Sql server management studio stored procedure
- Sql server management studio stored procedure full#
- Sql server management studio stored procedure code#
Create a procedure in each user database that logs to the central table.Create a table to log stored procedure activity.Create a database that you can use to store central logging data.I'll leave some of these more advanced ideas for a future tip just keep in mind that everything you log costs something, either in performance, storage, or both. You can also add performance metrics, such as duration, by defining a variable at the beginning of your procedures and logging the activity at the end (including the delta). For example, if you wanted to log the user name, host name, application name and even IP address of the caller, you could grab all of those values within the logging procedure simply by using and looking at the DMVs sys.dm_exec_sessions and sys.dm_exec_connections. You could of course add other things to this logging mechanism. If you have a very heavily-used system, you may want to rely on a backup of the Utility database that is restored elsewhere periodically, or at least use SNAPSHOT isolation when performing this kind of research. Note that the WHERE clause restricting LogDate to rows older than today is there to avoid interfering with current activity. OBJECT_DEFINITION(p.) LIKE '%utility.Log_ProcedureCall%'ĪND p.
Sql server management studio stored procedure full#
Once you have added the error logging throughout your stored procedures and have significant usage history (at least one full business cycle), you can then determine which stored procedures are not being used in the current database, by running the following query:
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With a central logging table, you can dictate how long you want to hold on to certain information. The problem with this DMV is that, like most DMVs, it does not persist its data across restarts of SQL Server (including cluster failover events) - so the information will not always be complete. Note: for the general usage logging case, you can, of course, use a new DMV introduced in SQL Server 2008, sys.dm_exec_procedure_stats. Let's say you have a procedure like this:ĮXEC utility.Log_ProcedureCall = fact, you could edit the "New Stored Procedure" template to automatically insert this line every time you create a new stored procedure using the template - that doesn't help inject in into existing procedures but will help ensure that new procedures do perform logging.
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It is easy to supplement the CATCH handler(s) in existing stored procedures to also log to your central table. + '.' + that you are in your user database, it is very easy to log events from your stored procedures. In my environments I put these procedures in a separate schema, both for logical separation, and so that they bubble to the bottom of the stored procedures list in Object Explorer:ĬREATE PROCEDURE INT = NVARCHAR(MAX) = NULL
![sql server management studio stored procedure sql server management studio stored procedure](https://s33162.pcdn.co/wp-content/uploads/2017/08/c-users-marko-appdata-local-microsoft-windows-ine-16.png)
You can create this procedure in model as well, so that it will automatically be created in new databases.
Sql server management studio stored procedure code#
Now, how can you populate this table? Well, in order to minimize the amount of code you'll need to call in each stored procedure in your user database(s), you'll want to create a stored procedure in each database (this will allow you to grab context to DB_ID() without having to use a local variable in each procedure). Depending on how you are going to query the data, you may want additional indexes on other columns (or a different indexing strategy altogether). I put the clustered index on LogDate to ensure that rows are always being added monotonically, and to allow me to purge older data over time with minimal interruption to current activity. LogDate SMALLDATETIME NOT NULL DEFAULT CURRENT_TIMESTAMP,ĬREATE CLUSTERED INDEX cx_LogDate ON dbo.ProcedureLog(LogDate)