Net memory profiler

Author: n | 2025-04-24

.NET Memory Profiler 5.6 (32-bit MSI) .NET Memory Profiler 5.6 (64-bit MSI) .NET Memory Profiler 5.5 (v) .NET Memory Profiler 5.5 Download .NET Memory Profiler to see how

In-depth .NET Memory Profiling - .NET Memory Profiler

Home / News / Discover Memory Leaks and Optimize .NET 8 Apps April 5, 2024ANTS Memory Profiler v11.3.0 now lets you identify and fix memory-related issues within your .NET 8 codebase. ANTS Memory Profiler by Redgate Software is a powerful tool designed for .NET developers to identify and diagnose memory-related issues within their applications. With its intuitive interface and advanced features, ANTS Memory Profiler enables developers to pinpoint memory leaks, excessive memory usage, and inefficient memory management in their .NET codebase. ANTS Memory Profiler supports both standalone applications and web applications, offering comprehensive memory analysis capabilities to enhance the stability and efficiency of .NET projects.ANTS Memory Profiler v11.3.0 adds official support for .NET 8 ensuring compatibility with Microsoft's latest release of the .NET Framework. This enables developers to profile and optimize applications built on .NET 8 benefiting from its new features and enhancements and maximizing the efficiency and performance of their applications.ANTS Memory Profiler is licensed per user, on an annual subscription basis. For the duration of your subscription you will receive free product upgrades and technical support. To continue to use the software you will need to renew your Annual Subscription License. See our ANTS Memory Profiler licensing page for full details.Learn more on our ANTS Memory Profiler product page.

.NET/Native Memory Profiling - .NET Profiler

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.

Memory Profiling SQL Server - .NET Memory Profiler

The instance graph gives you a visual overview of how a managed instance is being used, how it is related to other instances, and, maybe most importantly, how roots are preventing it from being garbage collected. Click on image to play demo. The graph can include all instances that are related to the selected instance. This includes instances and roots that can reach the selected instance, and instances that are reachable from the selected instance. By default, only root path instances and held instances are included in the graph, i.e. the instances and roots that are preventing the selected instance from being garbage collected and the instances that are uniquely reachable from the selected instance. To select which instances to include in the graph, use the Include menu ( ). Combined instances graph The graph under the Type/Filter details view shows the root paths of the selected instances, the instances with a specific shortest root path, or the instances that share a common allocation call stack. Click on image to play demo. Select roots to include/exclude in the instance graphs It is possible to select which roots to include in the instance graph. This is especially useful when investigating an "inspection-only" snapshot, i.e. when the profiler has not induced a garbage collection or performed other heap clean-up actions before the snapshot. The screencast below shows how roots can be excluded to simplify the instance graph of a suspected memory leak instance (this is based on an actual memory leak detected in a memory dump of .NET Memory Profiler). Click on image to play demo. If excluding roots causes all roots to be removed, then the instance graph will consist of only the selected instance. Click on image to play demo. Investigating root paths in a large graph If the instance graph is large, it can be hard to locate specific root paths. In this case the Align root path command is useful. This command is available from the popup window of each instance, root, and reference in the graph, as well as from the right click menu. When selected, it will find the shortest root path that passes through the instance, root, or reference, highlight the root path and group all instances. Root paths can also be selected using the navigation buttons that are provided on the sides of the graph. For more information watch the root path navigation demo. Large instance graph reduction An instance graph can easily become much larger than can be conveniently presented visually. To avoid presenting too large graphs, .NET Memory Profiler will reduce the graph by combining groups of instances and roots into single graph nodes. The profiler tries to select groups so that the overall structure of the graph is affected as little as possible. Combined instances can be expanded by using the Expand command that is available in the popup window and right-click menu of the combined instances and combined references. The expand options depend on how the instances and references have. .NET Memory Profiler 5.6 (32-bit MSI) .NET Memory Profiler 5.6 (64-bit MSI) .NET Memory Profiler 5.5 (v) .NET Memory Profiler 5.5 Download .NET Memory Profiler to see how 5.NET Memory Profiler. An in depth .NET Memory Profiling tool and lets you find memory leaks and automate memory testing. Know more about .NET Memory Profiler from .NET Memory Profiler’s

In-depth .NET Memory Profiling - .NET

Products All products Redgate Flyway Redgate Monitor Redgate Test Data Manager SQL Toolbelt Essentials SQL SQL Backup SQL Clone SQL Compare SQL Data Catalog SQL Data Compare SQL Data Generator SQL Dependency Tracker SQL Doc SQL Index Manager Redgate Monitor SQL Multi Script SQL Prompt SQL Provision SQL Scripts Manager SQL Search SQL Source Control SQL Test .NET .NET Developer Bundle .NET Reflector ANTS Performance Profiler ANTS Memory Profiler SmartAssembly All products .NET Developer Bundle .NET Reflector ANTS Memory Profiler ANTS Performance Profiler Data Compare for Oracle Data Masker Redgate Flyway Redgate Test Data Manager Schema Compare for Oracle SmartAssembly Source Control for Oracle SQL Backup SQL Clone SQL Compare SQL Data Catalog SQL Data Compare SQL Data Generator SQL Dependency Tracker SQL Doc SQL Index Manager Redgate Monitor SQL Multi Script SQL Prompt SQL Provision SQL Scripts Manager SQL Search SQL Source Control SQL Test SQL Toolbelt Essentials Solutions Overview By Need Standardize Protect Automate Monitor By Role Development Operations IT Management Enterprise leadership By Industry Tech U.S. Federal Australian Government Healthcare Managed Service Providers (MSP) Case studies Insights Our Company Overview Careers Contact us Redgate blog Newsroom Leadership Support Learning & community Learning & community | Redgate Hub Product articles University Events Forums Community Simple Talk Buy now See all products Request a quote Contact sales My account Shopping cart Products All products Redgate Flyway Redgate Monitor Redgate Test Data Manager SQL Toolbelt Essentials SQL SQL Backup SQL Clone SQL Compare SQL Data Catalog SQL Data Compare SQL Data Generator SQL Dependency Tracker SQL Doc SQL Index Manager Redgate Monitor SQL Multi Script SQL Prompt SQL Provision SQL Scripts Manager SQL Search SQL Source Control SQL Test .NET .NET Developer Bundle .NET Reflector ANTS Performance Profiler ANTS Memory Profiler SmartAssembly All products .NET Developer Bundle .NET Reflector ANTS Memory Profiler ANTS Performance Profiler Data Compare for Oracle Data Masker Redgate Flyway Redgate Test Data Manager Schema Compare for Oracle SmartAssembly Source Control for Oracle SQL Backup SQL Clone SQL Compare SQL Data Catalog SQL Data Compare SQL Data Generator SQL Dependency Tracker SQL Doc SQL Index Manager Redgate

.NET Memory Profiler By Redgate

By WMemoryProfiler Development TeamFree2.2Safe shield iconSafe DownloaderThe Safe Downloader downloads the app quickly and securely via FileHippo’s high-speed server, so that a trustworthy origin is ensured.In addition to virus scans, our editors manually check each download for you.Advantages of the Safe DownloaderMalware protection informs you if your download has installed additional unwanted software.Discover additional software: Test new software that are waiting to be discovered in the downloader.With us you have the choice to accept or skip additional software installs.Editors' Review · March 31, 2016WMemoryProfiler is a free profiler that can be used inside integration tests, in order to verify that components do not leak memory.WMemoryProfiler is a managed .NET Profiler that supports .NET 2.0 up to .NET 4.5. It is able to attach to running processes, even if they are not running .NET 4.0 where the profiling API supports it. This is possible as it doesn’t use the profiling API but Windbg to retrieve data from managed processes.Self Debugging.Instance Tracking.Retrieve object instances from all managed heaps.Retrieve memory stats from own process.Retrieve memory stats from other process.Going forwards from version 2, the tool ceases using Windbg for heap memory snapshots and instead uses ClrMD. This allows for taking consistent heap snapshots at safe time points. It also supports more sophisticated asserts based on object count or total memory per type or total heap size.WMemoryProfiler is a great tool for anyone who needs to check their memory usage before they enter the production server inside integration tests.WMemoryProfiler 0/1TechnicalTitleWMemoryProfiler 2.2 for WindowsRequirementsWindows 2003Windows XPWindows 2000Windows 7Windows VistaWindows 8Windows 10Windows 98LanguageEnglishAvailable languagesGermanEnglishSpanishFrenchItalianJapanesePolishChineseLicenseFreeLatest updateMarch 31, 2016AuthorWMemoryProfiler Development TeamSHA-1ea0d0540bca12a60cf999fec9c804c867bbb6473FilenameWMemoryProfiler_v2.2.zipProgram available in other languagesWMemoryProfiler herunterladenTélécharger WMemoryProfiler下载 WMemoryProfilerScaricare WMemoryProfilerPobierz WMemoryProfilerDescargar WMemoryProfilerWMemoryProfiler をダウンロードするChangelogWe don’t have any change log information yet for version 2.2 of WMemoryProfiler. Sometimes publishers take a little while to make this information available, so please check

Memory profiling of .NET code

Used efficiently.This generational approach means that recently-allocated objects will be disposed sooner than older objects, which are presumed to be being kept in memory for a reason. It also means that full garbage collections, which have the greatest impact on an application's performance, happen as infrequently as possible.Garbage collection during snaphotsANTS Memory Profiler triggers a garbage collection when you take a snapshot. This is because some of the memory counters that ANTS Memory Profiler obtains from Windows are only accurate immediately after a garbage collection. This means you generally won't see any objects on the Gen 0 heap during profiling. This behavior doesn't affect the profiling results, because an object which only exists on Gen 0, and which never survives to Gen 1, will never cause a .NET memory problem.If you do see objects on the Gen 0 heap, it's because the .NET garbage collector doesn't always behave in the way described in this simplified overview. For example, pinned objects, objects on the finalizer queue and objects created during the garbage collection might remain on the Gen 0 heap after a snapshot. Again, this is never a problem that would affect the profiling results.The large object heapLarge objects are stored on the large object heap. There is only one large object heap, and objects stored on it are only garbage collected during a full garbage collection.The large object heap is never compacted, because compacting the large object heap has a high performance overhead. This means that the heap can fragment over time, with lots of free space existing as fragments between objects, rather than as a single contiguous block. If a new object needs to be allocated on the heap, and it's bigger than an existing fragment of free space, the large object heap will grow, so the new object

In-depth .NET Memory Profiling - .NET Memory Profiler

What is Red Gate ANTS Memory Profiler? Red gate ANTS Memory Profiler has the ability to make development very easy and comfortable for the user and developer but it is also simple in order to present the memory leaks to the user application. For instance, the process of forgetting to unregister the event handler scan cause significant chunk of the memory which can be hauled but the process of spotting it is occurring and it can be quite severe. The user has the ability to attend in order to comprehend the memory issues without even having the appropriate tool and it can take many days or even weeks if the user is fortunate enough in order to understand that there is a problem existing. This is basically the time that the user would be better spend on the fixing of the issue and nothing else. Finding of the memory leaks as well as optimizing the memory utilization on the user program of .NET can be an easy task. The .NET developers and users are capable of utilizing the memory profile of the ANTS in order to: It has the capability to discover the memory leaks that are present within seconds. Boost the utilization of the memory of the user C# as well as the code of the VB.NET. It has the ability to profile the user code with the use of the compacted memory. It has the ability to produce better process of acting and less resource software which is intensive for the user and developer. Red Gate ANTS Memory Profiler Great Features: It has the following features and attributes that are stated as below such as: It has the ability to obtain a very clear and meaningful result. It has the capability to make it easier for the user and developer in order to interpret the information. Sending the user time as well as fixing the problems instead of having to struggle in order to understand them can be possible by the user. Getting results faster and easier without even having a footprint for the large complex applications flexibly. It has the capability to quickly visualize the relationship which is between the user object. It permits the user to use the instance retention graph in order to quickly see why the user leaking object is still being held in the memory itself. It permits the user to go straight. .NET Memory Profiler 5.6 (32-bit MSI) .NET Memory Profiler 5.6 (64-bit MSI) .NET Memory Profiler 5.5 (v) .NET Memory Profiler 5.5 Download .NET Memory Profiler to see how

.NET/Native Memory Profiling - .NET Profiler

Fast and versatile Micro-ORM.SmartSql - SmartSql = MyBatis + Cache(Memory | Redis) + ZooKeeper + R/W Splitting +Dynamic Repository ....SQLStreamStore - Stream Store library targeting SQL based implementations for .NET.ProfilingGlimpse - Lightweight, open-source, real-time diagnostics and insights profiler for .NET. Unstable versionMiniProfiler - A simple but effective mini-profiler for ASP.NET websites.Query BuildersSqlKata - Elegant Sql Query Builder, that supports complex queries, joins, sub queries, nested where conditions, vendor engine targets and moreQueue and Messagingemitter - Free open source real-time messaging service that connects all devices. This publish-subscribe messaging API is built for speed and security.EasyNetQ - An easy to use .NET API for RabbitMQ.EventStore - The open-source, functional database with Complex Event Processing in JavaScript.Foundatio - A common interface with in memory, redis and azure implementations.MediatR - Simple, unambitious mediator implementation in .NET.MediatR.Extensions.Microsoft.DependencyInjection - MediatR extensions for Microsoft.Extensions.DependencyInjection.Mediator.Net - A simple mediator for .Net for sending command, publishing event and request response with pipelines supported.MicroBus - Simple in process mediator for .NET.MQTTnet - MQTTnet is a high performance .NET library for MQTT based communication.netmq - 100% native C# implementation of ZeroMQ for .NET.NServiceBus - NServiceBus is part of the Particular Service Platform, which contains tools to build, monitor, and debug distributed systems.OpenCQRS - .NET Core library for DDD, CQRS and Event Sourcing with Azure Service Bus integration. Supported database providers for the Command and the Event stores are: DocumentDB, MongoDB, SQL Server, MySQL, PostgreSQL and SQLite.rabbitmq-dotnet-client - RabbitMQ .NET client - Modern .NET framework for communication over RabbitMq.Rebus - Simple and lean service bus implementation for .NET.Restbus - Messaging library for RabbitMq.Silverback - Framework to build event-driven applications (support for Kafka, RabbitMQ, MQTT).Tossit - Simple, easy to use library for distributed job/worker logic. Distributed messages handled by built in RabbitMQ implementation.ReportingFastReport - The open source report generator for .NET Core 2.x/.Net Framework 4.x. FastReport can be used in MVC, Web API applications.Scheduler and JobChroniton.NetCore - Lightweight robust library for running tasks(jobs) on schedules.Coravel - .Net Core meets Laravel: Scheduling, Queuing, etc.FluentScheduler - Automated job scheduler with fluent interface.Gofer.NET - Easy C# API for Distributed Background Tasks/Jobs for .NET Core. Inspired

Memory Profiling SQL Server - .NET Memory Profiler

The Memory Profiler is a tool you can use to identify areas in your Unity Project, and the Unity Editor, where you can reduce memory usage. You can use it to capture, inspect, and compare memory snapshots.When you install the Memory Profiler, you can access its data through the Memory Profiler window in the Unity Editor. It gives you an overview of native and managed memory allocations, and can help you detect memory leaks and fragmentation.You can use it to profile the memory of any Unity Project. The Memory Profiler is separate to the in-built Unity Profiler, and you can use both tools to profile your application. The Memory Profiler package is designed to give you more detailed information about the memory allocations in your application.Preview packageThis package is available as a preview, so it is not ready for production use. The features and documentation in this package might change before it is verified for release.Installing Memory ProfilerTo install this package, follow the instructions in the Package Manager documentation. Because it's a preview package, in the Package Manager window, you must enable Preview Packages. Select the Advanced drop-down at the top of the window, then enable Show preview packages.RequirementsThis version of the Memory Profiler is compatible with the following versions of the Unity Editor:2018.3 and later.When you install the Memory Profiler package it automatically installs the Editor Coroutines package as a dependency.Known limitationsThe Memory Profiler package has the following known limitations:Only Development Builds, and the Editor can use the Memory Profiler. This limitation means that you can’t profile release builds. The Unity Profiler has the same limitation. For more information on profiling applications, see the User Manual documentation on Profiling your application.The memory capture allocates memory, so in some cases the system might run out of memory and crash the. .NET Memory Profiler 5.6 (32-bit MSI) .NET Memory Profiler 5.6 (64-bit MSI) .NET Memory Profiler 5.5 (v) .NET Memory Profiler 5.5 Download .NET Memory Profiler to see how 5.NET Memory Profiler. An in depth .NET Memory Profiling tool and lets you find memory leaks and automate memory testing. Know more about .NET Memory Profiler from .NET Memory Profiler’s

In-depth .NET Memory Profiling - .NET

The static variable SqlPerformanceCounters.SingletonInstance.Because references hold objects in memory, you have to be careful to ensure that references to objects are removed when no longer needed. A common mistake, for example, is to leave an event handler (such as a timer) referencing an object. This will stop the garbage collector from disposing the object. The result is that an object which should have been in memory only briefly can end up leaked onto the Gen 2 heap. Importantly, in this scenario, all of the objects that the object references will also be on the Gen 2 heap. This has significant implications on how you use ANTS Memory Profiler: the objects referenced by the leaked object will often be more obvious than the leaked object itself, so you need to start by investigating those referenced objects (which are most commonly strings or byte arrays).The typical symptom of a memory leak is that the performance degrades while the program runs but the amount of memory used recovers on restart and then degrades again.See finding and fixing a memory leak.Further information on finding leaks in managed codeIdentify and prevent memory leaks in managed code (MSDN)Garbage Collection: Automatic Memory Management in the Microsoft .NET Framework (MSDN)Memory Management in .NETUnmanaged memory leaksManaged .NET code can interoperate with unmanaged code when COM objects or native-code DLLs are invoked. Unmanaged memory problems can occur when managed code is not calling the unmanaged module correctly, for example, if you've forgotten to call a cleanup method. They can also occur if there is a problem in the unmanaged module itself. One indication of an unmanaged memory leak is when the number of private bytes (the amount of real and paged memory requested by the program) increases more quickly than the number of bytes in the .NET heap.To find the