I'm trying to join a query and a sub-query in Access but haven't the faintest idea on how to do that. Rather than saving the sub-query as a different query and then joining it to the main query.
Main query (with reference to sub-query):
SELECT tb200_IraDataIn.tb200_niarnum, tb206_IraAccount.tb206_IraAccDesc,
tb206_IraAccount.tb206_IraAccNum, tb15_Securities.tb15_IsActiveRegister,
tb15_Securities.tb15_NiarDesc, tb15_Securities.tb15_ManpikID, tb200_IraDataIn.tb200_Shovi, tb10_Afik.tb10_InvestTool,
tb206_IraAccount.tb206_IsActive, tb200_IraDataIn.tb200_Shovi,
tb200_IraDataIn.tb200_Shovi/SubQuery1.SumOftb200_Shovi AS Expr1
FROM SubQuery1
INNER JOIN (tb10_Afik
INNER JOIN (tb15_Securities
INNER JOIN (tb206_IraAccount
INNER JOIN tb200_IraDataIn
ON tb206_IraAccount.tb206_IraAccNum = tb200_IraDataIn.tb200_accountNumber)
ON tb15_Securities.tb15_NiarID = tb200_IraDataIn.tb200_niarnum)
ON (tb10_Afik.tb10_AfikID = tb200_IraDataIn.tb200_afik) AND (tb10_Afik.tb10_Erp =tb200_IraDataIn.tb200_ERP))
ON SubQuery1.tb206_IraAccNum = tb206_IraAccount.tb206_IraAccNum
WHERE (((tb15_Securities.tb15_IsActiveRegister)=Yes) AND ((tb10_Afik.tb10_InvestTool)=1
Or (tb10_Afik.tb10_InvestTool)=4 Or (tb10_Afik.tb10_InvestTool)=21 Or
(tb10_Afik.tb10_InvestTool)=3) AND ((tb206_IraAccount.tb206_IsActive)=Yes) AND
(([tb200_IraDataIn].[tb200_Shovi]/[SubQuery1].[SumOftb200_Shovi])>0.1));
subquery (saved as SubQuery1):
SELECT tb206_IraAccount.tb206_IraAccDesc, tb206_IraAccount.tb206_IraAccNum, Sum(tb200_IraDataIn.tb200_Shovi) AS SumOftb200_Shovi
FROM tb206_IraAccount
INNER JOIN tb200_IraDataIn ON tb206_IraAccount.tb206_IraAccNum = tb200_IraDataIn.tb200_accountNumber
WHERE (((tb206_IraAccount.tb206_IsActive)=Yes))
GROUP BY tb206_IraAccount.tb206_IraAccDesc, tb206_IraAccount.tb206_IraAccNum;
How can I put the sql statement of the sub-query inside the same Sql statement of the main query, unlike now?
Thanks!
Nest between parentheses. Nothing else in the main query changes.
SELECT
...
FROM (SELECT tb206_IraAccount.tb206_IraAccDesc, tb206_IraAccount.tb206_IraAccNum, Sum(tb200_IraDataIn.tb200_Shovi) AS SumOftb200_Shovi
FROM tb206_IraAccount
INNER JOIN tb200_IraDataIn ON tb206_IraAccount.tb206_IraAccNum = tb200_IraDataIn.tb200_accountNumber
WHERE (((tb206_IraAccount.tb206_IsActive)=Yes))
GROUP BY tb206_IraAccount.tb206_IraAccDesc, tb206_IraAccount.tb206_IraAccNum) AS SubQuery1
...
Related
I'm new to SQL and I'm not certain why I am getting this error. I am trying to left join a sub-query to another query in sql developer.
This is the first query,
SELECT DISTINCT
tl.species,
ag.age
FROM
age_list ag,
tree_list tl
WHERE
ag.tree_id = tl.tree_id
And then the sub-query I would like to left join where the tree_id = tree_number is,
SELECT DISTINCT
sl.tree_spon,
sl.tree_number
FROM spon_list sl
WHERE
sl.tree_spon < 10
When trying to do this I've tried to use,
SELECT DISTINCT
tl.species,
ag.age,
q1.tree_spon
FROM
age_list ag,
tree_list tl
LEFT OUTER JOIN (SELECT DISTINCT
sl.tree_spon,
sl.tree_number
FROM spon_list sl
WHERE sl.tree_spon < 10) q1 on q1.tree_number = tree_list.tree_id
WHERE
ag.tree_id = tl.tree_id
Whatever I change in terms of the alias' for the columns and tables I always get the error, "ORA-00904: invalid identifier error", and that "tree_list.tree_id is invalid identifier", though separately the queries run fine.
Can anyone help, is it an issue with both queries joining on the tl.tree_id?
You can use the ANSI join syntax throughout (rather than mixing in legacy comma joins), joining on ag.tree_id = sl.tree_number (or tl.tree_id = sl.tree_number but they're both equal given the previous join) and putting the filter on sl.tree_spon < 10 into the ON clause as well:
SELECT DISTINCT
tl.species,
ag.age,
sl.tree_spon,
sl.tree_number
FROM age_list ag
INNER JOIN tree_list tl
ON (ag.tree_id = tl.tree_id)
LEFT OUTER JOIN spon_list sl
ON (ag.tree_id = sl.tree_number AND sl.tree_spon < 10)
Change tree_list.tree_id to tl.tree_id
I would like to know how I can do operations between a column and a subquery, what I want to do is add to the field Subtotal what was obtained in the subquery Impuestos, the following is the query that I am using for this case.
Select
RC.PURCHID;
LRC.VALUEMST as 'Subtotal',
isnull((
select sum((CONVERT(float, TD1.taxvalue)/100)*LRC1.VALUEMST ) as a
FROM TAXONITEM TOI1
inner join TAXDATA TD1 ON (TD1.TAXCODE = TOI1.TAXCODE and RC.DATAAREAID = TD1.DATAAREAID)
inner join TRANS LRC1 on (LRC1.VEND = RC.RECID)
WHERE TOI1.TAXITEMGROUP = PL.TAXITEMGROUP and RC.DATAAREAID = TOI1.DATAAREAID
), 0) Impuestos
from VEND RC
inner join VENDTABLE VTB on VTB.ACCOUNTNUM = RC.INVOICEACCOUNT
inner join TRANS LRC on (LRC.VEND = RC.RECID)
inner join PURCHLINE PL on (PL.LINENUMBER =LRC.LINENUM and PL.PURCHID =RC.PURCHID)
where year (RC.DELIVERYDATE) =2021 and RC.PURCHASETYPE =3 order by RC.PURCHID;
Hope someone can give me some guidance when doing operations with subqueries.
A few disjointed facts that may help:
When a SELECT statement returns only one row with one column, you can enclose that statement in parenthesis and use it as a plain value. In your case, let's say that select sum(......= TOI1.DATAAREAID returns 500. Then, your outer select's second column is equivalent to isnull(500,0)
You mention in your question "subquery Impuestos". Keep in mind that, although you indeed used a subquery as we mentioned earlier, by the time it was enclosed in parentheses it is not treated as a subquery (more accurately: derived table), but as a value. Thus, the "Impuestos" is only a column alias at this point
I dislike and avoid subqueries before the from, makes things much harder to read. Here is a solution with apply which will keep your code mostly intact:
Select
RC.PURCHID,
LRC.VALUEMST as 'Subtotal',
isnull(subquery1.a, 0) as Impuestos
from VEND RC
inner join VENDTABLE VTB on VTB.ACCOUNTNUM = RC.INVOICEACCOUNT
inner join TRANS LRC on (LRC.VEND = RC.RECID)
inner join PURCHLINE PL on (PL.LINENUMBER =LRC.LINENUM and PL.PURCHID =RC.PURCHID)
outer apply
(
select sum((CONVERT(float, TD1.taxvalue)/100)*LRC1.VALUEMST ) as a
FROM TAXONITEM TOI1
inner join TAXDATA TD1 ON (TD1.TAXCODE = TOI1.TAXCODE and RC.DATAAREAID = TD1.DATAAREAID)
inner join TRANS LRC1 on (LRC1.VEND = RC.RECID)
WHERE TOI1.TAXITEMGROUP = PL.TAXITEMGROUP and RC.DATAAREAID = TOI1.DATAAREAID
) as subquery1
where year (RC.DELIVERYDATE) =2021 and RC.PURCHASETYPE =3 order by RC.PURCHID;
I have the query below working, the thing is I need to only list each unique "VolumeSerialNumber0" once. There's no shortage of questions and approaches to this problem on SO but they suggest using subqueries and group by clause, but when I try to do that I get an error "columnname is invalid in the select list because it is not contained in either an aggregate function or the GROUP BY clause.
I feel like it has to be close I'm just not getting the magical syntax perfectly correct.
SELECT
dbo.v_R_System.Netbios_Name0,
dbo.v_GS_LOGICAL_DISK.TimeStamp,
dbo.v_GS_LOGICAL_DISK.Description0,
dbo.v_GS_LOGICAL_DISK.DeviceID0,
dbo.v_GS_LOGICAL_DISK.DriveType0,
dbo.v_GS_LOGICAL_DISK.Name0,
dbo.v_GS_LOGICAL_DISK.SystemName0,
dbo.v_GS_LOGICAL_DISK.VolumeName0,
dbo.v_GS_LOGICAL_DISK.VolumeSerialNumber0,
dbo.v_GS_PARTITION.Size0,
dbo.v_GS_LOGICAL_DISK.FileSystem0
FROM
dbo.v_R_System
INNER JOIN dbo.v_GS_LOGICAL_DISK
ON dbo.v_R_System.ResourceID = dbo.v_GS_LOGICAL_DISK.ResourceID
INNER JOIN dbo.v_GS_PARTITION
ON dbo.v_GS_LOGICAL_DISK.ResourceID = dbo.v_GS_PARTITION.ResourceID
SELECT
MAX(S.Netbios_Name0),
MAX(L.TimeStamp),
MAX(L.Description0),
MAX(L.DeviceID0),
MAX(L.DriveType0),
MAX(L.Name0),
MAX(L.SystemName0),
MAX(L.VolumeName0),
L.VolumeSerialNumber0,
MAX(P.Size0),
MAX(L.FileSystem0)
FROM
dbo.v_R_System S
INNER JOIN dbo.v_GS_LOGICAL_DISK L
ON S.ResourceID = L.ResourceID
INNER JOIN dbo.v_GS_PARTITION P
ON L.ResourceID = P.ResourceID
GROUP BY
L.VolumeSerialNumber0
I'm attempting the following query,
DECLARE #EntityType varchar(25)
SET #EntityType = 'Accessory';
WITH Entities (
E_ID, E_Type,
P_ID, P_Name, P_DataType, P_Required, P_OnlyOne,
PV_ID, PV_Value, PV_EntityID, PV_ValueEntityID,
PV_UnitValueID, PV_UnitID, PV_UnitName, PV_UnitDesc, PV_MeasureID, PV_MeasureName, PV_UnitValue,
PV_SelectionID, PV_DropDownID, PV_DropDownName, PV_DropDownOptionID, PV_DropDownOptionName, PV_DropDownOptionDesc,
RecursiveLevel
)
AS
(
-- Original Query
SELECT dbo.Entity.ID AS E_ID, dbo.EntityType.Name AS E_Type,
dbo.Property.ID AS P_ID, dbo.Property.Name AS P_Name, DataType.Name AS P_DataType, Required AS P_Required, OnlyOne AS P_OnlyOne,
dbo.PropertyValue.ID AS PV_ID, dbo.PropertyValue.Value AS PV_Value, dbo.PropertyValue.EntityID AS PV_EntityID, dbo.PropertyValue.ValueEntityID AS PV_ValueEntityID,
dbo.UnitValue.ID AS PV_UnitValueID, dbo.UnitOfMeasure.ID AS PV_UnitID, dbo.UnitOfMeasure.Name AS PV_UnitName, dbo.UnitOfMeasure.Description AS PV_UnitDesc, dbo.Measure.ID AS PV_MeasureID, dbo.Measure.Name AS PV_MeasureName, dbo.UnitValue.UnitValue AS PV_UnitValue,
dbo.DropDownSelection.ID AS PV_SelectionID, dbo.DropDown.ID AS PV_DropDownID, dbo.DropDown.Name AS PV_DropDownName, dbo.DropDownOption.ID AS PV_DropDownOptionID, dbo.DropDownOption.Name AS PV_DropDownOptionName, dbo.DropDownOption.Description AS PV_DropDownOptionDesc,
0 AS RecursiveLevel
FROM dbo.Entity
INNER JOIN dbo.EntityType ON dbo.EntityType.ID = dbo.Entity.TypeID
INNER JOIN dbo.Property ON dbo.Property.EntityTypeID = dbo.Entity.TypeID
INNER JOIN dbo.PropertyValue ON dbo.Property.ID = dbo.PropertyValue.PropertyID AND dbo.PropertyValue.EntityID = dbo.Entity.ID
INNER JOIN dbo.DataType ON dbo.DataType.ID = dbo.Property.DataTypeID
LEFT JOIN dbo.UnitValue ON dbo.UnitValue.ID = dbo.PropertyValue.UnitValueID
LEFT JOIN dbo.UnitOfMeasure ON dbo.UnitOfMeasure.ID = dbo.UnitValue.UnitOfMeasureID
LEFT JOIN dbo.Measure ON dbo.Measure.ID = dbo.UnitOfMeasure.MeasureID
LEFT JOIN dbo.DropDownSelection ON dbo.DropDownSelection.ID = dbo.PropertyValue.DropDownSelectedID
LEFT JOIN dbo.DropDownOption ON dbo.DropDownOption.ID = dbo.DropDownSelection.SelectedOptionID
LEFT JOIN dbo.DropDown ON dbo.DropDown.ID = dbo.DropDownSelection.DropDownID
WHERE dbo.EntityType.Name = #EntityType
UNION ALL
-- Recursive Query?
SELECT E2.E_ID AS E_ID, dbo.EntityType.Name AS E_Type,
dbo.Property.ID AS P_ID, dbo.Property.Name AS P_Name, DataType.Name AS P_DataType, Required AS P_Required, OnlyOne AS P_OnlyOne,
dbo.PropertyValue.ID AS PV_ID, dbo.PropertyValue.Value AS PV_Value, dbo.PropertyValue.EntityID AS PV_EntityID, dbo.PropertyValue.ValueEntityID AS PV_ValueEntityID,
dbo.UnitValue.ID AS PV_UnitValueID, dbo.UnitOfMeasure.ID AS PV_UnitID, dbo.UnitOfMeasure.Name AS PV_UnitName, dbo.UnitOfMeasure.Description AS PV_UnitDesc, dbo.Measure.ID AS PV_MeasureID, dbo.Measure.Name AS PV_MeasureName, dbo.UnitValue.UnitValue AS PV_UnitValue,
dbo.DropDownSelection.ID AS PV_SelectionID, dbo.DropDown.ID AS PV_DropDownID, dbo.DropDown.Name AS PV_DropDownName, dbo.DropDownOption.ID AS PV_DropDownOptionID, dbo.DropDownOption.Name AS PV_DropDownOptionName, dbo.DropDownOption.Description AS PV_DropDownOptionDesc,
(RecursiveLevel + 1)
FROM Entities AS E2
INNER JOIN dbo.Entity ON dbo.Entity.ID = E2.PV_ValueEntityID
INNER JOIN dbo.EntityType ON dbo.EntityType.ID = dbo.Entity.TypeID
INNER JOIN dbo.Property ON dbo.Property.EntityTypeID = dbo.Entity.TypeID
INNER JOIN dbo.PropertyValue ON dbo.Property.ID = dbo.PropertyValue.PropertyID AND dbo.PropertyValue.EntityID = E2.E_ID
INNER JOIN dbo.DataType ON dbo.DataType.ID = dbo.Property.DataTypeID
INNER JOIN dbo.UnitValue ON dbo.UnitValue.ID = dbo.PropertyValue.UnitValueID
INNER JOIN dbo.UnitOfMeasure ON dbo.UnitOfMeasure.ID = dbo.UnitValue.UnitOfMeasureID
INNER JOIN dbo.Measure ON dbo.Measure.ID = dbo.UnitOfMeasure.MeasureID
INNER JOIN dbo.DropDownSelection ON dbo.DropDownSelection.ID = dbo.PropertyValue.DropDownSelectedID
INNER JOIN dbo.DropDownOption ON dbo.DropDownOption.ID = dbo.DropDownSelection.SelectedOptionID
INNER JOIN dbo.DropDown ON dbo.DropDown.ID = dbo.DropDownSelection.DropDownID
)
SELECT E_ID, E_Type,
P_ID, P_Name, P_DataType, P_Required, P_OnlyOne,
PV_ID, PV_Value, PV_EntityID, PV_ValueEntityID,
PV_UnitValueID, PV_UnitID, PV_UnitName, PV_UnitDesc, PV_MeasureID, PV_MeasureName, PV_UnitValue,
PV_SelectionID, PV_DropDownID, PV_DropDownName, PV_DropDownOptionID, PV_DropDownOptionName, PV_DropDownOptionDesc,
RecursiveLevel
FROM Entities
INNER JOIN [dbo].[Entity] AS dE
ON dE.ID = PV_EntityID
The problem is the second query, the "recursive one" is getting the data I expect since I can't do the LEFT JOINs like in the first query. (At least to my understanding).
If I remove the fetching of the data that requires the LEFT (Outer) JOINs then the recursion works perfectly. My problem is I need both. Is there a way I can accomplish this?
Per http://msdn.microsoft.com/en-us/library/ms175972.aspx you can not have a left/right/outer join in a recursive CTE.
For a recursive CTE you can't use a subquery either so I sugest following this example.
They use two CTE's. The first is not recursive and does the left join to get the data it needs. The second CTE is recursive and inner joins on the first CTE. Since CTE1 is not recursive it can left join and supply default values for the missing rows and is guarenteed to work in the inner join.
However, you can also duplicate a left join with a union and subselect though it isn't really useful normally but it is interesting.
In that case, you would keep your first statement how it is. It will match all rows that join successfully.
Then UNION that query with another query that removes the join, but has a
NOT EXISTS(SELECT 1 FROM MISSING_ROWS_TABLE WHERE MAIN_TABLE.JOIN_CONDITION = MISSING_ROWS_TABLE.JOIN_CONDITION)
This gets all the rows that failed the previous join condition in query 1. You can replace the colmuns you would get from MISSING_ROWS_TABLE with NULL. I had to do this once using a coding framework that didn't support outer joins. Since recursive CTE's don't allow subqueries you have to use the first solution.
Trying to create an outer join on two other joined tables when recieving this error - I just dont see how to create two separate queries to make it work. Subqueries don't seem to work either, any help appreciated. I get errors for the below query, thanks.
SELECT
CardHeader.CardID, CardHeader.CardDescription, CardHeader.GloveSize,
CardHeader.GloveDescription, CardDetail.Bin, CardDetail.ItemID, Items.ItemDescription,
Items.VCatalogID, CardDetail.ChargeCode, CardDetail.Quantity, Items.Cost, CardColors.ColorID
FROM
((Items
INNER JOIN
(CardHeader INNER JOIN CardDetail ON CardHeader.CardID = CardDetail.CardID) ON Items.ItemID = CardDetail.ItemID)
LEFT JOIN
CardColors ON CardDetail.ItemID = CardColors.ItemID)
INNER JOIN
Colors ON CardColors.ColorID = Colors.ID
ORDER BY
CardHeader.CardID;
I tried the following which runs but asks for the following parameters (which it shouldnt)
CardHeader.ID, MainQry.CardID
SELECT
MainQry.ID, MainQry.CardDescription, MainQry.GloveSize,
MainQry.GloveDescription, MainQry.Bin, MainQry.ItemID,
MainQry.ItemDescription, MainQry.VCatalogID, MainQry.ChargeCode,
MainQry.Quantity, MainQry.Cost, SubQry.ColorID
FROM
(SELECT
CardHeader.ID, CardHeader.CardDescription, CardHeader.GloveSize,
CardHeader.GloveDescription, CardDetail.Bin,
CardDetail.ItemID, Items.ItemDescription, Items.VCatalogID,
CardDetail.ChargeCode, CardDetail.Quantity, Items.Cost
FROM
Items
INNER JOIN
(CardHeader
INNER JOIN
CardDetail ON CardHeader.CardID = CardDetail.CardID) ON Items.ItemID = CardDetail.ItemID
) AS MainQry
LEFT JOIN
(SELECT
CardColors.ItemID, CardColors.ColorID
FROM
CardColors
INNER JOIN
Colors ON CardColors.ColorID = Colors.ID) AS SubQry ON MainQry.ItemID = SubQry.ItemID
ORDER BY
MainQry.CardID;
The second SQL statement can be corrected by reference to the first statement and the error. The error is that both CardHeader.ID and MainQry.CardID are prompting for a parameter, which indicates that the inner statement should include CardHeader.CardID, rather than CardHeader.ID