This is query which I tried:
select distinct
MerchantOfferMerchantID, c.PsmHaendlerName as Merchant_name,
MerchantOfferUpdateDateUTC,
t.MerchantOfferPropertyColumnName,
s.MerchantPdlMappingColumnMerchant as column_mapped,
sum(count(t.MerchantOfferPropertyValueBigint)) over() as SUM_GENDER
from
OFFERPART2.TBLMERCHANTOFFER k
join
OfferPart2.TBLMERCHANTOFFERPROPERTY t on k.MerchantOfferIdentHash = t.MerchantOfferPropertyMerchantOfferIdentHash
join
copy.tblPsmHaendler as c on k.MerchantOfferMerchantID = c.PsmHaendlerID
join
copy.tblMerchantPdlSpecification q on k.MerchantOfferMerchantID = q.MerchantPdlSpecificationMerchantID
join
copy.tblMerchantPdlMapping s on q.MerchantPdlSpecificationID = s.MerchantPdlMappingMerchantPdlSpecificationID
where
MerchantOfferPropertyColumnName like '%gender%'
and MerchantPdlMappingColumn like'%Gender%'
and MerchantOfferUpdateDateUTC > getdate()-0.5
group by
k.MerchantOfferUpdateDateUTC, t.MerchantOfferPropertyColumnName,
MerchantOfferMerchantID, c.PsmHaendlerName,
s.MerchantPdlMappingColumnMerchant
order by
MerchantOfferUpdateDateUTC desc
Result:
But I want sum_gender of different merchant_id
Try this :
SELECT k.MerchantOfferMerchantID,sum(count(t.MerchantOfferPropertyValueBigint)) over() AS SUM_GENDER
FROM OFFERPART2.TBLMERCHANTOFFER k
JOIN OfferPart2.TBLMERCHANTOFFERPROPERTY t ON k.MerchantOfferIdentHash = t.MerchantOfferPropertyMerchantOfferIdentHash
JOIN copy.tblPsmHaendler AS c ON k. MerchantOfferMerchantID = c.PsmHaendlerID
JOIN copy.tblMerchantPdlSpecification q ON k.MerchantOfferMerchantID = q.MerchantPdlSpecificationMerchantID
JOIN copy.tblMerchantPdlMapping s ON q.MerchantPdlSpecificationID = s.MerchantPdlMappingMerchantPdlSpecificationID
WHERE MerchantOfferPropertyColumnName LIKE '%gender%'
AND MerchantPdlMappingColumn LIKE'%Gender%'
AND MerchantOfferUpdateDateUTC > getdate()-0.5
GROUP BY
k.MerchantOfferMerchantID
ORDER BY k.MerchantOfferMerchantID DESC
Related
I want to include tcon.Inductive_Injection_Hours, tcon.Capacitive_Injection_Hours without applying group by. How can I do that?
SELECT
bp.Serial_Number,
tcon.Serial_Number AS ConverterSerialNumber,
MAX(tcon.Time_Stamp) AS DateStamp,
tcon.Inductive_Injection_Hours,
tcon.Capacitive_Injection_Hours
FROM
dbo.Bypass AS bp
INNER JOIN
dbo.Converter AS c ON bp.Bypass_ID = c.Bypass_ID
INNER JOIN
dbo.Converter_Tel_Data AS tcon ON c.Converter_ID = tcon.Converter_ID
WHERE
(bp.Site_ID = 7)
GROUP BY
bp.Serial_Number, tcon.Serial_Number,
tcon.Inductive_Injection_Hours, tcon.Capacitive_Injection_Hours
ORDER BY
ConverterSerialNumber
I have figured it out.
select [data].Serial_Number,Time_Stamp,Inductive_Injection_Hours,Capacitive_Injection_Hours,b.Serial_Number from Converter_Tel_Data as [data]
inner join dbo.Converter AS c On [data].Converter_ID = c.Converter_ID
inner join dbo.Bypass as b on c.Bypass_ID = b.Bypass_ID
WHERE
(Time_Stamp = (SELECT MAX(Time_Stamp) FROM Converter_Tel_Data WHERE Converter_ID = [data].Converter_ID)) And ([data].Site_ID=7)
ORDER BY [data].Serial_Number
You can use row_number - either in a CTE/derived table or using a trick with TOP 1.
Select Top 1 With Ties
bp.Serial_Number
, tcon.Serial_Number AS ConverterSerialNumber
, tcon.Time_Stamp AS DateStamp
, tcon.Inductive_Injection_Hours
, tcon.Capacitive_Injection_Hours
From dbo.Bypass AS bp
Inner Join dbo.Converter AS c On bp.Bypass_ID = c.Bypass_ID
Inner Join dbo.Converter_Tel_Data AS tcon ON c.Converter_ID = tcon.Converter_ID
Where bp.Site_ID = 7
Order By
row_number() over(Partition By bp.Serial_Number Order By tcon.Time_Stamp desc)
This should return the latest row from the tconn table for each bp.Serial_Number.
I have the following query
SELECT
dtc.coupon_type_company_name,
COUNT(*) * dtc.coupon_type_company_coupon_amount AS 'Total_Coupon_To_Be_Used',
dtc.coupon_type_company_coupon_months_combinable
FROM
[dbo].[coupon_type_Company_User] dtcu
JOIN
coupon_type_Company dtc ON dtcu.coupon_type_Company_ID = dtc.id
JOIN
person p ON dtcu.userID = p.userID
WHERE
coupon_type_company_coupon_is_combinable = 1
OR coupon_type_company_has_coupon = 1
AND dtc.companyID = 1081
AND p.is_active = 1
GROUP BY
dtc.coupon_type_company_name,dtc.coupon_type_company_coupon_amount,
dtc.coupon_type_company_coupon_months_combinable
This returns the following:
What I want to have however is just one column and one row that should take the SUM of my middle column (count(*)*dtc.coupon_type_company_coupon_amount).
How could I achieve this and prevent doing this in my code backend (C#)
You can wrap your query like this:
SELECT SUM(Total_Coupon_To_Be_Used) AS the_sum
FROM (
your query
) s
Use a "Table Expression", as in:
select sum(Total_Coupon_To_Be_Used) from (
SELECT dtc.coupon_type_company_name,
count(*) * dtc.coupon_type_company_coupon_amount as 'Total_Coupon_To_Be_Used',
dtc.coupon_type_company_coupon_months_combinable
FROM [dbo].[coupon_type_Company_User] dtcu
JOIN coupon_type_Company dtc ON dtcu.coupon_type_Company_ID = dtc.id
JOIN person p ON dtcu.userID = p.userID
WHERE coupon_type_company_coupon_is_combinable = 1
or coupon_type_company_has_coupon = 1
and dtc.companyID = 1081
AND p.is_active = 1
GROUP BY
dtc.coupon_type_company_name,dtc.coupon_type_company_coupon_amount,
dtc.coupon_type_company_coupon_months_combinable
) x
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.
The query below returns a somatory of all groups in the year.
How can I return all groups that exists in IND_GRUPO but grouped by the month, if doesn't exist the group for the current month, the name should appear, but the somatory will be 0. All joins should be kept.
SELECT SUM(p.valor), c.nm_grupo, c.cd_grupo, YEAR(p.dt_emissao)
FROM ind_receita p
JOIN ind_equipto o ON p.cd_equipto = o.cd_equipto
JOIN ind_grupo c ON o.cd_grupo = c.cd_grupo
WHERE YEAR(p.dt_emissao) = YEAR(GETDATE())
GROUP BY YEAR(p.dt_emissao), c.nm_grupo, c.cd_grupo
ORDER BY 1 DESC
Try this:
SELECT c.nm_grupo, c.cd_grupo, YEAR(GETDATE()),
(SELECT SUM(p.valor)
FROM ind_receita p
JOIN ind_equipto o ON p.cd_equipto = o.cd_equipto
JOIN ind_grupo c2 ON o.cd_grupo = c2.cd_grupo
WHERE c2.cd_grupo = c.cd_grupo
AND YEAR(p.dt_emissao) = YEAR(GETDATE())) AS valor
FROM ind_grupo c
I have the following two T-SQL statements that I really need to combine:
SELECT Aircraft.Id AS AircraftID, AircraftManufacturers.Name, AircraftModels.ModelName,
Aircraft.ModelSuffix, Aircraft.ImageFileName, Aircraft.Year, Aircraft.SerialNo,
Locations.DescriptionForSite, Aircraft.Description, Aircraft.Description2,
Aircraft.InfoWebAddress, Aircraft.ImageDescription, Advertisers.Id AS AdvertisersID,
Advertisers.Name AS AdvertisersName, Aircraft.AircraftDataId, Aircraft.ForSale, Aircraft.ForLease,
Aircraft.TTAF, Aircraft.ReSend, Aircraft.ReSendReason, Aircraft.Registration, Aircraft.AdType,
Aircraft.HasAlternateImage, Aircraft.AlternateImageDescription,
Aircraft.Price, AircraftModels.AircraftType, Advertisers.CurrentEMagLink, Aircraft.CurrentEMagLink,
Aircraft.Email, Aircraft.IsSold, Aircraft.SoldDate, Aircraft.DateAdded, Aircraft.ExtendedDetails,
Aircraft.LastUpdateDate, Aircraft.ImageCount, Aircraft.ContactTelephone, AircraftModels.id, Advertisers.IsPremiumAdvertiser,
Aircraft.Location, Advertisers.ContactTelephone As AdvertisersTelephone, Aircraft.LastUpdateDate, Aircraft.EndDate, Aircraft.VideoLink
FROM (((Aircraft
INNER JOIN Advertisers ON Aircraft.AdvertiserId = Advertisers.Id)
INNER JOIN AircraftModels ON Aircraft.AircraftModelId = AircraftModels.Id)
INNER JOIN AircraftManufacturers ON AircraftModels.ManufacturerId = AircraftManufacturers.Id)
INNER JOIN Locations ON Aircraft.LocationId = Locations.Id
JOIN iter$simple_intlist_to_tbl(#ids) i ON AircraftModels.id = i.number
WHERE (Aircraft.IsActive=1 AND Advertisers.IsActive=1 AND (Aircraft.EndDate>=#Date OR Aircraft.EndDate Is Null) AND Locations.DescriptionForSite LIKE #Location)
OR (Advertisers.IsActive=1 AND Aircraft.IsSold=1 AND Aircraft.SoldDate>=#Date2 AND Locations.DescriptionForSite LIKE #Location)
ORDER BY Advertisers.IsPremiumAdvertiser ASC, Aircraft.DateAdded DESC, Aircraft.ListPosition DESC,
Aircraft.LastUpdateDate, AircraftManufacturers.Name, AircraftModels.ModelName, Aircraft.ModelSuffix,
Aircraft.Id DESC
and
SELECT TOP (1) dbo.Addresses.Email, dbo.Addresses.Contact, dbo.Addresses.Telephone1
FROM dbo.AdvertiserAddressLink
INNER JOIN dbo.Addresses ON dbo.AdvertiserAddressLink.AddressId = dbo.Addresses.Id
WHERE (dbo.AdvertiserAddressLink.AdvertiserId = 'AdvertisersID') <--see above
AND (dbo.Addresses.AddressType = 1 OR dbo.Addresses.AddressType = 0)
ORDER BY dbo.Addresses.AddressType DESC, dbo.Addresses.Sequence
It looks like you want to do TOP 1 in the second query based on a correlated parameter from the first?
You can use APPLY for this.
A simple example.
SELECT t.name, ca.name
FROM sys.tables t
CROSS APPLY (SELECT TOP 1 *
FROM sys.columns c
WHERE c.object_id=t.object_id
ORDER BY name) ca