Using SQL-Server 2012
I have the following Table:
Id Description
6192 Salzburg
6193 Salzburg
6194 Salzburg
6196 Innsbruck
6197 Innsbruck
6198 Innsbruck
6199 Innsbruck
6201 Bregenz
6202 Bregenz
6203 Bregenz
I want to Select each Distinct "Description" with all the Id's together in one string:
Description Ids
Salzburg '6192,6193,6194'
Innsbruck '6196,6197,6198'
I saw some similar code on this site [How to concatenate text from multiple rows into a single text string in SQL server?, but I couldn't figure it out yet for my purpose (don't want to use XML Path!). Here is what I have tried so far:
DECLARE #ids AS Nvarchar(MAX)
SELECT #ids = COALESCE(#ids + ',', '') + CAST(t.Id AS nvarchar(5))
FROM (SELECT tmp.Id FROM (SELECT id, [Description] FROM tblMasterPropValues WHERE IdCategory = 253 AND IsActive = 1) as tmp
WHERE [Description] = tmp.[Description]) AS t
SELECT #ids
--SELECT DISTINCT [Description], #ids AS IDs FROM tblMasterPropValues WHERE IdCategory = 253 AND IsActive = 1 AND Id IN (#ids)
I can't really get my head around it, and would appreciate any help on it.
You can try using STUFF() function
SELECT description, Ids = STUFF(
(SELECT ',' + Id
FROM tblMasterPropValues t1
WHERE t1.description = t2.description
FOR XML PATH (''))
, 1, 1, '') from tblMasterPropValues t2
group by description;
For that FOR XML PATH() is the right clause so, you can do :
SELECT DISTINCT v.description, STUFF(v1.ids, 1, 1, '''') + ''''
FROM tblMasterPropValues v CROSS APPLY
(SELECT ', '+ CAST(v1.Id AS VARCHAR(255))
FROM tblMasterPropValues v1
WHERE v1.description = v.description
FOR XML PATH('')
) v1(ids);
You can also make it by using recursive CTE
DECLARE #tblMasterPropValues TABLE (Id INT, Description VARCHAR(20))
INSERT INTO #tblMasterPropValues VALUES
(6192 , 'Salzburg'),
(6193 , 'Salzburg'),
(6194 , 'Salzburg'),
(6196 , 'Innsbruck'),
(6197 , 'Innsbruck'),
(6198 , 'Innsbruck'),
(6199 , 'Innsbruck'),
(6201 , 'Bregenz'),
(6202 , 'Bregenz'),
(6203 , 'Bregenz')
;WITH Tbl AS
(
SELECT
*,
ROW_NUMBER() OVER(PARTITION BY Description ORDER BY Id) AS RN,
COUNT(*) OVER(PARTITION BY Description) AS CNT
FROM #tblMasterPropValues
)
, Rcr AS (
SELECT *, CAST(Id AS varchar(max)) Ids
FROM Tbl WHERE RN = 1
UNION ALL
SELECT T.*, Rcr.Ids + ',' + CAST(T.Id AS VARCHAR(10)) Ids
FROM Rcr
INNER JOIN Tbl T ON T.RN = Rcr.RN + 1 and Rcr.Description = T.Description
)
SELECT RN, Description, Ids FROM Rcr
WHERE RN = CNT
Result:
Description Ids
-------------------- -----------------------
Salzburg 6192,6193,6194
Innsbruck 6196,6197,6198,6199
Bregenz 6201,6202,6203
Try this:
DECLARE #Table TABLE(ID INT, Description VARCHAR(25))
INSERT INTO #Table
VALUES (6192,'Salzburg' )
,(6193,'Salzburg' )
,(6194,'Salzburg' )
,(6196,'Innsbruck')
,(6197,'Innsbruck')
,(6198,'Innsbruck')
,(6199,'Innsbruck')
,(6201,'Bregenz' )
,(6202,'Bregenz' )
,(6203,'Bregenz' )
Query:
SELECT DISTINCT T2.Description,
SUBSTRING(
(
SELECT ','+CAST(T1.ID AS VARCHAR) AS [text()]
FROM #Table T1
WHERE T1.Description = T2.Description
ORDER BY T1.Description
FOR XML PATH ('')
), 2, 1000) [Ids]
FROM #Table T2
Result:
Description Ids
Bregenz 6201,6202,6203
Innsbruck 6196,6197,6198,6199
Salzburg 6192,6193,6194
Related
I am trying to concatenate LoadIds for a user using For XML path which is a portion of my whole query, I verified that the maximum time gets elapsed in calculating this concatenated LoadId column. Below is the syntax, can anyone suggest a way to rewrite this efficiently?
SELECT
Col1, col2,
LoadIds = STUFF((SELECT ' , ' + CAST([LoadId] AS varchar(5))
FROM Table1 AS t1
WHERE t1.[UserId] = [t2].[UserId]
FOR XML PATH ('')), 1, 2, '')
FROM
Table1 AS t2
GROUP BY
[UserId]
1). I would try to collect the required data in a temp table or table variable, create an index on it and then play with the concatination.
2). FOR XML PATH works good for small sets of records, for large sets I would try a recursion.
declare #T table (
UserId int not null,
RowNumber int not null,
LoadId varchar(5) not null
primary key clustered (UserId, RowNumber)
);
insert into #T
select
UserId,
row_number() over(partition by UserId order by LoadId),
CAST(LoadId AS varchar(5))
from
Table1 ;
with cte (UserId, RowNumber, LoadIds) as
(
select
UserId,
RowNumber,
LoadIds = convert(varchar(8000), LoadId)
from #T
where RowNumber = 1
union all
select
t.UserId,
t.RowNumber,
convert(varchar(8000), cte.LoadIds + ', ' + t.LoadId)
from
cte inner join #T t on t.UserId = cte.UserId and t.RowNumber = cte.RowNumber + 1
)
select UserId, LoadIds = max(LoadIds) from cte group by UserId;
One thing you can do is select the distinct user ids before doing the string aggregation:
SELECT t2.UserId,
STUFF((SELECT ' , ' + CAST([LoadId] AS varchar(8000))
FROM Table1 t1
WHERE t1.[UserId] = [t2].[UserId]
FOR xml PATH ('')
), 1, 2, ''
) as LoadIds
FROM (SELECT DISTINCT userId
FROM Table1 t2
) t2;
For performance, an index on table1(UserId, LoadId) would also help.
i have table with records :
City Name Seq
London 1
London 2
London 3
Madrid 4
London 5
Porto 6
Problem is how to get a result in string ( merge all without repeated records ).
Result : London-Madrid-London-Porto
Another option if 2012+ ... LAG()
Example
Declare #YourTable Table ([City Name] varchar(50),[Seq] int)
Insert Into #YourTable Values
('London',1)
,('London',2)
,('London',3)
,('Madrid',4)
,('London',5)
,('Porto',6)
Select Stuff((Select '-' +Value From
(
Select top 1000 Value = case when [City Name]=lag([City Name],1) over (Order By Seq) then null else [City Name] end
From #YourTable
Order By Seq
) A
For XML Path ('')),1,1,'')
Returns
London-Madrid-London-Porto
How about this?
declare #table table (CityName varchar(64), seq int)
insert into #table
values
('London',1),
('London',2),
('London',3),
('Madrid',4),
('London',5),
('Porto',6)
--find the next row that isn't the same city name (t2seq)
;with cte as(
select distinct
t.CityName
,t.seq
,min(t2.seq) as t2seq
from #table t
left join #table t2 on
t2.seq > t.seq
and t2.CityName <> t.CityName
group by
t.CityName
,t.seq),
--limit the result set to distinct list
cte2 as(
select distinct
CityName
,seq = isnull(t2seq,9999999)
from cte)
--use stuff to concat it together
select distinct
stuff(( select '-', + t2.CityName
from cte2 t2
order by seq
FOR XML PATH(''), TYPE).value('.', 'NVARCHAR(MAX)'), 1, 1, '')
from cte2
I have a table and values as shown here
create table #example(id int primary key identity, cols varchar(255))
insert into #example(cols) values('HI,HELLO,BYE,TC')
insert into #example(cols) values('WHAT,ARE,YOU,DOING,HERE')
I need the resultant output as shown in the picture
Note : There is no limit for values i.e dynamic
This is what you are expecting
Schema:
CREATE TABLE #EXAMPLE(ID INT PRIMARY KEY IDENTITY, COLS VARCHAR(255))
INSERT INTO #EXAMPLE(COLS) VALUES('HI,HELLO,BYE,TC')
INSERT INTO #EXAMPLE(COLS) VALUES('WHAT,ARE,YOU,DOING,HERE')
Do split those comma separated values into Rows and Apply pivot
SELECT * FROM (
SELECT id
, ROW_NUMBER() OVER(PARTITION BY ID ORDER BY (SELECT 1)) AS ID2
, SPLT.CLMS.value('.','VARCHAR(MAX)') AS LIST FROM (
select id
, CAST( '<M>'+REPLACE(cols,',','</M><M>')+'</M>' AS XML) AS XML_COL from #example E
)E
CROSS APPLY E.XML_COL.nodes('/M') AS SPLT(CLMS)
)A
PIVOT
(
MAX(LIST) FOR ID2 IN ([1],[2],[3],[4],[5])
)PV
You will get result as
+----+------+-------+-----+-------+------+
| id | 1 | 2 | 3 | 4 | 5 |
+----+------+-------+-----+-------+------+
| 1 | HI | HELLO | BYE | TC | NULL |
| 2 | WHAT | ARE | YOU | DOING | HERE |
+----+------+-------+-----+-------+------+
Edit:
And now you need to go for dynamic pivot,since There is no limit for values.
DECLARE #COLS VARCHAR(MAX)='', #QRY VARCHAR(MAX)='';
SELECT #COLS =#COLS+'['+CAST( ID2 AS VARCHAR(10))+'],' FROM (
SELECT DISTINCT ROW_NUMBER() OVER(PARTITION BY ID ORDER BY (SELECT 1)) AS ID2 FROM (
select id, CAST( '<M>'+REPLACE(cols,',','</M><M>')+'</M>' AS XML) AS XML_COL from #example E
)E
CROSS APPLY E.XML_COL.nodes('/M') AS SPLT(CLMS)
)A
SELECT #COLS = LEFT(#COLS,LEN(#COLS)-1)
SELECT #QRY =
'
SELECT * FROM (
SELECT id
, ROW_NUMBER() OVER(PARTITION BY ID ORDER BY (SELECT 1)) AS ID2
, SPLT.CLMS.value(''.'',''VARCHAR(MAX)'') AS LIST FROM (
select id, CAST( ''<M>''+REPLACE(cols,'','',''</M><M>'')+''</M>'' AS XML) AS XML_COL from #example E
)E
CROSS APPLY E.XML_COL.nodes(''/M'') AS SPLT(CLMS)
)A
PIVOT
(
MAX(LIST) FOR ID2 IN ('+#COLS+ ')
)PV'
EXEC( #QRY)
Dynamic version base on split string then pivot table
Schema:
create table #example(id int primary key identity, cols varchar(255))
insert into #example(cols) values('HI,HELLO,BYE,TC')
insert into #example(cols) values('WHAT,ARE,YOU,DOING,HERE')
Calculate columns pivot
-- Calculate dynamic columns
;WITH temps AS
(
SELECT sd.* ,CAST('<x>' + replace(sd.cols, ',', '</x><x>') + '</x>' as xml) AS xmlText
FROM #example sd
),
temps1 AS
(
SELECT t.Id, t.cols, v.x.value('.','varchar(50)') AS Value
FROM temps t
CROSS APPLY
t.xmlText.nodes('/x') AS v(x)
)
SELECT #ColumnPivot = STUFF((SELECT DISTINCT CONCAT(',COL',row_number() OVER(PARTITION BY t.id ORDER BY t.Value)) FROM temps1 t FOR XML PATH('')), 1,1,'')
PRINT #ColumnPivot
Then PIVOT table
DECLARE #query nvarchar(max) =
CONCAT(N';WITH temps AS
(
SELECT sd.* ,CAST(''<x>'' + replace(sd.cols, '','', ''</x><x>'') + ''</x>'' as xml) AS xmlText
FROM #example sd
),
temps1 AS
(
SELECT t.Id, t.cols, v.x.value(''.'' , ''varchar(50)'') AS Value
FROM temps t
CROSS APPLY
t.xmlText.nodes(''/x'') AS v(x)
),
temps2 AS
(
SELECT t.* , CONCAT(''COL'',row_number() OVER(PARTITION BY t.id ORDER BY (select 1))) AS ColGroup
FROM temps1 t
)',
N'SELECT Id, cols, ' , #ColumnPiVot,
' FROM
(
select * from temps2
) AS src
PIVOT
(MAX(Value) FOR ColGroup IN (',#ColumnPiVot,')) AS pvt')
PRINT #query
exec sp_executesql #query
DROP TABLE #example
Demo link: Rextester
DECLARE #COLS AS NVARCHAR(MAX),
#QUERY AS NVARCHAR(MAX);
SET #COLS = STUFF((SELECT DISTINCT ',' + QUOTENAME(C.RN)
FROM (SELECT ID,TOKEN,COLS
,ROW_NUMBER() OVER (
PARTITION BY ID ORDER BY (
SELECT NULL
)
) AS RN
FROM #EXAMPLE
CROSS APPLY (
SELECT *
FROM UDF_SPLITSTRING(COLS, ',')
) A) C
FOR XML PATH(''), TYPE
).value('.', 'NVARCHAR(MAX)')
,1,1,'')
SET #QUERY = 'SELECT ID,cols, ' + #COLS + ' FROM
(
SELECT ID,TOKEN,cols
,ROW_NUMBER() OVER (
PARTITION BY ID ORDER BY (
SELECT NULL
)
) AS RN
FROM #EXAMPLE
CROSS APPLY (
SELECT *
FROM UDF_SPLITSTRING(COLS, '','')
) A
) X
PIVOT
(
MAX(TOKEN)
FOR rn IN (' + #COLS + ')
) P '
exec(#QUERY)
output
ID cols 1 2 3 4 5
1 HI,HELLO,BYE,TC HI HELLO BYE TC NULL
2 WHAT,ARE,YOU,DOING,HERE WHAT ARE YOU DOING HERE
I have so many long database so I used seq_no in commas separate using more than one sequence store in single column but now I want all sequence in a single column so I am confused how to create this sql result for this.
For example:
TABLE STRUCTURE
SR_NO IS INT ,
SEQ_NO IS VARCHAR(MAX)
SR_NO SEQ_NO
---------------------------------
1 1839073,
2 1850097,1850098,
3 1850099,1850100,1850110
I need to get this result:
SEQ_NO
--------------
1839073
1850097
1850098
1850099
1850100
1850110
Thanks!
declare #t table(Id int,seq varchar(100))
insert into #t (Id,seq) values (1,'1839073,'),(2,'1839073,1850098,'),(3,'1850099,1850100,1850110 ')
;With Cte as (
SELECT A.Id,
Split.a.value('.', 'VARCHAR(100)') AS Seq
FROM
(
SELECT Id,
CAST ('<M>' + REPLACE(seq, ',', '</M><M>') + '</M>' AS XML) AS Data
FROM #t
) AS A CROSS APPLY Data.nodes ('/M') AS Split(a) )
Select ID,Seq from Cte Where Seq > ''
Try splitting it with XML
SELECT SR_NO, t.c.value('.', 'VARCHAR(2000)') COL1
FROM (
SELECT SR_NO, x = CAST('<t>' +
REPLACE(SEQ_NO, ',', '</t><t>') + '</t>' AS XML)
FROM
(values(1,'1839073'),(2, '1850097,1850098'),
(3, '1850099,1850100,1850110')) y(SR_NO, SEQ_NO)
) a
CROSS APPLY x.nodes('/t') t(c)
Result:
SR_NO COL1
1 1839073
2 1850097
2 1850098
3 1850099
3 1850100
3 1850110
You can replace this with your table:
(values (1,'1839073'),(2, '1850097,1850098'),
(3, '1850099,1850100,1850110')) y(SR_NO, SEQ_NO)
This should do it: (Replace YourTableName with your table name)
;WITH CTE(NEW_SEQ_NO, SEQ_NO) as (
SELECT LEFT(SEQ_NO, CHARINDEX(',',SEQ_NO + ',') -1),
STUFF(SEQ_NO, 1, CHARINDEX(',',SEQ_NO + ','), '')
FROM YourTableName
WHERE SEQ_NO <> '' AND SEQ_NO IS NOT NULL
UNION all
SELECT LEFT(SEQ_NO, CHARINDEX(',',SEQ_NO + ',') -1),
STUFF(SEQ_NO, 1, CHARINDEX(',',SEQ_NO + ','), '')
FROM CTE
WHERE SEQ_NO <> '' AND SEQ_NO IS NOT NULL
)
SELECT NEW_SEQ_NO from CTE ORDER BY NEW_SEQ_NO
You can check this topic for more information:
Turning a Comma Separated string into individual rows
I have written the following query after referring Turning a Comma Separated string into individual rows
It will work for you
create table STRUCTURE(SR_NO int, SEQ_NO varchar(max))
insert STRUCTURE select 1, '1839073,'
insert STRUCTURE select 2, '1850097,1850098,'
insert STRUCTURE select 3, '1850099,1850100,1850110'
;with tmp(SR_NO, DataItem, SEQ_NO) as (
select SR_NO, LEFT(SEQ_NO, CHARINDEX(',',SEQ_NO+',')-1),
STUFF(SEQ_NO, 1, CHARINDEX(',',SEQ_NO+','), '')
from STRUCTURE
union all
select SR_NO, LEFT(SEQ_NO, CHARINDEX(',',SEQ_NO+',')-1),
STUFF(SEQ_NO, 1, CHARINDEX(',',SEQ_NO+','), '')
from tmp
where SEQ_NO > ''
)
Select DataItem as SEQ_NO from tmp order by SEQ_NO;
I have a database with many rows of data per "case". Each "case" has a unique ID, but each row has a "multiple-choice-element" and a "value". Obviously there is a new row every time the user selects one of the multiple choice elements(mce) and the new value too. The unique ID is like a linchpin holding all of the rows together as a common element for this instance
The data is as follows:
UniqueID Value Text Username Contact
--------------------------------------------------
123456 No Sound Horn Johnson 0788
123456 Broken Headlight Johnson 0788
123456 Broken Windscreen Johnson 0788
I am looking to keep just one row of data, their user details, the key (unique ID), and then have multiple columns for each mce and each value.
UniqueID Username Contact Text Value Text Value Text Value
---------------------------------------------------------------------------------
123456 Johnson 0788 Horn No Sound Headlight Broken Windscreen Broken
I have done this using an update statement for each mce based on the Unique ID so far, but it's a bit clunky and long winded as a stored-procedure and can take quite a bit of time to run.
Can anyone suggest a better way please.
Thank you.
EDIT 2: I wasn't even sure this was possible, but I think I've found a way. Unfortunately, it's extremely hacky, and since you never posted your RDBMS tag, I don't even know if it will work for you.
I don't particularly like the solution, as I said - it feels clumsy to me, but it does work and I don't have any more time to dedicate to this issue. Unless someone else can figure out a way to make it work more efficiently, this is the best I can do for you. Note that I create and reference a temp table called #Numbers - you'll need this to stay in your query. Also note that you might end up with more columns than you want, but that will have to stay.
The following script will allow you to pivot two columns, preserving the relationship between a distinct value in column #1 (Txt) and multiple values in column #2 (Value)
CREATE TABLE #Data (UniqueID INT, Value varchar(10), Txt varchar(10), Username varchar(10), Contact INT)
INSERT INTO #Data (UniqueID, Value, Txt, Username, Contact)
SELECT 123456, 'No Sound', 'Horn', 'Johnson', 0788 UNION
SELECT 123456, 'Broken', 'Headlight', 'Johnson', 0788 UNION
SELECT 123456, 'Smashed', 'Headlight', 'Johnson', 0788 UNION
SELECT 123456, 'Shattered', 'Headlight', 'Johnson', 0788 UNION
SELECT 123456, 'Busted', 'Headlight', 'Johnson', 0788 UNION
SELECT 123456, 'Inop', 'Brake', 'Johnson', 0788
DECLARE #sql AS varchar(max)
DECLARE #vpivot_list AS varchar(max) -- Leave NULL for COALESCE technique
DECLARE #vselect_list AS varchar(max) -- Leave NULL for COALESCE technique
DECLARE #tpivot_list AS varchar(max) -- Leave NULL for COALESCE technique
DECLARE #tselect_list AS varchar(max) -- Leave NULL for COALESCE technique
CREATE TABLE #Numbers (Number INT)
;WITH NumberSequence( Number ) AS
(
SELECT 1 as Number
UNION ALL
SELECT Number + 1
FROM NumberSequence
WHERE Number < 100
)
INSERT INTO #Numbers (Number)
SELECT Number FROM NumberSequence
SELECT
#vpivot_list = COALESCE(#vpivot_list + ', ', '') + '[' + TxtValCombinations + ']'
FROM
(
SELECT
'T' + CAST(Txt.Number AS VARCHAR(5)) + '_' +
'V' + CAST(Val.Number AS VARCHAR(5)) AS TxtValCombinations
FROM
#Numbers Txt
INNER JOIN
(
SELECT MAX(CountTxt) MaxCountTxt
FROM
(
SELECT COUNT(DISTINCT Txt) CountTxt
FROM #Data
GROUP BY UniqueID
) cv
) MaxCountTxt ON
Txt.Number <= MaxCountTxt.MaxCountTxt
INNER JOIN
#Numbers Val ON
Val.Number <
(
SELECT MAX(CountValue) MaxCountValue
FROM
(
SELECT COUNT(Value) CountValue
FROM #Data
GROUP BY UniqueID, Txt
) cv
)
) PossibleValues
SELECT
#tpivot_list = COALESCE(#tpivot_list + ', ', '') + '[' + TxtCombinations + ']'
FROM
(
SELECT
'T' + CAST(Txt.Number AS VARCHAR(5)) AS TxtCombinations
FROM
#Numbers Txt
INNER JOIN
(
SELECT MAX(CountTxt) MaxCountTxt
FROM
(
SELECT COUNT(DISTINCT Txt) CountTxt
FROM #Data
GROUP BY UniqueID
) cv
) MaxCountTxt ON
Txt.Number <= MaxCountTxt.MaxCountTxt
) PossibleValues
SELECT #vselect_list = STUFF(
(
SELECT',' +
'T' + CAST(Txt.Number AS VARCHAR(5)) + '_' +
'V' + CAST(Val.Number AS VARCHAR(5)) --AS TxtValCombinations
FROM
#Numbers Txt
INNER JOIN
(
SELECT MAX(CountTxt) MaxCountTxt
FROM
(
SELECT COUNT(DISTINCT Txt) CountTxt
FROM #Data
GROUP BY UniqueID
) cv
) MaxCountTxt ON
Txt.Number <= MaxCountTxt.MaxCountTxt
INNER JOIN
#Numbers Val ON
Val.Number <
(
SELECT MAX(CountValue) MaxCountValue
FROM
(
SELECT COUNT(Value) CountValue
FROM #Data
GROUP BY UniqueID, Txt
) cv
)
ORDER BY Txt.Number, Val.Number
FOR XML PATH(''), type
).value('.', 'varchar(max)'), 1, 1, '')
SELECT #tselect_list = STUFF(
(
SELECT TxtValCombinations
FROM
(
SELECT',MAX(' +
'T' + CAST(Txt.Number AS VARCHAR(5)) + '_' +
'V' + CAST(Val.Number AS VARCHAR(5)) + ') AS '+
'T' + CAST(Txt.Number AS VARCHAR(5)) + '_' +
'V' + CAST(Val.Number AS VARCHAR(5)) AS TxtValCombinations
FROM
#Numbers Txt
INNER JOIN
(
SELECT MAX(CountTxt) MaxCountTxt
FROM
(
SELECT COUNT(DISTINCT Txt) CountTxt
FROM #Data
GROUP BY UniqueID
) cv
) MaxCountTxt ON
Txt.Number <= MaxCountTxt.MaxCountTxt
INNER JOIN
#Numbers Val ON
Val.Number <
(
SELECT MAX(CountValue) MaxCountValue
FROM
(
SELECT COUNT(Value) CountValue
FROM #Data
GROUP BY UniqueID, Txt
) cv
)
UNION ALL
SELECT',MAX(' +
'T' + CAST(Txt.Number AS VARCHAR(5)) +') AS T' + CAST(Txt.Number AS VARCHAR(5)) --AS TxtValCombinations
FROM
#Numbers Txt
INNER JOIN
(
SELECT MAX(CountTxt) MaxCountTxt
FROM
(
SELECT COUNT(DISTINCT Txt) CountTxt
FROM #Data
GROUP BY UniqueID
) cv
) MaxCountTxt ON
Txt.Number <= MaxCountTxt.MaxCountTxt
) s
ORDER BY TxtValCombinations
FOR XML PATH(''), type
).value('.', 'varchar(max)'), 1, 1, '')
SET #sql = '
SELECT UniqueID, Username, Contact, ' + #tselect_list + '
FROM
(
SELECT UniqueID, Username, Contact, Txt, tPIVOT_CODE, ' + #vselect_list + '
FROM
(
SELECT b.UniqueID, Value, Username, Contact, Txt, tPIVOT_CODE, vPIVOT_CODE
FROM
(
SELECT
Data.UniqueID,
Data.Username,
Data.Contact,
Data.Txt,
''T'' + CAST(grpTxt.TxtNum AS VARCHAR(5)) AS tPIVOT_CODE,
Data.Value,
''T'' + CAST(grpTxt.TxtNum AS VARCHAR(5)) + ''_V'' + CAST(ROW_NUMBER() OVER (PARTITION BY Data.UniqueID, Data.Txt ORDER BY Data.Value) AS VARCHAR(4)) vPIVOT_CODE
FROM
#Data Data
INNER JOIN
(
SELECT UniqueID, Txt, ROW_NUMBER() OVER (PARTITION BY UniqueID ORDER BY Txt) AS TxtNum
FROM #Data
GROUP BY UniqueID, Txt
) grpTxt ON
Data.UniqueID = grpTxt.UniqueID AND
Data.Txt = grpTxt.Txt
) b
) vp
PIVOT (
MIN(Value)
FOR vPIVOT_CODE IN (
' + #vpivot_list + '
)
) AS vpvt
) tp
PIVOT (
MIN(Txt)
FOR tPIVOT_CODE IN (
' + #tpivot_list + '
)
) AS tpvt
GROUP BY UniqueID, UserName, Contact
ORDER BY UniqueID, UserName, Contact
'
--PRINT #sql
--PRINT #tselect_list
--PRINT #vpivot_list
EXEC (#sql)
DROP TABLE #Data
DROP TABLE #Numbers