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.NET MONITOR TOOLS CODE
.NET MONITOR TOOLS WINDOWS

Can be extended to profile any method in your code. Can be used to view exceptions, logs, and much more.

.NET MONITOR TOOLS CODE

NET CLR profiler and uses the same technology that powers Stackify’s APM product for monitoring server apps. Requires no code or config changes to work! Automatically tracks the performance of 30+ common.

Stackify Prefix: Installs on a developer’s workstation outside of your app.

You can also change your code to report additional steps within your code to include in the pseudo profile traces. Database calls can be tracked by changing your code to wrap your SQL connections.

MiniProfiler: Installed into your app as a lightweight tracing tool.

Requires some code changes, for example, for tracking database queries you have to wrap your database connections in a special wrapper class. Utilizes an extension and packages framework to add support for various app dependencies and technologies. Open source project now led by Microsoft.

Glimpse: Installed into your app and requires many config changes and nuget packages.

Below is a real fast review and comparison. They are all very different in how they are implemented, how they work, and the types of information they can provide. NET developers that all work as ASP.NET Profilers. There are three primary tools available to. They are designed to not have a huge performance impact on your code so they can always be on. These tools are designed to help developers every single day. They help you understand total page load time, which database calls were executed, etc. Lightweight profilers are more geared towards tracking the high level performance of your app. Screenshot from Visual Studio profiler showing performance down to the code levelĢ. Lightweight. NET App CPU in Production With ANTS and Process Hacker We have also had to use them to chase down some weird memory leaks. Our goal is to add as little overhead as possible on the servers of our customers.

.NET MONITOR TOOLS WINDOWS

We proactively use the Visual Studio Profiler and ANTS to tune the performance of our Windows monitoring agent. This can be a huge lifesaver when you are having one of those bad days and need to urgently find the problem. You can then typically drill down to even which line of code in your app is using the most CPU. This enables them to show you the “hot path” within your code to see which methods are using the most CPU. NET MSIL bytecode at a low level to understand each operation your code performs. Proactive performance tuning: Optimizing CPU usage for some apps is a never ending job.Ī standard.CPU usage is out of control: If your server CPU is extremely high and you have no idea why, a profiler may be your last resort to figure out why.High memory usage: Profilers are extremely powerful when it comes to tracking down memory leaks and optimizing memory usage.These simply aren’t needed day to day for apps that a lot of developers create. I would venture to guess that the vast majority of developers have never or very rarely use these types of profilers. I’ve had my fair share of multi-day marathon profiling sessions trying to find obscure memory leaks. These tools are a lifesaver when you need them, but they are very resource intensive and slow you down when using them. It usually means you are chasing some bad CPU or memory usage problems. Most likely if you are using a profiler of some form, you are having a bad day. NET profiler, ANTS, dotTrace, SciTech and YourKit. These tools include CLR profiler products like Visual Studio’s.