How to read extended events through the .net code
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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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
add a comment |
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
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
.net sql-server xpath extended-events
edited Nov 12 '18 at 16:12
TrebuchetMS
2,0601619
2,0601619
asked Nov 12 '18 at 11:57
ManjunathManjunath
32
32
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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.
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1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
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.
add a comment |
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.
add a comment |
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.
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.
answered Nov 12 '18 at 12:55
Dan GuzmanDan Guzman
22.9k31640
22.9k31640
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