Resolve memory and resource gaps.

The integrated .NET memory profiler enables the user to identify the root causes of memory and resource shortage problems. The memory profile creator is fast, with minimal overhead in relation to memory consumption and execution times. Allocation pile recording is quite fast.

Our tool surpasses the classic .NET memory profile creators with excellent resources:

• General view of the memory (managed heap, Win32 heap, modules, mapped files, stacks, etc.) for an overview.
  
• Tracking memory and resource issues in native code, including .NET execution times.
• Capture Win32 locations of any third-party code to investigate memory gaps in native code.
• GDI Resource Tracking: Use resource profile creation information for identity resource locations (bitmaps, fonts, pins, domain controllers, etc.). Correct any errors found with the help of resource allocation trigger batteries.
• Tracking file mapping events that can contribute several gigabytes of memory usage to a single process. As a result, your application will perform slowly. Here, a breeder with a classic profile will not give any clue as to why your application presents problems.

Analysis of work clearance files (memory). Analyze slow database queries and other problems.

The integrated application event tracker captures interesting topics from application and system events. For each tracked event, the profile creator provides data and time log information and thread stacks. For that purpose, the profile breeder can record triggers from managed and native events.

Of course, the tool can capture event activity in the context of data and error information, for example:

• Network activity tracking: Display WCF calls, database queries, Web access with source and destination endpoints.
• File I/O activity, including named channels: Visualize .NET Remoting/WCF calls. View executed reading/recording operations with real read/recorded data.
• Initialization-performance otimizer: analyzes the root causes of just-in-time (JIT) compilations, module reallocations.
• Simultaneity analyzer (threading events with trigger piles, use of locks) to identify or use threading.