I realize this question has been asked before, but I can't get it to work for some reason.
I'm using the split function from this SQL Team thread (second post) and the following queries.
--This query converts the interests field from text to varchar
select
cp.id
,cast(cp.interests as varchar(100)) as interests
into #client_profile_temp
from
client_profile cp
--This query is supposed to split the csv ("Golf","food") into multiple rows
select
cpt.id
,split.data
from
#client_profile_temp cpt
cross apply dbo.split(
cpt.interests, ',') as split <--Error is on this line
However I'm getting an
Incorrect syntax near '.'
error where I've marked above.
In the end, I want
ID INTERESTS
000CT00002UA "Golf","food"
to be
ID INTERESTS
000CT00002UA "Golf"
000CT00002UA "food"
I'm using SQL Server 2008 and basing my answer on this StackOverflow question. I'm fairly new to SQL so any other words of wisdom would be appreciated as well.
TABLE
x-----------------x--------------------x
| ID | INTERESTS |
x-----------------x--------------------x
| 000CT00002UA | Golf,food |
| 000CT12303CB | Cricket,Bat |
x------x----------x--------------------x
METHOD 1 : Using XML format
SELECT ID,Split.a.value('.', 'VARCHAR(100)') 'INTERESTS'
FROM
(
-- To change ',' to any other delimeter, just change ',' before '</M><M>' to your desired one
SELECT ID, CAST ('<M>' + REPLACE(INTERESTS, ',', '</M><M>') + '</M>' AS XML) AS Data
FROM TEMP
) AS A
CROSS APPLY Data.nodes ('/M') AS Split(a)
SQL FIDDLE
METHOD 2 : Using function dbo.Split
SELECT a.ID, b.items
FROM #TEMP a
CROSS APPLY dbo.Split(a.INTERESTS, ',') b
SQL FIDDLE
And dbo.Split function is here.
CREATE FUNCTION [dbo].[Split](#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
FINAL RESULT
from
#client_profile_temp cpt
cross apply dbo.split(
#client_profile_temp.interests, ',') as split <--Error is on this line
I think the explicit naming of #client_profile_temp after you gave it an alias is a problem, try making that last line:
cpt.interests, ',') as split <--Error is on this line
EDIT You say
I made this change and it didn't change anything
Try pasting the code below (into a new SSMS window)
create table #client_profile_temp
(id int,
interests varchar(500))
insert into #client_profile_temp
values
(5, 'Vodka,Potassium,Trigo'),
(6, 'Mazda,Boeing,Alcoa')
select
cpt.id
,split.data
from
#client_profile_temp cpt
cross apply dbo.split(cpt.interests, ',') as split
See if it works as you expect; I'm using sql server 2008 and that works for me to get the kind of results I think you want.
Any chance when you say "I made the change", you just changed a stored procedure but haven't run it, or changed a script that creates a stored procedure, and haven't run that, something along those lines? As I say, it seems to work for me.
As this is old, it seems the following works in SQL Azure (as of 3/2022)
The big changes being split.value instead of .data or .items as shown above; no as after the function, and lastly string_split is the method.
select Id, split.value
from #reportTmp03 rpt
cross apply string_split(SelectedProductIds, ',') split
Try this:
--This query is supposed to split the csv ("Golf","food") into multiple rows
select
cpt.id
,split.data
from
#client_profile_temp cpt
cross apply dbo.split(cpt.interests, ',') as split <--Error is on this line
You must use table alias instead of table name as soon as you define it.
Related
In t-sql my dilemma is that I have to parse a potentially long string (up to 500 characters) for any of over 230 possible values and remove them from the string for reporting purposes. These values are a column in another table and they're all upper case and 4 characters long with the exception of two that are 5 characters long.
Examples of these values are:
USFRI
PROME
AZCH
TXJS
NYDS
XVIV. . . . .
Example of string before:
"Offered to XVIV and USFRI as back ups. No response as of yet."
Example of string after:
"Offered to and as back ups. No response as of yet."
Pretty sure it will have to be a UDF but I'm unable to come up with anything other than stripping ALL the upper case characters out of the string with PATINDEX which is not the objective.
This is unavoidably cludgy but one way is to split your string into rows, once you have a set of words the rest is easy; Simply re-aggregate while ignoring the matching values*:
with t as (
select 'Offered to XVIV and USFRI as back ups. No response as of yet.' s
union select 'Another row AZCH and TXJS words.'
), v as (
select * from (values('USFRI'),('PROME'),('AZCH'),('TXJS'),('NYDS'),('XVIV'))v(v)
)
select t.s OriginalString, s.Removed
from t
cross apply (
select String_Agg(j.[value], ' ') within group(order by Convert(tinyint,j.[key])) Removed
from OpenJson(Concat('["',replace(s, ' ', '","'),'"]')) j
where not exists (select * from v where v.v = j.[value])
)s;
* Requires a fully-supported version of SQL Server.
build a function to do the cleaning of one sentence, then call that function from your query, something like this SELECT Col1, dbo.fn_ReplaceValue(Col1) AS cleanValue, * FROM MySentencesTable. Your fn_ReplaceValue will be something like the code below, you could also create the table variable outside the function and pass it as parameter to speed up the process, but this way is all self contained.
SET ANSI_NULLS ON
GO
SET QUOTED_IDENTIFIER ON
GO
CREATE FUNCTION fn_ReplaceValue(#sentence VARCHAR(500))
RETURNS VARCHAR(500)
AS
BEGIN
DECLARE #ResultVar VARCHAR(500)
DECLARE #allValues TABLE (rowID int, sValues VARCHAR(15))
DECLARE #id INT = 0
DECLARE #ReplaceVal VARCHAR(10)
DECLARE #numberOfValues INT = (SELECT COUNT(*) FROM MyValuesTable)
--Populate table variable with all values
INSERT #allValues
SELECT ROW_NUMBER() OVER(ORDER BY MyValuesCol) AS rowID, MyValuesCol
FROM MyValuesTable
SET #ResultVar = #sentence
WHILE (#id <= #numberOfValues)
BEGIN
SET #id = #id + 1
SET #ReplaceVal = (SELECT sValue FROM #allValues WHERE rowID = #id)
SET #ResultVar = REPLACE(#ResultVar, #ReplaceVal, SPACE(0))
END
RETURN #ResultVar
END
GO
I suggest creating a table (either temporary or permanent), and loading these 230 string values into this table. Then use it in the following delete:
DELETE
FROM yourTable
WHERE col IN (SELECT col FROM tempTable);
If you just want to view your data sans these values, then use:
SELECT *
FROM yourTable
WHERE col NOT IN (SELECT col FROM tempTable);
Heads!
In my database, I have a column that contains the following data (examples):
H-01-01-02-01
BLE-01-03-01
H-02-05-1.1-03
The task is to get the second to last element of the array if you would split that using the "-" character. The strings are of different length.
So this would be the result using the above mentioned data:
02
03
1.1
Basically I'm searching for an equivalent of the following ruby-statement for use in a Select-Statement in SQL-Server:
"BLE-01-03-01".split("-")[-2]
Is this possible in any way in SQL Server? After spending some time searching for a solution, I only found ones that work for the last or first element.
Thanks very much for any clues or solutions!
PS: Version of SQL Server is Microsoft SQL Server 2012
As an alternative you can try this:.
--A mockup table with some test data to simulate your issue
DECLARE #mockupTable TABLE (ID INT IDENTITY, YourColumn VARCHAR(50));
INSERT INTO #mockupTable VALUES
('H-01-01-02-01')
,('BLE-01-03-01')
,('H-02-05-1.1-03');
--The query
SELECT CastedToXml.value('/x[sql:column("CountOfFragments")-1][1]','nvarchar(10)') AS TheWantedFragment
FROM #mockupTable t
CROSS APPLY(SELECT CAST('<x>' + REPLACE(t.YourColumn,'-','</x><x>') + '</x>' AS XML))A(CastedToXml)
CROSS APPLY(SELECT CastedToXml.value('count(/x)','int')) B(CountOfFragments);
The idea in short:
The first APPLY will transform the string to a XML like this
<x>H</x>
<x>01</x>
<x>01</x>
<x>02</x>
<x>01</x>
The second APPLY will xquery into this XML to get the count of fragments. As APPLY will add this as a column to the result set, we can use the value using sql:column() to get the wanted fragment by its position.
As I wrote in my comment - using charindex with reverse.
First, create and populate sample table (Please save us this step in your future questions):
DECLARE #T AS TABLE
(
Col Varchar(100)
);
INSERT INTO #T (Col) VALUES
('H-01-01-02-01'),
('BLE-01-03-01'),
('H-02-05-1.1-03');
The query:
SELECT Col,
LEFT(RIGHT(Col, AlmostLastDelimiter-1), AlmostLastDelimiter - LastDelimiter - 1) As SecondToLast
FROM #T
CROSS APPLY (SELECT CharIndex('-', Reverse(Col)) As LastDelimiter) As A
CROSS APPLY (SELECT CharIndex('-', Reverse(Col), LastDelimiter+1) As AlmostLastDelimiter) As B
Results:
Col SecondToLast
H-01-01-02-01 02
BLE-01-03-01 03
H-02-05-1.1-03 1.1
Similar to Zohar's solution, but using CTEs instead of CROSS APPLY to prevent redundancy. I personally find this easier to follow, as you can see what happens in each step. Doesn't make it a better solution though ;)
DECLARE #strings TABLE (data VARCHAR(50));
INSERT INTO #strings VALUES ('H-01-01-02-01') , ('BLE-01-03-01'), ('H-02-05-1.1-03');
WITH rev AS (
SELECT
data,
REVERSE(data) AS reversed
FROM
#strings),
first_hyphen AS (
SELECT
data,
reversed,
CHARINDEX('-', reversed) + 1 AS first_pos
FROM
rev),
second_hyphen AS (
SELECT
data,
reversed,
first_pos,
CHARINDEX('-', reversed, first_pos) AS second_pos
FROM
first_hyphen)
SELECT
data,
REVERSE(SUBSTRING(reversed, first_pos, second_pos - first_pos)) AS result
FROM
second_hyphen;
Results:
data result
H-01-01-02-01 02
BLE-01-03-01 03
H-02-05-1.1-03 1.1
Try this
declare #input NVARCHAR(100)
declare #dlmt NVARCHAR(3);
declare #pos INT = 2
SET #input=REVERSE(N'H-02-05-1.1-03');
SET #dlmt=N'-';
SELECT
CAST(N'<x>'
+ REPLACE(
(SELECT REPLACE(#input,#dlmt,'#DLMT#') AS [*] FOR XML PATH(''))
,N'#DLMT#',N'</x><x>'
) + N'</x>' AS XML).value('/x[sql:variable("#pos")][1]','nvarchar(max)');
I have created a stored procedure to attempt to replicate the split_string function that is now in SQL Server 2016.
So far I have got this:
CREATE FUNCTION MySplit
(#delimited NVARCHAR(MAX), #delimiter NVARCHAR(100))
RETURNS #t TABLE
(
-- Id column can be commented out, not required for SQL splitting string
id INT IDENTITY(1,1), -- I use this column for numbering split parts
val NVARCHAR(MAX)
)
AS
BEGIN
DECLARE #xml XML
SET #xml = N'<root><r>' + replace(#delimited,#delimiter,'</r><r>') + '</r></root>'
INSERT INTO #t(val)
SELECT
r.value('.','varchar(max)') AS item
FROM
#xml.nodes('//root/r') AS records(r)
RETURN
END
GO
And it does work, but it will not split the text string if any part of it contains an ampersand [ & ].
I have found hundreds of examples of splitting a string, but none seem to deal with special characters.
So using this:
select *
from MySplit('Test1,Test2,Test3', ',')
works ok, but
select *
from MySplit('Test1 & Test4,Test2,Test3', ',')
does not. It fails with
XML parsing: line 1, character 17, illegal name character.
What have I done wrong?
UPDATE
Firstly, thanks for #marcs, for showing me the error of my ways in writing this question.
Secondly, Thanks to all of the help below, especially #PanagiotisKanavos and #MatBailie
As this is throw away code for migrating data from old to new system, I have chosen to use #MatBailie solution, quick and very dirty, but also perfect for this task.
In the future, though, I will be progressing down #PanagiotisKanavos solution.
Edit your function and replace all & as &
This will remove the error. This happens because XML cannot parse & as it's an inbuilt tag.
Create FUNCTION [dbo].[split_stringss](
#delimited NVARCHAR(MAX),
#delimiter NVARCHAR(100)
) RETURNS #t TABLE (id INT IDENTITY(1,1), val NVARCHAR(MAX))
AS
BEGIN
DECLARE #xml XML
DECLARE #var NVARCHAR(MAX)
DECLARE #var1 NVARCHAR(MAX)
set #var1 = Replace(#delimited,'&','&')
SET #xml = N'<t>' + REPLACE(#var1,#delimiter,'</t><t>') + '</t>'
INSERT INTO #t(val)
SELECT r.value('.','varchar(MAX)') as item
FROM #xml.nodes('/t') as records(r)
RETURN
END
First of all, SQL Server 2016 introduced a STRING_SPLIT TVF. You can write CROSS APPLY STRING_SPLIT(thatField,',') as items
In previous versions you still need to create a custom splitting function. There are various techniques. The fastest solution is to use a SQLCLR function.
In some cases, the second fastest is what you used -
convert the text to XML and select the nodes. A well known problem with this splitting technique is that illegal XML characters will break it, as you found out. That's why Aaron Bertrand doesn't consider this a generic splitter.
You can replace invalid characters by their encoded values, eg & with & but you have to be certain that your text will never contain such encodings.
Perhaps you should investigate different techniques, like the Moden function, which can be faster in many situations :
CREATE FUNCTION dbo.SplitStrings_Moden
(
#List NVARCHAR(MAX),
#Delimiter NVARCHAR(255)
)
RETURNS TABLE
WITH SCHEMABINDING AS
RETURN
WITH E1(N) AS ( SELECT 1 UNION ALL SELECT 1 UNION ALL SELECT 1 UNION ALL SELECT 1
UNION ALL SELECT 1 UNION ALL SELECT 1 UNION ALL SELECT 1
UNION ALL SELECT 1 UNION ALL SELECT 1 UNION ALL SELECT 1),
E2(N) AS (SELECT 1 FROM E1 a, E1 b),
E4(N) AS (SELECT 1 FROM E2 a, E2 b),
E42(N) AS (SELECT 1 FROM E4 a, E2 b),
cteTally(N) AS (SELECT 0 UNION ALL SELECT TOP (DATALENGTH(ISNULL(#List,1)))
ROW_NUMBER() OVER (ORDER BY (SELECT NULL)) FROM E42),
cteStart(N1) AS (SELECT t.N+1 FROM cteTally t
WHERE (SUBSTRING(#List,t.N,1) = #Delimiter OR t.N = 0))
SELECT Item = SUBSTRING(#List, s.N1, ISNULL(NULLIF(CHARINDEX(#Delimiter,#List,s.N1),0)-s.N1,8000))
FROM cteStart s;
Personally I created and use a SQLCLR UDF.
Another option is to avoid splitting altogether and pass table-valued parameters from the client to the server. Or use a microORM like Dapper that can construct an IN (...) clause from a list of values, eg:
var products=connection.Query<Product>("select * from products where id in #ids",new {ids=myIdArray});
An ORM like EF that supports LINQ can also generate an IN clause :
var products = from product in dbContext.Products
where myIdArray.Contains(product.Id)
select product;
I am passing string values from my code like '12th Standard/Ordinary National Diploma,Higher National Diploma' to SQL query, but I am not getting any values and nothing showing any result.
My SQL query:
declare #qua varchar(250),#final varchar(250),#Qualification varchar(250)
set #Qualification= '12th Standard/Ordinary National Diploma,Higher National Diploma'
set #qua =replace(#Qualification,',',''',''')
set #final= ''''+#qua+''''
select * from mytablename in(#final)
Result: Data is not displaying
Thank you in advance.
Instead do it using a table variable like
declare #tbl table(qual varchar(250));
insert into #tbl
select '12th Standard/Ordinary National Diploma'
union
select 'Higher National Diploma';
select * from mytablename where somecolumn in(select qual from #tbl);
Despite trying to put quote marks in there, you're still only passing a single string to the IN. The string just contains embedded quotes and SQL Server is looking for that single long string.
You also don't seem to be comparing a column for the IN.
Your best bet is to pass in multiple string variables, but if that's not possible then you'll have to write a function that parses a single string into a resultset and use that. For example:
SELECT
Column1, -- Because we never use SELECT *
Column2
FROM
MyTableName
WHERE
qualification IN (SELECT qualification FROM dbo.fn_ParseString(#qualifications))
You can insert all your search criteria in one table and then can easily do a lookup on the main table, example below:
DECLARE #MyTable TABLE (Name VARCHAR(10), Qualification VARCHAR(50))
DECLARE #Search TABLE (Qualifications VARCHAR(50))
INSERT INTO #MyTable VALUES ('User1','12th Standard'), ('User2','Some Education'),
('User3','Ordinary National Diploma'), ('User4','Some Degree'),
('User5','Higher National Diploma')
INSERT INTO #Search VALUES ('12th Standard'),('Ordinary National Diploma'),('Higher National Diploma')
SELECT MT.*
FROM #MyTable MT
INNER JOIN (SELECT Qualifications FROM #Search) S ON S.Qualifications = MT.Qualification
As previous said, you are passing a string with commas, not comma separated values. It needs to be split up into separate values.
You can do this by passing the qualification string into XML which you can use to turn it into separate rows of data.
The IN parameter will then accept the data as separate values.
DECLARE #Qualifications as varchar(150) = '12th Standard/Ordinary National Diploma,Higher National Diploma'
Declare #Xml XML;
SET #Xml = N'<root><r>' + replace(#Qualifications, char(44),'</r><r>') + '</r></root>';
select *
from MyTableName
Where MyTableName.Qualification in
(select r.value('.','varchar(max)') as item
from #Xml.nodes('//root/r') as records(r))
Alternatively you can create a table-valued function that splits according to input like in your case its ',' and then INNER JOIN with the returnColumnname and that particular column that you want to filter
SELECT COLUMNS, . . . .
FROM MyTableName mtn
INNER JOIN dbo.FNASplitToTable(#qualifications, ',') csvTable
ON csvTable.returnColumnName = mtn.somecolumn
Table Valued function might be like:
CREATE FUNCTION dbo.FNASplitToTable (#string varchar(MAX), #splitType CHAR(1))
RETURNS #result TABLE(Value VARCHAR(100))
AS
BEGIN
DECLARE #x XML
SELECT #x = CAST('<A>' + REPLACE(#string, #splitType, '</A><A>') + '</A>' AS XML)
INSERT INTO #result
SELECT LTRIM(t.value('.', 'VARCHAR(100)')) AS inVal
FROM #x.nodes('/A') AS x(t)
RETURN
END
GO
I'm trying to merge a very wide table from a source (linked Oracle server) to a target table (SQL Server 2012) w/o listing all the columns. Both tables are identical except for the records in them.
This is what I have been using:
TRUNCATE TABLE TargetTable
INSERT INTO TargetTable
SELECT *
FROM SourceTable
When/if I get this working I would like to make it a procedure so that I can pass into it the source, target and match key(s) needed to make the update. For now I would just love to get it to work at all.
USE ThisDatabase
GO
DECLARE
#Columns VARCHAR(4000) = (
SELECT COLUMN_NAME + ','
FROM INFORMATION_SCHEMA.COLUMNS
WHERE TABLE_NAME = 'TargetTable'
FOR XML PATH('')
)
MERGE TargetTable AS T
USING (SELECT * FROM SourceTable) AS S
ON (T.ID = S.ID AND T.ROWVERSION = S.ROWVERSION)
WHEN MATCHED THEN
UPDATE SET #Columns = S.#Columns
WHEN NOT MATCHED THEN
INSERT (#Columns)
VALUES (S.#Columns)
Please excuse my noob-ness. I feel like I'm only half way there, but I don't understand some parts of SQL well enough to put it all together. Many thanks.
As previously mentioned in the answers, if you don't want to specify the columns , then you have to write a dynamic query.
Something like this in your case should help:
DECLARE
#Columns VARCHAR(4000) = (
SELECT COLUMN_NAME + ','
FROM INFORMATION_SCHEMA.COLUMNS
WHERE TABLE_NAME = 'TargetTable'
FOR XML PATH('')
)
DECLARE #MergeQuery NVARCHAR(MAX)
DECLARE #UpdateQuery VARCHAR(MAX)
DECLARE #InsertQuery VARCHAR(MAX)
DECLARE #InsertQueryValues VARCHAR(MAX)
DECLARE #Col VARCHAR(200)
SET #UpdateQuery='Update Set '
SET #InsertQuery='Insert ('
SET #InsertQueryValues=' Values('
WHILE LEN(#Columns) > 0
BEGIN
SET #Col=left(#Columns, charindex(',', #Columns+',')-1);
IF #Col<> 'ID' AND #Col <> 'ROWVERSION'
BEGIN
SET #UpdateQuery= #UpdateQuery+ 'TargetTable.'+ #Col + ' = SourceTable.'+ #Col+ ','
SET #InsertQuery= #InsertQuery+#Col + ','
SET #InsertQueryValues=#InsertQueryValues+'SourceTable.'+ #Col+ ','
END
SET #Columns = stuff(#Columns, 1, charindex(',', #Columns+','), '')
END
SET #UpdateQuery=LEFT(#UpdateQuery, LEN(#UpdateQuery) - 1)
SET #InsertQuery=LEFT(#InsertQuery, LEN(#InsertQuery) - 1)
SET #InsertQueryValues=LEFT(#InsertQueryValues, LEN(#InsertQueryValues) - 1)
SET #InsertQuery=#InsertQuery+ ')'+ #InsertQueryValues +')'
SET #MergeQuery=
N'MERGE TargetTable
USING SourceTable
ON TargetTable.ID = SourceTable.ID AND TargetTable.ROWVERSION = SourceTable.ROWVERSION ' +
'WHEN MATCHED THEN ' + #UpdateQuery +
' WHEN NOT MATCHED THEN '+#InsertQuery +';'
Execute sp_executesql #MergeQuery
If you want more information about Merge, you could read the this excellent article
Don't feel bad. It takes time. Merge has interesting syntax. I've actually never used it. I read Microsoft's documentation on it, which is very helpful and even has examples. I think I covered everything. I think there may be a slight amount of tweaking you might have to do, but I think it should work.
Here's the documentation for MERGE:
https://msdn.microsoft.com/en-us/library/bb510625.aspx
As for your code, I commented pretty much everything to explain it and show you how to do it.
This part is to help write your merge statement
USE ThisDatabase --This says what datbase context to use.
--Pretty much what database your querying.
--Like this: database.schema.objectName
GO
DECLARE
#SetColumns VARCHAR(4000) = (
SELECT CONCAT(QUOTENAME(COLUMN_NAME),' = S.',QUOTENAME(COLUMN_NAME),',',CHAR(10)) --Concat just says concatenate these values. It's adds the strings together.
--QUOTENAME adds brackets around the column names
--CHAR(10) is a line break for formatting purposes(totally optional)
FROM INFORMATION_SCHEMA.COLUMNS
--WHERE TABLE_NAME = 'TargetTable'
FOR XML PATH('')
) --This uses some fancy XML trick to get your Columns concatenated into one row.
--What really is in your table is a column of your column names in different rows.
--BTW If the columns names in both tables are identical, then this will work.
DECLARE #Columns VARCHAR(4000) = (
SELECT QUOTENAME(COLUMN_NAME) + ','
FROM INFORMATION_SCHEMA.COLUMNS
--WHERE TABLE_NAME = 'TargetTable'
FOR XML PATH('')
)
SET #Columns = SUBSTRING(#Columns,0,LEN(#Columns)) -- this gets rid off the comma at the end of your list
SET #SetColumns = SUBSTRING(#SetColumns,0,LEN(#SetColumns)) --same thing here
SELECT #SetColumns --Your going to want to copy and paste this into your WHEN MATCHED statement
SELECT #Columns --Your going to want to copy this into your WHEN NOT MATCHED statement
GO
Merge Statement
Especially look at my notes on ROWVERSION.
MERGE INTO TargetTable AS T
USING SourceTable AS S --Don't really need to write SELECT * FROM since you need the whole table anyway
ON (T.ID = S.ID AND T.[ROWVERSION] = S.[ROWVERSION]) --These are your matching parameters
--One note on this, if ROWVERSION is different versions of the same data you don't want to have RowVersion here
--Like lets say you have ID 1 ROWVERSION 2 in your source but only version 1 in your targetTable
--If you leave T.ID =S.ID AND T.ROWVERSION = S.ROWVERSION, then it will insert the new ROWVERSION
--So you'll have two versions of ID 1
WHEN MATCHED THEN --When TargetTable ID and ROWVERSION match in the matching parameters
--Update the values in the TargetTable
UPDATE SET /*Copy and Paste #SetColumnss here*/
--Should look like this(minus the "--"):
--Col1 = S.Col1,
--Col2 = S.Col2,
--Col3 = S.Col3,
--Etc...
WHEN NOT MATCHED THEN --This says okay there are no rows with the existing ID, now insert a new row
INSERT (col1,col2,col3) --Copy and paste #Columns in between the parentheses. Should look like I show it. Note: This is insert into target table so your listing the target table columns
VALUES (col1,col2,col3) --Same thing here. This is the list of source table columns