #tempG1) as temp
GROUP BY temp.client_code
############################
#### Do you see results if drop? ####
Drop Table #tempG1
Note that I put #tempG1, at the bottom of your SELECT request, but might not be what want to achieve, not sure if you want to include your JOIN conditions or not.
Or you could do without temp table(including your join conditions):
SELECT temp.client_code, AVG(temp.Days_To_Pay)
(
select
c.client_code,
b.bill_num,
b.bill_date,
ba.TRAN_DATE,
sum(datediff(Day,b.BILL_DATE, ba.TRAN_DATE)) as Days_To_Pay
from blt_bill b
left outer join blt_billm bm on b.tran_uno = bm.bill_tran_uno
left outer join BLT_BILL_AMT ba on bm.BILLM_UNO = ba.BILLM_UNO
left outer join hbm_matter m on bm.matter_uno = m.matter_uno
left outer join hbm_client c on m.client_uno = c.client_uno
where b.total_bill_amt > 0.0
and bm.ar_status NOT IN ('P','X')
and ba.TRAN_TYPE in ('CR','crx')
group by c.client_code,b.bill_num,b.bill_date,ba.TRAN_DATE
) as temp
GROUP BY temp.client_code
This sounds like a simple aggregation:
select c.client_code, avg(datediff(Day, b.BILL_DATE, ba.TRAN_DATE)) as Days_To_Pay
from blt_bill b join
blt_billm bm
on b.tran_uno = bm.bill_tran_uno join
BLT_BILL_AMT ba
on bm.BILLM_UNO = ba.BILLM_UNO join
hbm_matter m on bm.matter_uno = m.matter_uno join
hbm_client c
on m.client_uno = c.client_uno
where b.total_bill_amt > 0.0 and
bm.ar_status not in ('P', 'X') and
ba.TRAN_TYPE in ('CR', 'crx')
group by c.client_code;
Note that you do not need outer joins. The where clause is turning most of them into inner joins anyway. Plus, if you are aggregating by the client code, then presumably you want a non-NULL value.
I am struggling with a sql query. I want to include the sum from an other table.
SELECT DISTINCT
tblProject.CompanyID,
tblCompany.Name,
tblCompany.AvtalsKund,
tblProject.ProjectName,
tblProject.Estimate,
tblProject.ProjectStart,
tblProject.Deadline,
CONVERT(VARCHAR(8), tblProject.Deadline, 2) AS [YY.MM.DD] ,
tblProject.PreOffered,
tblProject.ProjectType,
tblProjectType.ProjType,
tblOrdered.FirstName + + tblOrdered.LastName as OrderedFullName,
tblProject.ProjectID,
tblProject.RegDate,
tblProject.ProjectNr,
tblProject.ProjectNr
FROM tblProject
INNER JOIN tblCompany ON tblProject.CompanyID = tblCompany.CompanyID
---> INNER JOIN (SELECT tblTimeRecord.ProjectID, SUM(CONVERT(float,replace([Hours],',','') ))
FROM tblTimeRecord group by tblTimeRecord.ProjectID) as b
ON b.ProjectID = tblProject.ProjectID
INNER JOIN tblTimeRecord ON tblTimeRecord.ProjectID = tblProject.ProjectID
INNER JOIN tblProjectType ON tblProject.ProjectType = tblProjectType.ProjTypeID
LEFT OUTER JOIN tblOrdered ON tblProject.OrderedBy = tblOrdered.OrderedID
LEFT OUTER JOIN tblRel_WorkerProject ON tblProject.ProjectID = tblRel_WorkerProject.ProjectID
LEFT OUTER JOIN tblPerson ON tblPerson.PersonID = tblRel_WorkerProject.WorkerID
LEFT OUTER JOIN tblRel_StatusWorkerProject ON tblProject.ProjectID = tblRel_StatusWorkerProject.ProjectID
I want to include this sum-block from table tblTimeRecord.
I get a sum of timerapports with this code
SELECT tblTimeRecord.ProjectID,
SUM(CONVERT(float,replace([Hours],',','') ))
FROM tblTimeRecord where ProjectID=1312 group by tblTimeRecord.ProjectID
Guess i do it in join?
Got it working with this.
SELECT DISTINCT
tblProject.ProjectID,
Summa,
tblProject.CompanyID,
tblCompany.Name,
tblCompany.AvtalsKund,
tblProject.ProjectName,
tblProject.Estimate,
tblProject.ProjectStart,
tblProject.Deadline,
CONVERT(VARCHAR(8), tblProject.Deadline, 2) AS [YY.MM.DD] ,
tblProject.PreOffered,
tblProject.ProjectType,
tblProjectType.ProjType,
tblOrdered.FirstName + + tblOrdered.LastName as OrderedFullName,
tblProject.ProjectID,
tblProject.RegDate,
tblProject.ProjectNr,
tblProject.ProjectNr
FROM tblProject
INNER JOIN tblCompany ON tblProject.CompanyID = tblCompany.CompanyID
INNER JOIN (SELECT tblTimeRecord.ProjectID, SUM(CONVERT(float,replace([Hours],',','') )) as Summa FROM tblTimeRecord group by tblTimeRecord.ProjectID) as b
ON b.ProjectID = tblProject.ProjectID
INNER JOIN tblTimeRecord ON tblTimeRecord.ProjectID = tblProject.ProjectID
INNER JOIN tblProjectType ON tblProject.ProjectType = tblProjectType.ProjTypeID
LEFT OUTER JOIN tblOrdered ON tblProject.OrderedBy = tblOrdered.OrderedID
LEFT OUTER JOIN tblRel_WorkerProject ON tblProject.ProjectID = tblRel_WorkerProject.ProjectID
LEFT OUTER JOIN tblPerson ON tblPerson.PersonID = tblRel_WorkerProject.WorkerID
LEFT OUTER JOIN tblRel_StatusWorkerProject ON tblProject.ProjectID = tblRel_StatusWorkerProject.ProjectID
There are two ways to do this.
You can use a WITH clause to create the aggregate table then join this to the main query.
Or do it this way:
SELECT m.BLAH
,m.FOO
,x.AMOUNT
FROM MAINTABLE m
LEFT JOIN
(
SELECT FOO
,SUM(AMOUNT) as AMOUNT
FROM OTHERTABLE
GROUP BY FOO
) x
ON m.FOO = x.FOO
I prefer the second way.
I have a query like this:
WITH CTE_KELOMPOKINFORMASI (KelompokInformasi, XBRLItem_ItemId)
AS (
SELECT a.Id AS KelompokInformasi, c.XBRLItem_ItemId
FROM XBRLNamespaces a INNER JOIN XBRLHypercubes b
ON a.XBRLView_ViewId = b.XBRLView_ViewId
INNER JOIN XBRLHypercubeDimensionItems c
ON b.XBRLHypercubeId = c.XBRLHypercube_XBRLHypercubeId
WHERE a.Id like '%KBIK_AAKL%')
SELECT f.KelompokInformasi, e.Name AS DimensionName,
ROW_NUMBER() OVER(PARTITION BY e.Name ORDER BY e.Name DESC) AS 'Number'
FROM XBRLDefinitionRoleDomainItems a
LEFT OUTER JOIN XBRLDefinitionRoleDimensionItems b
ON a.XBRLDefinitionRole_DefinitionRoleId = b.XBRLDefinitionRole_DefinitionRoleId
LEFT OUTER JOIN XBRLItems c ON a.XBRLItem_ItemId = c.ItemId
LEFT OUTER JOIN XBRLLabels d ON a.XBRLItem_ItemId = d.XBRLItem_ItemId
LEFT OUTER JOIN XBRLItems e ON b.XBRLItem_ItemId=e.ItemId
LEFT OUTER JOIN CTE_KELOMPOKINFORMASI f ON b.XBRLItem_ItemId=f.XBRLItem_ItemId
WHERE b.XBRLItem_ItemId=f.XBRLItem_ItemId
and it gives result like this:
Kelompok Informasi DimensionName Number
KBIK_AAKL JWAAKT 1
KBIK_AAKL JWAAKT 2
KBIK_AAKL JWAAKT 3
KBIK_AAKL SNOUPL 1
KBIK_AAKL SNOUPL 2
KBIK_AAKL KOKOLT 1
KBIK_AAKL KOKOLT 2
KBIK_AAKL KOKOLT 3
KBIK_AAKL KOKOLT 4
Is it possible if i DISTINCT my result again by "DimensionName", so i have a result just like this:
KelompokInformasi DimensionName Number
KBIK_AAKL JWAAKT 1
KBIK_AAKL SNOUPL 2
KBIK_AAKL KOKOLT 3
i tried to do distinct like code below but it doesn't work
SELECT DISTINCT DimensionName
FROM (SELECT f.KelompokInformasi, e.Name AS DimensionName,
ROW_NUMBER() OVER(PARTITION BY e.Name ORDER BY e.Name DESC) AS 'Number'
FROM XBRLDefinitionRoleDomainItems a
LEFT OUTER JOIN XBRLDefinitionRoleDimensionItems b
ON a.XBRLDefinitionRole_DefinitionRoleId = b.XBRLDefinitionRole_DefinitionRoleId
LEFT OUTER JOIN XBRLItems c ON a.XBRLItem_ItemId = c.ItemId
LEFT OUTER JOIN XBRLLabels d ON a.XBRLItem_ItemId = d.XBRLItem_ItemId
LEFT OUTER JOIN XBRLItems e ON b.XBRLItem_ItemId=e.ItemId
LEFT OUTER JOIN CTE_KELOMPOKINFORMASI f ON b.XBRLItem_ItemId=f.XBRLItem_ItemId
WHERE b.XBRLItem_ItemId=f.XBRLItem_ItemId)
Use your distinct on the inner subquery and row number them on the outer Select
WITH CTE_KELOMPOKINFORMASI (KelompokInformasi, XBRLItem_ItemId)
AS (
SELECT a.Id AS KelompokInformasi, c.XBRLItem_ItemId
FROM XBRLNamespaces a INNER JOIN XBRLHypercubes b
ON a.XBRLView_ViewId = b.XBRLView_ViewId
INNER JOIN XBRLHypercubeDimensionItems c
ON b.XBRLHypercubeId = c.XBRLHypercube_XBRLHypercubeId
WHERE a.Id like '%KBIK_AAKL%')
Select A.*, ROW_NUMBER() OVER(ORDER BY A.DimensionName DESC) AS 'Number'
FROM (
SELECT distinct f.KelompokInformasi, e.Name AS DimensionName
FROM XBRLDefinitionRoleDomainItems a
LEFT OUTER JOIN XBRLDefinitionRoleDimensionItems b
ON a.XBRLDefinitionRole_DefinitionRoleId = b.XBRLDefinitionRole_DefinitionRoleId
LEFT OUTER JOIN XBRLItems c ON a.XBRLItem_ItemId = c.ItemId
LEFT OUTER JOIN XBRLLabels d ON a.XBRLItem_ItemId = d.XBRLItem_ItemId
LEFT OUTER JOIN XBRLItems e ON b.XBRLItem_ItemId=e.ItemId
LEFT OUTER JOIN CTE_KELOMPOKINFORMASI f ON b.XBRLItem_ItemId=f.XBRLItem_ItemId
WHERE b.XBRLItem_ItemId=f.XBRLItem_ItemId
) AS A
Just Filter with Your Row_Number
Try like this
SELCT KelompokInformasi,DimensionName,ROW_NUMBER() OVER(ORDER BY (SELECT NULL)) AS 'NUMBER' FROM
(
SELECT f.KelompokInformasi, e.Name AS DimensionName,
ROW_NUMBER() OVER(PARTITION BY e.Name ORDER BY e.Name DESC) AS 'RN'
FROM XBRLDefinitionRoleDomainItems a
LEFT OUTER JOIN XBRLDefinitionRoleDimensionItems b
ON a.XBRLDefinitionRole_DefinitionRoleId = b.XBRLDefinitionRole_DefinitionRoleId
LEFT OUTER JOIN XBRLItems c ON a.XBRLItem_ItemId = c.ItemId
LEFT OUTER JOIN XBRLLabels d ON a.XBRLItem_ItemId = d.XBRLItem_ItemId
LEFT OUTER JOIN XBRLItems e ON b.XBRLItem_ItemId=e.ItemId
LEFT OUTER JOIN CTE_KELOMPOKINFORMASI f ON b.XBRLItem_ItemId=f.XBRLItem_ItemId
WHERE b.XBRLItem_ItemId=f.XBRLItem_ItemId
) AS T
WHERE RN = 1
(OR)
SELCT KelompokInformasi,DimensionName,ROW_NUMBER() OVER(ORDER BY (SELECT NULL)) AS 'NUMBER' FROM
(
SELECT f.KelompokInformasi, e.Name AS DimensionName,
FROM XBRLDefinitionRoleDomainItems a
LEFT OUTER JOIN XBRLDefinitionRoleDimensionItems b
ON a.XBRLDefinitionRole_DefinitionRoleId = b.XBRLDefinitionRole_DefinitionRoleId
LEFT OUTER JOIN XBRLItems c ON a.XBRLItem_ItemId = c.ItemId
LEFT OUTER JOIN XBRLLabels d ON a.XBRLItem_ItemId = d.XBRLItem_ItemId
LEFT OUTER JOIN XBRLItems e ON b.XBRLItem_ItemId=e.ItemId
LEFT OUTER JOIN CTE_KELOMPOKINFORMASI f ON b.XBRLItem_ItemId=f.XBRLItem_ItemId
WHERE b.XBRLItem_ItemId=f.XBRLItem_ItemId
GROUP BY f.KelompokInformasi, e.Name
) AS T
I'm coming across an issue where when I write a query as so:
SELECT a.v, b.w, c.x, d.y, e.z
FROM a
JOIN b
on a.id = b.id
LEFT JOIN c
on a.id = c.id
LEFT JOIN d
on b.code=d.code
JOIN e
on a.n = e.n
WHERE
a.zone = 10
WITH (nolock)
I get several hundred results, but when I modify it to this:
SELECT a.v, b.w, c.x, d.y, e.z
FROM a
JOIN b
on a.id = b.id
LEFT JOIN c
on a.id = c.id AND c.n = 0
LEFT JOIN d
on b.code=d.code AND d.n = 0
JOIN e
on a.n = e.n
WHERE
a.zone = 10
WITH (nolock)
I get zero results.
From my understanding of SQL and left joins, I feel that getting any results with the first query means I should definitely get at least one result with the second, if only one where fields from c and d are null. Does PROGRESS implement outer joins in an unusual manner?
You might want to figure out what the c.n and d.n values are. Try something like this to figure out where your starting point is.
SELECT c.n, d.n, count(*)
FROM a
JOIN b
on a.id = b.id
LEFT JOIN c
on a.id = c.id
LEFT JOIN d
on b.code=d.code
JOIN e
on a.n = e.n
WHERE
a.zone = 10
group by c.n, d.n
Then you can adjust your query based on the result
Its my second day with MS Access, i am trying to update an existing application.
And this includes updating some queries. I never knew it was going to be so complex. the parenthesis issue in Access is really disturbing and i hit the wall, i get the "syntax error" error. My SQL query is something like this :
Select ….(Something)
Into …. (Some Table)
From A
Inner join B on A.ID=B.ID
LEFT OUTER JOIN STAR as C on C.ID = A.ID
AND C.Data = ’DEMO1’
AND C.POS= ’POS1’
LEFT OUTER JOIN STAR as D on D.ID = A.ID
AND D.Data = ’DEMO2’
AND D.POS= ‘POS2’
LEFT OUTER JOIN STAR as E on E.ID = A.ID
AND E.Data = ’DEMO3’
AND E.POS= ‘POS3’
And in access, its equivalent that i am trying is :
Select ….
Into ….
From (((A
Inner join B on A.ID=B.ID)
LEFT OUTER JOIN STAR as C (on C.ID = A.ID
AND C.Data = ’DEMO1’
AND C.POS= ’POS1’)
LEFT OUTER JOIN STAR as D (on D.ID = A.ID
AND D.Data = ’DEMO2’
AND D.POS= ‘POS2’)
LEFT OUTER JOIN STAR as E on E.ID = A.ID
AND E.Data = ’DEMO3’
AND E.POS= ‘POS3’
consider
Select ….
Into ….
From
(A Inner join B on A.ID=B.ID) LEFT OUTER JOIN
STAR as C on
C.ID = A.ID AND
((C.Data = ’DEMO1’ AND C.POS= ’POS1’) OR
(C.Data = ’DEMO2’ AND C.POS= ’POS2’) or
(C.Data = ’DEMO3’ AND C.POS= ’POS3’))
Finally got my way through parenthesis.
Select ….
Into ….
From (((A
Inner join B on A.ID=B.ID)
LEFT OUTER JOIN STAR as C on (C.ID = A.ID
AND C.Data = ’DEMO1’
AND C.POS= ’POS1’))
LEFT OUTER JOIN STAR as D on (D.ID = A.ID
AND D.Data = ’DEMO2’
AND D.POS= ‘POS2’))
LEFT OUTER JOIN STAR as E on (E.ID = A.ID
AND E.Data = ’DEMO3’
AND E.POS= ‘POS3’)