So I have 2 working sub-queries:
Query #1:
select aa.kod_id, aa.rid_ct_a, aa.dodavatel
from
(select pl.dodavatel, po.kod_id, po.rid_ct_a
from prijemky_list pl
join prijemky_obsah po on pl.rid = po.rid_o
where pl.datum_p >= trunc(sysdate) - 365
and pl.dodavatel not in (100, 330, 522)
and pl.storno = 0
and not exists (select 1
from prijemky_list pl
join kody_oper on skratka = pl.kod_o
where id_cis = 3 and typ_skl_poh = 8)
group by
pl.dodavatel, po.kod_id, po.rid_ct_a, pl.datum_p
order by
pl.datum_p desc) aa
Query #2:
select bb.partner, bb.kod_id, bb.cislo_e, bb.rid_obj
from
(select ll.partner, o.kod_id, o.rid_obj, ll.cislo_e
from ct_l l
join ct_o o on l.rid = o.rid_o
join ct_l ll on substr(l.cislo_e, 1, 5) = ll.cislo_e) bb
I want to create a new query with a LEFT JOIN:
NVL((select decode(op.blizsia_spec, null, 'COOP AKCIA', op.blizsia_spec)||' /'||cislo_e from (
--**FIRST QUERY**
LEFT JOIN
--**SECOND QUERY**
ON aa.dodavatel=bb.partner and bb.kod_id=aa.kod_id bb.rid_obj=aa.rid_ct_a )
cc
JOIN obch_partneri op ON cc.partner = op.id
where rownum = 1),'bežný nákup')
But I get an error:
invalid identifier
Can somebody build up this query correctly?
To me, it looks like
WITH
tfirst AS (SELECT whatever FROM first_query),
tsecond AS (SELECT whatever FROM second_query)
SELECT NVL (
DECODE (op.blizsia_spec, NULL, 'COOP AKCIA', op.blizsia_spec)
|| ' /'
|| cislo_e,
'bežný nákup') result
FROM tfirst aa
LEFT JOIN tsecond bb
ON aa.dodavatel = bb.partner
AND bb.kod_id = aa.kod_id
AND bb.rid_obj = aa.rid_ct_a
JOIN obch_partneri op ON bb.partner = op.id
Related
I have converted oracle query into below standard bq but in last statement(IN subquery). I am getting error:
"IN subquery is not supported inside join predicate."
Please advise how to use IN subquery in bq in the below code
#Last part of the code
INNER JOIN (
SELECT
DISTINCT `domain-rr.oracle_DB_DB.he_project_assoc`.PARENT_ISBN
PARENT_ISBN,
SUM (`domain-rr.DB_RPT.PROJECT_GR_QTY`.GR_QTY) GR_QTY
FROM
`domain-rr.oracle_DB_DB.he_project_assoc`
INNER JOIN
`domain-rr.DB_RPT.PROJECT_GR_QTY`
ON
`domain-rr.oracle_DB_DB.he_project_assoc`.child_ISBN = `domain-
rr.DB_RPT.PROJECT_GR_QTY`.BIC_GCISBN
AND `domain-rr.oracle_DB_DB.he_project_assoc`.BREAK_LABEL <>
'Associated ISBNs'
GROUP BY
`domain-rr.oracle_DB_DB.he_project_assoc`.PARENT_ISBN) xx
ON
yy.PARENT_ISBN = xx.PARENT_ISBN
AND yy.CIRCULATION_INT < xx.GR_QTY
AND yy.PARENT_ISBN IN
( SELECT
DISTINCT _BIC_GCISBN
FROM
`domain-rr.DB_RPT.BIC_GM_AGCPOAODS00_BO_VW`
INNER JOIN
`domain-rr.oracle_DB_boadmin.fiscal_bo`
ON
_BIC_ZC2GRIRIN = 'G'
AND _BIC_ZCLOEKZ = ' '
AND SUBSTR (BOUND_DATE, 1, 6) = `domain-
rr.oracle_DB_boadmin.fiscal_bo`.PRIOR_FISC_YEAR_MONTH )
Can you try like this:
Select * from (
#Last part of the code
INNER JOIN (
SELECT
DISTINCT `pearson-rr.oracle_grdw_grdw.he_project_assoc`.PARENT_ISBN
PARENT_ISBN,
SUM (`pearson-rr.GRDW_RPT.PROJECT_GR_QTY`.GR_QTY) GR_QTY
FROM
`pearson-rr.oracle_grdw_grdw.he_project_assoc`
INNER JOIN
`pearson-rr.GRDW_RPT.PROJECT_GR_QTY`
ON
`pearson-rr.oracle_grdw_grdw.he_project_assoc`.child_ISBN = `pearson-
rr.GRDW_RPT.PROJECT_GR_QTY`.BIC_GCISBN
AND `pearson-rr.oracle_grdw_grdw.he_project_assoc`.BREAK_LABEL <>
'Associated ISBNs'
GROUP BY
`pearson-rr.oracle_grdw_grdw.he_project_assoc`.PARENT_ISBN) xx
ON
yy.PARENT_ISBN = xx.PARENT_ISBN
AND yy.CIRCULATION_INT < xx.GR_QTY
) AA
where AA.PARENT_ISBN IN
( SELECT
DISTINCT _BIC_GCISBN
FROM
`pearson-rr.GRDW_RPT.BIC_GM_AGCPOAODS00_BO_VW`
INNER JOIN
`pearson-rr.oracle_grdw_boadmin.fiscal_bo`
ON
_BIC_ZC2GRIRIN = 'G'
AND _BIC_ZCLOEKZ = ' '
AND SUBSTR (BOUND_DATE, 1, 6) = `pearson-
rr.oracle_grdw_boadmin.fiscal_bo`.PRIOR_FISC_YEAR_MONTH )
SELECT MR.MUSTERI_ROL_AD AS ACENTE_AD , ////HERE\\\\
(SELECT mrrt.musteri_rol_ad
FROM calisan ct, musteri_rol mrrt, musteri mmt
where ct.bagli_rol_id = a.acente_id
AND ct.calisan_rol_id = mrrt.musteri_rol_id
AND mrrt.musteri_id = mmt.musteri_id
AND ct.teknik_personel='H'
AND ct.calisan_rol_id is not null
and rownum < 2)Bayi_Yetkili_Kisi,
( case when M.TCK_NO is null then M.VKN_NO
else null end)VKN_NO,
(Select (SELECT taa.adresi
FROM tobb_acente ta, tobb_acente_adres taa
WHERE ta.levhano = a.levha_no
AND ta.tobb_acente_sorgu_id = taa.tobb_acente_sorgu_id
AND rownum < 2)
FROM musteri_adres mat, musteri_rol mrt, musteri mt, adres ad
WHERE mrt.musteri_rol_id = a.acente_id
AND mt.musteri_id = mrt.musteri_id
AND mat.musteri_id(+) = mt.musteri_id
AND ad.adres_id(+) = mat.adres_id AND rownum < 2) adress,
(SELECT mi.aciklama
FROM musteri_iletisim mi, musteri_rol_iletisim mri
where mi.musteri_id = m.musteri_id
AND mi.iletisim_tip_kod =
pck_const_iletisim_tip.cep_telefon()
AND mri.musteri_rol_id = mr.musteri_rol_id
and mi.musteri_iletisim_id = mri.musteri_iletisim_id
and rownum < 2) as CEpTELEFON ////// HERE \\\\\
FROM MUSTERI_ROL MR, MUSTERI M, ACENTE A,SATIS_KANALI SK
WHERE MR.MUSTERI_ID = M.MUSTERI_ID
AND MR.MUSTERI_ROL_ID = A.ACENTE_ID
AND A.SATIS_KANALI_ID = SK.SATIS_KANALI_ID
AND MR.ROL_ID = 1
AND A.Uretim_Kaynagi = 'E'
AND A.UST_ACENTE_ID is null
AND MR.Ust_Musteri_Rol_Id is null
AND M.VKN_NO != 'x'
AND TO_CHAR(TRUNC(MR.Bitis_Tarih), 'DD/MM/YYYY') is null or MR.Bitis_Tarih = SYSDATE
Hi guys i need some help about split in Oracle's SQL i get ACENTE_AD x character and i wanna see only first 5 character. and i get CEpTELEFON like 012345678 and i wanna split first 3 character(012) in a column and last 6 character(345678) the in other column. thanks.
You can use substr() string manipulation function to split your phone value in the outer select statement by considering your original query as a subquery.
SELECT t.Bayi_Yetkili_Kisi, t.Vkn_No, t.Adres,
substr(CepTelefonu,1,3) as AlanKodu, substr(CepTelefonu,-6) as CepTelefonu
FROM
(
SELECT MR.MUSTERI_ROL_AD AS ACENTE_AD,
(SELECT mrrt.musteri_rol_ad
FROM musteri_rol mrrt
JOIN calisan ct ON ct.calisan_rol_id = mrrt.musteri_rol_id
JOIN musteri mmt ON mmt.musteri_id = mrrt.musteri_id
WHERE ct.bagli_rol_id = a.acente_id
AND ct.teknik_personel = 'H'
AND ct.calisan_rol_id is not null
AND rownum < 2) as Bayi_Yetkili_Kisi,
(CASE
WHEN M.TCK_NO is null THEN
M.VKN_NO
ELSE
null
END) as Vkn_No,
(SELECT (SELECT taa.adresi
FROM tobb_acente ta
JOIN tobb_acente_adres taa
ON taa.tobb_acente_sorgu_id = ta.tobb_acente_sorgu_id
WHERE ta.levhano = a.levha_no
AND rownum < 2)
FROM musteri mt
JOIN musteri_rol mrt ON mrt.musteri_id = mt.musteri_id
LEFT JOIN musteri_adres mat ON mat.musteri_id = mt.musteri_id
LEFT JOIN adres ad ON ad.adres_id = mat.adres_id
WHERE mrt.musteri_rol_id = a.acente_id
AND rownum < 2) as Adres,
(SELECT mi.aciklama
FROM musteri_iletisim mi
JOIN musteri_rol_iletisim mri ON mri.musteri_iletisim_id = mi.musteri_iletisim_id
WHERE mi.musteri_id = m.musteri_id
AND mi.iletisim_tip_kod = pck_const_iletisim_tip.cep_telefon() -- I think the right hand side implies a stored function, doesn't it?
AND mri.musteri_rol_id = mr.musteri_rol_id
AND rownum < 2) as CepTelefonu
FROM MUSTERI_ROL MR
JOIN MUSTERI M ON M.MUSTERI_ID = MR.MUSTERI_ID
JOIN ACENTE A ON A.ACENTE_ID = MR.MUSTERI_ROL_ID
JOIN SATIS_KANALI SK ON SK.SATIS_KANALI_ID = A.SATIS_KANALI_ID
WHERE MR.ROL_ID = 1
AND A.Uretim_Kaynagi = 'E'
AND A.UST_ACENTE_ID is null
AND MR.Ust_Musteri_Rol_Id is null
AND M.VKN_NO != 'x'
AND to_char(trunc(MR.Bitis_Tarih), 'dd/mm/yyyy') is null
OR MR.Bitis_Tarih = sysdate
) t;
Btw, Consider using ANSI-92 style SQL rather than former ANSI-89 with comma-seperated tables written like the above one. It's easier to write, understand and maintain.
I have a UNION of 3 tables for calculating some balance and I need to get the running SUM of that balance but I can't use PARTITION OVER, because I must do it with a sql query that can work in Access.
My problem is that I cannot use JOIN on an alias subquery, it won't work.
How can I use alias in a JOIN to get the running total?
Or any other way to get the SUM that is not with PARTITION OVER, because it does not exist in Access.
This is my code so far:
SELECT korisnik_id, imePrezime, datum, Dug, Pot, (Dug - Pot) AS Balance
FROM (
SELECT korisnik_id, k.imePrezime, r.datum, SUM(IIF(u.jedinstven = 1, r.cena, k.kvadratura * r.cena)) AS Dug, '0' AS Pot
FROM Racun r
INNER JOIN Usluge u ON r.usluga_id = u.ID
INNER JOIN Korisnik k ON r.korisnik_id = k.ID
WHERE korisnik_id = 1
AND r.zgrada_id = 1
AND r.mesec = 1
AND r.godina = 2017
GROUP BY korisnik_id, k.imePrezime, r.datum
UNION ALL
SELECT korisnik_id, k.imePrezime, rp.datum, SUM(IIF(u.jedinstven = 1, rp.cena, k.kvadratura * rp.cena)) AS Dug, '0' AS Pot
FROM RacunP rp
INNER JOIN Usluge u ON rp.usluga_id = u.ID
INNER JOIN Korisnik k ON rp.korisnik_id = k.ID
WHERE korisnik_id = 1
AND rp.zgrada_id = 1
AND rp.mesec = 1
AND rp.godina = 2017
GROUP BY korisnik_id, k.imePrezime, rp.datum
UNION ALL
SELECT uu.korisnik_id, k.imePrezime, uu.datum, '0' AS Dug, SUM(uu.iznos) AS Pot
FROM UnosUplata uu
INNER JOIN Korisnik k ON uu.korisnik_id = k.ID
WHERE korisnik_id = 1
GROUP BY uu.korisnik_id, k.imePrezime, uu.datum
) AS a
ORDER BY korisnik_id
You can save a query (let's name it Query1) for the UNION of the 3 tables and then create another query that returns each row in the first query and calculates the sum of the rows that are before it (optionally checking that they are in the same group).
It should be something like this:
SELECT *, (
SELECT SUM(Value) FROM Query1 AS b
WHERE b.GroupNumber=a.GroupNumber
AND b.Position<=a.Position
) AS RunningSum
FROM Query1 AS a
However, it's more efficient to do that in the report.
I am working on Microsoft SQL Server 2014 and I have the following SQL query which works:
SELECT
h.entidade, h.datadoc, h.tipodoc, h.numdoc,
(SELECT valortotal -
(SELECT COALESCE(SUM(l.valorrec), 0)
FROM LinhasLiq as l
INNER JOIN cabliq ON l.IdCabLiq = CabLiq.id
INNER JOIN Historico ON L.IdHistorico = Historico.id
WHERE cabliq.DataDoc < '01/05/2015'
AND historico.id = h.id)) as 'valor pendente',
coalesce(documentosCCT.Descricao,'')
+' '+ CASE WHEN h.modulo<>'V' THEN coalesce(documentosVenda.Descricao,'') else'' END
+' '+ coalesce(h.descricao,'') AS descricaogeral
FROM
Historico h
LEFT JOIN
documentosCCT ON h.TipoDoc = documentosCCT.Documento
LEFT JOIN
documentosVenda ON h.Tipodoc = documentosVenda.Documento
WHERE
h.entidade = 'ta0141' AND
(h.tipoentidade = 'C' OR h.tipoentidade = 'F')
ORDER BY
datadoc ASC
and this specific expression
(select valortotal - (SELECT COALESCE(SUM(l.valorrec),0) from LinhasLiq as l
inner join cabliq on l.IdCabLiq = CabLiq.id
inner join Historico on L.IdHistorico = Historico.id
where cabliq.DataDoc < '01/05/2015' and historico.id = h.id)) as 'valor pendente'
returns a lot of 0 values, so how can I put this entire expression in a having X > 0 clause, or any other way as long as the rows with this expression = 0 doesn't show?
Many thanks.
i don't know what is your circumstances if it is feasible try to make query in single select statement instead of multiple
Don't make an alias valor pendente like that should be valorpendente
Now you can use CTE
;WITH CTE AS
(
-- YOUR QUERY
)
SELECT * FROM CTE
WHERE valorpendente > 0
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
)