Related
In my select I have multiple dates in one rows, divided by comma.
Main select:
SELECT DISTINCT p.IDVazniZaznam,
stuff(
(
SELECT ','+ CONVERT(VARCHAR,DatumCasZacatku, 22) FROM HVZHlavicka_Prestavka WHERE IDVazniZaznam = p.IDVazniZaznam FOR XML PATH('')
),1,1,'') As DatumCasZacatku,
stuff(
(
SELECT ','+ CONVERT(VARCHAR,DatumCasUkonceni, 22) FROM HVZHlavicka_Prestavka WHERE IDVazniZaznam = p.IDVazniZaznam FOR XML PATH('')
),1,1,'') AS DatumCasUkonceni
FROM (SELECT DISTINCT IDVazniZaznam, DatumCasUkonceni, DatumCasZacatku FROM HVZHlavicka_Prestavka ) p
Like this:
12/04/19 7:45:00 AM,12/04/19 8:00:02 AM
What I need to do is something like that:
1: 12/04/19 7:45:00 AM, 2: 12/04/19 8:00:02 AM
Im not sure if its called prefix, but I think it is. I do not want to put it manually, but I wanna generate it automatically. First date will be number 1, second date number 2 etc.
Its that even possible in SQL?
You can use logic from the below code-
DECLARE #text VARCHAR(MAX) = '12/04/19 7:45:00 AM,12/04/19 8:00:02 AM'
DECLARE #remaining_text VARCHAR(MAX) = #text
DECLARE #new_text VARCHAR(MAX) = ''
DECLARE #CommaIndex INT
DECLARE #Count INT = 1
SET #CommaIndex = CHARINDEX(',',#remaining_text,0)
IF #CommaIndex = 0
BEGIN
SET #new_text = '1: ' + #text
END
ELSE
BEGIN
WHILE #CommaIndex > 0
BEGIN
SET #new_text = #new_text+ ' '+CAST(#Count AS VARCHAR)+': ' + LEFT(#remaining_text,CHARINDEX(',',#remaining_text,0))
SET #remaining_text = RIGHT(#remaining_text,LEN(#remaining_text)-CHARINDEX(',',#remaining_text,0))
SET #CommaIndex = CHARINDEX(',',#remaining_text,0)
SET #Count = #Count + 1
END
END
IF CHARINDEX(',',#text,0) > 0
BEGIN
SET #new_text = #new_text + ' '+CAST(#Count AS VARCHAR)+': ' + #remaining_text
END
SELECT #new_text,#remaining_text
Output is-
1: 12/04/19 7:45:00 AM, 2: 12/04/19 8:00:02 AM
You can use STRING_AGG(), ROW_NUMBER() OVER (ORDER BY ..), STRING_SPLIT() and CONCAT() functions together ( STRING_AGG() works for SQL Server 2017+ ).
In the first step we're splitting the string by comma delimiters in the subquery, and then concatenating those substrings through use of STRING_AGG() :
DECLARE #DatumCasUkonceni NVARCHAR(1000) = '12/04/19 7:45:00 AM,12/04/19 8:00:02 AM';
SELECT STRING_AGG(q.str, ',' ) as "Result"
FROM
(
SELECT CONCAT( ROW_NUMBER() OVER (ORDER BY #DatumCasUkonceni), ' : ',
value ) as str
FROM STRING_SPLIT(#DatumCasUkonceni, ',')
) q
Demo
If STRING_AGG is available to your version of MS Sql Server (2017+), then something like this should do the job.
SELECT IDVazniZaznam
, STRING_AGG(CONCAT(rn,': ',DtStrCasZacatku),', ') AS DatumCasZacatku
, STRING_AGG(CONCAT(rn,': ',DtStrUkonceni),', ') AS DatumCasUkonceni
FROM
(
SELECT DISTINCT IDVazniZaznam
, CONVERT(VARCHAR,DatumCasZacatku, 22) AS DtStrCasZacatku
, CONVERT(VARCHAR,DatumCasUkonceni,22) AS DtStrUkonceni
, ROW_NUMBER() OVER (PARTITION BY IDVazniZaznam ORDER BY DatumCasZacatku, DatumCasUkonceni) AS rn
FROM HVZHlavicka_Prestavka
) q
GROUP BY IDVazniZaznam;
And this will also work in MS Sql Server 2012
WITH CTE AS
(
SELECT DISTINCT IDVazniZaznam
, DatumCasZacatku
, DatumCasUkonceni
, ROW_NUMBER() OVER (PARTITION BY IDVazniZaznam ORDER BY DatumCasUkonceni, DatumCasZacatku) AS rn
FROM HVZHlavicka_Prestavka
)
SELECT q.IDVazniZaznam
, STUFF(a1.DatumCasZacatku,1,2,'') AS DatumCasZacatku
, STUFF(a2.DatumCasUkonceni,1,2,'') AS DatumCasUkonceni
FROM
(
SELECT IDVazniZaznam
FROM CTE
GROUP BY IDVazniZaznam
) AS q
OUTER APPLY
(
SELECT CONCAT(', ',rn,': ', CONVERT(VARCHAR,DatumCasZacatku, 22))
FROM CTE c
WHERE c.IDVazniZaznam = q.IDVazniZaznam
FOR XML PATH ('')
) a1(DatumCasZacatku)
OUTER APPLY
(
SELECT CONCAT(', ',rn,': ', CONVERT(VARCHAR,DatumCasUkonceni,22))
FROM CTE c
WHERE c.IDVazniZaznam = q.IDVazniZaznam
FOR XML PATH ('')
) a2(DatumCasUkonceni);
Test for both on db<>fiddle here
I am using sql server 2012 and I have a table like this:
FieldName FieldValue
DivisionId 1
DivisionId 2
DivisionId 3
CompanyId 2
CompanyId 3
LocationId 1
What i want is concatenate columns and form a where clause query like this
(DivisionId=1 OR DivisionId=2 OR DivisionId=3) AND
(CompanyId=2 OR CompanyId=3) AND
(LocationId = 1)
What I was able to figure out is, I need to concatenate columns values like this
DECLARE #Query VARCHAR(MAX)
SELECT #Query =
ISNULL(#Query,'') + IIF(#Query IS NOT NULL, ' AND ', '') + CONCAT(DF.FieldName,'=',DA.FieldValue)
FROM TABLE
SELECT #Query;
But this code will not handle OR condition.
Try following solution:
DECLARE #eav TABLE (
FieldName NVARCHAR(128) NOT NULL,
FieldValue VARCHAR(50) NOT NULL
)
INSERT #eav (FieldName, FieldValue)
SELECT 'DivisionId', 1 UNION ALL
SELECT 'DivisionId', 2 UNION ALL
SELECT 'DivisionId', 3 UNION ALL
SELECT 'CompanyId ', 2 UNION ALL
SELECT 'CompanyId ', 3 UNION ALL
SELECT 'LocationId', 1
DECLARE #Predicate NVARCHAR(MAX) = N''
SELECT #Predicate = #Predicate
+ CASE WHEN rn_asc = 1 THEN ' AND ' + FieldName + ' IN (' + LTRIM(FieldValue) ELSE '' END
+ CASE WHEN rn_asc > 1 THEN ', ' + LTRIM(FieldValue) ELSE '' END
+ CASE WHEN rn_desc = 1 THEN ') ' ELSE '' END
FROM (
SELECT *,
rn_asc = ROW_NUMBER() OVER(PARTITION BY x.FieldName ORDER BY x.FieldValue),
rn_desc= ROW_NUMBER() OVER(PARTITION BY x.FieldName ORDER BY x.FieldValue DESC)
FROM #eav x
) y
ORDER BY FieldName, FieldValue
SELECT #Predicate = STUFF(#Predicate, 1, 5, '')
SELECT #Predicate
-- Results: CompanyId IN (2, 3) AND DivisionId IN (1, 2, 3) AND LocationId IN (1)
Then you could use #Predicate to create a dynamic SQL SELECT statement (for example)
DECLARE #SqlStatement NVARCHAR(MAX)
SET #SqlStatement = 'SELECT ... FROM dbo.Table1 WHERE ' + #Predicate
EXEC sp_executesql #SqlStatement
I have a table Kwd_UploadRecored in SQL Server:
ID Primary_Kwd Sec_Kwd Main_Kwd
1 Man,One Man,architecture,Boy Arrival,Sigle Man , Business Man ,Male aspirations,One Person
2 Woman,attire,Girl Girl,Girls,Female,Blueprint,Carrying, Teenage Girl,Only Girls
3 Grand father,Man,caucasian appearance cheerful, Family,Fatherhood,Family Member, Male Parent,
4 Baby ,clothes,color image growth,Babies,Child,Happiness Children,Toddlers,differential focus,
I want to select data from the Primary_Kwd , Sec_kwd,Main_kwd with distinct like this:
Kwds
man
one man
architecture
boy
arrival
Single man
Business man
Male
.
.
etc
I am using the following code but this is only for one column
SELECT DISTINCT
Split.a.value('.', 'VARCHAR(100)') data
FROM
(SELECT
#temp.PM_AssetID,Cast ('<M>'
+ replace(Replace(#temp.Primary_kwd, ',', '</M><M>'),'&','&')
+ '</M>' AS XML) AS Data
FROM #temp) AS A
CROSS APPLY
Data.nodes ('/M') AS Split(a)
DROP TABLE #temp
Please help me how to achieve this. Thanks in advance.
You can use UNION to remove duplicates:
;WITH CtePrimary AS(
SELECT
LTRIM(RTRIM(s.Item)) AS Item
FROM Kwd_UploadRecorded k
CROSS APPLY dbo.DelimitedSplit8K(k.Primary_Kwd, ",") s
),
CteSec AS(
SELECT
LTRIM(RTRIM(s.Item)) AS Item
FROM Kwd_UploadRecorded k
CROSS APPLY dbo.DelimitedSplit8K(k.Sec_Kwd, ",") s
),
CteMain AS(
SELECT
LTRIM(RTRIM(s.Item)) AS Item
FROM Kwd_UploadRecorded k
CROSS APPLY dbo.DelimitedSplit8K(k.Main_Kwd, ",") s
)
SELECT * FROM CtePrimary UNION
SELECT * FROM CteSec UNION
SELECT * FROM CteMain
As per Turophile's comment, you can rid of the UNION by concatenating the kwds first before splitting them.
SELECT DISTINCT
LTRIM(RTRIM(s.Item)) AS Item
FROM Kwd_UploadRecorded k
CROSS APPLY dbo.DelimitedSplit8K(k.kPrimary_kwd + ',' + k.Sec_kwd + ',' + k.Main_kwd, ",") s
Can you try this
Select *
from #temp
cross apply fnSplit(Primary_Kwd,',')a
where a.value > ''
union all
Select b.value
from #temp
cross apply fnSplit(Sec_Kwd,',')b
where b.value > ''
union all
Select c.value
from #temp
cross apply fnSplit(Main_Kwd,',')c
where c.Value > ''
You have to Create a Spit function and use Cross Aplly
Main Query
SELECT Distinct T.ID
,S.Data
FROM Kwd_UploadRecored AS T
CROSS APPLY dbo.Split(isnull(T.Primary_Kwd+ ',','') + isnull(Sec_Kwd+',','') + ',' + isnull(Main_Kwd+',' ,'') ) AS S
WHERE S.Value > ''
Split Function Code
CREATE FUNCTION [dbo].[Split]
(
#RowData nvarchar(MAX),
#SplitOn nvarchar(5)
)
RETURNS #RtnValue table
(
Id int identity(1,1),
Data varchar(8000)
)
AS
BEGIN
Declare #Cnt int
Set #Cnt = 1
While (Charindex(#SplitOn,#RowData)>0)
Begin
Insert Into #RtnValue (data)
Select
Data = ltrim(rtrim(Substring(#RowData,1,Charindex(#SplitOn,#RowData)-1)))
Set #RowData = Substring(#RowData,Charindex(#SplitOn,#RowData)+1,len(#RowData))
Set #Cnt = #Cnt + 1
End
Insert Into #RtnValue (data)
Select Data = ltrim(rtrim(#RowData))
Return
END
I have a bit of a tricky situation. I have a column that contains a pipe delimited set of numbers in numerous rows in a table. For example:
Courses
-------------------
1|2
1|2|3
1|2|8
10
11
11|12
What I want to achieve is to return rows where the number only appears once in my output.
Ideally, I want to try and carry this out using SQL rather than having to carry out checks at a web application level. Carrying out a DISTINCT does not achieve what I want.
The desired output would be:
Courses
-------------------
1
2
3
8
10
11
12
I would appreciated if anyone can guide me in the right direction.
Thanks.
Please try:
declare #tbl as table(Courses nvarchar(max))
insert into #tbl values
('1|2'),
('1|2|3'),
('1|2|8'),
('10'),
('11'),
('11|12')
select * from #tbl
SELECT
DISTINCT CAST(Split.a.value('.', 'VARCHAR(100)') AS INT) AS CVS
FROM
(
SELECT CAST ('<M>' + REPLACE(Courses, '|', '</M><M>') + '</M>' AS XML) AS CVS
FROM #tbl
) AS A CROSS APPLY CVS.nodes ('/M') AS Split(a)
ORDER BY 1
Try this one -
SET NOCOUNT ON;
DECLARE #temp TABLE
(
string VARCHAR(500)
)
DECLARE #Separator CHAR(1)
SELECT #Separator = '|'
INSERT INTO #temp (string)
VALUES
('1|2'),
('1|2|3'),
('1|2|8'),
('10'),
('11'),
('11|12')
-- 1. XML
SELECT p.value('(./s)[1]', 'VARCHAR(500)')
FROM (
SELECT field = CAST('<r><s>' + REPLACE(t.string, #Separator, '</s></r><r><s>') + '</s></r>' AS XML)
FROM #temp t
) d
CROSS APPLY field.nodes('/r') t(p)
-- 2. CTE
;WITH a AS
(
SELECT
start_pos = 1
, end_pos = CHARINDEX(#Separator, t.string)
, t.string
FROM #temp t
UNION ALL
SELECT
end_pos + 1
, CHARINDEX(#Separator, string, end_pos + 1)
, string
FROM a
WHERE end_pos > 0
)
SELECT d.name
FROM (
SELECT
name = SUBSTRING(
string
, start_pos
, ABS(end_pos - start_pos)
)
FROM a
) d
WHERE d.name != ''
Try this :
create table course (courses varchar(100))
insert into course values('1|2')
insert into course values('1|2|3')
insert into course values('1|2|8')
insert into course values('10')
insert into course values('11')
insert into course values('11|12')
Declare #col varchar(200)
SELECT
#col=(
SELECT DISTINCT c.courses + '|'
FROM course c
FOR XML PATH('')
);
select * from course
;with demo as(
select cast(substring(#col,1,charindex('|',#col,1)-1) AS INT) cou,charindex('|',#col,1) pos
union all
select cast(substring(#col,pos+1,charindex('|',#col,pos+1)-pos-1)AS INT) cou,charindex('|',#col,pos+1) pos
from demo where pos<LEN(#col))
select distinct cou from demo
Could not manage without recursion :( Something like this could do the trich?
WITH splitNum(num, r)
AS
(
SELECT
SUBSTRING(<field>,1, CHARINDEX('|', <field>)-1) num,
SUBSTRING(<field>,CHARINDEX('|', <field>)+1, len(<field>)) r
FROM <yourtable> as a
UNION ALL
SELECT
SUBSTRING(r,1, CHARINDEX('|', r)-1) num,
SUBSTRING(r,CHARINDEX('|', r)+1, len(r)) r
FROM <yourtable> b
WHERE CHARINDEX('|', r) > 0
inner join splitNum as c on <whatevertheprimarykeyis>
)
SELECT distinct num FROM splitNum
Didn't make it run, but it should do the trick, just replace the and with the correct info
One way would be to use a recursive CTE:
with cte as
(select cast(case charindex('|',courses) when 0 then courses
else left(courses,charindex('|',courses)-1) end as int) course,
case charindex('|',courses) when 0 then ''
else right(courses,len(courses)-charindex('|',courses)) end courses
from courses
union all
select cast(case charindex('|',courses) when 0 then courses
else left(courses,charindex('|',courses)-1) end as int) course,
case charindex('|',courses) when 0 then ''
else right(courses,len(courses)-charindex('|',courses)) end courses
from cte
where len(courses)>0)
select distinct course from cte
SQLFiddle here.
I have a list of products in comma separated fashion and since the item list was replaced with new product items, I am trying to modify this CSV list with new product item list.
create table #tmp
(
id int identity(1,1) not null,
plist varchar(max) null
);
create table #tmpprod
(
oldid int null,
newid int null
);
insert into #tmp(plist) values
('10,11,15,17,19'),
('22,34,44,25'),
('5,6,8,9');
insert into #tmpprod(oldid, newid) values
(5, 109),
(9, 110),
(10, 111),
(15, 112),
(19, 113),
(30, 114),
(34, 222),
(44, 333);
I am trying to use a split fn to convert into rows and then replace these values and then convert columns to rows again. Is it possible in any other manner?
The output will be as:
id
newlist
1
111,11,112,17,113
2
22,222,333,25
3
109,6,8,110
Convert your comma separated list to XML. Use a numbers table, XQuery and position() to get the separate ID's with the position they have in the string. Build the comma separated string using the for xml path('') trick with a left outer join to #tempprod and order by position().
;with C as
(
select T.id,
N.number as Pos,
X.PList.value('(/i[position()=sql:column("N.Number")])[1]', 'int') as PID
from #tmp as T
cross apply (select cast('<i>'+replace(plist, ',', '</i><i>')+'</i>' as xml)) as X(PList)
inner join master..spt_values as N
on N.number between 1 and X.PList.value('count(/i)', 'int')
where N.type = 'P'
)
select C1.id,
stuff((select ','+cast(coalesce(T.newid, C2.PID) as varchar(10))
from C as C2
left outer join #tmpprod as T
on C2.PID = T.oldid
where C1.id = C2.id
order by C2.Pos
for xml path(''), type).value('.', 'varchar(max)'), 1, 1, '')
from C as C1
group by C1.id
Try on SE-Data
Assuming SQL Server 2005 or better, and assuming order isn't important, then given this split function:
CREATE FUNCTION [dbo].[SplitInts]
(
#List VARCHAR(MAX),
#Delimiter CHAR(1)
)
RETURNS TABLE
AS
RETURN ( SELECT Item FROM ( SELECT Item = x.i.value('(./text())[1]', 'int')
FROM
( SELECT [XML] = CONVERT(XML, '<i>' + REPLACE(#List, #Delimiter, '</i><i>')
+ '</i>').query('.') ) AS a CROSS APPLY [XML].nodes('i') AS x(i)
) AS y WHERE Item IS NOT NULL);
GO
You can get this result in the following way:
;WITH x AS
(
SELECT id, item, oldid, [newid], rn = ROW_NUMBER() OVER
(PARTITION BY id
ORDER BY PATINDEX('%,' + RTRIM(s.Item) + ',%', ',' + t.plist + ','))
FROM #tmp AS t CROSS APPLY dbo.SplitInts(t.plist, ',') AS s
LEFT OUTER JOIN #tmpprod AS p ON p.oldid = s.Item
)
SELECT id, newlist = STUFF((SELECT ',' + RTRIM(COALESCE([newid], Item))
FROM x AS x2 WHERE x2.id = x.id
FOR XML PATH(''),
TYPE).value(N'./text()[1]', N'varchar(max)'), 1, 1, '')
FROM x GROUP BY id;
Results:
id
newlist
1
111,11,112,17,113
2
22,222,333,25
3
109,6,8,110
Note that the ROW_NUMBER() / OVER / PARTITION BY / ORDER BY is only there to try to coerce the optimizer to return the rows in that order. You may observe this behavior today and it can change tomorrow depending on statistics or data changes, optimizer changes (service packs, CUs, upgrade, etc.) or other variables.
Long story short: if you're depending on that order, just send the set back to the client, and have the client construct the comma-delimited list. It's probably where this functionality belongs anyway.
That said, in SQL Server 2017+, we can guarantee retaining the order by splitting with OPENJSON() and reassembling with STRING_AGG():
;WITH x AS
(
SELECT o.id, val = COALESCE(n.newid, p.value), p.[key]
FROM #tmp AS o CROSS APPLY
OPENJSON('["' + REPLACE(o.pList, ',', '","') + '"]') AS p
LEFT OUTER JOIN #tmpprod AS n
ON p.value = n.oldid
)
SELECT id, newlist = STRING_AGG(val, ',')
WITHIN GROUP (ORDER BY [key])
FROM x GROUP BY id;
Example db<>fiddle
Thanks for this question - I've just learned something new. The following code is an adaptation of an article written by Rob Volk on exactly this topic. This is a very clever query! I won't copy all of the content down here. I have adapted it to create the results you're looking for in your example.
CREATE TABLE #nums (n INT)
DECLARE #i INT
SET #i = 1
WHILE #i < 8000
BEGIN
INSERT #nums VALUES(#i)
SET #i = #i + 1
END
CREATE TABLE #tmp (
id INT IDENTITY(1,1) not null,
plist VARCHAR(MAX) null
)
INSERT INTO #tmp
VALUES('10,11,15,17,19'),('22,34,44,25'),('5,6,8,9')
CREATE TABLE #tmpprod (
oldid INT NULL,
newid INT NULL
)
INSERT INTO #tmpprod VALUES(5, 109),(9, 110),(10, 111),(15, 112),(19, 113),(30, 114),(34, 222),(44, 333)
;WITH cte AS (SELECT ID, NULLIF(SUBSTRING(',' + plist + ',' , n , CHARINDEX(',' , ',' + plist + ',' , n) - n) , '') AS prod
FROM #nums, #tmp
WHERE ID <= LEN(',' + plist + ',') AND SUBSTRING(',' + plist + ',' , n - 1, 1) = ','
AND CHARINDEX(',' , ',' + plist + ',' , n) - n > 0)
UPDATE t SET plist = (SELECT CAST(CASE WHEN tp.oldid IS NULL THEN cte.prod ELSE tp.newid END AS VARCHAR) + ','
FROM cte LEFT JOIN #tmpprod tp ON cte.prod = tp.oldid
WHERE cte.id = t.id FOR XML PATH(''))
FROM #tmp t WHERE id = t.id
UPDATE #tmp SET plist = SUBSTRING(plist, 1, LEN(plist) -1)
WHERE LEN(plist) > 0 AND SUBSTRING(plist, LEN(plist), 1) = ','
SELECT * FROM #tmp
DROP TABLE #tmp
DROP TABLE #tmpprod
DROP TABLE #nums
The #nums table is a table of sequential integers, the length of which must be greater than the longest CSV you have in your table. The first 8 lines of the script create this table and populate it. Then I've copied in your code, followed by the meat of this query - the very clever single-query parser, described in more detail in the article pointed to above. The common table expression (WITH cte...) does the parsing, and the update script recompiles the results into CSV and updates #tmp.
Adam Machanic's blog contains this posting of a T-SQL only UDF which can accept T-SQL's wildcards for use in replacement.
http://dataeducation.com/splitting-a-string-of-unlimited-length/
For my own use, I adjusted the varchar sizes to max. Also note that this UDF performs rather slowly, but if you cannot use the CLR, it may be an option. The minor changes I made to the author's code may limit use of this to SQL Server 2008r2 and later.
CREATE FUNCTION dbo.PatternReplace
(
#InputString VARCHAR(max),
#Pattern VARCHAR(max),
#ReplaceText VARCHAR(max)
)
RETURNS VARCHAR(max)
AS
BEGIN
DECLARE #Result VARCHAR(max) = ''
-- First character in a match
DECLARE #First INT
-- Next character to start search on
DECLARE #Next INT = 1
-- Length of the total string -- 0 if #InputString is NULL
DECLARE #Len INT = COALESCE(LEN(#InputString), 0)
-- End of a pattern
DECLARE #EndPattern INT
WHILE (#Next <= #Len)
BEGIN
SET #First = PATINDEX('%' + #Pattern + '%', SUBSTRING(#InputString, #Next, #Len))
IF COALESCE(#First, 0) = 0 --no match - return
BEGIN
SET #Result = #Result +
CASE --return NULL, just like REPLACE, if inputs are NULL
WHEN #InputString IS NULL
OR #Pattern IS NULL
OR #ReplaceText IS NULL THEN NULL
ELSE SUBSTRING(#InputString, #Next, #Len)
END
BREAK
END
ELSE
BEGIN
-- Concatenate characters before the match to the result
SET #Result = #Result + SUBSTRING(#InputString, #Next, #First - 1)
SET #Next = #Next + #First - 1
SET #EndPattern = 1
-- Find start of end pattern range
WHILE PATINDEX(#Pattern, SUBSTRING(#InputString, #Next, #EndPattern)) = 0
SET #EndPattern = #EndPattern + 1
-- Find end of pattern range
WHILE PATINDEX(#Pattern, SUBSTRING(#InputString, #Next, #EndPattern)) > 0
AND #Len >= (#Next + #EndPattern - 1)
SET #EndPattern = #EndPattern + 1
--Either at the end of the pattern or #Next + #EndPattern = #Len
SET #Result = #Result + #ReplaceText
SET #Next = #Next + #EndPattern - 1
END
END
RETURN(#Result)
END