Any characters not found in this code page are lost. This is to check if “Subscript 2” matches either “2” or “? Code Page 1252 which is what the Latin1_General Collations use).
Well, in order to find out if it is one or the other or both or even neither, we will consult the primary authority on this topic: SQL Server. Which Collation Is It ( [Latin1_8bit] VARCHAR(10) COLLATE Latin1_General_100_BIN2, [Latin1_Unicode] NVARCHAR(10) COLLATE Latin1_General_100_BIN2, [Hebrew_8bit] VARCHAR(10) COLLATE Hebrew_100_BIN2, [Hebrew_Unicode] NVARCHAR(10) COLLATE Hebrew_100_BIN2, [Korean_8bit] VARCHAR(10) COLLATE Korean_100_BIN2, [Korean_Unicode] NVARCHAR(10) COLLATE Korean_100_BIN2 ); ) because it behaves differently in each of the three Collations that we are testing with.
Yes, that’s it: of those three sentences in the note / warning, The documentation states that it will be one or the other: “the code page that corresponds to the default collation of the database or column”.
To see what is happening, let’s simply Both queries return a regular number “2”.
But, even in the second query, the data in Code Page 949 (used by the Korean Collations).
This is because queries are parsed (for proper syntax, variable name resolution, etc.) before anything is done with the query.
It provides a number of handy services that can be accessed from TSQL.
In this article, I provide examples of stored procedures that use this interface to allow you to: I’ll provide a few details on the FSO along the way, but let’s start with examples of some of these procedures in action.
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However, we still need to see what happens when the character in the Code Page of the Database’s Collation, but not in the Code Page of the referenced column.