![]() ![]() Lets see the Usage Analysis hyperlink under Stored Procedure Analysis.The report will display stored procedure which are good candidate for migration to In-Memory OLTP The report displays the table performance statistics over period of time the data collection happened. The report will show top 5 stored procedure by default, you can select the database and no of stored procedure are good candidate to be migrated to In-Memory OLTP. Select one of the stored procedure to see further usage details on usage.The report will also display the list of tables being referenced from this stored procedure. The Subject is introduced with SQL Server 2014,use of In-Memory can significantly improve the Database and Application performance.In-Memory OLTP is a memory-optimized database engine integrated into the SQL Server engine, optimized for OLTP. To use In-Memory OLTP, you define a heavily accessed table as memory optimized. Memory-optimized-tables are fully transactional, durable, and are accessed using Transact-SQL in the same way as disk-based tables. In this post we will see how to capture heavily accessed tables to be used as memory optimized using AMR Tool. The AMR tool is a utility that reads captured workflow statistics to identify which tables and stored procedures would have the best performance gain if migrated to use In-Memory OLTP tables. The AMR tool analyzes usage data that has been collected in the Management Data Warehouse. Therefore before you use this tool you will need to set up the Management Data Warehouse and turn on the “Transaction Performance Collection Sets” of data collectors. The transaction performance collector in SQL Server Management Studio helps you evaluate if In-Memory OLTP will improve your database application’s performance. The transaction performance analysis report also indicates how much work you must do to enable In-Memory OLTP in your application. After you identify a disk-based table to port to In-Memory OLTP, you can use the Memory Optimization Advisor, to help you migrate the table. Similarly, the Native Compilation Advisor will help you port a stored procedure to a natively compiled stored procedure. Generate transaction performance analysis reports to identify performance-critical tables and stored procedures. Right click Data Collection and select Tasks and then Configure Management Data Warehouse. The Configure Management Data Warehouse Wizard begins.Ĭlick Next to select the database that will act as the Management Data Warehouse.Ĭlick New to create a new database to hold the profile data. ![]() ![]() After you finish creating the database, click Next in the wizard. The next step in the wizard lets you add users and logins. ![]()
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