You can instantly get comprehensive profiling data without having to build your solution, run the profiler and perform a usage scenario. Just add a static method alongside the code that you're optimizing, and profile it!
You can download source code packages and Windows installers which are automatically created each time code is checked into the source code repository. These packages are available in the automated build section of our download area.
Without Trace 6 download
Collects a diagnostic trace from a running process or launches a child process and traces it (.NET 5 or later). To have the tool run a child process and trace it from its startup, append -- to the collect command.
A list of CLR runtime provider keywords to enable separated by + signs. This is a simple mapping that lets you specify event keywords via string aliases rather than their hex values. For example, dotnet-trace collect --providers Microsoft-Windows-DotNETRuntime:3:4 requests the same set of events as dotnet-trace collect --clrevents gc+gchandle --clreventlevel informational. The table below shows the list of available keywords:
Converting nettrace files to chromium or speedscope files is irreversible. speedscope and chromium files don't have all the information necessary to reconstruct nettrace files. However, the convert command preserves the original nettrace file, so don't delete this file if you plan to open it in the future.
Suppose you start a long-running app using the command dotnet run --configuration Release. In another window, you run the dotnet-trace ps command. The output you'll see is as follows. The command-line arguments, if available, are shown in dotnet-trace version 6.0.320703 and later.
Launching hello.exe via dotnet-trace will redirect its input/output and you won't be able to interact with it on the console by default. Use the --show-child-io switch to interact with its stdin/stdout.Exiting the tool via CTRL+C or SIGTERM will safely end both the tool and the child process.If the child process exits before the tool, the tool will exit as well and the trace should be safely viewable.
Diagnostic port is a runtime feature added in .NET 5 that allows you to start tracing from app startup. To do this using dotnet-trace, you can either use dotnet-trace collect -- as described in the examples above, or use the --diagnostic-port option.
However, when you want to gain a finer control over the lifetime of the app being traced (for example, monitor the app for the first 10 minutes only and continue executing) or if you need to interact with the app using the CLI, using --diagnostic-port option allows you to control both the target app being monitored and dotnet-trace.
Launching your app with dotnet run can be problematic because the dotnet CLI may spawn many child processes that are not your app and they can connect to dotnet-trace before your app, leaving your app to be suspended at run time. It is recommended you directly use a self-contained version of the app or use dotnet exec to launch the application.
On Linux, you can view the trace by changing the output format of dotnet-trace to speedscope. Change the output file format by using the -f--format option. You can choose between nettrace (the default option) and speedscope. The option -f speedscope will make dotnet-trace produce a speedscope file. Speedscope files can be opened at
The .NET Core runtime generates traces in the nettrace format. The traces are converted to speedscope (if specified) after the trace is completed. Since some conversions may result in loss of data, the original nettrace file is preserved next to the converted file.
The preceding command tells the runtime counters to report once every second for lightweight health monitoring. Replacing EventCounterIntervalSec=1 with a higher value (for example, 60) allows collection of a smaller trace with less granularity in the counter data.
You can launch dotnet-trace with an .rsp file that contains the arguments to pass. This can be useful when enabling providers that expect lengthy arguments or when using a shell environment that strips characters.
This article covers how to download required tech support files including: TSR, EXP, GUI Logs, & Trace Logs. TIP: This article also shows how to download System Logs and Console Logs in Gen 7 devices.
In this scenario, you troubleshoot a call that has not been recorded even though the CUCM-side configuration appears to be correct. The administrator receives an alarm message for each call that failed to record, so the TAC engineer has asked you to reproduce the issue and gather detailed CallManager traces, detailed CTI Manager traces, and Event Viewer logs from the CUCM side. These logs capture the call signaling events, the CTI messages that are exchanged with the server that records the calls, and the alarms from the call that failed to be recorded.
In CUCM, the RTMT application is used to gather traces for most types of issues. Every major and minor version of CUCM has an associated version of the RTMT application. If, on your PC, you do not see a Unified RTMT program group under Start > Programs > Cisco, or if the RTMT version does not match your CUCM cluster, you must install the RTMT tool for your CUCM version before you move forward.
If you use an earlier version of CUCM, you need to manually configure your trace settings to match the illustration. The Set Default button on earlier versions sets the Debug Trace Level to Error, and not the Detailed.
As with the CallManager trace settings, if you use an earlier version of CUCM you need to manually configure your trace settings to match the settings in the previous illustration. Click Set Default on earlier versions if you need to set the Debug Trace Level to Error.
In this scenario, you can place test calls to generate a failure. It helps the TAC Engineer to analyze the call if you provide information on the set of traces that have no information about the test calls. Also, you risk the collection of data for the wrong time frame and if that happens, you have to start over.
In this scenario, you need to collect CallManager traces, CTI Manager traces, and all Event Viewer logs. Unless TAC has given you other instructions, you need to collect those files from all servers for the complete time range that covers your test call or calls. This prevents the lost of traces from a server that you did not know was in the call flow.
The Collect Files window updates with the status of trace collection. While trace collection continues, you can see a Cancel button is available. When collection is complete, the Cancel button is grayed out.
When RTMT collects a set of files, it writes a TraceCollectionResult*.xml file to the download file directory for each server that it collects data from. You can see these files along with subdirectories for each CUCM server. The TraceCollectionResult*.xml files state which files were successfully downloaded from each server. The subdirectories contain the actual trace and log files.
Open each TraceCollectionResult file and observe whether the modified date for the listed file or files maps to the date and time range for your trace collection. If trace files could not be collected, for example, they are overwritten, then they are lost.
If you are familiar with earlier versions of CUCM, this version differs in that the Cisco CallManager traces are a single set of SDL* traces, not a set of SDL* traces and a set of ccm* traces. This is because, in CUCM 9.X and later, traces are interwoven into a single set of files which makes analysis easier. The same is true for the Cisco CTI Manager service. Instead of both the SDL* traces and cti* traces, all of the data is in the SDL* traces for that service.
When you downloaded the traces, you specified a new download file directory. This directory now contains all of the log and trace files, as well as the TraceCollectionResult*.xml files. TAC requires you to send all of the contents of the download file directory, not just one or two files.
The Cisco CallManager/CTI Manager traces related to the specific call can be analyzed by the Collaboration Solutions Analyzer tool (ladder diagram/annotations/filtered logs/diagnostic signatures). Check the documentation on how to use the tool:
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