How to read extended events through the .net code












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I had this requirement to log and read the extended events , I did achieve this through the Xpath queries and it worked as expected . Sometime has passed and now the .xel file has grown in size and the Xpath query takes long time to give back the results . I have heard there is .net code which will help to read the .xel file with more efficiency . Please help me the source code for the same .










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    0














    I had this requirement to log and read the extended events , I did achieve this through the Xpath queries and it worked as expected . Sometime has passed and now the .xel file has grown in size and the Xpath query takes long time to give back the results . I have heard there is .net code which will help to read the .xel file with more efficiency . Please help me the source code for the same .










    share|improve this question



























      0












      0








      0







      I had this requirement to log and read the extended events , I did achieve this through the Xpath queries and it worked as expected . Sometime has passed and now the .xel file has grown in size and the Xpath query takes long time to give back the results . I have heard there is .net code which will help to read the .xel file with more efficiency . Please help me the source code for the same .










      share|improve this question















      I had this requirement to log and read the extended events , I did achieve this through the Xpath queries and it worked as expected . Sometime has passed and now the .xel file has grown in size and the Xpath query takes long time to give back the results . I have heard there is .net code which will help to read the .xel file with more efficiency . Please help me the source code for the same .







      .net sql-server xpath extended-events






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      edited Nov 12 '18 at 16:12









      TrebuchetMS

      2,0601619




      2,0601619










      asked Nov 12 '18 at 11:57









      ManjunathManjunath

      32




      32
























          1 Answer
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          Extended Events data can be read programmatically using QuerableXEventData from any .NET application, including PowerShell.



          Below is a C# console example that extracts XE data from a trace that includes the rpc_completed event. The constructor overload here specifies the file pattern of the XE files to process. The project includes assembly references to Microsoft.SqlServer.XE.Core and Microsoft.SqlServer.XEvent.Linq (located in C:Program FilesMicrosoft SQL Server140Shared on my system).



          using System;
          using Microsoft.SqlServer.XEvent.Linq;

          namespace ExtendedEventsExample
          {
          class Program
          {
          static void Main(string args)
          {
          var xeFilePathPattern = @"C:TraceFilesrpc_completed*.xel";
          using (var events = new QueryableXEventData(xeFilePathPattern))
          {
          foreach (var xe in events)
          {
          if (xe.Name == "rpc_completed")
          {
          var xeName = xe.Name;
          var xeTimestamp = xe.Timestamp;
          var xeStatementField = (String)xe.Fields["statement"].Value.ToString();
          var xeDurationField = (UInt64)xe.Fields["duration"].Value;
          var xeClientAppNameAction = (String)xe.Actions["client_app_name"].Value;
          Console.WriteLine(
          $"Name: {xeName}" +
          $", Timestamp: {xeTimestamp}" +
          $", Statement: {xeStatementField}" +
          $", Duration: {xeDurationField}" +
          $", ClientAppName: {xeClientAppNameAction}"
          );
          }
          }
          }
          }
          }
          }


          I've found this method to be reasonably fast even with large trace files. You might consider using rollover files to limit trace file size. Example here.






          share|improve this answer





















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            active

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            0














            Extended Events data can be read programmatically using QuerableXEventData from any .NET application, including PowerShell.



            Below is a C# console example that extracts XE data from a trace that includes the rpc_completed event. The constructor overload here specifies the file pattern of the XE files to process. The project includes assembly references to Microsoft.SqlServer.XE.Core and Microsoft.SqlServer.XEvent.Linq (located in C:Program FilesMicrosoft SQL Server140Shared on my system).



            using System;
            using Microsoft.SqlServer.XEvent.Linq;

            namespace ExtendedEventsExample
            {
            class Program
            {
            static void Main(string args)
            {
            var xeFilePathPattern = @"C:TraceFilesrpc_completed*.xel";
            using (var events = new QueryableXEventData(xeFilePathPattern))
            {
            foreach (var xe in events)
            {
            if (xe.Name == "rpc_completed")
            {
            var xeName = xe.Name;
            var xeTimestamp = xe.Timestamp;
            var xeStatementField = (String)xe.Fields["statement"].Value.ToString();
            var xeDurationField = (UInt64)xe.Fields["duration"].Value;
            var xeClientAppNameAction = (String)xe.Actions["client_app_name"].Value;
            Console.WriteLine(
            $"Name: {xeName}" +
            $", Timestamp: {xeTimestamp}" +
            $", Statement: {xeStatementField}" +
            $", Duration: {xeDurationField}" +
            $", ClientAppName: {xeClientAppNameAction}"
            );
            }
            }
            }
            }
            }
            }


            I've found this method to be reasonably fast even with large trace files. You might consider using rollover files to limit trace file size. Example here.






            share|improve this answer


























              0














              Extended Events data can be read programmatically using QuerableXEventData from any .NET application, including PowerShell.



              Below is a C# console example that extracts XE data from a trace that includes the rpc_completed event. The constructor overload here specifies the file pattern of the XE files to process. The project includes assembly references to Microsoft.SqlServer.XE.Core and Microsoft.SqlServer.XEvent.Linq (located in C:Program FilesMicrosoft SQL Server140Shared on my system).



              using System;
              using Microsoft.SqlServer.XEvent.Linq;

              namespace ExtendedEventsExample
              {
              class Program
              {
              static void Main(string args)
              {
              var xeFilePathPattern = @"C:TraceFilesrpc_completed*.xel";
              using (var events = new QueryableXEventData(xeFilePathPattern))
              {
              foreach (var xe in events)
              {
              if (xe.Name == "rpc_completed")
              {
              var xeName = xe.Name;
              var xeTimestamp = xe.Timestamp;
              var xeStatementField = (String)xe.Fields["statement"].Value.ToString();
              var xeDurationField = (UInt64)xe.Fields["duration"].Value;
              var xeClientAppNameAction = (String)xe.Actions["client_app_name"].Value;
              Console.WriteLine(
              $"Name: {xeName}" +
              $", Timestamp: {xeTimestamp}" +
              $", Statement: {xeStatementField}" +
              $", Duration: {xeDurationField}" +
              $", ClientAppName: {xeClientAppNameAction}"
              );
              }
              }
              }
              }
              }
              }


              I've found this method to be reasonably fast even with large trace files. You might consider using rollover files to limit trace file size. Example here.






              share|improve this answer
























                0












                0








                0






                Extended Events data can be read programmatically using QuerableXEventData from any .NET application, including PowerShell.



                Below is a C# console example that extracts XE data from a trace that includes the rpc_completed event. The constructor overload here specifies the file pattern of the XE files to process. The project includes assembly references to Microsoft.SqlServer.XE.Core and Microsoft.SqlServer.XEvent.Linq (located in C:Program FilesMicrosoft SQL Server140Shared on my system).



                using System;
                using Microsoft.SqlServer.XEvent.Linq;

                namespace ExtendedEventsExample
                {
                class Program
                {
                static void Main(string args)
                {
                var xeFilePathPattern = @"C:TraceFilesrpc_completed*.xel";
                using (var events = new QueryableXEventData(xeFilePathPattern))
                {
                foreach (var xe in events)
                {
                if (xe.Name == "rpc_completed")
                {
                var xeName = xe.Name;
                var xeTimestamp = xe.Timestamp;
                var xeStatementField = (String)xe.Fields["statement"].Value.ToString();
                var xeDurationField = (UInt64)xe.Fields["duration"].Value;
                var xeClientAppNameAction = (String)xe.Actions["client_app_name"].Value;
                Console.WriteLine(
                $"Name: {xeName}" +
                $", Timestamp: {xeTimestamp}" +
                $", Statement: {xeStatementField}" +
                $", Duration: {xeDurationField}" +
                $", ClientAppName: {xeClientAppNameAction}"
                );
                }
                }
                }
                }
                }
                }


                I've found this method to be reasonably fast even with large trace files. You might consider using rollover files to limit trace file size. Example here.






                share|improve this answer












                Extended Events data can be read programmatically using QuerableXEventData from any .NET application, including PowerShell.



                Below is a C# console example that extracts XE data from a trace that includes the rpc_completed event. The constructor overload here specifies the file pattern of the XE files to process. The project includes assembly references to Microsoft.SqlServer.XE.Core and Microsoft.SqlServer.XEvent.Linq (located in C:Program FilesMicrosoft SQL Server140Shared on my system).



                using System;
                using Microsoft.SqlServer.XEvent.Linq;

                namespace ExtendedEventsExample
                {
                class Program
                {
                static void Main(string args)
                {
                var xeFilePathPattern = @"C:TraceFilesrpc_completed*.xel";
                using (var events = new QueryableXEventData(xeFilePathPattern))
                {
                foreach (var xe in events)
                {
                if (xe.Name == "rpc_completed")
                {
                var xeName = xe.Name;
                var xeTimestamp = xe.Timestamp;
                var xeStatementField = (String)xe.Fields["statement"].Value.ToString();
                var xeDurationField = (UInt64)xe.Fields["duration"].Value;
                var xeClientAppNameAction = (String)xe.Actions["client_app_name"].Value;
                Console.WriteLine(
                $"Name: {xeName}" +
                $", Timestamp: {xeTimestamp}" +
                $", Statement: {xeStatementField}" +
                $", Duration: {xeDurationField}" +
                $", ClientAppName: {xeClientAppNameAction}"
                );
                }
                }
                }
                }
                }
                }


                I've found this method to be reasonably fast even with large trace files. You might consider using rollover files to limit trace file size. Example here.







                share|improve this answer












                share|improve this answer



                share|improve this answer










                answered Nov 12 '18 at 12:55









                Dan GuzmanDan Guzman

                22.9k31640




                22.9k31640






























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