DotTrace

Features

dotTrace 5 Performance features

• Profile any .NET application - profile the performance of applications targeting .NET Framework 1.0 to 4.5, Silverlight 4, or .NET Compact Framework 3.5.
• Profile anywhere - profile applications on your local computer, or remotely with an automatic utility.
• Multiple profiling modes - choose sampling mode for fast profiling, tracing for high accuracy, and line-by-line profiling to analyse complex business logic.
• Survive server-scale snapshots - profile complex desktop and server applications. Process snapshots of up to several hundred GB in size.
• Detect bottlenecks quickly - take advantage of efficient navigation, easy filtering, smart search and handy source preview.
• Use multiple tabs - open a specific call or all calls of a suspect function in a separate tab to focus on its performance.
• Annotate snapshots - create textual annotations to selected functions to review them later on.
• Estimate performance gains - immediately estimate how removing a bottleneck would affect overall performance - without recalculating your snapshot.
• Performance profiling SDK - embed profiling tool into your application and control profiling scope.
• Clear data representation - choose between several views that streamline analysis of profiling data in snapshots.
• Speed and accuracy - enjoy the fastest and most accurate profiling in dotTrace history. Use the High Accuracy mode to account for the time spent inside the profiler.
• Integration with Visual Studio and ReSharper - profile applications right from within Visual Studio 2005, 2008, 2010 or 2012. Profile unit tests quickly when working with ReSharper.

dotTrace 3.5 Memory features

• Support for a variety of .NET applications - dotTrace 3.5 Memory helps you find memory leaks in applications based on .NET Framework 1.0 to 4.0, including desktop, web applications and Windows services.
• Two profiling modes - identify instant memory status, or monitor memory allocation dynamics over time.
• Convenient data representation - depending on the task at hand, use different snapshot views, such as Class List, Namespace Tree, or Outgoing References.
• Focus on important data - open parts of a memory snapshot in separate tabs, use filters, folding and other options to focus on what's important for you.
• Find objects by class - if you are looking to optimise a certain class, you can quickly find all objects of this class in a memory snapshot.
• Preview source code - while analysing a snapshot, you can instantly view the source code of any functions involved.