I am using an CROSS APPLY & and a custom-built XML function (instead UNPIVOT) in SQL Server 2012, to move values vertically within a table.
SELECT A.USERID
,B.[ITEM]
,B.VALUE
FROM #UPLOAD A
CROSS APPLY [DBO].[TVF-XML-UNPIVOT-ROW]( (SELECT A.* FOR XML RAW) ) B
WHERE [ITEM] NOT IN ('USERID' )
The query successfully unpivots everything, but in the process, converts spaces, dashes, brackets, etc into their respective UNICODE value, as follows:
EMPID ITEM VALUE
123 _x0027_October_x0020_Bonus_x0020__x0028_Perm_x0020__x002B__x0020_Temp_x0029_ 28.01
Expected output:
EMPID ITEM VALUE
123 October Bonus (Perm + Temp) 28.01
Below is the function, some temp values you can use, and the Code itself. Any how to format the string without the unicode values?
CREATE FUNCTION [dbo].[tvf-XML-UnPivot-Row](#XML xml)
Returns Table
As
Return (
Select Item = xAttr.value('local-name(.)', 'varchar(100)')
,Value = xAttr.value('.','varchar(max)')
From #XML.nodes('//#*') xNode(xAttr)
)
DROP TABLE #UPLOAD
CREATE TABLE #UPLOAD (USERID INT,['October Bonus (Perm + Temp)] FLOAT NOT NULL );
INSERT INTO #UPLOAD VALUES (123,20.3),(240,35)
SELECT A.USERID
,B.[ITEM]
,B.VALUE
FROM #UPLOAD A
CROSS APPLY [DBO].[TVF-XML-UNPIVOT-ROW]( (SELECT A.* FOR XML RAW) ) B
WHERE [ITEM] NOT IN ('USERID' )
EDIT: I recall now that you were NOT 2016+
If 2016+ You can use this function instead of the XML approach
CREATE FUNCTION [dbo].[tvf-JSON-Unpivot-Row](#json varchar(max))
Returns Table
As Return
Select [Key]
,Value
From OpenJson(#json)
Examples
Select A.ID
,B.*
from YourTable A
Cross Apply [dbo].[tvf-JSON-Unpivot-Row]( (Select A.* For JSON Path,Without_Array_Wrapper ) ) B
Where [Key] not in ('ID')
or to include NULLs
Select A.ID
,B.*
from YourTable A
Cross Apply [dbo].[tvf-JSON-Unpivot-Row]( (Select A.* For JSON Path,Without_Array_Wrapper,INCLUDE_NULL_VALUES ) ) B
Where [Key] not in ('ID')
Related
I have a sql server table showing the IDs and their previous IDs,
create table test2 ( ID varchar(10) ,
Pre_ID varchar(10)
)
insert into test2 values ('e','d')
, ('d','c')
, ('c','b')
, ('b','a')
, ('a',null)
, ('r','q')
, ('q','p')
, ('p',null)
the table is like this:
The result should be like this:
I have successfully got the levels using a recursive cte, but could not get the correct group for them. can anyone help? Thanks.
This is my code:
with cte as (
select id, Pre_ID, level
from #temp2
where Pre_ID is null
union all
select t2.id, t2.Pre_ID, t2.level
from cte
inner join #temp2 t2
on t2.Pre_ID=cte.id
)
select * from cte
order by id
What you need to do is start with the first level and add a ROW_NUMBER to that, then join all further levels recursively:
with cte as (
select id, Pre_ID, level, row_number() over (order by ID) as grp
from #temp2
where Pre_ID is null
union all
select t2.id, t2.Pre_ID, t2.level, cte.grp
from cte
inner join #temp2 t2
on t2.Pre_ID=cte.id
)
select * from cte
order by id;
I'm trying to apply a splitting function I wrote to one specific row in a table. Later, I'd like to apply the function to the entire column but I'm having trouble with the first step.
I've basically tried every variation below.
SalesPersons is the column I want to apply the split function to.
SELECT ID,
(SELECT ITEM
FROM [dbo].[Split](SalesPersons, ','))
FROM [dbo].[Menu]
WHERE ID = '1234'
AND APPLICANT = 'JohnSmith'
SELECT * dbo.Split(SalesPersons, ',')
FROM [dbo].[Menu]
WHERE ID = '1234'
AND APPLICANT = 'JohnSmith'
I keep getting the following result:
Cannot find either column dbo or the user-defined function or aggregate dbo.Split, or the name is ambiguous.
If anyone could provide any feedback or help, I'd appreciate it so much!
I'm assuming your split function is a Table-Valued Function
Then you would need a CROSS APPLY (use OUTER APPLY to see null values)
Example
Select A.*
,B.*
From [dbo].[Menu] A
Cross Apply dbo.Split(SalesPersons, ',') B
Where ID = '1234'
and APPLICANT = 'JohnSmith'
EDIT - If you want the split values in one row
Select A.*
,B.*
From [dbo].[Menu] A
Cross Apply (
Select Pos1 = ltrim(rtrim(xDim.value('/x[1]','varchar(100)')))
,Pos2 = ltrim(rtrim(xDim.value('/x[2]','varchar(100)')))
,Pos3 = ltrim(rtrim(xDim.value('/x[3]','varchar(100)')))
,Pos4 = ltrim(rtrim(xDim.value('/x[4]','varchar(100)')))
From (Select Cast('<x>' + replace((Select replace(A.SalesPersons,',','§§Split§§') as [*] For XML Path('')),'§§Split§§','</x><x>')+'</x>' as xml) as xDim) as A
) B
Hi I have a SQL Server table that one column has comma separated values:
12323,234322,1112,99323.....
And I have a parameter #values nvarchar(500) that will also have comma separated values.
In my query I need to check if anything from the parameter exists in my table field.
Something like this>
...
WHERE
(#values = '' OR select s from dbo.Split(',',t.Data) in ( select s from dbo.Split(',',#values )))
Of course the above gives me errors.
Any clue?
Join both tables that you got out of the split
SELECT *
...
FROM (SELECT s FROM dbo.Split(',',t.Data)) X
INNER JOIN (SELECT s FROM dbo.Split(',',#values)) Y
ON X.s = Y.s
...
EXISTS is your friend here.
WHERE
(#values = '' OR EXISTS (select a.value from string_split(t.Data, ',') a inner join ( select value from string_split(#values, ',')) b ON a.value = b.value))
Try this below code it may helps you
IF OBJECT_ID('Tempdb..#Temp') IS NOT NULL
Drop table #Temp
Declare #SearchVariable varchar(1000)='12323,234322,1112,99323,22222,4545,656565,8989,1111,22222'--Varibale Contains these values to search
CREATE TABLE #Temp (CommaValue Varchar(100))-- This is the table having comma separted value columns
INSERT INTO #Temp
SELECT '12323,234322,1112,99323' Union all
SELECT '12323,656565,1112,4545'
Declare #VariableSearch TABLE (ValueName varchar(1000))
Insert into #VariableSearch
SELECT #SearchVariable
;With cte
AS
(
SELECT Split.a.value('.', 'VARCHAR(1000)') AS TablesData
FROM (
SELECT CAST('<S>' + REPLACE(CommaValue, ',', '</S><S>') + '</S>' AS XML) AS TablesData
FROM #Temp
) AS A
CROSS APPLY TablesData.nodes('/S') AS Split(a)
)
SELECT DISTINCT ROW_NUMBER()Over(Order by (SELECT 1)) AS Rno, * from cte C Inner join
(
SELECT Split.a.value('.', 'VARCHAR(1000)') AS VariableSeachData
FROM (
SELECT CAST('<S>' + REPLACE(ValueName, ',', '</S><S>') + '</S>' AS XML) AS VariableSeachData
FROM #VariableSearch
) AS A
CROSS APPLY VariableSeachData.nodes('/S') AS Split(a)
)DT
On C.TablesData=DT.VariableSeachData
OutPut
Rno TablesData VariableSeachData
---------------------------------
1 1112 1112
2 1112 1112
3 12323 12323
4 12323 12323
5 234322 234322
6 4545 4545
7 656565 656565
8 99323 99323
Not quite sure, but maybe this can give you an idea.
using Outer Apply and EXISTS operator.
SELECT x.value
FROM Table T
OUTER APPLY ( SELECT value
FROM dbo.Split(t.data)
) X
WHERE EXISTS ( SELECT 1
FROM dbo.Split(#values) S
WHERE s.value = x.value )
I have tow tables with the same number of rows
Example:
table a:
1,A
2,B
3,C
table b:
AA,BB
AAA,BBB,
AAAA,BBBB
I want a new table made like that in SQL SErver:
1,A,AA,BB
2,B,AAA,BBB
3,C,AAAA,BBBB
How do I do that?
In SQL Server 2005 (or newer), you can use something like this:
-- test data setup
DECLARE #tablea TABLE (ID INT, Val CHAR(1))
INSERT INTO #tablea VALUES(1, 'A'), (2, 'B'), (3, 'C')
DECLARE #tableb TABLE (Val1 VARCHAR(10), Val2 VARCHAR(10))
INSERT INTO #tableb VALUES('AA', 'BB'),('AAA', 'BBB'), ('AAAA', 'BBBB')
-- define CTE for table A - sort by "ID" (I just assumed this - adapt if needed)
;WITH DataFromTableA AS
(
SELECT ID, Val, ROW_NUMBER() OVER(ORDER BY ID) AS RN
FROM #tablea
),
-- define CTE for table B - sort by "Val1" (I just assumed this - adapt if needed)
DataFromTableB AS
(
SELECT Val1, Val2, ROW_NUMBER() OVER(ORDER BY Val1) AS RN
FROM #tableb
)
-- create an INNER JOIN between the two CTE which just basically selected the data
-- from both tables and added a new column "RN" which gets a consecutive number for each row
SELECT
a.ID, a.Val, b.Val1, b.Val2
FROM
DataFromTableA a
INNER JOIN
DataFromTableB b ON a.RN = b.RN
This gives you the requested output:
You could do a rank over the primary keys, then join on that rank:
SELECT RANK() OVER (table1.primaryKey),
T1.*,
T2.*
FROM
SELECT T1.*, T2.*
FROM
(
SELECT RANK() OVER (table1.primaryKey) [rank], table1.* FROM table1
) AS T1
JOIN
(
SELECT RANK() OVER (table2.primaryKey) [rank], table2.* FROM table2
) AS T2 ON T1.[rank] = T2.[rank]
Your query is strange, but in Oracle you can do this:
select a.*, tb.*
from a
, ( select rownum rn, b.* from b ) tb -- temporary b - added rn column
where a.c1 = tb.rn -- assuming first column in a is called c1
if there is not column with numbers in a you can do same trick twice
select ta.*, tb.*
from ( select rownum rn, a.* from a ) ta
, ( select rownum rn, b.* from b ) tb
where ta.rn = tb.rn
Note: be aware that this can generate random combination, for example
1 A AA BB
2 C A B
3 B AAA BBB
because there is no order by in ta and tb
I have a table that contains information on groups. There can be any number of members in a group. There is a group identifier and then an element identifier. I want to be able to in a single statement determine whether or not a given set exists in the table
#groupTable is an example of the data that already exists in the database
#inputData is the data that I want to see if it already exists in #groupTable
declare #groupData table
(
groupIdentifier int,
elementIdentifier uniqueidentifier
)
insert into #groupData values
(1, 'dfce40b1-3719-4e4c-acfa-65f728677700'),
(1, '89e7e6be-cee8-40a7-8135-a54659e0d88c')
declare #inputData table
(
tempGroupIdentifier int,
elementIdentifier uniqueidentifier
)
insert into #inputData values
(42, 'dfce40b1-3719-4e4c-acfa-65f728677700'),
(42, '89e7e6be-cee8-40a7-8135-a54659e0d88c'),
(55, 'dfce40b1-3719-4e4c-acfa-65f728677700'),
(55, '2395a42c-94f4-4cda-a773-221b26ea5e44'),
(55, 'f22db9df-a1f4-4078-b74c-90e34376eff6')
Now I want to run a query that will show the relationship of the sets, showing which groupIdentifier is associated with which tempGroupIdentifier. If there is no matching set then I need to know that too.
desired output:
groupIdentifier, tempGroupIdentifier
1, 42
null, 55
Does anyone any suggestions on how to approach this problem?
I could probably pivot the rows and concat all elementIdentifiers into a giant string for each group that then do equality on, but that doesn't seem like a good solution.
SELECT DISTINCT
T1.tempgroupIdentifier, T2.GroupIdentifier
FROM
(
SELECT
COUNT(*) OVER (PARTITION BY tempgroupIdentifier) AS GroupCount,
ROW_NUMBER() OVER (PARTITION BY tempgroupIdentifier ORDER BY elementIdentifier) AS GroupRN,
tempgroupIdentifier, elementIdentifier
FROM
#inputData
) T1
LEFT JOIN
(
SELECT
COUNT(*) OVER (PARTITION BY GroupIdentifier) AS GroupCount,
ROW_NUMBER() OVER (PARTITION BY GroupIdentifier ORDER BY elementIdentifier) AS GroupRN,
GroupIdentifier, elementIdentifier
FROM
#groupData
) T2 ON T1.elementIdentifier = T2.elementIdentifier AND
T1.GroupCount = T2.GroupCount AND
T1.GroupRN = T2.GroupRN
Edit: this will also deal with the same value in a given set
SELECT
(
CASE WHEN matchCount = gdCount AND matchCount = idCount
THEN groupIdentifier
ELSE NULL
END) groupIdentifier,
cj.tempGroupIdentifier
FROM
(
SELECT gd.groupIdentifier, id.tempGroupIdentifier, COUNT(1) matchCount
FROM #groupData gd
CROSS JOIN #inputData id
WHERE id.elementIdentifier = gd.elementIdentifier
GROUP BY gd.groupIdentifier, id.tempGroupIdentifier) as cj
CROSS APPLY (SELECT COUNT(groupIdentifier) from #groupData gdca WHERE gdca.groupIdentifier = cj.groupIdentifier) as gdc(gdCount)
CROSS APPLY (SELECT COUNT(tempGroupIdentifier) from #inputData idca WHERE idca.tempGroupIdentifier = cj.tempGroupIdentifier) as idc(idCount)