#Windows performance toolkit how to

Capturing & recording a trace is different for each type of tracing tool and is covered in How to capture a trace or logs. The tooling supports parsing & analyzing the above tracing. Perfetto Android & Chromium (CPU Scheduling, CPU Sampling, CPU Frequency, FTrace, Android Logs, Generic Events / Default Tracks, GPU Counters).LTTng (Linux Kernel CPU scheduling, Processes, Threads, Block IO/Disk, Syscalls, File events, etc).For Android and Chromium browsers such as Chrome & Edge Chromium, we support Perfetto. Tracingįor Linux, we support LTTng, perf, and Perfetto. NET Core supports! We have worked with the OSS community to build on top of the existing best-in-class open-source tracing for any given OS. This means the toolset is cross-platform and traces can be opened and analyzed on any OS that. NET Core and the new microsoft-performance-toolkit-sdk. If the analysis scenario also involves Windows, then traces can optionally be co-analyzed on the same timeline with Windows performance traces.

This type of tracing & tooling gives amazing depth & insight into what the OS and app code is doing and can be used in a variety of diagnostic & performance scenarios. Microsoft-Performance-Tools for Linux-Android is a set of trace processing tooling that delivers many of the great features, power, methodology and ecosystem, that has been used to drive Windows performance for the past 15+ years with an evolving and refreshed toolset. Recently, we just released version 1.2 adding Perfetto support, which we will cover in a separate blog post! We wanted to announce and introduce you to a new set of powerful open-source tools for analyzing system performance – Microsoft-Performance-Tools for Linux-Android.

Windows performance toolkit