Profiling
Analyze application performance and memory usage.
Detect performance and memory bottlenecks in a variety of .NET and .NET Core applications.
See Also
Automatic Inspections (tip)
Detect common memory issues - automatically.
Conclusion - Profiling in Rider (part of tutorial)
What have we learned? Profiling, profiler modes, optimizing code, DPA, and more. Let's summarize!
Dynamic Program Analysis (DPA) (part of tutorial)
Rider automatically analyzes memory of your applications, all the time!
F# for Performance Critical Code (part of tutorial)
Matthew Crews
Introduction to Profiling in Rider (part of tutorial)
Let's run a first profiling session on a Sudoku solver sample application.
JetBrains .NET Days Online 2022 (tutorial)
Session recordings of JetBrains .NET Days Online 2022.
Object Retention (tip)
Inspect retention paths for an instance or a group of objects.
Optimize Performance with Rider (part of tutorial)
Let's try to optimize the Sudoku solver by profiling, and then optimizing code based on the performance snapshot.
Preview Source Code (tip)
Introduce variables the way you like!
Profile an HTTP request (tip)
What happens when an HTTP request is made?
Profiling Modes (part of tutorial)
What are the differences between Sampling, Tracing, Line-by-Line, and Timeline profiling?
Profiling in Rider (tutorial)
Explore performance and memory profiling options in Rider, and optimize an existing application.
Writing and Running Unit Tests with ReSharper (part of tutorial)
Run, debug and profile tests, do continuous testing, and inspect code coverage.