WHERE productsubcategoryid = v_kategoriid Īs seen in the Scratch Editor of Oracle SQL Developer, applications written in a non-Oracle system provide us with a lot of conveniences when adapting to an Oracle database. WHERE codeFROM:HTTP://Result: CREATE OR replace FUNCTION Usp_kategoriurunadet(v_kategoriid IN NUMBER) Now, let's look at how the conversion from a stored procedure written in MS SQL to Oracle is done. We see that MS SQL-specific functions are properly translated into Oracle SQL. SELECT Substr(first_name, Instr(first_name, 'EM'), 25) SELECT Substring(first_name, Charindex('EM', first_name), 25) Let's look at how it works with a few examples.įirst, I will try to translate the SQL statements I have written in MS SQL, in which MS SQL-specific functions are used, into Oracle.
#What is pl sql developer code
The button to run the generated code in the selected Oracle DB. The button to start the conversion process. The part of the code that we will write to translate. The section from which we choose to transform.
To explain the numbered areas in the picture: In Scratch Editor, go to Tools > Migration > Scratch Editor.Īfter opening Scratch Editor, a screen like the one below is opened. Now let's look at how the Scratch Editor is accessed and make a few examples. This allows you to rapidly translate the application code you have written in the database into an Oracle SQL/PLSQL notation when you need to migrate from non-Oracle systems to an Oracle system. MS SQL, Teradata, Access, Sybase, DB2) systems into Oracle SQL or PL/SQL code. Scratch Editor translates SQL/procedural SQL code written in non-Oracle (i.e. There is more than one feature in this infrastructure, but I'm going to talk to Scratch Editor, which I find very useful. One of the strengths of Oracle SQL Developer (which is free) is to provide a powerful infrastructure for migration from non-Oracle databases to Oracle databases. This article is about the Scratch Editor module provided with migration support of Oracle SQL Developer.
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