Visual studio memory profiler

Author: r | 2025-04-24

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With .NET Memory Profiler Visual Studio integration you can: Easily start profiling your Visual Studio projects Simply select the Start memory profiler command, and .NET Memory Profiler

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Visual Studio Memory Profiling and Breakpoints?

ANTS Profiler enables you to profile the code of applications written in any of the languages available for the .NET Framework, including Visual Basic .NET, C#, and Managed C++. This is useful, for example to optimize performance. ANTS Profiler identifies inefficient areas of your application by recording the time spent in each line of your code or method as you run your application. ANTS Profiler also enables you to improve memory usage by identifying the objects and classes that use the most memory, and objects that remain live the longest. You can use ANTS Profiler to profile .NET desktop applications, ASP.NET Web applications hosted in Internet Information Services (IIS) or the ASP.NET Development Server, .NET Windows services, and COM+ server applications. In addition, you can profile applications that host the .NET Runtime, for example Visual Studio .NET plug-ins. You can use ANTS Profiler with the following versions of the .NET Framework: 1.1 (32-bit applications only) 2.0 (32-bit or 64-bit applications) 3.0 (32-bit or 64-bit applications) To see an overview of how you use ANTS Profiler, and optionally try it out for yourself, see Profiling the Performance of an Application and Profiling the Memory Usage of an Application. © Red Gate Software Ltd 2007. All Rights Reserved. With .NET Memory Profiler Visual Studio integration you can: Easily start profiling your Visual Studio projects Simply select the Start memory profiler command, and .NET Memory Profiler In this article, we will focus on the specific Visual Studio profiling tools for memory and CPU usage. Visual Studio Performance Profiler: Memory and CPU Usage. Visual Studio (VS) is an integrated development NVIDIA’s profiling and tracing tools, including the NVIDIA Visual Profiler, NSight Eclipse and Visual Studio editions, cuda-memcheck, and the nvprof command line profiler are powerful tools that can give you deep insight into the performance and correctness of your GPU-accelerated applications. These tools gather data while your application is running, and use it to create profiles, application API traces, automatic optimization guidance, and in the case of cuda-memcheck, memory leak and race checking.To improve tracing performance and reduce overhead in the target application, these tools internally buffer the data they gather, and flush it to disk at various points, including stream synchronization, context synchronization, context destruction, and when the internal buffer is full. For technical reasons, it is not always possible to automatically flush the data on application exit. Therefore, you should clean up your application’s CUDA objects properly to make sure that the profiler is able to store all gathered data. This means not only freeing memory allocated on the GPU, but also resetting the device Context.If your application uses the CUDA Runtime API, call cudaDeviceReset() just before exiting, or when the application finishes making CUDA calls and using device data. If your application uses the CUDA Driver API, call cuProfilerStop() on each context to flush the profiling buffers before destroying the context with cuCtxDestroy().Without resetting the device, applications that don’t synchronize before they exit may produce incomplete profile traces. With this simple clean-up step, you can be sure you get an accurate profile. About the Authors

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User6889

ANTS Profiler enables you to profile the code of applications written in any of the languages available for the .NET Framework, including Visual Basic .NET, C#, and Managed C++. This is useful, for example to optimize performance. ANTS Profiler identifies inefficient areas of your application by recording the time spent in each line of your code or method as you run your application. ANTS Profiler also enables you to improve memory usage by identifying the objects and classes that use the most memory, and objects that remain live the longest. You can use ANTS Profiler to profile .NET desktop applications, ASP.NET Web applications hosted in Internet Information Services (IIS) or the ASP.NET Development Server, .NET Windows services, and COM+ server applications. In addition, you can profile applications that host the .NET Runtime, for example Visual Studio .NET plug-ins. You can use ANTS Profiler with the following versions of the .NET Framework: 1.1 (32-bit applications only) 2.0 (32-bit or 64-bit applications) 3.0 (32-bit or 64-bit applications) To see an overview of how you use ANTS Profiler, and optionally try it out for yourself, see Profiling the Performance of an Application and Profiling the Memory Usage of an Application. © Red Gate Software Ltd 2007. All Rights Reserved.

2025-03-26
User9765

NVIDIA’s profiling and tracing tools, including the NVIDIA Visual Profiler, NSight Eclipse and Visual Studio editions, cuda-memcheck, and the nvprof command line profiler are powerful tools that can give you deep insight into the performance and correctness of your GPU-accelerated applications. These tools gather data while your application is running, and use it to create profiles, application API traces, automatic optimization guidance, and in the case of cuda-memcheck, memory leak and race checking.To improve tracing performance and reduce overhead in the target application, these tools internally buffer the data they gather, and flush it to disk at various points, including stream synchronization, context synchronization, context destruction, and when the internal buffer is full. For technical reasons, it is not always possible to automatically flush the data on application exit. Therefore, you should clean up your application’s CUDA objects properly to make sure that the profiler is able to store all gathered data. This means not only freeing memory allocated on the GPU, but also resetting the device Context.If your application uses the CUDA Runtime API, call cudaDeviceReset() just before exiting, or when the application finishes making CUDA calls and using device data. If your application uses the CUDA Driver API, call cuProfilerStop() on each context to flush the profiling buffers before destroying the context with cuCtxDestroy().Without resetting the device, applications that don’t synchronize before they exit may produce incomplete profile traces. With this simple clean-up step, you can be sure you get an accurate profile. About the Authors

2025-03-26
User2936

LINQ Insight is a Visual Studio add-in that allows you to execute LINQ queries at design time directly from Visual Studio without starting a debug session and provides a powerful ORM profiler for Entity Framework, NHibernate, LINQ to SQL, and LinqConnect. It profiles the data access layer of your projects and tracks all the ORM calls and SQL queries from the ORM. LINQ Insight integrates into Visual Studio 2010 and Visual Studio 2012.* LINQ Query ExecutionUnlike different LINQ debug visualizers, LINQ Insight does not require the debug session. It allows you to execute LINQ queries at Design-time.LINQ Insight is fully integrated into Visual Studio. Just execute LINQ queries right from Visual Studio editor and view the result without leaving the IDE. You don't need to perform any specific actions with your context and queries. LINQ Insight detects the used context and connection string automatically.LINQ Insight displays the returned data in a powerful grid with advanced data grouping, sorting and filtering. It actually executes LINQ queries (no emulation) and retrieves data in object form, allowing you to browse data of related objects.LINQ Insight supports both usual LINQ queries and queries through extension methods and can work with anonymous queries, for example, with immediate ToList calls.* ORM ProfilerLINQ Insight offers true ORM profiler - it allows you to really profile application interaction with ORM runtime. With LINQ Profiler tool you can see how much time LINQ statement or SubmitChanges call takes to execute as a whole even if it generated multiple SQL statements. You profile exactly the code you write and study the real performance of your LINQ code.To start profiling a project you just need to open the LINQ profiler window, click the Start profiler session button on its toolbar. Then run the project and real-time data on ORM events.

2025-03-29
User8673

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2025-04-01
User4918

Devart LINQ Insight is a Visual Studio add-in that allows to execute LINQ queries at design-time directly from Visual Studio without starting a debug session, allowing you to test queries instantly after you write them. LINQ Insight also provides a powerful ORM Profiler tool for profiling the data access layer of your projects and tracking all the ORM calls and database queries from the ORM. LINQ Insight integrates into Visual Studio 2010, 2012 and 2013. Entity Framework 6 is now supported in the latest version of the product. Key features: * Design-time LINQ Query Execution. Unlike different LINQ debug visualizers, LINQ Insight does not require you to start debugging and step to the LINQ query execution for viewing returned data and generated SQL. LINQ Insight allows you to test LINQ queries at design-time. Just execute LINQ queries right from Visual Studio editor and view the result without leaving the IDE. Test your LINQ queries instantly after you write them. LINQ Insight detects the used context and connection string automatically. LINQ Insight displays the returned data in a powerful grid with advanced data grouping, sorting and filtering. LINQ Insight supports both usual LINQ queries and queries through extension methods and can work with anonymous queries, for example, with immediate ToList calls. * ORM Profiler. LINQ Insight offers true ORM profiler. It allows you to really profile application interaction with ORM runtime. With LINQ Profiler tool you can see how much time LINQ statement or SubmitChanges call takes to execute as a whole even if it generated multiple SQL statements. You profile exactly the code you write and study the real performance of your LINQ code. To start profiling a project you just need to open the LINQ profiler window, click the Start profiler session button on its toolbar. Then run the project and real-time data on ORM events. User Rating: 2.0 (4 votes) Currently 2.00/512345 OS: Win2000, Windows XP, Windows 7 x32, Windows 7 x64, Windows 8, Windows 10, WinServer, WinOther, Windows 2000, Windows 2003, Windows Server 2000, Windows Server 2003, Windows Server 2008, Windows Server 2008r2, Windows Server 2012, Windows Tablet PC Edition 2005, Windows Media Center Editi Requirements: 1.6 GHz or faster processor, Microsoft Visual Studio 2010 or 2012, 1024 MB of RAM or more

2025-04-09

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