I am trying to convert the following Oracle query to SQL Server and have run into an issue trying to create my CTE for the hierarchy order. I only provided the last select statement as there are 7 with statements and thought the code would be too long to post. Any ideas?
SELECT '"'||rownum||'"' as ORIGINAL_ORDER, A.*
FROM (
SELECT
'"'||LEVEL||'"'
, CAST('"'||lpad(' ',level*2,' ')||P.POSITION_NBR||'"' AS VARCHAR(100)) AS
HIERARCHY
,'"'||P.POSITION_NBR||'"' AS POS_NBR
,'"'||P.DESCR||'"' AS POS_TITLE
,'"'||P.CLASSIFICATION_CD||'"' AS CLASSCd
, '"'||P.LOCATION||'"' AS LOC
, '"'||P.LOC_DESCR||'"' AS LOC_DESCR
, '"'||P.DEPTID||'"' AS DEP
, '"'||P.DEPT_DESCR||'"' AS DEP_DESCR
, F.LANG_PROF
, A.EMPS
, B.ACCOMPLISHMENT "ACC_READ"
, B.DT_ISSUED "DT_ISSUED_READ"
, B.RESULTS_LEVEL_CD "LEVEL_CD_READ"
, B.RESULTS_EXPIRY_DT "EXPIRY_DT_READ"
, C.ACCOMPLISHMENT "ACC_WRITE"
, C.DT_ISSUED "DT_ISSUED_WRITE"
, C.RESULTS_LEVEL_CD "LEVEL_CD_WRITE"
, C.RESULTS_EXPIRY_DT "EXPIRY_DT_WRITE"
, D.ACCOMPLISHMENT "ACC_ORAL"
, D.DT_ISSUED "DT_ISSUED_ORAL"
, D.RESULTS_LEVEL_CD "LEVEL_CD_ORAL"
, D.RESULTS_EXPIRY_DT "EXPIRY_DT_ORAL"
, E.XLATLONGNAME
from POSITIONS P
LEFT JOIN JOB A
ON P.POSITION_NBR = A.POSITION_NBR
LEFT JOIN SLE_READ B
ON A.EMPLID = B.EMPLID
LEFT JOIN SLE_WRITE C
ON A.EMPLID = C.EMPLID
LEFT JOIN SLE_ORAL D
ON A.EMPLID = D.EMPLID
LEFT JOIN POS_LANG_REQ E
ON A.POSITION_NBR = E.POSITION_NBR
LEFT JOIN POS_LANG_PROF F
ON P.POSITION_NBR = F.POSITION_NBR
start with P.position_nbr = '&&pPOSN_STARTSAT'`enter code here`
connect by nocycle prior p.position_nbr = p.reports_to
order siblings by p.position_nbr ) A
Related
I have a view which queries around 1+ million rows and takes around 10-15 minutes to finish its execution,I want to provide cluster indexing to it so that it exists in physical schema and takes less time to load, but there are a number of constraints in order to provide cluster indexing i.e. only INNER JOIN are allowed and No subqueries should be present in views defination how do I replace the LEFT JOIN present in this view with INNER JOIN and how do I eliminate subqueries from this views defination so that cluster indexing can be applied to it.
CREATE view [dbo].[FTM_ProfileDetailsView] with SCHEMABINDING as
select FTM.Id
, FTM.EmployeeId
, FTM.CustomerId
, FTM.AbsenceFirstDate
, FTM.BackgroundHistory
, FTM.BackgroundHistoryComments
, FTM.IsEmployeeAbsent,FTM.ServiceId
, Case When isnull(FTM.IsSelfManagement,'')='' THEN cast(0 as bit) ELSE FTM.IsSelfManagement END as IsSelfManagement
, PR.ServiceLineId,FTM.ProfileId,PR.StatusId,Status.Status as StatusName
, PR.ReasonID
, PR.ModifiedDate
, PR.WithdrawnReason
, PR.CreatedBy
, PR.CreatedDate
, PR.IsActive
, mgrs.usernames as LineManagers
, cust.CustomerName
, ltrim(rtrim( emp.EmployeeTitle+' '+ emp.FirstName+' '+ emp.Surname)) as EmployeeFullName
, FTM.ProfileManagerId
, FTM.IsProfileManagement
, AM.MonitoringChecks
, AM.Frequency
, AM.ProfileManagerNotes
, AM.TaskDateAndTime
, FTM.ProfileManagementCriteriaId
,cast(case when PR.StatusId = 13 then 1 else 0 end as bit) as IsActiveMonitoring
, CustServ.CustomerServiceName
, BU.Name as BusinessUnit
, emp.DASID
, emp.DateOfBirth as EmployeeDOB
, addr.PostCode
, coninfo.Email
, (select top 1
StatusId from dbo.PR_Profileintervention ProfileInt
where ProfileInt.ProfileId=FTM.Profileid
order by ProfileInt.Id desc) as LatestInterventionStatusId
, (select name from dbo.FTM_Intervention Intr
where Intr.Id=(select top 1 InterventionId from dbo.PR_Profileintervention ProfileInt
where ProfileInt.ProfileId=FTM.Profileid
order by ProfileInt.Id desc))
as LatestInterventionName from FTM_Profile FTM
LEFT JOIN dbo.ProfileManagersView mgrs ON mgrs.ProfileID = FTM.ProfileID
INNER JOIN dbo.Customer cust on cust.Id= FTM.CustomerId
INNER JOIN dbo.Employee emp on emp.Id = FTM.EmployeeId
INNER JOIN dbo.PR_Profile PR on PR.Profileid=FTM.ProfileId
LEFT JOIN dbo.BusinessUnit BU on BU.Id=PR.BUId
LEFT JOIN dbo.PR_dv_Status [Status] on [Status].Id = PR.StatusId
LEFT JOIN dbo.CM_ActiveMonitoringDetails AM on AM.ProfileId = PR.Profileid
LEFT JOIN dbo.FTM_CustomerServiceMapping CustServ on CustServ.ServiceId = FTM.ServiceId and CustServ.CustomerId = FTM.CustomerId
LEFT JOIN dbo.contact con on con.Id = emp.ContactID
LEFT JOIN dbo.address addr on addr.Id = con.HomeAddressId
LEFT JOIN dbo.contactinfo coninfo on coninfo.Id = con.ContactInfoId
I have a suggestion. Can you try and change your query so the sub -queries in the SELECT are placed in CROSS APPLYs?
So something along the lines of this in your WHERE clause:
CROSS APPLY (
select top 1 StatusId AS LatestInterventionStatusId
from dbo.PR_Profileintervention ProfileInt
where ProfileInt.ProfileId=FTM.Profileid
order by ProfileInt.Id desc
) LatestInterventionStatusId
CROSS APPLY (
select name AS LatestInterventionName
from dbo.FTM_Intervention Intr
where Intr.Id=(select top 1 InterventionId
from dbo.PR_Profileintervention ProfileInt
where ProfileInt.ProfileId=FTM.Profileid
order by ProfileInt.Id desc)
)LatestInterventionName
And then of course change the column names in the SELECT to something like this:
, LatestInterventionStatusId.LatestInterventionStatusId
, LatestInterventionName.LatestInterventionName
Give this a go and let me know if it makes a different.
Ok, you didn't give me an answer on my question, but the subqueries should be changed. Try to use this instead the two subqueries:
/*
...
, emp.DateOfBirth as EmployeeDOB
, addr.PostCode
, coninfo.Email
*/
, p.StatusId as LatestInterventionStatusId
, p.name as LatestInterventionName
from FTM_Profile FTM
OUTER APPLY (
select TOP 1 Intr.name, ProfileInt.StatusId
from dbo.PR_Profileintervention ProfileInt
LEFT JOIN dbo.FTM_Intervention Intr ON Intr.Id = ProfileInt.InterventionId
where ProfileInt.ProfileId = FTM.Profileid
order by ProfileInt.Id desc
) p
/*
LEFT JOIN dbo.ProfileManagersView mgrs ON mgrs.ProfileID = FTM.ProfileID
INNER JOIN dbo.Customer cust on cust.Id= FTM.CustomerId
INNER JOIN dbo.Employee emp on emp.Id = FTM.EmployeeId
...
*/
I am trying to do a left outer join on two tables (well, an inline view and a table).
What I want to happen is to list all the grads (I know there are 3815 DISTINCT Grads) with any of their enrolments (there could be 0 or n enrolments). What I'm getting is only a list of the grads that have enrolments (3649 DISTINCT students). I'm not sure where I'm going wrong with not getting all the rows from the grad 'view' (I don't have create view privs so this is my workaround).
This is my code:
SELECT C.*, D.FREEZE_EVENT, D.ACADEMIC_PERIOD, D.CAMPUS, D.COLLEGE, D.COLLEGE_DESC,D.MAJOR, D.MAJOR_DESC , D.STUDENT_RATE
FROM
(SELECT A.STUDENT_LEVEL_DESC, A.CAMPUS, A.CAMPUS_DESC, A.COLLEGE, A.COLLEGE_DESC, A.MAJOR_DESC, A.MAJOR, A.DEGREE_DESC, A.PERSON_UID, A.ID, A.NAME,
A.OUTCOME_GRADUATION_DATE, A.STATUS, A.GRAD_YEAR, A.TRAINING_LOCATION, B.CITIZENSHIP_TYPE
FROM ACAD_OUTOCME A, PERSON_DETAIL B
WHERE A.STUDENT_LEVEL IN ('02','03') AND A.GRAD_YEAR = '2015' AND A.FREEZE_EVENT = '10TH_SEP2016' AND B.FREEZE_EVENT = '10TH_SEP2016'
AND A.ID = B.ID) C
LEFT OUTER JOIN ACAD_STUDY D ON
C.CAMPUS = D.CAMPUS
AND C.COLLEGE = D.COLLEGE
AND C.MAJOR = D.MAJOR
AND C.PERSON_UID = D.PERSON_UID
WHERE D.FREEZE_EVENT = '10TH_SEP2016'
ORDER BY C.NAME
Any suggestions? I'm using Toad Data Point. I'm also the loan developer at work, so I don't have anyone I can ask to help out with this, and google has failed me.
Thanks!
Move your WHERE condition to the ON condition:
Select C.*
, D.FREEZE_EVENT
, D.ACADEMIC_PERIOD
, D.CAMPUS
, D.COLLEGE
, D.COLLEGE_DESC
, D.MAJOR
, D.MAJOR_DESC
, D.STUDENT_RATE
From (Select A.STUDENT_LEVEL_DESC
, A.CAMPUS
, A.CAMPUS_DESC
, A.COLLEGE
, A.COLLEGE_DESC
, A.MAJOR_DESC
, A.MAJOR
, A.DEGREE_DESC
, A.PERSON_UID
, A.ID
, A.NAME
, A.OUTCOME_GRADUATION_DATE
, A.STATUS
, A.GRAD_YEAR
, A.TRAINING_LOCATION
, B.CITIZENSHIP_TYPE
From ACAD_OUTOCME A
Join PERSON_DETAIL B On A.ID = B.ID
Where A.STUDENT_LEVEL In ('02', '03')
And A.GRAD_YEAR = '2015'
And A.FREEZE_EVENT = '10TH_SEP2016'
And B.FREEZE_EVENT = '10TH_SEP2016'
) C
Left Outer Join ACAD_STUDY D
On C.CAMPUS = D.CAMPUS
And C.COLLEGE = D.COLLEGE
And C.MAJOR = D.MAJOR
And C.PERSON_UID = D.PERSON_UID
And D.FREEZE_EVENT = '10TH_SEP2016'
Order By C.NAME;
The WHERE clause is evaluated after the OUTER JOIN, which would cause it to filter out the NULL records from the LEFT JOIN. So, having the right-hand table of a LEFT JOIN in the WHERE clause will effectively transform the OUTER JOIN into an INNER JOIN.
This question already has answers here:
How to find LEFT OUTER JOIN or RIGHT OUTER JOIN with ORACLE JOIN (+)
(2 answers)
Closed 7 years ago.
I am currently a Trainee trying to develop my SQL. Could someone help me with changing the old language to the new(orale 11g or sql 2014) Below is an example that I am current changing;
select apa.invoicE_num ap_invoice_num
, apa.creation_date
, rat.TRX_NUMBER ar_trx_number
, rat.creation_date loaded_into_ar
,asw.inserted_date
, decode(pvs.org_id,86,'SP',87,'SV')
, pv.vendor_nam
,pv.segment1,
pvs.vendor_site_code
, asw.attribute6
, asw.invoice_amount
, asw.INVOICE_NUM
from asw.asw_ap_invoices_interface_aud asw
, ra_customer_trx_all rat
, po_vendor_sites_all pvs
, po_vendors pv
, ap_invoices_all apa
where asw.invoice_num = rat.trx_number (+)
and asw.VENDOR_SITE_ID = pvs.vendor_site_id
and pvs.vendor_id = pv.vendor_id
and asw.invoice_num = apa.invoicE_num (+)
and asw.invoice_amount = apa.invoicE_amount (+)
and asw.vendor_site_id = apa.vendor_site_id (+)
and asw.attribute_category = 'Retek Import'
and asw.attribute6 in ('MB','DA','RM','SB')
and trunc(inserted_date) > '29-OCT-2015'
Thank you for reading this and I hope you can help!
SELECT *
FROM a, b
WHERE a.id=b.id(+)
the same as
SELECT *
FROM a LEFT OUTER JOIN b ON a.id=b.id
So in your case:
select apa.invoicE_num ap_invoice_num
, apa.creation_date
, rat.TRX_NUMBER ar_trx_number
, rat.creation_date loaded_into_ar
,asw.inserted_date
, decode(pvs.org_id,86,'SP',87,'SV')
, pv.vendor_nam
,pv.segment1,
pvs.vendor_site_code
, asw.attribute6
, asw.invoice_amount
, asw.INVOICE_NUM
from asw.asw_ap_invoices_interface_aud asw
left outer join ra_customer_trx_all rat on asw.invoice_num = rat.trx_number
inner join po_vendor_sites_all on pvs asw.VENDOR_SITE_ID = pvs.vendor_site_id
inner join po_vendors pv on pvs.vendor_id = pv.vendor_id
left outer join ap_invoices_all apa on asw.invoice_amount = apa.invoicE_amount and asw.vendor_site_id = apa.vendor_site_id
where asw.attribute_category = 'Retek Import'
and asw.attribute6 in ('MB','DA','RM','SB')
and trunc(inserted_date) > '29-OCT-2015'
I have a simple query that I would like some specific results but not sure of the right way to go about it. I'm using a SQL Server database and my query is as follows:
SELECT dt.year ,
db.dist_code ,
db.dist_name ,
db.s_code ,
db.s_name ,
fl.zip ,
fl.num_births ,
total_enrollment
FROM dbo.fact_enrollment_school AS fs
INNER JOIN dbo.dim_building AS db ON fs.building_key = db.building_key
INNER JOIN dbo.dim_time AS dt ON fs.time_key = dt.time_key
LEFT OUTER JOIN dbo.fact_live_birth AS fl ON dt.time_key = fl.time_key
AND db.building_key = fl.building_key
GROUP BY dt.year ,
db.dist_code ,
db.dist_name ,
db.school_code ,
db.school_name ,
fl.zip ,
total_enrollment ,
fl.num_births
What I need is to output the num_births total for every district_code that is the same.
Desired output:
I think you can achieve this by window function:
SELECT dt.year ,
db.dist_code ,
db.dist_name ,
db.s_code ,
db.s_name ,
fl.zip ,
sum(fl.num_births) over (partition by dt.year, db.dist_code),
total_enrollment
FROM dbo.fact_enrollment_school AS fs
INNER JOIN dbo.dim_building AS db ON fs.building_key = db.building_key
INNER JOIN dbo.dim_time AS dt ON fs.time_key = dt.time_key
LEFT OUTER JOIN dbo.fact_live_birth AS fl ON dt.time_key = fl.time_key
AND db.building_key = fl.building_key;
I have 2 queries.
Query # 1: inserts some data into a temp table
Query # 2: inserts the data from the temp table (with some joins) into a new table.
Running Query #1 alone takes 3 seconds. Running Query #2 alone takes 12 seconds.
When I run them both together as one execution, it runs forever (over 4 minutes).
What could possibly be the reason for this?
(I would post my code but it's very long and not much understandable to the outsider.)
Here's my SQL (at your own risk): Remember they run fine when ran alone.
-- START QUERY #1
SELECT * INTO #TempProdForSiteGoingTrim
FROM
(
SELECT
p.idProduct
, p.active
, p.sku
, p.description
, p.listprice
, p.price
, p.imageurl
, p.smallimageurl
, p.idManufacturer
, sortOrder
, CASE WHEN p.pgroup = '' OR p.pgroup IS NULL THEN CAST(p.idProduct AS VARCHAR) ELSE pgroup END [pgroup]
, CASE WHEN pa2.attr IS NULL THEN CAST(p.idProduct AS VARCHAR) ELSE CASE WHEN p.pgroup = '' OR p.pgroup IS NULL THEN CAST(p.idProduct AS VARCHAR) ELSE pgroup END END [RugGroup]
, pa1.attr [Color]
, pa3.attr [Collection]
, pa2.attr [RugSize]
, pa4.attr[RugShape]
FROM
(SELECT DISTINCT idProduct FROM ProdSite WHERE idSite = 39 ) s
INNER JOIN (SELECT * FROM products p WHERE active = -1 ) p ON s.idproduct = p.idproduct
LEFT OUTER JOIN (SELECT t.idproduct, attr FROM (SELECT max(idprodattr) [idprodattr], idproduct, b.idattrset FROM productattr a JOIN product_attr b on a.idattr = b.idattr WHERE idattrset = 1 GROUP BY a.idproduct, b.idattrset )t JOIN productattr a ON t.idprodattr = a.idprodattr JOIN product_attr b ON a.idattr = b.idattr) pa1 ON p.idproduct = pa1.idproduct
LEFT OUTER JOIN (SELECT t.idproduct, attr FROM (SELECT max(idprodattr)[idprodattr], idproduct, b.idattrset FROM productattr a JOIN product_attr b on a.idattr = b.idattr WHERE idattrset = 160 GROUP BY a.idproduct, b.idattrset )t JOIN productattr a ON t.idprodattr = a.idprodattr JOIN product_attr b ON a.idattr = b.idattr) pa2 ON p.idproduct = pa2.idproduct
LEFT OUTER JOIN (SELECT t.idproduct, attr FROM (SELECT max(idprodattr)[idprodattr], idproduct, b.idattrset FROM productattr a JOIN product_attr b on a.idattr = b.idattr WHERE idattrset = 6 GROUP BY a.idproduct, b.idattrset )t JOIN productattr a ON t.idprodattr = a.idprodattr JOIN product_attr b ON a.idattr = b.idattr) pa3 ON p.idproduct = pa3.idproduct
LEFT OUTER JOIN (SELECT t.idproduct, attr FROM (SELECT max(idprodattr)[idprodattr], idproduct, b.idattrset FROM productattr a JOIN product_attr b on a.idattr = b.idattr WHERE idattrset = 62 GROUP BY a.idproduct, b.idattrset )t JOIN productattr a ON t.idprodattr = a.idprodattr JOIN product_attr b ON a.idattr = b.idattr) pa4 ON p.idproduct = pa4.idproduct
)t
-- END QUERY #1
-- START QUERY #2
DECLARE #listRugSizes TABLE (idmanufacturer int, RugGroup VARCHAR(500), RugSizes VARCHAR(1000))
INSERT INTO #listRugSizes
SELECT
t1.idmanufacturer
, t1.RugGroup
, STUFF(( SELECT ', ' + RugSize FROM #TempProdForSiteGoingTrim t2 WHERE t2.RugGroup = t1.RugGroup and t2.idmanufacturer = t1.idmanufacturer FOR XML PATH(''), TYPE ).value('.', 'varchar(max)'), 1, 1, '') [Values]
FROM
#TempProdForSiteGoingTrim t1
GROUP BY
t1.RugGroup
, t1.idmanufacturer
INSERT INTO [NewTableForSiteGoingTrim]
SELECT
p.idProduct
, p.sku
, p.description
, p.listPrice
, p.price
, p.imageUrl
, p.smallImageUrl
, p.sortOrder
, p.idManufacturer
, p.pgroup
, p.ruggroup
, c.idCategory
, c.idCategory [fidcategory]
, c.idParentCategory
, c.idParentCategory [gidcategory]
, pc.idParentCategory [hidCategory]
, ppc.idParentCategory [iidCategory]
, m.Name
, rp.rewrite_key [rewrite_index]
, rm.rewrite_key [rewrite_key]
, color [Color]
, collection [Collection]
, rugsize [RugSize]
, ruggroup.rugcount
, ruggroup.maxprice
, ruggroup.minprice
, rs.RugSizes
, p.rugshape
FROM
#TempProdForSiteGoingTrim p
LEFT OUTER JOIN (
SELECT
MIN(c.idCategory) [idCategory]
, c.idProduct
FROM
(
SELECT
cp.idProduct
, cp.idCategory
FROM
dbo.categories_products cp
JOIN categories c ON cp.idcategory = c.idCategory
WHERE
c.idSite = 24
) c
GROUP BY
c.idProduct
) cp ON p.idProduct = cp.idProduct
LEFT OUTER JOIN categories c ON cp.idCategory = c.idCategory
LEFT OUTER JOIN categories pc ON c.idParentCategory = pc.idCategory
LEFT OUTER JOIN categories ppc ON pc.idParentCategory = ppc.idCategory
LEFT OUTER JOIN manufacturer m ON p.idManufacturer = m.idManufacturer
LEFT OUTER JOIN (SELECT * FROM rewrite WHERE type = 3) rm ON p.idManufacturer = rm.id
LEFT OUTER JOIN (SELECT * FROM rewrite WHERE type = 1) rp ON p.idProduct = rp.id
LEFT OUTER JOIN #listRugSizes rs ON p.RugGroup = rs.RugGroup and p.idmanufacturer = rs.idmanufacturer
LEFT OUTER JOIN
(
SELECT
p.ruggroup
, p.idmanufacturer
, min(price) [minPrice]
, count(*) [RugCount]
, m.maxprice
FROM
#TempProdForSiteGoingTrim p
LEFT OUTER JOIN
(
SELECT
r.ruggroup
, r.idmanufacturer
, max(price) [maxprice]
FROM
#TempProdForSiteGoingTrim r
WHERE
r.idproduct = (SELECT MAX(idproduct) FROM #TempProdForSiteGoingTrim WHERE ruggroup = r.ruggroup AND price = r.price and idmanufacturer = r.idmanufacturer)
GROUP BY
ruggroup
, idmanufacturer
) m ON p.ruggroup = m.ruggroup and p.idmanufacturer = m.idmanufacturer
GROUP BY
p.ruggroup
, m.maxprice
, p.idmanufacturer
) ruggroup ON p.ruggroup = ruggroup.ruggroup and p.idmanufacturer = ruggroup.idmanufacturer
-- END QUERY #2
Edit
When I change the last join "ruggroup" to only group and join by column "ruggroup" and not "ruggroup" and "idmanufacturer" then it works fine.