#Azure data studio profiler how to#
#Azure data studio profiler download#

Download it into your local machine then open it using SSMS and follow this document to export the results into table to be able to filter the results as per your needs.After you finish from capturing events, open your storage account where you saved your “.xel” file.From SSMS, right-click on your session and select start session (if not running already).From session properties, select Data Storage to and enter your Azure Storage Account to save the file as “.xel” as shown in the below image and click OK.From SSMS, right-click on your session and select properties.

#Azure data studio profiler how to#

How to export the output session into an XEL-file (.xel) and store it into an Azure Storage Account: Please have a look at the following snapshots: Click on XML Data and save the new view tab as XML and please send it to me.In the Session buffer tab (in the right-side) right-click and select Refresh (XML data will be created).Right-click on the session buffer and select View Target Data.Open Extended Events and select the session that you have created in Azure Data Studio.Open SSMS and connect to your Azure Database.How to export the output session into an XML-file (.xml): Enter your specified query and click on Run, then click on the profiler tab and you will notice your query event is logged, please have a look at the below snapshot:.Right-click on your Azure SQL database and select New Query, please have a look at the below snapshot:.A profiler tab will appear with all the events that is currently running on the Azure SQL database, please have a look at the below snapshot:.From Start New Profiler Session dialog, enter session name and click on Start, please have a look at the below snapshot:.After establishing a connection, right-click on your Azure SQL database and select Launch profiler (Alt+P), please have a look at the below snapshot:.After that you will be back to the connection dialog, then select your database and click connect, please have a look at the below snapshot:.After entering your credentials and back to the firewall rule dialog, select add my client IP and then click OK, please have a look at the below snapshot:.In the create new firewall rule, click on reenter your credentials, please have a look at the below snapshot:.In the add new connection dialog, fill in your Azure SQL Server information and select the database, please have a look at the below snapshot:.Click on Connections (Left-side), then click on Add Connection, please have a look at the below snapshot:.Open ADS and click on Extensions from the left-side then search for SQL Profiler For Azure Data Studio and finally click on Install, please have look at the below snapshot:.How to use the SQL Server Profiler extension for Azure SQL DB: An Azure account with an active subscription.An SQL Server Management Studio (SSMS).How to export the output session into an XEL-file (.xel) and store it into an Azure Storage Account.How to export the output session into an XML-file (.xml).How to use the SQL Server Profiler extension for Azure SQL DB.In this article we will cover the below contents: This extension is currently in preview.' More information can be found here. The SQL Server Profiler for Azure Data Studio also assumes good default values for collecting T-SQL execution activities with an easy to use UX. The UX is optimized for browsing through events and viewing the associated Transact-SQL (T-SQL) text. SQL Server Profiler is very easy to use and has good default values for the most common tracing configurations. 'The SQL Server Profiler extension provides a simple SQL Server tracing solution similar to SQL Server Management Studio (SSMS) Profiler except built using Extended Events. The SQL Server Profiler using SQL Server Management Studio (SSMS) currently support Azure SQL Manage Instance and SQL Server platforms and does not support Azure SQL DB platform, so as a workaround we can use SQL Server Profiler extension for Azure Data Studio (ADS). Here's documentation to get you started using Extended Events in Azure SQL Database.This post has been republished via RSS it originally appeared at: Microsoft Tech Community - Latest Blogs. Statement: exec dbo.ProductTransactionHistoryByReference exactly what you'd expect if you were running trace, but it's from extended events. The resulting output of the rpc_completed event action for the statement is as follows: $Sniffcmd.CommandType = 'StoredProcedure' Extended events capture the rpc_completed event statement text in a very similar manner.Īs an example, I'm capturing rpc_completed events from a PowerShell script that is using the SQlClient.SqlCommand object to execute a stored procedure like this: $Sniffcmd = New-Object Everything now is focused on Extended Events. Microsoft stopped developing functionality for Trace back in 2008.