I'm trying to create an column in my query to show an ordered classification ( show 1, 2, 3 ( as in first, second, third ...)) relative to date... in my current query i have filtered data from the last 12 months ( as example, from 1-9-2016 to 31-8-2017)
using DATEADD(mm; DATEDIFF(m; - 1; GETDATE()) - 12; 0)
for the first date and
DATEADD(s; - 1; DATEADD(mm; DATEDIFF(m; 0; GETDATE()) + 1; 0))
for the last day of the current month. And i also have two columns, one with the month and other with the year, both extracted from a document date column present in the data ( i'm using
MONTH(dbo.Mov_Venda_Cab.dtmData) and YEAR(dbo.Mov_Venda_Cab.dtmData)).
My goal is to have a column showing something like this :
If the month is the first from the interval ( if is month 9 and year 2016 ) is has to show 1 , if is the second ( month 10 and year 2016) , show 2, all continuously until the current month ( that is 8 and year 2017) and showing 12.
If the values where static i could do a simple case and would achieve what i wanted. My problem is that since when i get the data filtered by my current date and the 12 months behind, i don't manage to get the same result because i don't know exactly what i should do in the CASE expression.
so that it could help my columns are :
Item ; Qty ; Month ; Year ; dtmData ; orderedMonth
ORIGINAL QUERY :
SELECT DISTINCT DATEADD(mm, DATEDIFF(m, - 1, GETDATE()) - 12, 0) AS DATA_INI,
DATEADD(s, - 1, DATEADD(mm, DATEDIFF(m, 0, GETDATE()) + 1, 0)) AS DATA_FIM,
dbo.Mov_Venda_Lin.Id,
MONTH(dbo.Mov_Venda_Cab.dtmData) AS Mes,
YEAR(dbo.Mov_Venda_Cab.dtmData) AS Ano,
dbo.Mov_Venda_Lin.fltValorMercadoriaSIVA * dbo.Mov_Venda_Cab.intSinal AS Mercadoria,
dbo.Mov_Venda_Lin.fltValorLiquido * dbo.Mov_Venda_Cab.intSinal AS ValorLiquido,
CASE
WHEN tbl_tipos_documentos.bitconsideraqtdmapas = 1
THEN (Mov_Venda_Lin.fltQuantidade * mov_venda_cab.intsinal)
ELSE 0
END AS Quantidade,
dbo.Mov_Venda_Lin.strCodSeccao AS Seccao,
dbo.Mov_Venda_Lin.strAbrevTpDoc AS TpDoc,
dbo.Tbl_Tipos_Documentos.strDescricao AS DescTpDoc,
dbo.Mov_Venda_Lin.intNumLinha AS Linha,
dbo.Mov_Venda_Lin.strCodExercicio AS Exercicio,
dbo.Mov_Venda_Cab.strAbrevMoeda AS Moeda,
dbo.Mov_Venda_Cab.fltCambio AS Cambio,
dbo.Mov_Venda_Lin.strCodArtigo AS Artigo,
dbo.Tbl_Gce_Artigos.strDescricao AS DescArtigo,
dbo.Mov_Venda_Lin.strCodClassMovStk AS MovStk,
dbo.Tbl_ClassificacaoMovStk.strDescricao AS DescMovStk,
CASE
WHEN mov_venda_cab.inttpentidade = 0
THEN tbl_gce_tipos_entidade.strcodigo
ELSE NULL
END AS TpEntidade,
CASE
WHEN mov_venda_cab.inttpentidade = 0
THEN tbl_gce_tipos_entidade.strdescricao
ELSE NULL
END AS DescTpEntidade,
CASE
WHEN mov_venda_cab.intcodentidade <> 0
THEN mov_venda_cab.intcodentidade
ELSE NULL
END AS CodEntidade,
CASE
WHEN mov_venda_cab.inttpentidade = 0
AND mov_venda_cab.intcodentidade <> 0
THEN 'Cliente'
WHEN mov_venda_cab.inttpentidade = 1
AND mov_venda_cab.intcodentidade <> 0
THEN 'Outro Devedor'
ELSE NULL
END AS TipoEntidade,
CASE
WHEN mov_venda_cab.inttpentidade = 0
THEN tbl_clientes.strnome
ELSE tbl_outros_devedores.strnome
END AS DescNome,
dbo.Tbl_SubZonas.strAbrevZona AS Zona,
dbo.Tbl_Zonas.strDescricao AS DescZona,
dbo.Mov_Venda_Cab.strAbrevSubZona AS SubZona,
dbo.Tbl_SubZonas.strDescricao AS DescSubZona,
dbo.Mov_Venda_Cab.intCodVendedor AS Vendedor,
dbo.Tbl_Gce_Vendedores.strNome AS DescNomeVend,
dbo.Tbl_Gce_Artigos.strCodCategoria AS Categoria,
dbo.Tbl_Gce_Categorias.strDescricao AS DescCategoria,
dbo.Tbl_Gce_Artigos.strTpArtigo AS TpArtigo,
dbo.Tbl_Gce_Tipos_Artigos.strDescricao AS DescTpArtigo,
CAST(NULL AS VARCHAR(13)) AS CodFamiliaAgrup,
CAST(NULL AS VARCHAR(35)) AS DescFamAgrup,
CAST(NULL AS VARCHAR(13)) AS CodFamiliaRes,
CAST(NULL AS VARCHAR(35)) AS DescFamRes,
dbo.Mov_Venda_Cab.strForteAbrevMoeda AS abrevmoeda,
dbo.Mov_Venda_Cab.fltForteCambio AS fortecambio
FROM dbo.Mov_Venda_Lin WITH (NOLOCK)
LEFT OUTER JOIN dbo.Mov_Venda_Cab WITH (NOLOCK)
ON dbo.Mov_Venda_Lin.strCodSeccao = dbo.Mov_Venda_Cab.strCodSeccao
AND dbo.Mov_Venda_Lin.strAbrevTpDoc = dbo.Mov_Venda_Cab.strAbrevTpDoc
AND dbo.Mov_Venda_Lin.strCodExercicio = dbo.Mov_Venda_Cab.strCodExercicio
AND dbo.Mov_Venda_Lin.intNumero = dbo.Mov_Venda_Cab.intNumero
LEFT OUTER JOIN dbo.Tbl_Gce_Armazens WITH (NOLOCK)
ON dbo.Mov_Venda_Lin.strCodArmazem = dbo.Tbl_Gce_Armazens.strCodigo
LEFT OUTER JOIN dbo.Tbl_Gce_Artigos WITH (NOLOCK)
ON dbo.Tbl_Gce_Artigos.strCodigo = dbo.Mov_Venda_Lin.strCodArtigo
LEFT OUTER JOIN dbo.Tbl_Gce_ArtigosFamilias WITH (NOLOCK)
ON dbo.Tbl_Gce_Artigos.strCodigo = dbo.Tbl_Gce_ArtigosFamilias.strCodArtigo
LEFT OUTER JOIN dbo.Tbl_Gce_Familias WITH (NOLOCK)
ON dbo.Tbl_Gce_ArtigosFamilias.strCodFamilia = dbo.Tbl_Gce_Familias.strCodigo
LEFT OUTER JOIN dbo.Tbl_Gce_ArtigosReferencias WITH (NOLOCK)
ON dbo.Tbl_Gce_Artigos.strCodigo = dbo.Tbl_Gce_ArtigosReferencias.strCodArtigo
LEFT OUTER JOIN dbo.Tbl_Gce_Referencias WITH (NOLOCK)
ON dbo.Tbl_Gce_ArtigosReferencias.strCodReferencia = dbo.Tbl_Gce_Referencias.strCodigo
LEFT OUTER JOIN dbo.Tbl_Gce_Tipos_Artigos WITH (NOLOCK)
ON dbo.Tbl_Gce_Artigos.strTpArtigo = dbo.Tbl_Gce_Tipos_Artigos.strCodigo
LEFT OUTER JOIN dbo.Tbl_Clientes WITH (NOLOCK)
ON dbo.Mov_Venda_Cab.intCodEntidade = dbo.Tbl_Clientes.intCodigo
LEFT OUTER JOIN dbo.Tbl_Direccoes WITH (NOLOCK)
ON dbo.Mov_Venda_Cab.intCodEntidade = dbo.Tbl_Direccoes.intCodigo
AND dbo.Mov_Venda_Cab.intDireccao = dbo.Tbl_Direccoes.intNumero
AND dbo.Mov_Venda_Cab.intTpEntidade = dbo.Tbl_Direccoes.intTp_Entidade
LEFT OUTER JOIN dbo.Tbl_Outros_Devedores WITH (NOLOCK)
ON dbo.Mov_Venda_Cab.intCodEntidade = dbo.Tbl_Outros_Devedores.intCodigo
LEFT OUTER JOIN dbo.Tbl_Gce_Vendedores WITH (NOLOCK)
ON dbo.Mov_Venda_Cab.intCodVendedor = dbo.Tbl_Gce_Vendedores.intCodigo
LEFT OUTER JOIN dbo.Tbl_Tipos_Documentos WITH (NOLOCK)
ON dbo.Mov_Venda_Cab.strAbrevTpDoc = dbo.Tbl_Tipos_Documentos.strAbreviatura
LEFT OUTER JOIN dbo.Tbl_SubZonas WITH (NOLOCK)
ON dbo.Mov_Venda_Cab.strAbrevSubZona = dbo.Tbl_SubZonas.strAbreviatura
LEFT OUTER JOIN dbo.Tbl_Zonas WITH (NOLOCK)
ON dbo.Tbl_SubZonas.strAbrevZona = dbo.Tbl_Zonas.strAbreviatura
LEFT OUTER JOIN dbo.Tbl_Gce_Categorias WITH (NOLOCK)
ON dbo.Tbl_Gce_Artigos.strCodCategoria = dbo.Tbl_Gce_Categorias.strCodigo
LEFT OUTER JOIN dbo.Tbl_Gce_Seccoes WITH (NOLOCK)
ON dbo.Mov_Venda_Cab.strCodSeccao = dbo.Tbl_Gce_Seccoes.strCodigo
LEFT OUTER JOIN dbo.Tbl_Gce_Tipos_Entidade WITH (NOLOCK)
ON dbo.Tbl_Clientes.strTpEntidade = dbo.Tbl_Gce_Tipos_Entidade.strCodigo
LEFT OUTER JOIN dbo.Tbl_ClassificacaoMovStk WITH (NOLOCK)
ON dbo.Mov_Venda_Lin.strCodClassMovStk = dbo.Tbl_ClassificacaoMovStk.strCodigo
WHERE (dbo.Mov_Venda_Cab.intTpEntidade = 0
OR dbo.Mov_Venda_Cab.intTpEntidade IS NULL)
AND (dbo.Mov_Venda_Cab.strAbrevTpDoc IN ('CRFCX', 'FACIV', 'FACTC', 'FCTA', 'LANIV', 'LOFX', 'LONC', 'LXANI', 'NCFCX', 'NFACC', 'NFACE', 'NFACM', 'NFACT', 'NNCRC', 'NNCRE', 'NNCRM', 'NNDEB', 'NNDEC', 'NNDEV', 'NVDIC', 'NVDIN', 'XLACC', 'XLACD'))
AND (dbo.Mov_Venda_Cab.strCodSeccao IN ('1', 'ENCT1', 'ENCT2', 'ENCT3', 'ENCT4', 'ENCT5', 'ENCT6'))
AND (dbo.Mov_Venda_Cab.dtmData > DATEADD(mm, DATEDIFF(m, - 1, GETDATE()) - 12, 0))
AND (dbo.Mov_Venda_Cab.dtmData <= DATEADD(s, - 1, DATEADD(mm, DATEDIFF(m, 0, GETDATE()) + 1, 0)))
AND (dbo.Mov_Venda_Lin.intTpLinha > 2)
AND (dbo.Mov_Venda_Cab.bitAnulado = 0)
AND (dbo.Mov_Venda_Cab.bitConvertido = 0)
Luckily there's a much less complicated method than using a bunch of CASE statements. You can use the ROW_NUMBER function.
First, don't split your dates into month and year. Just use Getdate() to calculate your desired range and compare your source dates to that. Then you add the ROW_NUMBER to get your ordering output:
SELECT
*
,ordered_output = (ROW_NUMBER()OVER(PARTITION BY grouping_field ORDER BY cast(dtmData as datetime) ASC))
FROM Mov_Venda_Cab
WHERE cast(dtmData as datetime) >= getdate() - 365
This example assumes your have some ID field or similar on which your want to group your output, represented by grouping_field in the example. Your results would look like:
grouping_field dtmData ordered_output
1 8/1/2017 1
1 8/2/2017 2
1 8/3/2017 3
2 8/1/2017 1
2 8/2/2017 2
2 8/3/2017 3
If you don't want to group your output, just ordering everything by the date, you can omit the PARTITION BY grouping_field text. You'd get instead something like:
dtmData ordered_output
8/1/2017 1
8/2/2017 2
8/3/2017 3
8/4/2017 4
8/5/2017 5
8/6/2017 6
EDIT: Asker clarified that all records with the same month should get the same ordered output.
To do that you first need to assign each month/year combo a rank and rejoin that to the main table using two layers of subqueries:
SELECT b.*, c.month_rank
from Mov_Venda_Cab as b
inner join
(select mnt, yr, ROW_NUMBER() OVER(ORDER BY A.yr, A.mnt) AS month_rank
from (
SELECT DISTINCT
MONTH(dtmData) as mnt
, YEAR(dtmData) as yr
from Mov_Venda_Cab
WHERE cast(dtmData as datetime) >= getdate() - 365
) as a
) as c
on MONTH(b.dtmData) = c.mnt and YEAR(b.dtmData) = c.yr
Related
I've been trying hopelessly to get the following SQL statement to return the query results and default to 0 if there are no rows matching the query.
This is the intended result:
vol | year
-------+------
0 | 2018
Instead I get:
vol | year
-----+------
(0 rows)
Here is the sql statement:
select coalesce(vol,0) as vol, year
from (select sum(vol) as vol, year
from schema.fact_data
join schema.period_data
on schema.fact_data.period_tag = schema.period_data.tag
join schema.product_data
on schema.fact_data.product_tag =
schema.product_data.tag
join schema.market_data
on schema.fact_data.market_tag = schema.market_data.tag
where "retailer"='MadeUpRetailer'
and "product_tag"='FakeProductTag'
and "year"='2018' group by year
) as DerivedTable;
I know the query works because it returns data when there is data. Just doesn't default to 0 as intended...
Any help in finding why this is the case would be much appreciated!
Using your subquery DerivedTable, you could write:
SELECT coalesce(DerivedTable.vol, 0) AS vol,
y.year
FROM (VALUES ('2018'::text)) AS y(year)
LEFT JOIN (SELECT ...) AS DerivedTable
ON DerivedTable.year = y.year;
Remove the GROUP BY (and the outer query):
select 2018 as year, coalesce(sum(vol), 0) as vol
from schema.fact_data f join
schema.period_data p
on f.period_tag = p.tag join
schema.product_data pr
on f.product_tag = pr.tag join
schema.market_data m
on fd.market_tag = m.tag
where "retailer" = 'MadeUpRetailer' and
"product_tag" = 'FakeProductTag' and
"year" = '2018';
An aggregation query with no GROUP BY always returns exactly one row, so this should do what you want.
EDIT:
The query would look something like this:
select v.yyyy as year, coalesce(sum(vol), 0) as vol
from (values (2018), (2019)) v(yyyy) left join
schema.fact_data f
on f.year = v.yyyy left join -- this is just an example. I have no idea where year is coming from
schema.period_data p
on f.period_tag = p.tag left join
schema.product_data pr
on f.product_tag = pr.tag left join
schema.market_data m
on fd.market_tag = m.tag
group by v.yyyy
However, you have to move the where conditions to the appropriate on clauses. I have no idea where the columns are coming from.
From the code you posted it is not clear in which table you have the year column.
You can use UNION to fetch just 1 row in case there are no rows in that table for the year 2018 like this:
select sum(vol) as vol, year
from schema.fact_data innrt join schema.period_data
on schema.fact_data.period_tag = schema.period_data.tag
inner join schema.product_data
on schema.fact_data.product_tag = schema.product_data.tag
inner join schema.market_data
on schema.fact_data.market_tag = schema.market_data.tag
where
"retailer"='MadeUpRetailer' and
"product_tag"='FakeProductTag' and
"year"='2018'
group by "year"
union
select 0 as vol, '2018' as year
where not exists (
select 1 from tablename where "year" = '2018'
)
In case there are rows for the year 2018, then nothing will be fetched by the 2nd query,
I am trying to return data that will ultimately populate a label.
Each label is going onto a box, and the box can only have 4 items in it.
If a delivery has more than 4 items, then I need one label per 4.
Each row of data returned will populate one label, so if the delivery contains 9 items, then I need 3 rows of data returned.
Below is my current query, which is returning all items into a comma separated value using Stuff.
I want it so the first 4 rows for the delivery return in the first row, then the next 4 in the second and so on.
My Field LineOrd returns correctly if there are more than 4 lines on the dispatch.
select Distinct
delivery_header.dh_datetime,
delivery_header.dh_number,
order_header.oh_order_number as 'Order No',
order_header_detail.ohd_delivery_name,
order_header_detail.ohd_delivery_address1,
order_header_detail.ohd_delivery_address2,
order_header_detail.ohd_delivery_address3,
order_header_detail.ohd_delivery_town,
order_header_detail.ohd_delivery_county,
order_header_detail.ohd_delivery_postcode,
order_header_detail.ohd_delivery_country,
STUFF((Select ', '+convert(varchar(50),convert(decimal(8,0),DL.dli_qty))+'x '+OLI.oli_description
from delivery_header DH join delivery_line_item DL on DL.dli_dh_id = DH.dh_id join order_line_item OLI on OLI.oli_id = DL.dli_oli_id
Outer APPLY
(select
case when DelCurLine.CurLine <= 4
then '1'
Else
Case when DelCurLine.CurLine <= 8
then '2'
Else '3'
End
End +'-'+order_header.oh_order_number as LineOrd) as StuffLineOrder
Where DH.dh_id = delivery_header.dh_id And StuffLineOrder.LineOrd = LineOrder.LineOrd
FOR XML PATH('')),1,1,'') as Items,
LineOrder.LineOrd
from delivery_header
join delivery_line_item on delivery_line_item.dli_dh_id = delivery_header.dh_id
join order_line_item on order_line_item.oli_id = delivery_line_item.dli_oli_id
join order_header on order_header.oh_id = order_line_item.oli_oh_id
join order_header_detail on order_header_detail.ohd_oh_id = order_header.oh_id
join variant_detail on variant_detail.vad_id = order_line_item.oli_vad_id
join stock_location on stock_location.sl_id = order_line_item.oli_sl_id
Outer APPLY
(select count(DLI.dli_id) CurLine from delivery_line_item DLI where DLI.dli_dh_id = delivery_header.dh_id and DLI.dli_id <= delivery_line_item.dli_id)
as DelCurLine
Outer APPLY
(select
case when DelCurLine.CurLine <= 4
then '1'
Else
Case when DelCurLine.CurLine <= 8
then '2'
Else '3'
End
End +'-'+order_header.oh_order_number as LineOrd) as LineOrder
Outer APPLY
(select convert(varchar(50),convert(decimal(8,0),delivery_line_item.dli_qty))+'x '+order_line_item.oli_description as LineName) as LineName
where
delivery_header.dh_datetime between #DateFrom and #DateTo
and stock_location.sl_id = #StockLoc
and (order_header.oh_order_number = #OrderNo or #AllOrder = 1)
order by
delivery_header.dh_datetime,
delivery_header.dh_number,
order_header.oh_order_number,
order_header_detail.ohd_delivery_name,
order_header_detail.ohd_delivery_address1,
order_header_detail.ohd_delivery_address2,
order_header_detail.ohd_delivery_address3,
order_header_detail.ohd_delivery_town,
order_header_detail.ohd_delivery_county,
order_header_detail.ohd_delivery_postcode,
order_header_detail.ohd_delivery_country
You can use ROW_NUMBER() with a division by 4. This truncate the decimal because numerator is an interger. This give you group number with a maximum of four row in each group. You can then adjust your query to use this group number in a "group by" clause to return grouped rows into a single one.
Exemple here :
SELECT RawData.BoxGroup,
MIN(dh_datetime),
MIN(dh_number),
MIN(order_header.oh_order_number) as 'Order No'
--And so on
FROM
(SELECT BoxGroup = (ROW_NUMBER() OVER(ORDER BY (SELECT 1)) - 1) / 4,
*
FROM [TableNameOrQuery]) AS RawData
GROUP BY RawData.BoxGroup
Hope this help.
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 a existing working SQL query I would like to now GroupBy but am getting the error: Cannot perform an aggregate function on an expression containing an aggregate or a subquery.
Explanation of my scenario:
My main table (dbo.DataLog) contains 3 columns, TimestampUTC, MeterTagId, Data.
Data typically comes in at 15 minute intervals and I have many meters (MeterTagId) for each
TimestampUTC. The Data column is a float and this is a totalised value. i.e. to get the actual value for a meter period I need to subtract the last value from the current one. Before now I have successfully been querying individual meters but now I am trying to group by time and show a sum/total of all meters for that time.
Original working non summed query:
SELECT
l.TimestampUTC
-- Get this value minus the last value
,(SELECT (l.[Data] -
( SELECT TOP 1 l2.Data
FROM [DataLog] l2
WHERE l2.MeterTagId = l.MeterTagId
AND l2.TimestampUTC < l.TimestampUTC
ORDER BY l2.TimestampUTC DESC)
)
) AS Actual_Value
FROM [dbo].[DataLog] l
INNER JOIN [dbo].MeterTags t on t.MeterTagId = l.MeterTagId
INNER JOIN [dbo].Meters m on m.MeterId = t.MeterId
INNER JOIN [dbo].GroupsMeters gm on gm.MeterId = m.MeterId
INNER JOIN [dbo].Groups g on g.GroupId = gm.GroupId
LEFT OUTER JOIN dbo.Units u on u.UnitId = t.UnitId
WHERE (#MeterId is null OR M.MeterId in (#MeterId))
AND (#MeterTagId is null OR t.MeterTagId in (#MeterTagId))
AND (#StartDate is null OR l.TimestampUTC >= #StartDate)
AND (#EndDate is null OR l.TimestampUTC <= #EndDate)
AND (#GroupId is null OR g.GroupId in (#GroupId))
.
My attempt to to get the summary:
SELECT
l.TimestampUTC
-- Get this value minus the last value
, (SELECT SUM(l.[Data] -
( SELECT TOP 1 l2.Data
FROM [DataLog] l2
WHERE l2.MeterTagId = l.MeterTagId
AND l2.TimestampUTC < l.TimestampUTC
ORDER BY l2.TimestampUTC DESC)
)
)AS Actual_Value
FROM [dbo].[DataLog] l
INNER JOIN [dbo].MeterTags t on t.MeterTagId = l.MeterTagId
INNER JOIN [dbo].Meters m on m.MeterId = t.MeterId
INNER JOIN [dbo].GroupsMeters gm on gm.MeterId = m.MeterId
INNER JOIN [dbo].Groups g on g.GroupId = gm.GroupId
LEFT OUTER JOIN dbo.Units u on u.UnitId = t.UnitId
WHERE (#MeterId is null OR M.MeterId in (#MeterId))
AND (#MeterTagId is null OR t.MeterTagId in (#MeterTagId))
AND (#StartDate is null OR l.TimestampUTC >= #StartDate)
AND (#EndDate is null OR l.TimestampUTC <= #EndDate)
AND (#GroupId is null OR g.GroupId in (#GroupId))
AND t.Name ='Real Energy Net'
GROUP BY l.TimestampUTC
I have read other posts on here but can't get my head around the logic required, I imagine/hope this is something sql dev's come across regularly? Thanks!
OK, I worked it out, it's simple really. Hopefully this explanation helps someone else with the same issue in the future.
SELECT
myTable.TimestampUTC
, SUM(myTable.Actual_Value) as [Actual Value]
FROM
(
--My original query
) AS myTable
GROUP BY myTable.TimestampUTC
I'm doing a weight reporting and I have a problem. I use this query to know the enters of weight in our warehouse, but when there are no transactions in a date this date doesn't appears in the results.
SELECT erp.MKPF.BUDAT AS Data,
Sum( erp.MSEG.MENGE * erp.MARM.BRGEW ) as pes
From erp.MKPF
INNER Join erp.MSEG on erp.MKPF.MANDT = erp.MSEG.MANDT and erp.MKPF.MBLNR = erp.MSEG.MBLNR
INNER Join erp.MARM on erp.MSEG.MANDT = erp.MARM.MANDT and erp.MSEG.MATNR = erp.MARM.MATNR And erp.MSEG.MEINS = erp.MARM.MEINH
INNER JOIN erp.MARA on erp.MSEG.MANDT = erp.MARA.MANDT and erp.MSEG.MATNR = erp.MARA.MATNR
WHERE erp.MKPF.MANDT = '100'
and erp.MKPF.BUDAT >= '20120720'
and erp.MKPF.BUDAT <= CONVERT(VARCHAR(8), GETDATE(), 112) -1
and erp.MSEG.LGORT in ('1001','1069')
and erp.MSEG.BWART In ('101','102','311','312')
and erp.MSEG.WERKS = '1001'
and erp.MARA.MTART in ('Z001','Z010','Z002','Z02E')
GROUP BY erp.MKPF.BUDAT*
Now the results are like this:
Data PES
20120720 9999999.9999
20120721 9999999.8888
20120723 9999999.7777
And i need this
Data PES
20120720 9999999.9999
20120721 9999999.8888
20120722 0
20120723 999999.7777
Can somebody help me?
Use a table or a view to generate the date range of interest and let this drive the query. Then you outer join your results to this view. This can be done dynamically in the query. For example, in Oracle, you can use "connect by" to generate a series:
create table my_summary(the_day date, pes number);
insert into my_summary values(to_date('20120720', 'yyyymmdd'), 9999999.9999);
insert into my_summary values(to_date('20120721', 'yyyymmdd'), 9999999.8888);
insert into my_summary values(to_date('20120723', 'yyyymmdd'), 9999999.7777);
SELECT d.the_day, NVL(s.pes, 0) AS pes
FROM ( SELECT to_date('20120720', 'yyyymmdd') + level -1 AS the_day
FROM dual CONNECT BY level <= 4) d
LEFT OUTER JOIN my_summary s ON (d.the_day = s.the_day)
ORDER BY 1
THE_DAY PES
--------- ---
20-JUL-12 9999999.9999
21-JUL-12 9999999.8888
22-JUL-12 0
23-JUL-12 9999999.7777
Other rdbms have other methods to generate a series. This will require you to know the start date you want, and the number of records (in the example above 20120720 and 4).
Thanks to all, finally I did this and it works
SELECT
c.BUDAT AS DATA,
CASE When SAP.pes Is Null then '0'
ELSE SAP.pes
END
From
erp.YSD_CALENDAR as c LEFT JOIN
(SELECT
erp.MKPF.BUDAT,
Sum(
erp.MSEG.MENGE
* erp.MARM.BRGEW ) as pes
FROM
erp.MKPF
INNER Join erp.MSEG on erp.MKPF.MANDT = erp.MSEG.MANDT and erp.MKPF.MBLNR = erp.MSEG.MBLNR
INNER Join erp.MARM on erp.MSEG.MANDT = erp.MARM.MANDT and erp.MSEG.MATNR = erp.MARM.MATNR And erp.MSEG.MEINS = erp.MARM.MEINH
INNER JOIN erp.MARA on erp.MSEG.MANDT = erp.MARA.MANDT and erp.MSEG.MATNR = erp.MARA.MATNR
WHERE
erp.MKPF.MANDT = '100'
and erp.MKPF.BUDAT >= '20120720'
and erp.MSEG.LGORT in ('1001','1069')
and erp.MSEG.BWART In ('101','102','311','312')
and erp.MSEG.WERKS = '1001'
and erp.MARA.MTART in ('Z001','Z010','Z002','Z02E')
and erp.MSEG.SHKZG = 'S'
GROUP BY erp.MKPF.BUDAT
) SAP ON SAP.BUDAT = c.BUDAT
WHERE
c.BUDAT >= '20120720'
and c.BUDAT <= CONVERT(VARCHAR(8), GETDATE(), 112)
GROUP BY c.BUDAT, SAP.pes
ORDER BY c.BUDAT