SQL Split Function and Ordering Issue? - sql

I have the following Split function,
ALTER FUNCTION [dbo].[Split](#String varchar(8000), #Delimiter char(1))
returns #temptable TABLE (items varchar(8000))
as
begin
set #String = RTRIM(LTRIM(#String))
declare #idx int
declare #slice varchar(8000)
select #idx = 1
if len(#String)<1 or #String is null return
while #idx!= 0
begin
set #idx = charindex(#Delimiter,#String)
if #idx!=0
set #slice = left(#String,#idx - 1)
else
set #slice = #String
if(len(#slice)>0)
insert into #temptable(Items) values(#slice)
set #String = right(#String,len(#String) - #idx)
if len(#String) = 0 break
end
return
end
When I write,
SELECT Items
FROM Split('around the home,clean and protect,soaps and air fresheners,air fresheners',',')
This will give me,
air fresheners
around the home
clean and protect
soaps and air fresheners
I need to maintain the order.

A simpler function:
CREATE FUNCTION dbo.SplitStrings_Ordered
(
#List nvarchar(MAX),
#Delimiter nvarchar(255)
)
RETURNS TABLE
AS
RETURN
(
SELECT [Index] = CHARINDEX(#Delimiter, #List + #Delimiter, Number),
Item = SUBSTRING(#List, Number, CHARINDEX(#Delimiter,
#List + #Delimiter, Number) - Number)
FROM
(
SELECT ROW_NUMBER() OVER (ORDER BY [object_id]) FROM sys.all_objects
) AS n(Number)
WHERE Number <= CONVERT(INT, LEN(#List))
AND SUBSTRING(#Delimiter + #List, Number, LEN(#Delimiter)) = #Delimiter
);
GO
Sample usage:
DECLARE #s nvarchar(MAX) = N',around the home,clean and protect,soaps and air'
+ ' fresheners,air fresheners';
SELECT Item FROM dbo.SplitStrings_Ordered(#s, N',') ORDER BY [Index];
Or to return orders from a table ordered by input:
SELECT o.OrderID
FROM dbo.Orders AS o
INNER JOIN dbo.SplitStrings_Ordered('123,789,456') AS f
ON o.OrderID = CONVERT(int, f.Item)
ORDER BY f.[Index];

Your function will need to set an order column (seq in this sample):
ALTER FUNCTION [dbo].[Split](#String varchar(8000), #Delimiter char(1))
returns #temptable TABLE (seq int, items varchar(8000))
as
begin
set #String = RTRIM(LTRIM(#String))
declare #idx int
declare #seq int
declare #slice varchar(8000)
set #seq=1
select #idx = 1
if len(#String)<1 or #String is null return
while #idx!= 0
begin
set #idx = charindex(#Delimiter,#String)
if #idx!=0
set #slice = left(#String,#idx - 1)
else
set #slice = #String
if(len(#slice)>0)
begin
set #seq = #seq + 1
insert into #temptable(seq, Items) values(#seq,#slice)
end
set #String = right(#String,len(#String) - #idx)
if len(#String) = 0 break
end
return
end
GO
SELECT * FROM Split('around the home,clean and protect,soaps and air fresheners,air fresheners',',') order by seq

declare #Version nvarchar(3000)
declare #Delimiter char(1) = ','
declare #result nvarchar(3000)
set #Version = 'Terça-feira, Quarta-feira, Sexta-feira, Segunda-feira';
with V as (select value v, Row_Number() over (order by (select 0)) n
from String_Split(#Version, #Delimiter)
)
SELECT #result = STUFF((SELECT ', ' + RTRIM(LTRIM(v))
FROM V
ORDER BY CASE RTRIM(LTRIM(v))
WHEN 'Segunda-feira' then 1
WHEN 'Terça-feira' then 2
WHEN 'Quarta-feira' then 3
WHEN 'Quinta-feira' then 4
WHEN 'Sexta-feira' then 5
END FOR XML PATH('')), 1, LEN(#Delimiter), '')
PRINT #result

This will be a much faster solution when your string has 1000 or more values to split. For table-valued functions, to have any ordering, you must apply "ORDER BY" at the place of use. This is because "SELECT" from a table without "ORDER BY" is by convention not having any sorting.
CREATE FUNCTION [dbo].[Split]
(
#String VARCHAR(max),
#Delimiter VARCHAR(max)
)
RETURNS #Data TABLE
(
[Order] INT IDENTITY(1,1),
[Value] VARCHAR(max)
)
AS
BEGIN
DECLARE #x XML = cast('<i>' + replace(#String, #Delimiter, '</i><i>') + '</i>' AS XML)
INSERT INTO #Data
SELECT v.value('.', 'varchar(max)') FROM #x.nodes('i') AS x(v)
RETURN
END
GO

If you can abide compatibility level 130 of SQL Server, you can use the String_Split() function.
With this and the Row_Number() function, you can return a table that includes the original sequence. For example:
declare #Version nvarchar(128)
set #Version = '1.2.3';
with V as (select value v, Row_Number() over (order by (select 0)) n
from String_Split(#Version, '.')
)
select
(select v from V where n = 1) Major,
(select v from V where n = 2) Minor,
(select v from V where n = 3) Revision
Note that Row_Number requires an ordering, but if you pass a literal value the results are in the parsed sequence. This isn't guaranteed to be the case with future SQL Server version, as according to the String_Split documentation, there is no official ordering. I doubt Microsoft will break this, at least before introducing a version of the function that returns the order as it should, but in the mean time you best not depend on this ordering when writing code that decides whether or not to launch the missile.
Returns:
Major Minor Revision
----- ----- --------
1 2 3

Related

MS SQL Server split words on spaces but only when not in double-quotes

I have the following function in SQL I used to take a varchar "query" string from a search page on my website. It splits the String parameters into temp table with a list of all words in that query. However I would like to incorporate the ability for users to search for phrases by enclosing words in quotes. So that a phase would basically be considered one word in my returned temp table.
So basically the way it works now if you search "Gold TV" 4K it would return something like
"Gold
TV"
4K
And I would like it to return
Gold TV
4K
I haven't been able to get the logic right, here is my current function. Or if there is a much better way to do this let me know.
CREATE FUNCTION [dbo].[querySplit](#String varchar(8000), #Delimiter char(1))
returns #temptable TABLE (items varchar(8000))
as
begin
declare #idx int
declare #slice varchar(8000)
select #idx = 1
if len(#String)<1 or #String is null return
while #idx!= 0
begin
set #idx = charindex(#Delimiter,#String)
if #idx!=0
set #slice = left(#String,#idx - 1)
else
set #slice = #String
if(len(#slice)>0)
insert into #temptable(Items) values(#slice)
set #String = right(#String,len(#String) - #idx)
if len(#String) = 0 break
end
return
end
With the use of a helper function and a CROSS APPLY
Example
Declare #S varchar(max) = 'Max "Gold TV" 4K Ultra'
Select Parsed = coalesce(B.RetVal,replace(A.RetVal,'"',''))
From [dbo].[tvf-Str-Parse](replace(replace(' '+#S+' ',' "','|"'),'" ','"|'),'|') A
Cross Apply [dbo].[tvf-Str-Parse] (case when A.RetVal like '%"%' then null else A.RetVal end,' ') B
Where B.RetVal is not null
or charindex('"',A.RetVal)>0
Order By A.RetSeq,B.RetSeq
Results
Parsed
Max
Gold TV
4K
Ultra
Since you are on 2014, here is my split/parse function
CREATE FUNCTION [dbo].[tvf-Str-Parse] (#String varchar(max),#Delimiter varchar(10))
Returns Table
As
Return (
Select RetSeq = row_number() over (order by 1/0)
,RetVal = ltrim(rtrim(B.i.value('(./text())[1]', 'varchar(max)')))
From (Select x = Cast('<x>' + replace((Select replace(#String,#Delimiter,'§§Split§§') as [*] For XML Path('')),'§§Split§§','</x><x>')+'</x>' as xml).query('.')) as A
Cross Apply x.nodes('x') AS B(i)
);
Here's your UDF with a few tweaks.
CREATE FUNCTION [dbo].[querySplit] (
#String VARCHAR(8000),
#Delimiter CHAR(1)
)
RETURNS #Tbl TABLE (items VARCHAR(8000))
WITH SCHEMABINDING
AS
BEGIN
DECLARE #idx INT;
DECLARE #slice VARCHAR(8000);
SET #idx = 1;
IF LEN(#String)<1 OR #String IS NULL RETURN;
WHILE #idx != 0
BEGIN
IF LEFT(#String,1) = '"'
BEGIN
SET #String = STUFF(#String, 1, 1, '');
SET #idx = CHARINDEX('"', #String, 2);
END
ELSE
SET #idx = CHARINDEX(#Delimiter, #String);
IF #idx != 0
SET #slice = LEFT(#String, #idx-1);
ELSE
SET #slice = #String;
IF (LEN(#slice)>0)
INSERT INTO #Tbl (Items) VALUES (#slice);
SET #String = RIGHT(#String, LEN(#String) - #idx);
IF LEN(#String) = 0 break;
END
RETURN;
END
select quotename(items)
from dbo.querySplit('"Diamond 3D Goggles" "5 inch×2"', ' ')
(No column name)
[Diamond 3D Goggles]
[5 inch×2]
Demo on db<>fiddle here

STRING_SPLIT in SQL Server 2012

I have this parameter
#ID varchar = '1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20'
I want to do something to split the comma-separated values.
The string_split function doesn't work and I get this error:
The STRING_SPLIT function is available only under compatibility level 130
and I try to alter my database and set the compatibility to 130 but I don't have a permission for this change.
Other approach is to use XML Method with CROSS APPLY to split your Comma Separated Data :
SELECT Split.a.value('.', 'NVARCHAR(MAX)') DATA
FROM
(
SELECT CAST('<X>'+REPLACE(#ID, ',', '</X><X>')+'</X>' AS XML) AS String
) AS A
CROSS APPLY String.nodes('/X') AS Split(a);
Result :
DATA
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Example :
DECLARE #ID NVARCHAR(300)= '1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20';
DECLARE #Marks NVARCHAR(300)= '0,1,2,5,8,9,4,6,7,3,5,2,7,1,9,4,0,2,5,0';
DECLARE #StudentsMark TABLE
(id NVARCHAR(300),
marks NVARCHAR(300)
);
--insert into #StudentsMark
;WITH CTE
AS (
SELECT Split.a.value('.', 'NVARCHAR(MAX)') id,
ROW_NUMBER() OVER(ORDER BY
(
SELECT NULL
)) RN
FROM
(
SELECT CAST('<X>'+REPLACE(#ID, ',', '</X><X>')+'</X>' AS XML) AS String
) AS A
CROSS APPLY String.nodes('/X') AS Split(a)),
CTE1
AS (
SELECT Split.a.value('.', 'NVARCHAR(MAX)') marks,
ROW_NUMBER() OVER(ORDER BY
(
SELECT NULL
)) RN
FROM
(
SELECT CAST('<X>'+REPLACE(#Marks, ',', '</X><X>')+'</X>' AS XML) AS String
) AS A
CROSS APPLY String.nodes('/X') AS Split(a))
INSERT INTO #StudentsMark
SELECT C.id,
C1.marks
FROM CTE C
LEFT JOIN CTE1 C1 ON C1.RN = C.RN;
SELECT *
FROM #StudentsMark;
Inline function based on Yogesh Sharma and Salman A answers:
Create FUNCTION [dbo].[fn_split_string]
(
#string nvarchar(max),
#delimiter nvarchar(max)
)
/*
The same as STRING_SPLIT for compatibility level < 130
https://learn.microsoft.com/en-us/sql/t-sql/functions/string-split-transact-sql?view=sql-server-ver15
*/
RETURNS TABLE AS RETURN
(
SELECT
--ROW_NUMBER ( ) over(order by (select 0)) AS id -- intuitive, but not correect
Split.a.value('let $n := . return count(../*[. << $n]) + 1', 'int') AS id
, Split.a.value('.', 'NVARCHAR(MAX)') AS value
FROM
(
SELECT CAST('<X>'+REPLACE(#string, #delimiter, '</X><X>')+'</X>' AS XML) AS String
) AS a
CROSS APPLY String.nodes('/X') AS Split(a)
)
Example:
DECLARE #ID NVARCHAR(300)= 'abc,d,e,f,g';
select * from fn_split_string(#ID,',')
-- If you need exactly string_split functionality (without id column):
select value from fn_split_string(#ID,',')
Another approach would be to use CHARINDEX and SUBSTRING in a WHILE:
DECLARE #IDs VARCHAR(500);
DECLARE #Number VARCHAR(500);
DECLARE #charSpliter CHAR;
SET #charSpliter = ',';
SET #IDs = '1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20' + #charSpliter;
WHILE CHARINDEX(#charSpliter, #IDs) > 0
BEGIN
SET #Number = SUBSTRING(#IDs, 0, CHARINDEX(#charSpliter, #IDs));
SET #IDs = SUBSTRING(#IDs, CHARINDEX(#charSpliter, #IDs) + 1, LEN(#IDs));
PRINT #Number;
END;
Alternate function to String_Split for older versions of SQL Server
Create this Function in your Database
Create Function dbo.Test_Split( #string varchar(4000))
Returns
#Result Table (value varchar(100))
As
Begin
declare #len int, #loc int = 1
While #loc <= len(#string)
Begin
Set #len = CHARINDEX(',', #string, #loc) - #loc
If #Len < 0 Set #Len = len(#string)
Insert Into #Result Values (SUBSTRING(#string,#loc,#len))
Set #loc = #loc + #len + 1
End
Return
End
How to Use
Select
*
From
dbo.Test_Split('First,Second,Third,Fourth')
For those looking how to transform multi-line text into rows, here is a code based on the answer:
declare #text varchar(max) = 'line0
line1
line2'
select split.a.value('.', 'nvarchar(max)') data
from
(
select cast('<x>' + replace(#text, char(13) + char(10), '</x><x>') + '</x>' as xml) as string
) as a
cross apply string.nodes('/x') as split(a)
Thank you al3x-m.
i create this function for reused in many time.
CREATE FUNCTION STRING_SPLIT_POLYFILL2016 (
#string NVARCHAR(4000)
,#separator NVARCHAR(4000)
)
RETURNS #T TABLE (ColName VARCHAR(4000))
AS
BEGIN
/*
pitt phunsanit
polyfill of STRING_SPLIT in SQL Server 2016
https://learn.microsoft.com/en-us/sql/t-sql/functions/string-split-transact-sql?view=sql-server-ver15
https://stackoverflow.com/questions/46902892/string-split-in-sql-server-2012
*/
DECLARE #Number VARCHAR(4000);
SET #string = #string + #separator;
WHILE CHARINDEX(#separator, #string) > 0
BEGIN
SET #Number = SUBSTRING(#string, 0, CHARINDEX(#separator, #string));
SET #string = SUBSTRING(#string, CHARINDEX(#separator, #string) + 1, LEN(#string));
INSERT INTO #T (ColName)
VALUES (#Number)
END
RETURN
END
-- DEMO
DECLARE #IDS NVARCHAR(4000)
SET #IDS = 'pitt,phunsanit,01,02,03,4,5,6,7,8,9,10,พิชญ์,พันธุ์สนิท'
SELECT *
FROM STRING_SPLIT_POLYFILL2016(#IDS, ',')
Live demo on dbfiddle
A little variation of #Al3x_M's polyfill, when it is not possible to change the database compatibility level : I use a TABLE variable to store the list of value, for using them later in another query:
DECLARE #IDs VARCHAR(500);
SET #IDs = '1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,2a0' ;
declare #list TABLE (id int);
DECLARE #Number int, #idx int
DECLARE #charSpliter CHAR;
SET #charSpliter = ','
SET #IDs = #IDs + #charSpliter;
set #idx = 0
WHILE (1 = 1)
BEGIN
set #idx = CHARINDEX(#charSpliter, #IDs)
if (#idx is NULL or #idx <= 0) break;
BEGIN TRY
SET #Number = SUBSTRING(#IDs, 0, #idx)
SET #IDs = SUBSTRING(#IDs, #idx + 1, LEN(#IDs))
insert #list select convert(int, #Number)
END TRY
BEGIN CATCH
break
END CATCH
END
-- #list available for the next query...
select * from #list
Add a another method to split string. It is faster I used. especially to split log string. more information please refer: https://sqlperformance.com/2012/07/t-sql-queries/split-strings
create FUNCTION [dbo].[UFN_STRING_SPLIT]
(
#List NVARCHAR(MAX),
#Delimiter NVARCHAR(255)
)
RETURNS TABLE
WITH SCHEMABINDING
AS
RETURN
(
SELECT Item = y.i.value('(./text())[1]', 'nvarchar(max)')
FROM
(
SELECT x = CONVERT(XML, '<i>'
+ REPLACE(#List, #Delimiter, '</i><i>')
+ '</i>').query('.')
) AS a
CROSS APPLY x.nodes('i') AS y(i)
);
test code:
declare #sql nvarchar(max)
set #sql ='ZJNB015,ZJNB014,ZJNB008,ZJNB005,ZJJX018,ZJJX013,ZJJX011,ZJJX007,ZJHZ092,ZJHZ090,ZJHZ088,ZJHZ086,ZJHZ066,ZJHZ063,ZJHZ061,ZJHZ058,ZJHZ047,ZJHZ009,YNKM156,YNKM155,YNKM153,YNKM152,YNKM151,YNKM150,YNKM148,YNKM147,YNKM146,YNKM144,YNKM143,YNKM142,YNKM141,YNKM133,YNKM132,YNKM130,YNKM128,YNKM127,YNKM125,YNKM124,YNKM098,YNKM097,YNKM093,YNKM092,YNKM085,YNKM079,YNKM059,YNKM057,YNKM025,YNKM019,YNKM017,YNKM015,YNKM013,YNKM012,YNKM011,YNKM009,YNKM008,YNKM007,YNKM006,YNKM005,XJWLMQ047,XJWLMQ038,XJWLMQ022,XJWLMQ014,TJTJ129,TJTJ104,TJTJ090,TJTJ089,TJTJ085,TJTJ084,TJTJ065,TJTJ061,TJTJ058,TJTJ055,TJTJ050,TJTJ038,TJTJ036,TJTJ026,TJTJ024,TJTJ022,TJTJ021,TJTJ019,TJTJ018,TJTJ015,TJTJ009,TJTJ008,TJTJ003,SXYC001,SXXA037,SXXA027,SXXA021,SXXA020,SXXA013,SXXA012,SXXA011,SXXA005,SXXA002,SXTY044,SXTY039,SXTY032,SXTY024,SXTY022,SXTY012,SXTY009,SXTY008,SXDT001,SX006222,SX006183,SX006176,SX006152,SX005976,SX005937,SX005799,SX005668,SX005407,SX000825,SX000403,SX000194,SX000171,SX000130,SX000081,SX000078,SX000045,SX000036,SX000018,SX000003,SNC001,SHSH167,SHSH165,SHSH164,SHSH163,SHSH162,SHSH161,SHSH158,SHSH157,SHSH155,SHSH154,SHSH153,SHSH148,SHSH147,SHSH144,SHSH137,SHSH132,SHSH125,SHSH123,SHSH122,SHSH119,SHSH118,SHSH112,SHSH106,SHSH095,SHSH094,SHSH092,SHSH075,SHSH068,SHSH051,SHSH034,SHSH029,SHSH023,SHSH014,SHSH011,SHSH010,SHSH008,SHSH006,SHSH005,SHSH004,SDWZB006,SDWTA002,SDWTA001,SDWJN022,SDWH003,SDQD020,SDQD008,SDJN016,SDJN008,SDCD064,SDCD062,SDCD059,SCYB007,SCNJ010,SCNC022,SCMY029,SCMY028,SCMY014,SCLZ019,SCLS016,SCGY010,SCDY011,SCDY007,SCCD200,SCCD199,SCCD198,SCCD197,SCCD196,SCCD195,SCCD194,SCCD193,SCCD192,SCCD191,SCCD188,SCCD187,SCCD186,SCCD185,SCCD183,SCCD182,SCCD181,SCCD179,SCCD176,SCCD174,SCCD173,SCCD172,SCCD171,SCCD166,SCCD165,SCCD164,SCCD163,SCCD162,SCCD161,SCCD160,SCCD158,SCCD157,SCCD152,SCCD150,SCCD144,SCCD136,SCCD123,SCCD117,SCCD110,SCCD102,SCCD080,SCCD053,SCCD051,SCCD040,SCCD031,SCCD025,SCCD020,SCCD019,SCCD017,SCCD013,SCCD004,SCCD003,SCCD002,QHXN006,QHXN005,QHXN004,NMHHHT003,NMHHHT002,NMBT001,LNSY034,LNSY017,LNSY010,LNSY006,LNSY002,LNSY001,LNJZ008,LNDL030,LNDL016,LNDL008,LNDL005,LNDL002,LNAS008,LNAS004,JXYC109,JXYC065,JXNC1001,JXNC098,JXNC082,JXNC073,JXNC069,JXNC067,JXNC066,JXNC065,JXNC064,JXNC063,JXNC062,JXNC045,JXNC026,JXNC003,JXJJ063,JXJJ061,JXJJ012,JXGZ110,JXGZ106,JXGZ1006,JXGZ1004,JXGZ085,JXGZ068,JXGZ031,JXGZ015,JXGZ011,JXGZ007,JXFZ101,JSZJ010,JSZJ002,JSYZ082,JSYZ081,JSYZ080,JSYZ076,JSYZ075,JSYZ074,JSYZ069,JSYZ067,JSXZ071,JSXZ070,JSXZ068,JSXZ067,JSXZ066,JSXZ064,JSXZ063,JSXZ058,JSXZ057,JSXZ053,JSXZ052,JSXZ051,JSXZ050,JSXZ049,JSXZ046,JSXZ043,JSXZ025,JSXZ022,JSXZ020,JSXZ012,JSXZ011,JSXZ007,JSWX057,JSWX056,JSWX055,JSWX053,JSWX052,JSWX051,JSWX050,JSWX047,JSWX045,JSWX042,JSWX041,JSWX038,JSWX032,JSWX030,JSWX029,JSWX016,JSWX014,JSSZ062,JSSZ061,JSSZ056,JSSZ054,JSSZ052,JSSZ049,JSSZ034,JSSZ031,JSSZ030,JSSZ026,JSSZ023,JSSZ020,JSSZ004,JSSZ002,JSSQ022,JSNT014,JSNT013,JSNJ32,JSNJ093,JSNJ092,JSNJ089,JSNJ087,JSNJ086,JSNJ085,JSNJ084,JSNJ081,JSNJ079,JSNJ078,JSNJ075,JSNJ074,JSNJ071,JSNJ070,JSNJ069,JSNJ066,JSNJ065,JSNJ064,JSNJ063,JSNJ062,JSNJ061,JSNJ052,JSNJ042,JSNJ028,JSNJ026,JSNJ021,JSNJ017,JSNJ015,JSNJ013,JSNJ009,JSLYG104,JSLYG001,JSKS003,JSKS002,JSHA027,JSHA026,JSHA025,JSHA021,JNDZ2,JLJL001,JLCC045,JLCC033,JLCC024,JLCC016,JLCC010,JLCC003,IN995904,IN994165,IN994017,IN976180,IN974591,IN0510360,IN018611,IN017781,IN0176312,IN0174673,IN016272,IN0157453,IN0153814,IN0152570,IN0139922,IN0139920,IN0136951,IN0136160,IN012803,IN0126336,IN0123703,IN011648,IN0115515,IN0099299,IN0092308,IN007290,IN007253,IN006969,IN0066740,IN005618,IN005452,IN005309,IN0051963,IN005110,IN005109,IN005106,IN0050678,IN004129,IN004113,IN004103,IN0032362,IN0028960,IN0028115,IN0023061,IN002245,IN002214,IN0021930,IN002072,IN002035,IN001925,IN001827,IN0017119,IN001708,IN001620,IN001613,IN001611,IN001598,IN001577,IN001520,IN001454,IN001391,IN001374,IN001371,IN001367,IN001365,IN001360,IN001357,IN001345,IN001340,IN001335,IN001333,IN001300,IN001255,IN001248,IN001247,IN001240,IN001225,IN001211,IN001183,IN001181,IN001175,IN001173,IN001144,IN001096,IN001085,IN001073,IN0010637,IN001008,IN000997,IN000995,IN000984,IN000963,IN000958,IN000955,IN000930,IN000925,IN000885,IN000856,IN000813,IN000811,IN000772,IN000408,IN000334,IN000332,IN000325,IN000314,IN000267,IN000217,IN000148,IN000147,IN000145,IN000144,IN000126,IN000118,IN000117,IN000115,IN000114,IN000111,IN000107,IN000092,IN000086,IN000081,IN000073,IN000057,IN000051,IN000029,IN000026,IN000021,IN000018,IN000013,IN000006,HUNZZ077,HUNZZ062,HUNZZ003,HUNYY058,HUNYY002,HUNXT063,HUNSY072,HUNHY076,HUNHY061,HUNHY049,HUNHY008,HUNHY002,HUNHY001,HUNHH080,HUNCS090,HUNCS086,HUNCS085,HUNCS084,HUNCS082,HUNCS081,HUNCS079,HUNCS078,HUNCS076,HUNCS074,HUNCS069,HUNCS061,HUNCS051,HUNCS050,HUNCS046,HUNCS044,HUNCS043,HUNCS037,HUNCS032,HUNCS031,HUNCS012,HUNCS003,HUNCD059,HNZZ1004,HNZZ070,HNZZ064,HNZZ061,HNZZ060,HNZZ056,HNZZ055,HNZZ054,HNZZ052,HNZZ051,HNZZ049,HNZZ037,HNZZ035,HNZZ012,HNZZ011,HNZZ009,HNZZ008,HNZZ004,HNZZ003,HNXX065,HNXX008,HNXX002,HNNY086,HNNY085,HNNY084,HNNY080,HNLY1008,HNLY1007,HNLY071,HNLY068,HNLY050,HNLH075,HNLH041,HNKF1005,HNKF005,HNKF004,HNAY082,HLJHRB033,HLJHRB030,HLJHRB018,HLJHRB012,HLJHRB006,HBYC105,HBYC010,HBYC008,HBYC001,HBXY027,HBXY026,HBXY025,HBXY022,HBXY018,HBXY015,HBXY009,HBXN010,HBXN009,HBXN005,HBXG021,HBXG020,HBXG019,HBXG016,HBXG007,HBWH219,HBWH218,HBWH217,HBWH214,HBWH213,HBWH212,HBWH207,HBWH206,HBWH205,HBWH203,HBWH202,HBWH193,HBWH190,HBWH188,HBWH187,HBWH183,HBWH181,HBWH176,HBWH173,HBWH168,HBWH166,HBWH164,HBWH163,HBWH162,HBWH158,HBWH154,HBWH151,HBWH142,HBWH139,HBWH138,HBWH133,HBWH131,HBWH128,HBWH124,HBWH121,HBWH116,HBWH112,HBWH111,HBWH105,HBWH102,HBWH099,HBWH098,HBWH086,HBWH084,HBWH080,HBWH077,HBWH059,HBWH045,HBWH039,HBWH033,HBWH028,HBWH027,HBWH025,HBWH023,HBWH022,HBWH019,HBWH012,HBWH008,HBSZ003,HBSY004,HBSY003,HBSY001,HBJZ019,HBJZ018,HBJZ017,HBJZ013,HBJZ004,HBJM005,HBHS032,HBHS031,HBHS029,HBHS026,HBHS025,HBHS020,HBHS018,HBHS016,HBHS015,HBHG008,HBEZ001,HBBD003,GZGY059,GZGY058,GZGY057,GZGY056,GZGY055,GZGY053,GZGY050,GZGY044,GZGY041,GZGY039,GZGY038,GZGY037,GZGY033,GZGY013,GZGY010,GZGY007,GZGY005,GZGY004,GZGY003,GXYL019,GXNN038,GXNN037,GXNN033,GXNN032,GXNN031,GXNN030,GXNN018,GXNN017,GXNN007,GXNN004,GXLZ021,GXLZ020,GXLZ019,GXLZ018,GXLZ017,GXLZ014,GXLZ007,GXLZ006,GXLZ004,GXGL040,GXGL038,GXGL036,GXGL035,GXGL034,GXGL032,GXGL031,GXGL030,GXGL013,GXGL012,GXGL011,GXGL002,GXGG002,GXBH003,GXBH001,GSLZ028,GSLZ025,GSLZ015,GSLZ006,GSLZ005,GSLZ004,GSLZ003,GSLZ002,GDZS018,GDZS017,GDZS016,GDZS014,GDZS001,GDZH008,GDZH007,GDZH001,GDSZ047,GDSZ046,GDSZ045,GDSZ044,GDSZ043,GDSZ042,GDSZ040,GDSZ038,GDSZ037,GDSZ036,GDSZ032,GDSZ017,GDSZ013,GDSZ004,GDSZ002,GDSZ001,GDJY011,GDJY010,GDJY009,GDJM010,GDJM009,GDHZ012,GDHZ011,GDHZ008,GDGZ089,GDGZ088,GDGZ087,GDGZ086,GDGZ085,GDGZ084,GDGZ083,GDGZ082,GDGZ081,GDGZ079,GDGZ077,GDGZ076,GDGZ075,GDGZ074,GDGZ073,GDGZ071,GDGZ070,GDGZ068,GDGZ066,GDGZ064,GDGZ062,GDGZ061,GDGZ047,GDGZ042,GDGZ023,GDGZ021,GDGZ006,GDGZ004,GDFS039,GDFS038,GDFS033,GDFS031,GDFS021,GDFS017,GDFS004,GDFS001,GDDW023,GDDW008,GDDW003,GDDG075,GDDG074,GDDG073,GDDG071,GDDG067,GDDG059,GDDG039,FJZZ029,FJZZ028,FJZZ025,FJZZ001,FJXM064,FJXM063,FJXM062,FJXM022,FJXM016,FJXM010,FJQZ025,FJQZ024,FJQZ023,FJQZ022,FJQZ017,FJQZ012,FJPT004,FJPT003,FJPT001,FJLY001,FJFZ043,FJFZ041,FJFZ040,FJFZ037,FJFZ033,FJFZ022,DW407806,DW400478,DW399077,DW395285,DW381615,DW377180,DW368707,DW364714,DW143916,DW143060,DW137429,DW13694,DW126529,DW121990,DW121108,DW118851,DW106708,DW102873,DW098474,DW097703,DW087154,DW083144,DW078807,DW077430,DW071447,DW069691,DW066354,DW065966,DW059329,DW048326,DW042775,DW037572,DW024946,DW024855,DW021684,DW018021,DW014837,DW014059,DW014057,DW014033,DW013990,DW013982,DW013967,DW013948,DW013913,DW013896,DW013889,DW013874,DW013847,DW013816,DW013798,DW013761,DW013742,DW013740,DW013730,DW013658,DW013601,DW013560,DW013529,DW013522,DW013509,DW013442,DW013438,DW013346,DW013341,DW013327,DW013318,DW013256,DW013245,DW013228,DW013211,DW010285,DW004292,CQCQ142,CQCQ140,CQCQ138,CQCQ137,CQCQ136,CQCQ135,CQCQ134,CQCQ132,CQCQ131,CQCQ125,CQCQ122,CQCQ121,CQCQ117,CQCQ116,CQCQ113,CQCQ110,CQCQ108,CQCQ107,CQCQ106,CQCQ101,CQCQ099,CQCQ097,CQCQ094,CQCQ092,CQCQ086,CQCQ085,CQCQ084,CQCQ083,CQCQ082,CQCQ081,CQCQ080,CQCQ077,CQCQ067,CQCQ061,CQCQ044,CQCQ039,CQCQ029,CQCQ028,CQCQ026,CQCQ022,CQCQ021,CQCQ018,CQCQ006,CQCQ005,CQCQ002,BXJWLMQ1364,BXJWLMQ1300,BXJWLMQ1242,BXJWLMQ1082,BXJWLMQ1042,BXJWLMQ0787,BXJWLMQ0682,BXJWLMQ0545,BXJWLMQ0532,BXJWLMQ0528,BTJTJ1575,BTJTJ1552,BTJTJ1486,BTJTJ1469,BTJTJ1467,BTJTJ1408,BTJTJ1398,BTJTJ1327,BTJTJ1209,BTJTJ1200,BTJTJ1180,BTJTJ1178,BTJTJ1062,BTJTJ0958,BTJTJ0942,BTJTJ0852,BTJTJ0793,BTJTJ0671,BTJTJ0649,BTJTJ0614,BTJTJ0603,BTJTJ0536,BTJTJ0530,BTJTJ0527,BTJTJ0488,BTJTJ0448,BTJTJ0422,BTJTJ0184,BTJTJ0064,BSXYC0643,BSXXY1464,BSXXY1406,BSXXY0813,BSXXY0564,BSXXA1623,BSXXA1617,BSXXA1612,BSXXA1611,BSXXA1610,BSXXA1593,BSXXA1592,BSXXA1587,BSXXA1586,BSXXA1574,BSXXA1573,BSXXA1569,BSXXA1568,BSXXA1567,BSXXA1537,BSXXA1517,BSXXA1516,BSXXA1515,BSXXA1514,BSXXA1513,BSXXA1511,BSXXA1503,BSXXA1496,BSXXA1492,BSXXA1483,BSXXA1450,BSXXA1449,BSXXA1446,BSXXA1442,BSXXA1417,BSXXA1384,BSXXA1367,BSXXA1363,BSXXA1357,BSXXA1356,BSXXA1355,BSXXA1354,BSXXA1320,BSXXA1304,BSXXA1284,BSXXA1277,BSXXA1276,BSXXA1270,BSXXA1268,BSXXA1257,BSXXA1254,BSXXA1253,BSXXA1219,BSXXA1206,BSXXA1203,BSXXA1027,BSXXA1024,BSXXA1021,BSXXA1020,BSXXA1011,BSXXA0981,BSXXA0980,BSXXA0957,BSXXA0924,BSXXA0880,BSXXA0860,BSXXA0846,BSXXA0844,BSXXA0828,BSXXA0817,BSXXA0789,BSXXA0738,BSXXA0404,BSXXA0211,BSXXA0050,BSXWN1325,BSXTY1630,BSXTY1585,BSXTY1584,BSXTY1570,BSXTY1551,BSXTY1505,BSXTY1466,BSXTY1453,BSXTY1303,BSXTY1259,BSXTY1229,BSXTY0796,BSXTY0795,BSXTY0769,BSXTY0768,BSXTY0573,BSXTY0547,BSXTY0067,BSXSZ1402,BSXLF1326,BSXBJ1628,BSDZZ1578,BSDZB1590,BSDZB1572,BSDZB1542,BSDZB1447,BSDZB1298,BSDZB0565,BSDYT1522,BSDYT1199,BSDYT0759,BSDYT0748,BSDYT0718,BSDWH0465,BSDWH0464,BSDWF1039,BSDWF0952,BSDTZ1391,BSDTA1558,BSDTA1530,BSDTA1045,BSDRZ1278,BSDQD1445,BSDQD1444,BSDQD1407,BSDQD1365,BSDQD1280,BSDQD1279,BSDQD1233,BSDQD1018,BSDQD0666,BSDQD0584,BSDLY1543,BSDLY1190,BSDJN1559,BSDJN1509,BSDJN1508,BSDJN1506,BSDJN1421,BSDJN1416,BSDJN1349,BSDJN1236,BSDJN1129,BSDJN0960,BSDJN0954,BSDJN0785,BSDJN0560,BSDJN0469,BSDJN0109,BSDJN0070,BSDHZ0826,BSDDZ1624,BQHXN1615,BQHXN1564,BQHXN1512,BQHXN1405,BQHXN1347,BQHXN1346,BQHXN1138,BQHXN1095,BQHXN0841,BQHXN0825,BQHXN0770,BQHXN0722,BQHXN0540,BQHXN0533,BNXZW0832,BNXYC1563,BNXYC1562,BNXYC1561,BNXYC1510,BNXYC1463,BNXYC1426,BNXYC1404,BNXYC1344,BNXYC1258,BNXYC1216,BNXYC1167,BNXYC1092,BNXYC1084,BNXYC0903,BNXYC0884,BNXYC0831,BNXYC0626,BNXYC0562,BNXYC0432,BNXYC0392,BNXYC0325,BNXWZ0498,BNXWZ0497,BNMHHHT0716,BNMHHHT0566,BNMHHHT0423,BNMHHHT0393,BNMHHHT0266,BNMCF1220,BNMCF0928,BNMBT1385,BNMBT1335,BNMBT0715,BLNTL0875,BLNSY1603,BLNSY1539,BLNSY1491,BLNSY1471,BLNSY1455,BLNSY1334,BLNSY1046,BLNSY0987,BLNSY0949,BLNSY0702,BLNSY0698,BLNSY0574,BLNSY0490,BLNKY0641,BLNJZ1547,BLNJZ1523,BLNJZ1498,BLNJZ1137,BLNJZ1034,BLNJZ0644,BLNDL1535,BLNDL1360,BLNDL1341,BLNDL0945,BLNDL0940,BLNDL0882,BLNDL0726,BLNDL0635,BLNDL0595,BLNDL0419,BLNDL0251,BLNAS1501,BLNAS1379,BJLJL1377,BJLCC1224,BJLCC1187,BJLCC1169,BJLCC1159,BJLCC0976,BJLCC0913,BJLCC0798,BJLCC0743,BJLCC0295,BJBJ305,BJBJ300,BJBJ247,BJBJ245,BJBJ211,BJBJ202,BJBJ119,BJBJ114,BJBJ109,BJBJ090,BJBJ087,BJBJ082,BJBJ067,BJBJ066,BJBJ062,BJBJ057,BJBJ056,BJBJ054,BJBJ049,BJBJ048,BJBJ041,BJBJ038,BJBJ029,BJBJ027,BJBJ025,BJBJ011,BJBJ008,BJBJ007,BJBJ004,BJBJ002,BJBJ001,BHLJSH1548,BHLJMDJ1292,BHLJHEB1597,BHLJHEB1549,BHLJHEB1383,BHLJHEB1372,BHLJHEB1343,BHLJHEB1332,BHLJHEB0935,BHLJHEB0800,BHLJHEB0594,BHLJHEB0582,BHLJHEB0264,BHLJHEB0263,BHBXT0513,BHBSJZ1596,BHBSJZ1348,BHBSJZ1310,BHBSJZ1309,BHBSJZ1302,BHBSJZ1223,BHBSJZ1212,BHBSJZ0919,BHBSJZ0873,BHBSJZ0495,BHBSJZ0329,BHBSJZ0324,BHBQHD1436,BHBQHD0805,BHBQHD0585,BHBQHD0459,BHBHD1249,BHBCD1311,BHBBD0858,BHBBD0520,BHBBD0321,BGSLZ1616,BGSLZ1577,BGSLZ1428,BGSLZ1424,BGSLZ1307,BGSLZ1299,BGSLZ1173,BGSLZ0994,BGSLZ0979,BGSLZ0978,BGSLZ0956,BGSLZ0955,BGSLZ0933,BGSLZ0927,BGSLZ0812,BGSLZ0694,BGSLZ0576,BGSLZ0431,BGSLZ0402,BGSLZ0296,BGSLZ0014,BBSWH20019,BBSSH20007,BBSSH20001,BBSSCCD20015,BBSNSXTY10001,BBSLN20008,BBSLN20005,BBSJSSZ20001,BBSHEN20005,BBSHEB20004,BBSCQCQ20004,BBJBJ520,BBJBJ1621,BBJBJ1618,BBJBJ1583,BBJBJ1579,BBJBJ1556,BBJBJ1555,BBJBJ1554,BBJBJ1546,BBJBJ1545,BBJBJ1544,BBJBJ1528,BBJBJ1527,BBJBJ1520,BBJBJ1519,BBJBJ1494,BBJBJ1489,BBJBJ1487,BBJBJ1484,BBJBJ1482,BBJBJ1479,BBJBJ1478,BBJBJ1433,BBJBJ1432,BBJBJ1418,BBJBJ1397,BBJBJ1396,BBJBJ1386,BBJBJ1368,BBJBJ1338,BBJBJ1336,BBJBJ1329,BBJBJ1317,BBJBJ1316,BBJBJ1315,BBJBJ1265,BBJBJ1264,BBJBJ1255,BBJBJ1238,BBJBJ1191,BBJBJ1171,BBJBJ1145,BBJBJ1116,BBJBJ1093,BBJBJ1071,BBJBJ1054,BBJBJ1044,BBJBJ0985,BBJBJ0853,BBJBJ0838,BBJBJ0821,BBJBJ0802,BBJBJ0665,BBJBJ0638,BBJBJ0637,BBJBJ0611,BBJBJ0558,BBJBJ0557,BBJBJ0556,BBJBJ0552,BBJBJ0525,BBJBJ0482,BBJBJ0450,BBJBJ0006,ANWH026,ANWH024,ANWH023,ANWH022,ANWH020,ANWH019,ANWH011,ANWH006,ANWH004,ANWH003,ANTL008,ANMAS014,ANMAS013,ANMAS005,ANMAS001,ANLA010,ANLA006,ANLA004,ANLA003,ANHF063,ANHF062,ANHF061,ANHF060,ANHF059,ANHF058,ANHF057,ANHF056,ANHF055,ANHF053,ANHF051,ANHF049,ANHF048,ANHF047,ANHF044,ANHF042,ANHF039,ANHF035,ANHF034,ANHF026,ANHF019,ANHF013,ANHF010,ANHF008,ANFY034,ANFY032,ANFY002,AHWH028,AHWH027,AHSZ022,AHSZ009,AHHN022,AHHB100,AHBZ030,AHBB022,AHBB020,AHAQ007'
select * from dbo.STRING_SPLIT(#sql,',')
If your database compatibility level is lower than 130, SQL Server will not be able to find and execute STRING_SPLIT function. You can change a compatibility level of database using the following command:
ALTER DATABASE DatabaseName SET COMPATIBILITY_LEVEL = 130
Note that compatibility level 120 might be default even in new Azure SQL Databases.
For reference:
Version - Highest Compatibility Level - Lowest Available Level
SQL 2017 - 140 - 100
SQL 2016 - 130 - 100
SQL 2014 - 120 - 100
SQL 2012 - 110 - 90
SQL 2008 - 100 - 80
SQL 2005 - 90 - 80
SQL 2000 - 80 - 80
Also, check your syntax as well like:
SELECT Value FROM STRING_SPLIT('Lorem ipsum dolor sit amet.', ' ');
You Can try this function
CREATE FUNCTION [dbo].[fnSplitString]
(
#string NVARCHAR(MAX),
#delimiter CHAR(1)
)
RETURNS #output TABLE(splitdata NVARCHAR(MAX)
)
BEGIN
DECLARE #start INT, #end INT
SELECT #start = 1, #end = CHARINDEX(#delimiter, #string)
WHILE #start < LEN(#string) + 1 BEGIN
IF #end = 0
SET #end = LEN(#string) + 1
INSERT INTO #output (splitdata)
VALUES(SUBSTRING(#string, #start, #end - #start))
SET #start = #end + 1
SET #end = CHARINDEX(#delimiter, #string, #start)
END
RETURN
END
EXAMPLE
DECLARE #StringArray VARCHAR(max)
Set #StringArray= 'a,b,c,d,f';
select * from dbo.fnSplitString(#StringArray,',')
I made this as a quick and dirty substitute using the table approach so the end user can select which of the sections they want. The original string can be used in a join or the individual row selected for a scalar result. Tested in
Microsoft SQL Server 2012 (SP4-OD) (KB4091266) - 11.0.7469.6 (X64) Feb 28 2018 17:47:20 Copyright (c) Microsoft Corporation Enterprise Edition (64-bit) on Windows NT 6.3 (Build 9600: ) (Hypervisor)
SET QUOTED_IDENTIFIER ON;
SET ANSI_NULLS ON;
GO
Create FUNCTION dbo.StringSplit2012
(
#OriginalString VARCHAR(500)
,#Separator VARCHAR(6)
)
RETURNS #Sections TABLE
(
OriginalString VARCHAR(500) NOT NULL
,StringSection VARCHAR(500) NULL
,SectionNumber INT
)
AS
BEGIN
DECLARE #SectionCount INT;
DECLARE #LoopCounter INT = 1;
DECLARE #RemainingString VARCHAR(500);
DECLARE #CurrentSection VARCHAR(500);
SET #SectionCount =
LEN (#OriginalString) - LEN (REPLACE (#OriginalString, #Separator, ''));
IF #SectionCount = 0
BEGIN
INSERT INTO
#Sections
(
OriginalString
,StringSection
,SectionNumber
)
VALUES
(#OriginalString -- OriginalString - varchar(500)
,#OriginalString -- StringSection - varchar(500)
,1 -- SectionNumber - int
);
END;
ELSE
BEGIN
SET #RemainingString = #OriginalString;
DECLARE #SectionStart INT;
DECLARE #SectionLength INT;
WHILE #LoopCounter <= #SectionCount
BEGIN
SET #SectionStart = 1;
SET #SectionLength = CHARINDEX (#Separator, #RemainingString);
SET #CurrentSection = LEFT(#RemainingString, #SectionLength - 1);
INSERT INTO
#Sections
(
OriginalString
,StringSection
,SectionNumber
)
VALUES
(#OriginalString
,#CurrentSection
,#LoopCounter -- SectionNumber - int
);
SET #RemainingString =
RIGHT(#RemainingString, LEN (#RemainingString) - #SectionLength);
SET #LoopCounter = #LoopCounter + 1;
END;
DECLARE #TotalParsedLength INT =
(
SELECT SUM ( LEN (s.StringSection)) FROM #Sections AS s
) + #SectionCount;
SET #CurrentSection =
RIGHT(#RemainingString, LEN (#OriginalString) - #TotalParsedLength);
INSERT INTO
#Sections
(
OriginalString
,StringSection
,SectionNumber
)
VALUES
(#OriginalString
,#CurrentSection
,#LoopCounter -- SectionNumber - int
);
END;
RETURN;
END;
GO
I hope this saves someone some time. I use STRING_SPLIT in the function I created to give me the package name from a job step's command, and it blew up when I moved to my 2012 server. So I wrote my own. (Like ya do!)
Joey Morgan
BI/Integrations Developer III
Aspen Dental Management, Inc
Syracuse, NY

Split string by two delimiters into two columns

I have a string value which has numeric values separated by comma and then by a pipe. I want to split them into a table with two columns. I could split the string by one delimiter but unfortunately couldn't find a way to split by two. Please help.
DECLARE #list NVARCHAR(MAX) = '1,101|2,202|3,303';
The result should be like below.
1 101
2 202
3 303
Thanks in advance.
If you're using SQL Server 2016 or Azure, you have access to the new SPLIT_STRING function. If not I recommend using Jeff Moden's DelimitedSplit8K function, which is widely regarded as the fastest, most efficient SQL based string splitter available...
DECLARE #list NVARCHAR(MAX) = '1,101|2,202|3,303';
SELECT
Col1 = LEFT(dsk.Item, sl.SplitLocation - 1),
Col2 = SUBSTRING(dsk.Item, sl.SplitLocation + 1, LEN(dsk.Item))
FROM
dbo.DelimitedSplit8K(#list, '|') dsk -- code for DelimitedSplit8K can be found here... http://www.sqlservercentral.com/articles/Tally+Table/72993/
CROSS APPLY ( VALUES (ISNULL(NULLIF(CHARINDEX(',', dsk.Item, 1), 0), 1)) ) sl (SplitLocation);
CREATE FUNCTION [dbo].[fn_Split_char](#text nvarchar(max), #delimiter varchar(20) = ' ')
RETURNS #Strings TABLE
(
position int IDENTITY PRIMARY KEY,
value nvarchar(max)
)
AS
BEGIN
DECLARE #index int
SET #index = -1
WHILE (LEN(#text) > 0)
BEGIN
SET #index = CHARINDEX(#delimiter , #text)
IF (#index = 0) AND (LEN(#text) > 0)
BEGIN
INSERT INTO #Strings VALUES (#text)
BREAK
END
IF (#index > 1)
BEGIN
INSERT INTO #Strings VALUES (LEFT(#text, #index - 1))
SET #text = RIGHT(#text, (LEN(#text) - #index))
END
ELSE
SET #text = RIGHT(#text, (LEN(#text) - #index))
END
RETURN
END
Select LEFT(value, Charindex(',', value) - 1) ,
RIGHT(value, Charindex(',', Reverse(value)) - 1) ,
* from [fn_Split_char] ('1,101|2,202|3,303', '|')
Use xml path and cross apply to create multiple rows for a single row based on the pipe separator and then use substring w.r.t the commas to derive two desired columns
Create table #temp(list nvarchar(max))
Insert into #temp values('1,101|2,202|3,303')
SELECT
Substring(Tbl.Col.value('./text()[1]','varchar(50)'),1,1)as col1,
Substring(Tbl.Col.value('./text()[1]','varchar(50)'),charindex(',',Tbl.Col.value('./text()[1]','varchar(50)'),1)+1,len(Tbl.Col.value('./text()[1]','varchar(50)')))
FROM
(Select cast('<a>'+ replace((SELECT list As [*] FOR XML PATH ('')), '|', '</a><a>') + '</a>' as xml)as t
from #temp) tl
Cross apply
tl.t.nodes('/a') AS Tbl(Col)
Try using this Table-valued Function, embed this SP to your main SP
ALTER FUNCTION [dbo].[delimiter]
(
#PARAM_IDS AS VARCHAR(MAX)
#PARAM_DELIMITER AS CHAR(1)
)
RETURNS
#NEW_TABLE TABLE
(
NUM INT NOT NULL IDENTITY,
ID INT NOT NULL
)
AS
BEGIN
DECLARE #NEXTSTRING AS NVARCHAR(MAX);
DECLARE #POS AS INT;
DECLARE #STRING AS NVARCHAR(MAX);
DECLARE #DELIMITER AS NVARCHAR(MAX);
SET #STRING = #PARAM_IDS;
SET #DELIMITER = #PARAM_DELIMITER;
SET #STRING = #STRING + #DELIMITER;
SET #POS = CHARINDEX(#DELIMITER,#STRING);
WHILE (#POS <> 0)
BEGIN
SET #NEXTSTRING = SUBSTRING(#STRING,1,#POS - 1);
INSERT #NEW_TABLE (ID) VALUES (#NEXTSTRING);
SET #STRING = SUBSTRING(#STRING,#POS+1,len(#STRING));
SET #POS = CHARINDEX(#DELIMITER,#STRING);
END
RETURN
END
then example of use
SET #DETAILS_COUNT = (SELECT COUNT(*) FROM delimiter(#PARAM_MS_UNIT_ID, #DELIMITER));

Reverse only numerical parts of string in sql server

With T-SQL, I'm trying to find the easiest way to reverse numbers in string. so for string like Test123Hello have Test321Hello.
[Before] [After]
Test123Hello Test321Hello
Tt143 Hello Tt341 Hello
12Hll 21Hll
Tt123H3451end Tt321H1543end
you can use this function
CREATE FUNCTION [dbo].[fn_ReverseDigit_MA]
(
#Str_IN nVARCHAR(max)
)
RETURNS NVARCHAR(max)
AS
BEGIN
DECLARE #lenstr AS INT =LEN(#Str_IN)
DECLARE #lastdigend AS INT=0
while (#lastdigend<#lenstr)
BEGIN
DECLARE #strPart1 AS NVARCHAR(MAX)=LEFT(#Str_IN,#lastdigend)
declare #lenstrPart1 AS INT=LEN(#strPart1)
DECLARE #strPart2 AS NVARCHAR(MAX)=RIGHT(#Str_IN,#lenstr-#lastdigend)
declare #digidx as int=patindex(N'%[0-9]%' ,#strPart2)+#lenstrPart1
IF(#digidx=#lenstrPart1)
BEGIN
BREAK;
END
DECLARE #strStartdig AS NVARCHAR(MAX) = RIGHT(#Str_IN,#lenstr-#digidx+1)
declare #NDidx as int=patindex(N'%[^0-9]%' ,#strStartdig)+#digidx-1
IF(#NDidx<=#digidx)
BEGIN
SET #NDidx=#lenstr+1
END
DECLARE #strRet AS NVARCHAR(MAX)=LEFT(#Str_IN,#digidx-1) +REVERSE(SUBSTRING(#Str_IN,#digidx,#NDidx-#digidx)) +RIGHT(#Str_IN,#lenstr-#NDidx+1)
SET #Str_IN=#strRet
SET #lastdigend=#NDidx-1
END
return #Str_IN
END
Just make use of PATINDEX for searching, append to the result string part by part:
CREATE FUNCTION [dbo].[fn_ReverseDigits]
(
#Value nvarchar(max)
)
RETURNS NVARCHAR(max)
AS
BEGIN
IF #Value IS NULL
RETURN NULL
DECLARE
#TextIndex int = PATINDEX('%[^0-9]%', #Value),
#NumIndex int = PATINDEX('%[0-9]%', #Value),
#ResultValue nvarchar(max) = ''
WHILE LEN(#ResultValue) < LEN(#Value)
BEGIN
-- Set the index to end of the string if the index is 0
SELECT #TextIndex = CASE WHEN #TextIndex = 0 THEN LEN(#Value) + 1 ELSE LEN(#ResultValue) + #TextIndex END
SELECT #NumIndex = CASE WHEN #NumIndex = 0 THEN LEN(#Value) + 1 ELSE LEN(#ResultValue) + #NumIndex END
IF #NumIndex < #TextIndex
SELECT #ResultValue = #ResultValue + REVERSE(SUBSTRING(#Value, #NumIndex, #TextIndex -#NumIndex))
ELSE
SELECT #ResultValue = #ResultValue + (SUBSTRING(#Value, #TextIndex, #NumIndex - #TextIndex))
-- Update index variables
SELECT
#TextIndex = PATINDEX('%[^0-9]%', SUBSTRING(#Value, LEN(#ResultValue) + 1, LEN(#Value) - LEN(#ResultValue))),
#NumIndex = PATINDEX('%[0-9]%', SUBSTRING(#Value, LEN(#ResultValue) + 1, LEN(#Value) - LEN(#ResultValue)))
END
RETURN #ResultValue
END
Test SQL
declare #Values table (Value varchar(20))
INSERT #Values VALUES
('Test123Hello'),
('Tt143 Hello'),
('12Hll'),
('Tt123H3451end'),
(''),
(NULL)
SELECT Value, dbo.fn_ReverseDigits(Value) ReversedValue FROM #Values
Result
Value ReversedValue
-------------------- --------------------
Test123Hello Test321Hello
Tt143 Hello Tt341 Hello
12Hll 21Hll
Tt123H3451end Tt321H1543end
NULL NULL
hope this help:
declare #s nvarchar(128) ='Test321Hello'
declare #numStart as int, #numEnd as int
select #numStart =patindex('%[0-9]%',#s)
select #numEnd=len(#s)-patindex('%[0-9]%',REVERSE(#s))
select
SUBSTRING(#s,0,#numstart)+
reverse(SUBSTRING(#s,#numstart,#numend-#numstart+2))+
SUBSTRING(#s,#numend+2,len(#s)-#numend)
Use this function it will handle multiple occurrence of numbers too
create FUNCTION [dbo].[GetReverseNumberFromString] (#String VARCHAR(2000))
RETURNS VARCHAR(1000)
AS
BEGIN
DECLARE #Count INT
DECLARE #IntNumbers VARCHAR(1000)
declare #returnstring varchar(max)=#String;
SET #Count = 0
SET #IntNumbers = ''
WHILE #Count <= LEN(#String)
BEGIN
IF SUBSTRING(#String, #Count, 1) >= '0'
AND SUBSTRING(#String, #Count, 1) <= '9'
BEGIN
SET #IntNumbers = #IntNumbers + SUBSTRING(#String, #Count, 1)
END
IF (
SUBSTRING(#String, #Count + 1, 1) < '0'
OR SUBSTRING(#String, #Count + 1, 1) > '9'
)
AND SUBSTRING(#String, #Count, 1) >= '0'
AND SUBSTRING(#String, #Count, 1) <= '9'
BEGIN
SET #IntNumbers = #IntNumbers + ','
END
SET #Count = #Count + 1
END
declare #RevStrings table (itemz varchar(50))
INSERT INTO #RevStrings(itemz)
select items from dbo.Split(#IntNumbers,',')
select #returnstring = Replace(#returnstring, itemz,REVERSE(itemz))from #RevStrings
RETURN #returnstring
END
your sample string
select [dbo].[GetReverseNumberFromString]('Tt123H3451end')
result
Tt321H1543end
UPDATE :
if you do not have Split function then first create it
i have included it below
create FUNCTION Split
(
#Input NVARCHAR(MAX),
#Character CHAR(1)
)
RETURNS #Output TABLE (
Items NVARCHAR(1000)
)
AS
BEGIN
DECLARE #StartIndex INT, #EndIndex INT
SET #StartIndex = 1
IF SUBSTRING(#Input, LEN(#Input) - 1, LEN(#Input)) <> #Character
BEGIN
SET #Input = #Input + #Character
END
WHILE CHARINDEX(#Character, #Input) > 0
BEGIN
SET #EndIndex = CHARINDEX(#Character, #Input)
INSERT INTO #Output(Items)
SELECT SUBSTRING(#Input, #StartIndex, #EndIndex - 1)
SET #Input = SUBSTRING(#Input, #EndIndex + 1, LEN(#Input))
END
RETURN
END
GO
This is a set based approach:
;WITH Tally (n) AS
(
SELECT ROW_NUMBER() OVER (ORDER BY (SELECT NULL))
FROM (VALUES(0),(0),(0),(0),(0),(0),(0),(0),(0),(0)) a(n)
CROSS JOIN (VALUES(0),(0),(0),(0),(0),(0),(0),(0),(0),(0)) b(n)
CROSS JOIN (VALUES(0),(0),(0),(0),(0),(0),(0),(0),(0),(0)) c(n)
), UnpivotCTE AS (
SELECT id, x.c, n, y.isNumber,
n - ROW_NUMBER() OVER (PARTITION BY id, y.isNumber
ORDER BY n) AS grp
FROM mytable
CROSS JOIN Tally
CROSS APPLY (SELECT SUBSTRING(col, n, 1)) AS x(c)
CROSS APPLY (SELECT ISNUMERIC(x.c)) AS y(isNumber)
WHERE n <= LEN(col)
), ToConcatCTE AS (
SELECT id, c, n, isNumber,
grp + MIN(n) OVER (PARTITION BY id, isNumber, grp) AS grpAsc
FROM UnpivotCTE
)
SELECT id, col,
REPLACE(
(SELECT c AS [text()]
FROM ToConcatCTE AS t
WHERE t.id = m.id
ORDER BY id,
grpAsc,
CASE WHEN isNumber = 0 THEN n END,
CASE WHEN isNumber = 1 THEN n END DESC
FOR XML PATH('')), ' ',' ') AS col2
FROM mytable AS m
A tally table is used in order to 'unpivot' all characters of the string. Then ROW_NUMBER is used in order to identify islands of numeric and non-numeric characters. Finally, FOR XML PATH is used to reconstruct the initial string with numerical islands reversed: ORDER BY is used to sort islands of numeric characters in reversed order.
Fiddle Demo here
This would do the specific string you are asking for:
select
substring('Test123Hello',1,4)
+
reverse(substring('Test123Hello',5,3))
+
substring('Test123Hello',8,5)
Judging by the rest of the values it looks like you would need to make templates for any of the alphanumeric patterns you are getting. For example you would apply the above to any values that had the shape:
select * from [B&A] where [before] like '[a-z][a-z][a-z][a-z][0-9][0-9][0-9]
[a-z][a-z][a-z][a-z][a-z]'
In other words, if you put the values (before and after) into a table [B&A] and called the columns 'before' and 'after' then ran this:
select
substring(before,1,4)
+
reverse(substring(before,5,3))
+
substring(before,8,5) as [after]
from [B&A] where [before] like '[a-z][a-z][a-z][a-z][0-9][0-9][0-9][a-z]
[a-z][a-z][a-z][a-z]'
Then it would give you 'Test321Hello'.
However the other 3 rows would not be affected unless you created a similar
'[0-9][a-z]' type template for each alphanumeric shape and applied this to the [B&A] table. You would have to select the results into a temp table or another table.
By applying each template in turn you'd get most of it then you'd have to see how many rows were unaffected and check what the alphanumeric shape is and make more templates. Eventually you have a set of code which, if you ran it would capture all possible combinations.
You could just sit down and design a code in this way which captured all possible combinations of [a-z] and [0-9]. A lot depends on the maximum number of characters you are dealing with.

User Defined Function to get longest word in a string in SQL Server

I've trying to create a UDF in SQL to return the longest word in a string. I've created the following but I cant get it to work properly. Any suggestions?
CREATE FUNCTION [dbo].[ufn_Longestword] (#input varchar(255))
RETURNS varchar(100)
AS
BEGIN
declare #pos int
declare #pos2 int
declare #wordpos int
declare #longestword varchar(100)
declare #Letter1 varchar (1)
declare #Letter2 varchar (1)
declare #twords table (
words varchar(100))
SET #pos = 1
WHILE #pos <= len(#input)
BEGIN
SET #Letter1 = substring(#input, #pos, 1)
IF #Letter1 = ' '
BEGIN
SET #pos2 = #pos
WHILE #pos2 <= len(#input)
BEGIN
SET #Letter2 = substring(#input, #pos2, 1)
if #letter2 = ' '
BEGIN
insert into #twords
select SUBSTRING(#input, #pos,#pos2 - #pos)
END
SET #pos2 = #pos2 + 1
END
END
SET #pos = #pos + 1
END
SET #longestword = (select top 1 words from #twords
ORDER BY len(words)desc)
delete from #twords
RETURN #longestword
END
I#m trying to get the different between the 2 spaces and insert that word into a temp table but it doesnt work.
Instead you can use this.
DECLARE #str VARCHAR(5000)='aaaa bbbbb cccccccc'
SELECT TOP 1 Split.a.value('.', 'VARCHAR(100)') as longest_Word
FROM (SELECT Cast ('<M>' + Replace(#str, ' ', '</M><M>') + '</M>' AS XML) AS Data) AS A
CROSS APPLY Data.nodes ('/M') AS Split(a)
ORDER BY Len(Split.a.value('.', 'VARCHAR(100)')) DESC
Result : cccccccc
i found this as solution :
click Here
CREATE FUNCTION FN_ex06(#str varchar(8000) )
RETURNS #T TABLE
( position int IDENTITY PRIMARY KEY,
value varchar(8000) ,
length smallint null
)
AS
BEGIN
DECLARE #i int
SET #i = -1
WHILE (LEN(#str) > 0)
BEGIN
SET #i = CHARINDEX(' ' , #str) /* here i used space as delimiter*/
IF (#i = 0) AND (LEN(#str) > 0)
BEGIN
INSERT INTO #T (value, length) VALUES (#str, LEN(#str))
BREAK
END
IF (#i > 1)
BEGIN
INSERT INTO #T (value, length) VALUES (LEFT(#str, #i - 1),
LEN(LEFT(#str, #i - 1)))
SET #str = RIGHT(#str, (LEN(#str) - #i))
END
ELSE
SET #str = RIGHT(#str, (LEN(#str) - #i))
END
RETURN
END
to run this function you treat it as table because return is a table
select max(value) from FN_ex06('karim pentester')
result is : pentester
of course you select all other columns in return table