The following query below listed generates blank values in a row.
-- Simplify the pivot selection query by separating the query using a with clause
WITH pivot_data AS(
SELECT va.identity,
vc.units,
s.field_name "Sample ID",
s.id_text "Lab ID",
TO_CHAR(str.result_value, S_FORMATMASK_PACKAGE.s_FormatMask(vc.analysis, s.id_numeric))result_value
FROM sample s
LEFT OUTER JOIN client c ON c.id = s.client_id
LEFT OUTER JOIN samp_test_result str ON (s.id_numeric = str.id_numeric
AND s.id_text = str.id_text and str.result_value is not null)
LEFT OUTER JOIN versioned_analysis va ON (va.identity = str.analysis)
LEFT OUTER JOIN versioned_component vc ON (vc.analysis = va.identity
AND vc.analysis_version = va.analysis_version
AND vc.name = str.component_name)
WHERE s.fas_sample_type = sample_pkg.get_leaf_sample
AND s.status = sample_pkg.get_authorised_sample
AND s.flg_released = constant_pkg.get_true
AND vc.flg_report = constant_pkg.get_true
AND c.id = UPPER ('I000009')
AND s.ID_NUMERIC between TO_NUMBER(2126) and TO_NUMBER(12917) and str.result_value <> 0
)
SELECT pvt1.*
FROM(SELECT * FROM pivot_data PIVOT (MAX(result_value) result_value, MAX(units) units FOR identity IN('NIR_N' "Nitrogen",
'XRF_P' "Phosphorus",
'XRF_K' "Potassium",
'XRF_CA' "Calcium",
'XRF_MG' "Magnesium",
'XRF_S' "Sulphur",
'XRF_SI' "Silicon",
'XRF_ZN' "Zinc",
'XRF_MN' "Manganese",
'XRF_CU' "Copper",
'XRF_FE' "Iron"))) pvt1
How do I remove a row that contains null fields
Related
I have some issues getting a full outer join to work in T-SQL. The left outer join part seems to be working okay, but the right outer join doesn't work as expected. Here's some sample data to test this on:
I have a table A with the following columns and data. The row marked with red is the row that cannot be found in table B.
And a second table B with the following columns and data. The rows marked with yellow are the rows that cannot be found in table A.
I am trying to join the tables using the following sql code:
select tableA.klientnr, tableA.uttakstype, tableA.uttaksnr, tableA.vareanr TableAItem,tableB.vareanr tableBitem, tableA.kvantum tableAquantity, tableB.totkvant tableBquantity
from tableA as tableA
full outer join tableB as tableB on tableA.klientnr=tableB.klientnr and tableA.uttakstype=tableB.uttakstype and tableA.uttaksnr=tableB.uttaksnr and tableA.vareanr=tableB.vareanr and tableB.IsDeleted=0
where tableA.UttaksNr=639779 and tableA.IsDeleted=0
The result of the sql is the following image. The row marked in red is the extra row from tableA that does show up, but I can't get the rows from table B to show up
Expected to have 2 extra rows
550 SA 639779 NULL 100059 NULL 0
550 SA 639779 NULL 103040 NULL 14
Later edit:
Would this be correct way to handle the full outer join where there's the header/line type of structure? Or can the query be optimized?
SELECT ISNULL(q1.accountid, q2.accountid) AccountId
,ISNULL(q1.klientnr, q2.klientnr) KlientNr
,ISNULL(q1.tilgangstype, q2.tilgangstype) 'Reception Type'
,ISNULL(q1.tilgangsnr, q2.tilgangsnr) 'Reception No'
,ISNULL(q1.dato, q2.dato) dato
,ISNULL(q1.LevNr, q2.LevNr) LevNr
,ISNULL(q1.Pakkemerke, q2.Pakkemerke) Pakkemerke
,ISNULL(q1.VareANr, q2.VareANr) VareANr
,ISNULL(q1.Ankomstdato,q2.Ankomstdato) 'Arrival Date'
,q1.Antall1
,q1.totkvant1
,q1.Antall2
,q1.totkvant2
,q2.Antall
,q2.totkvant
,q2.AntallTilFrys
,q2.TotKvantTilFrys
,ISNULL(q1.EksternKommentar1,q2.EksternKommentar1) EksternKommentar1
,q2.[Last Upsert]
FROM (
SELECT w700.accountid
,w700.klientnr
,w700.tilgangstype
,w700.tilgangsnr
,w700.dato
,w700.Ankomstdato
,w700.LevNr
,w700.pakkemerke
,w789.VareANr
,sum(IIF(w789.prognosetype = 1, w789.Antall, NULL)) AS Antall1
,sum(IIF(w789.prognosetype = 1, w789.totkvant, NULL)) AS totkvant1
,sum(IIF(w789.prognosetype = 2, w789.Antall, NULL)) AS Antall2
,sum(IIF(w789.prognosetype = 2, w789.totkvant, NULL)) AS totkvant2
,w700.EksternKommentar1
FROM trading.W789Prognosekjopstat AS w789
INNER JOIN trading.W700Tilgangshode AS w700 ON w700.AccountId = w789.AccountId
AND w700.KlientNr = w789.Klientnr
AND w700.Tilgangsnr = w789.Tilgangsnr
AND w700.Tilgangstype = w789.Tilgangstype
AND w700.IsDeleted = 0
WHERE w789.IsDeleted = 0
GROUP BY w700.accountid
,w700.klientnr
,w700.tilgangstype
,w700.tilgangsnr
,w700.dato
,w700.Ankomstdato
,w700.LevNr
,w700.pakkemerke
,w789.VareANr
,w700.EksternKommentar1
) q1
FULL OUTER JOIN (
SELECT w700.accountid
,w700.klientnr
,w700.tilgangstype
,w700.tilgangsnr
,w700.dato
,w700.Ankomstdato
,w700.LevNr
,w700.pakkemerke
,w702.VareANr
,w702.Antall
,w702.TotKvant
,w702.ValPris
,w702.AntallTilFrys
,w702.TotKvantTilFrys
,w700.EksternKommentar1
,(SELECT MAX(LastUpdateDate) FROM (VALUES (w702.createdAt),(w702.updatedAt)) AS UpdateDate(LastUpdateDate)) AS 'Last Upsert'
FROM trading.w702PrognoseKjop w702
INNER JOIN trading.W700Tilgangshode AS w700 ON w700.AccountId = w702.AccountId
AND w700.KlientNr = w702.Klientnr
AND w700.Tilgangsnr = w702.Tilgangsnr
AND w700.Tilgangstype = w702.Tilgangstype
AND w700.IsDeleted = 0
WHERE w702.IsDeleted = 0
) q2 ON q1.accountid = q2.accountid
AND q1.klientnr = q2.klientnr
AND q1.tilgangstype = q2.tilgangstype
AND q1.tilgangsnr = q2.tilgangsnr
AND q1.vareanr = q2.vareanr
WHERE totkvant1 IS NOT NULL
OR totkvant2 IS NOT NULL
OR totkvant IS NOT NULL
Filtering with full join is really tricky. Your where criteria are actually turning the full join into a left join.
You can do what you want by filtering before the join:
select a.klientnr, a.uttakstype, a.uttaksnr, a.vareanr a.tableAitem,
b.vareanr b.tableBitem, a.kvantum a.tableAquantity, b.totkvant b.tableBquantity
from (select a.*
from tableA a
where a.UttaksNr = 639779 and a.IsDeleted = 0
) a full join
(select b.*
from tableB b
where b.IsDeleted = 0
) b
on a.klientnr = b.klientnr and
a.uttakstype= b.uttakstype and
a.uttaksnr = b.uttaksnr and
a.vareanr = b.vareanr;
I'm unsure as to why I'm getting the ORA-00918 error message appearing when I type in the following code.
I can't see which column is ambiguously defined.
What I want to do is create a table that pulls in the b.site_code value based on the work_header_no, work_version_no and site_numbers matching in queries A & B matching.
Code is below
SELECT
a.statement.statement_date,
a.sw_header.organise_code,
a.organisation.organise_name,
a.PermitRef,
a.actual_inspection.logged_time,
a.insp_category.insp_category_name,
a.actual_inspection.insp_number,
a.actual_inspection.site_number,
a.inspection_outcome.insp_outcome_name,
a.insp_category.insp_charge,
a.actual_inspection.insp_notes,
a.actual_inspection.work_header_no,
a.actual_inspection.insp_time,
b.site_code
FROM
(select
statement.statement_date,
sw_header.organise_code,
organisation.organise_name,
CAST(
organisation.external_ref_2 ||''||
sw_header.works_ref||'.'||
sw_notice_header.app_seq_no||'.'||
sw_notice_header.ext_version_no
as VARCHAR (40)) as PermitRef,
actual_inspection.logged_time,
insp_category.insp_category_name,
actual_inspection.insp_number,
actual_inspection.site_number,
inspection_outcome.insp_outcome_name,
insp_category.insp_charge,
actual_inspection.insp_notes,
actual_inspection.work_header_no,
actual_inspection.insp_time,
sw_notice_header.work_header_no,
sw_notice_header.work_version_no,
actual_inspection.site_number
from
actual_inspection
inner join sw_header on
actual_inspection.work_header_no = sw_header.work_header_no
inner join sw_notice_header on
sw_header.work_header_no = sw_notice_header.work_header_no
and sw_header.work_version_no = sw_notice_header.work_version_no
inner join insp_category on
actual_inspection.insp_category_code = insp_category.insp_category_code
inner join inspection_outcome on
actual_inspection.insp_outcome_code = inspection_outcome.insp_outcome_code
inner join organisation on
sw_header.organise_code = organisation.organise_code
inner join statement on
organisation.organise_code = statement.organise_code
and organisation.statement_number = statement.statement_no
where
actual_inspection.notice_type_code = '2600' and
actual_inspection.insp_outcome_code != 'O40'
order by
actual_inspection.logged_time)
a
JOIN
(
select
sns.work_header_no,
sns.work_version_no,
sns.site_number,
sns.site_code
from
sw_notice_site sns
)
b
ON a.work_header_no = b.work_header_no and
a.work_version_no = b.work_version_no and
a.site_number = b.site_number
You have duplicate actual_inspection.site_number and work_header_no remove the duplicate rows
actual_inspection.site_number,
inspection_outcome.insp_outcome_name,
insp_category.insp_charge,
actual_inspection.insp_notes,
actual_inspection.work_header_no,
actual_inspection.insp_time,
sw_notice_header.work_header_no,
sw_notice_header.work_version_no,
actual_inspection.site_number
No need to use a.statement.statement_date. You can use a.statement_date.
Likewise change all other columns for a..
Your whole query should look like this:
SELECT -- removed table names from all the columns
A.STATEMENT_DATE,
A.ORGANISE_CODE,
A.ORGANISE_NAME,
A.PERMITREF,
A.LOGGED_TIME,
A.INSP_CATEGORY_NAME,
A.INSP_NUMBER,
A.SITE_NUMBER,
A.INSP_OUTCOME_NAME,
A.INSP_CHARGE,
A.INSP_NOTES,
A.WORK_HEADER_NO,
A.INSP_TIME,
B.SITE_CODE
FROM
(
SELECT
STATEMENT.STATEMENT_DATE,
SW_HEADER.ORGANISE_CODE,
ORGANISATION.ORGANISE_NAME,
CAST(ORGANISATION.EXTERNAL_REF_2
|| ''
|| SW_HEADER.WORKS_REF
|| '.'
|| SW_NOTICE_HEADER.APP_SEQ_NO
|| '.'
|| SW_NOTICE_HEADER.EXT_VERSION_NO AS VARCHAR(40)) AS PERMITREF,
ACTUAL_INSPECTION.LOGGED_TIME,
INSP_CATEGORY.INSP_CATEGORY_NAME,
ACTUAL_INSPECTION.INSP_NUMBER,
--ACTUAL_INSPECTION.SITE_NUMBER, -- commented this as it is there in statement twice
INSPECTION_OUTCOME.INSP_OUTCOME_NAME,
INSP_CATEGORY.INSP_CHARGE,
ACTUAL_INSPECTION.INSP_NOTES,
ACTUAL_INSPECTION.WORK_HEADER_NO,
ACTUAL_INSPECTION.INSP_TIME,
--SW_NOTICE_HEADER.WORK_HEADER_NO, -- commented this as it is there in statement twice
SW_NOTICE_HEADER.WORK_VERSION_NO,
ACTUAL_INSPECTION.SITE_NUMBER
FROM
ACTUAL_INSPECTION
INNER JOIN SW_HEADER ON ACTUAL_INSPECTION.WORK_HEADER_NO = SW_HEADER.WORK_HEADER_NO
INNER JOIN SW_NOTICE_HEADER ON SW_HEADER.WORK_HEADER_NO = SW_NOTICE_HEADER.WORK_HEADER_NO
AND SW_HEADER.WORK_VERSION_NO = SW_NOTICE_HEADER.WORK_VERSION_NO
INNER JOIN INSP_CATEGORY ON ACTUAL_INSPECTION.INSP_CATEGORY_CODE = INSP_CATEGORY.INSP_CATEGORY_CODE
INNER JOIN INSPECTION_OUTCOME ON ACTUAL_INSPECTION.INSP_OUTCOME_CODE = INSPECTION_OUTCOME.INSP_OUTCOME_CODE
INNER JOIN ORGANISATION ON SW_HEADER.ORGANISE_CODE = ORGANISATION.ORGANISE_CODE
INNER JOIN STATEMENT ON ORGANISATION.ORGANISE_CODE = STATEMENT.ORGANISE_CODE
AND ORGANISATION.STATEMENT_NUMBER = STATEMENT.STATEMENT_NO
WHERE
ACTUAL_INSPECTION.NOTICE_TYPE_CODE = '2600'
AND ACTUAL_INSPECTION.INSP_OUTCOME_CODE != 'O40'
ORDER BY
ACTUAL_INSPECTION.LOGGED_TIME
) A
JOIN (
SELECT
SNS.WORK_HEADER_NO,
SNS.WORK_VERSION_NO,
SNS.SITE_NUMBER,
SNS.SITE_CODE
FROM
SW_NOTICE_SITE SNS
) B ON A.WORK_HEADER_NO = B.WORK_HEADER_NO
AND A.WORK_VERSION_NO = B.WORK_VERSION_NO
AND A.SITE_NUMBER = B.SITE_NUMBER;
Cheers!!
In the following case the target is to return the max value rating of a share:
SELECT DISTINCT sd.ShareId
, CASE
WHEN sd.GV01 IS NOT NULL OR sd.GV02 IS NOT NULL OR sd.GV03 IS NOT NULL THEN (
SELECT MAX(val)
FROM (VALUES (rmatMG.RankingId), (rmatSG.RankingId), (rmatFG.RankingId)) AS value(val)
WHERE val IS NOT NULL
)
END AS minRating
, sd.TradeValue
FROM dbo.MasterData sd
LEFT JOIN dbo.CfgRatingMatching rmMG ON sd.GV01 = rmMG.RatingIdOne
LEFT JOIN dbo.CfgRatingmatrix rmatMG ON rmMG.RatingIdCollMatrix = rmatMG.RankingId
LEFT JOIN dbo.CfgRatingMatching rmSG ON sd.GV02 = rmSG.RatingIdTwo
LEFT JOIN dbo.CfgRatingmatrix rmatSG ON rmSG.RatingIdCollMatrix = rmatSG.RankingId
LEFT JOIN dbo.CfgRatingMatching rmFG ON sd.GV03 = rmFG.RatingIdThree
LEFT JOIN dbo.CfgRatingmatrix rmatFG ON rmFG.RatingIdCollMatrix = rmatFG.RankingId
Do anyone have an idea how to optimize the code? I have a lot of data and the return of the list takes almost more than a minute. It takes too long.
In the results of my sql-statement (SQL Server 2016) I would like to combine two rows with the same value in two columns ("study_id" and "study_start") into one row and keep the row with higest value in a third cell ("Id"). If any columns (i.e. "App_id" or "Date_arrival) in the row with higest Id is NULL, then it should take the value from the row with the lowest "Id".
I get the result below:
Id study_id study_start Code Expl Desc Startmonth App_id Date_arrival Efter_op Date_begin
167262 878899 954 4.1 udd.ord Afbrudt feb 86666 21-06-2012 N 17-08-2012
180537 878899 954 1 Afsluttet Afsluttet feb NULL NULL NULL NULL
And I would like to get this result:
Id study_id study_start Code Expl Desc Startmonth App_id Date_arrival Efter_op Date_begin
180537 878899 954 1 Afsluttet Afsluttet feb 86666 21-06-2012 N 17-08-2012
My statement looks like this:
SELECT dbo.PopulationStam_V.ELEV_ID AS id,
dbo.PopulationStam_V.PERS_ID AS study_id,
dbo.STUDIESTARTER.STUDST_ID AS study_start,
dbo.Optagelse_Studiestatus.AFGANGSARSAG AS Code,
dbo.Optagelse_Studiestatus.KORT_BETEGNELSE AS Expl,
ISNULL((CAST(dbo.Optagelse_Studiestatus.Studiestatus AS varchar(20))), 'Indskrevet') AS 'Desc',
dbo.STUDIESTARTER.OPTAG_START_MANED AS Startmonth,
dbo.ANSOGNINGER.ANSOG_ID as App_id,
dbo.ANSOGNINGER.ANKOMSTDATO AS Data_arrival',
dbo.ANSOGNINGER.EFTEROPTAG AS Efter_op,
dbo.ANSOGNINGER.STATUSDATO AS Date_begin
FROM dbo.INSTITUTIONER
INNER JOIN dbo.PopulationStam_V
ON dbo.INSTITUTIONER.INST_ID = dbo.PopulationStam_V.SEMI_ID
LEFT JOIN dbo.ANSOGNINGER
ON dbo.PopulationStam_V.ELEV_ID = dbo.ANSOGNINGER.ELEV_ID
INNER JOIN dbo.STUDIESTARTER
ON dbo.PopulationStam_V.STUDST_ID_OPRINDELIG = dbo.STUDIESTARTER.STUDST_ID
INNER JOIN dbo.UDD_NAVNE_T
ON dbo.PopulationStam_V.UDDA_ID = dbo.UDD_NAVNE_T.UDD_ID
INNER JOIN dbo.UDDANNELSER
ON dbo.UDD_NAVNE_T.UDD_ID = dbo.UDDANNELSER.UDDA_ID
LEFT OUTER JOIN dbo.PERSONER
ON dbo.PopulationStam_V.PERS_ID = dbo.PERSONER.PERS_ID
LEFT OUTER JOIN dbo.POSTNR
ON dbo.PERSONER.PONR_ID = dbo.POSTNR.PONR_ID
LEFT OUTER JOIN dbo.KønAlleElevID_V
ON dbo.PopulationStam_V.ELEV_ID = dbo.KønAlleElevID_V.ELEV_ID
LEFT OUTER JOIN dbo.Optagelse_Studiestatus
ON dbo.PopulationStam_V.AFAR_ID = dbo.Optagelse_Studiestatus.AFAR_ID
LEFT OUTER JOIN dbo.frafaldsmodel_adgangsgrundlag
ON dbo.frafaldsmodel_adgangsgrundlag.ELEV_ID = dbo.PopulationStam_V.ELEV_ID
LEFT OUTER JOIN dbo.Optagelse_prioriteterUFM
ON dbo.Optagelse_prioriteterUFM.cpr = dbo.PopulationStam_V.CPR_NR
AND dbo.Optagelse_prioriteterUFM.Aar = dbo.frafaldsmodel_adgangsgrundlag.optagelsesaar
LEFT OUTER JOIN dbo.frafaldsmodel_stoettetabel_uddannelser AS fsu
ON fsu.id_uddannelse = dbo.UDDANNELSER.UDDA_ID
AND fsu.id_inst = dbo.INSTITUTIONER.INST_ID
AND fsu.uddannelse_aar = dbo.frafaldsmodel_adgangsgrundlag.optagelsesaar
WHERE dbo.STUDIESTARTER.STUDIESTARTSDATO > '2012-03-01 00:00:00.000'
AND (dbo.Optagelse_Studiestatus.AFGANGSARSAG IS NULL
OR dbo.Optagelse_Studiestatus.AFGANGSARSAG NOT LIKE '2.7.4')
AND (dbo.PopulationStam_V.INDSKRIVNINGSFORM = '1100'
OR dbo.PopulationStam_V.INDSKRIVNINGSFORM = '1700')
GROUP BY dbo.PopulationStam_V.ELEV_ID,
dbo.PopulationStam_V.PERS_ID,
dbo.STUDIESTARTER.STUDST_ID,
dbo.Optagelse_Studiestatus.AFGANGSARSAG,
dbo.Optagelse_Studiestatus.KORT_BETEGNELSE,
dbo.STUDIESTARTER.OPTAG_START_MANED,
Studiestatus,
dbo.ANSOGNINGER.ANSOG_ID,
dbo.ANSOGNINGER.ANKOMSTDATO,
dbo.ANSOGNINGER.EFTEROPTAG,
dbo.ANSOGNINGER.STATUSDATO
I really hope somebody out there can help.
Many ways, this will work:
WITH subSource AS (
/* Your query here */
)
SELECT
s1.id,
/* all other columns work like this:
COALESCE(S1.column,s2.column)
for example: */
coalesce(s1.appid,s2.appid) as appid
FROM subSource s1
INNER JOIN subSource s2
ON s1.study_id =s2.study_id
and s1.study_start = s2.study_start
AND s1.id > s2.id
/* I imagine some other clauses might be needed but maybe not */
The rest is copy paste
How do I create Stored Procedure on these queries and he output should show which check the anomaly was captured from, along with all the relevant data.
SELECT cm.Cust_id, cm.cust_ref_id4, cm.cust_ref_id3, cm.plan_group, cm.Company_name, cm.Cust_firstname, cm.Cust_lastname
COALESCE(c.pkCustomerID, c2.fkCustomerID, c3.pkCustomerID, c4.pkCustomerID) AS pkCustomerID, c3.CompanyName FROM PRODUCTIONSQL.[SigmaPaTri].[dbo].[CUSTOMER_MASTER] cm
LEFT JOIN PHOENIX.CORE.dbo.Customers AS c ON cust_ref_id4 = c.pkCustomerID AND cm.cust_ref_id3 = c.pkCustomerID AND cm.cust_ref_id3 >= 1000000 AND cm.Cust_firstname + ' ' + cm.Cust_lastname = c.CompanyName
LEFT JOIN PHOENIX.CORE.dbo.Contracts AS c2 ON cm.cust_ref_id3 = c2.ConfirmationNumber
WHERE cm.cust_status IN ('A','P','R','G') AND COALESCE(c.pkCustomerID, c2.fkCustomerID) IS NULL ORDER BY cust_ref_id4;
and
SELECT [pkCustomerID],b.[pkContractID],[pkCustomerTypeID],[CustomerType],b.[ContractType] AS Contractype1,c.[ContractType]
AS Contractype2 FROM [CORE].[dbo].[Customers] a
JOIN [CORE].[dbo].[CustomerTypes] ON [pkCustomerTypeID] = [fkCustomerTypeID]
LEFT JOIN (SELECT [pkContractID],[ContractType],[fkCustomerID] FROM [CORE].[dbo].[Contracts]
JOIN [CORE].[dbo].[ContractTypes] ON [fkContractTypeID] = [pkContractTypeID] WHERE [ContractType] NOT LIKE 'Holdover%')b ON a.pkCustomerID=b.fkCustomerID
LEFT JOIN (SELECT [pkContractID],[fkCustomerID],[ContractType] FROM [CORE].[dbo].[Contracts]
JOIN [CORE].[dbo].[ContractTypes] ON [fkContractTypeID] = [pkContractTypeID] WHERE ContractType LIKE 'Holdover%')c ON b.fkCustomerID=c.fkCustomerID WHERE [CustomerType] IN ('Customer','Former Customer') AND (b.ContractType IS NULL OR c.ContractType IS NULL)
You question is lacking a very important piece of information, the explanation of what you are trying to do. I took a shot in the dark here as a guess to what you might be looking for. BTW, I ran this through a formatter so it was legible.
SELECT 'Found in query1'
,cm.Cust_id
,cm.cust_ref_id4
,cm.cust_ref_id3
,cm.plan_group
,cm.Company_name
,cm.Cust_firstname
,cm.Cust_lastname
,COALESCE(c.pkCustomerID, c2.fkCustomerID, c3.pkCustomerID, c4.pkCustomerID) AS pkCustomerID
,c3.CompanyName
FROM PRODUCTIONSQL.[SigmaPaTri].[dbo].[CUSTOMER_MASTER] cm
LEFT JOIN PHOENIX.CORE.dbo.Customers AS c ON cust_ref_id4 = c.pkCustomerID
AND cm.cust_ref_id3 = c.pkCustomerID
AND cm.cust_ref_id3 >= 1000000
AND cm.Cust_firstname + ' ' + cm.Cust_lastname = c.CompanyName
LEFT JOIN PHOENIX.CORE.dbo.Contracts AS c2 ON cm.cust_ref_id3 = c2.ConfirmationNumber
WHERE cm.cust_status IN (
'A'
,'P'
,'R'
,'G'
)
AND COALESCE(c.pkCustomerID, c2.fkCustomerID) IS NULL
SELECT 'Found in query 2'
,[pkCustomerID]
,b.[pkContractID]
,[pkCustomerTypeID]
,[CustomerType]
,b.[ContractType] AS Contractype1
,c.[ContractType] AS Contractype2
FROM [CORE].[dbo].[Customers] a
INNER JOIN [CORE].[dbo].[CustomerTypes] ON [pkCustomerTypeID] = [fkCustomerTypeID]
LEFT JOIN (
SELECT [pkContractID]
,[ContractType]
,[fkCustomerID]
FROM [CORE].[dbo].[Contracts]
INNER JOIN [CORE].[dbo].[ContractTypes] ON [fkContractTypeID] = [pkContractTypeID]
WHERE [ContractType] NOT LIKE 'Holdover%'
) b ON a.pkCustomerID = b.fkCustomerID
LEFT JOIN (
SELECT [pkContractID]
,[fkCustomerID]
,[ContractType]
FROM [CORE].[dbo].[Contracts]
INNER JOIN [CORE].[dbo].[ContractTypes] ON [fkContractTypeID] = [pkContractTypeID]
WHERE ContractType LIKE 'Holdover%'
) c ON b.fkCustomerID = c.fkCustomerID
WHERE [CustomerType] IN (
'Customer'
,'Former Customer'
)
AND (
b.ContractType IS NULL
OR c.ContractType IS NULL
)