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• Common Language Runtime (CLR) in .NETJul 02, 2025. The Common Language Runtime (CLR) is the core of .NET, managing code execution, memory, security, and cross-platform compatibility. It compiles IL to native code, enabling safe, efficient app performance.
• Understanding Garbage Collection and Cyclic References in C#May 20, 2025. This article explores .NET memory management, focusing on how the garbage collector handles cyclic references, and how weak references and the `IDisposable` pattern help prevent memory leaks in C# applications.
• Memory Management in .NETMar 31, 2025. Memory management in .NET is handled by the Garbage Collector (GC), which automatically allocates and frees memory to optimize performance.
• Understanding Garbage CollectionJan 31, 2025. Garbage Collection in C# automatically manages memory by clearing expired objects. It uses generations (Gen 0, 1, 2) for optimization. Dispose and Finalize handle resource cleanup, preventing memory leaks and enhancing performance.
• Understanding the Working of Garbage Collector in .NET 9Sep 30, 2024. The .NET 9 Garbage Collector enhances memory management through dynamic tuning, improved generation collections, and a refined compaction algorithm, ensuring efficient, automated memory handling while optimizing application performance.
• Exploring the Performance Boosts in .NET 9Sep 20, 2024. .NET 9 introduces key performance improvements, including Native AOT for faster startup times and reduced memory usage, optimized garbage collection, enhanced threading for multicore systems, and HTTP/3 support for improved network performance.
• Learn Garbage Collection in PythonJun 17, 2024. Discover how garbage collection in Python manages memory automatically, preventing memory leaks and optimizing performance. Learn about reference counting, the role of the garbage collector, handling circular references, and best practices for efficient memory management in Python applications.
• Garbage Collection (3), C# using statement --- Language support for DisposeJun 17, 2024. This article will discuss the C# using a statement. Garbage collection (GC) in computer science reclaims unused memory automatically. Invented by John McCarthy in 1959, GC simplifies memory management. This series explores GC in .NET, focusing on managed, unmanaged code and the `using` statement for resource management.
• Optimizing Memory Management in C#Jun 04, 2024. In this article, we will learn Memory management and optimization are crucial aspects of C# development, especially for applications that demand high performance and efficient resource utilization.
• Understanding Garbage Collection in .NET CoreMay 05, 2024. Garbage collection (GC) is a fundamental aspect of memory management in modern programming languages like C#. In the context of .NET Core, the GC system plays a crucial role in automatically reclaiming memory that is no longer in use, thereby preventing memory leaks and ensuring efficient memory utilization.
• Learn Memory Management in JavaScriptApr 08, 2024. JavaScript employs automatic memory management through garbage collection, eliminating manual memory allocation and deallocation. Here's how it works and considerations for efficient coding.
• What is Use of ‘Using’ Statement in .NET?Mar 15, 2024. In this article, we will cover What is the use of the ‘Using’ statement in .NET. The 'using' statement in .NET ensures efficient resource management, prevents memory leaks, and promotes cleaner, more reliable code.
• .NET 8 Memory Management: Refreshing Dynamic Memory LimitsFeb 06, 2024. In the ever-evolving landscape of software development, optimizing resource utilization is crucial, especially in dynamic cloud environments.
• How to Refresh Memory Limit in .NET 8Feb 05, 2024. In .NET 8, adjust memory limits dynamically with GC.RefreshMemoryLimit(). Ideal for cloud environments, this feature allows efficient scaling of memory usage.
• Implementing a Simple Garbage Collector in C#Nov 27, 2023. We are initiating a series of articles on garbage collection with a progressive approach. Our goal is to spotlight the theoretical concepts and the practical implementation, providing clear illustrations of the associated challenges.
• .NET Core: Detail of Lifetime ManagementNov 21, 2023. In .NET Core, lifetime management refers to how objects are created, used, and eventually disposed of within an application. It ensures efficient resource utilization and prevents memory leaks.
• Advanced Garbage Collection PotentialOct 25, 2023. Learn commands of the Garbage Collector to work efficiently. I encountered a significant obstacle during a recent image and pdf processing project using Windows Forms Applications. Despite having a system equipped with x64 architecture and an abundance of RAM, the application consistently failed, unable to handle the processing load.
• Garbage Collection in C#Sep 08, 2023. In C#, garbage collection is a memory management process where the runtime environment automatically identifies and reclaims memory that is no longer in use by the program. It helps prevent memory leaks and ensures efficient memory utilization by tracking and deallocating objects that are no longer reachable or referenced by the program. The .NET runtime provides an automatic garbage collector that runs in the background, making it easier for developers to work with memory without having to explicitly free memory resources like in languages with manual memory management, such as C and C++. This automated process helps improve code safety and reduces the risk of memory-related errors.
• Optimizing Your Azure ExpressRoute Connection with Traffic CollectorsMay 01, 2023. ExpressRoute is a service provided by Microsoft Azure that enables customers to establish private, dedicated connections between their on-premises infrastructure and Azure datacenters. To monitor and analyze the traffic flowing over an ExpressRoute connection, customers can use traffic collectors.
• Difference Between "RUNTIME" Class And "CLASS" ClassJan 30, 2023. The Runtime class encapsulates the runtime environment. In a running java application, the instances of this class encapsulates the run time state of an object.
• C# IDisposable And Garbage CollectorAug 25, 2022. This article explains when to use IDisposable and how we can utilize memory
• Garbage Collection (2), Manage UnManaged CodeFeb 18, 2021. Discuss the garbage collection with unmanaged code: How to manage the unmanaged code in .NET, Dispose pattern
• Garbage Collection (1), Manage Managed CodeFeb 15, 2021. Discuss the garbage collection with managed code: what is the process of the memory management of .NET in this article, while in (2) I will discuss How to manage the unmanaged code in .NET
• Using Span<T> To Improve Performance Of C# CodeJul 13, 2020. To enhance application performance, reducing IO calls and utilizing stack allocation is crucial. Leveraging value types and the Span&lt;T&gt; structure in C# allows efficient memory management and improved speed.
• Garbage Collection - Dispose Vs Finalize And IDisposable PatternOct 29, 2019. Explore Finalize, Destructor, IDisposable pattern in C# for managing unmanaged resources. Learn about memory management, Garbage Collector behavior, and IDisposable interface. Implement IDisposable for efficient memory cleanup and use Using block for automatic disposal, optimizing performance.
• Understanding Garbage Collection In .NETJul 24, 2019. In this article, we will learn how Garbage Collection works, with an example demonstrating different variable types and their scopes.
• Garbage Collection In JavaMay 12, 2019. In this article, you will learn about garbage collection in Java.
• What's New In JDK 12 ReleaseApr 05, 2019. This article mainly focuses on the new features of JDK 12, including some Java language-level features.
• Garbage Collection In .NETOct 15, 2018. In .NET framework, each and every type identifies some resources which are available for the program’s use. To use these resources, memory needs to be allocation which represents the type.
• Garbage Collector And Destructor In C#Jan 19, 2018. Garbage collector looks for an instance/object which is not required anymore and treats these objects/instances as ready to destroy. Then, it makes a call to the destructor to release the memory and deallocate the resources.
• Deep Dive Into C# - Garbage Collection And Disposal - Part TwoDec 27, 2016. An in-depth discussion covering dispose pattern, finalizers, and handling unmanaged resources in C#.
• Deep Dive Into C# - Garbage Collection And Disposal - Part OneDec 27, 2016. A primer on garbage collection and disposal theories in .net.
• Collector, Translator And Formatter PatternFeb 03, 2016. In this article, I will be introducing you the Collector, Translator and Formatter pattern.
• Preparing .NET Interview - Part 1 (Framework)Jan 11, 2016. Preparing for a .NET interview (Part 1 - Framework) involves understanding key concepts like CLR, BCL, assemblies, and memory management. Familiarize with C#, garbage collection, reflection, and .NET Core. Know about NuGet, DI, and .NET standards for comprehensive readiness.
• Why We Should Prefer To Use Dispose Method Than Finalize MethodNov 01, 2015. This article explores the benefits of Dispose for efficient resource cleanup, improved performance, and reliable memory management in C#. Discover best practices for handling managed and unmanaged resources effectively.
• Garbage Collection In .NET 4.5Sep 08, 2015. In this article you will learn the new features in .NET 4.5.
• Garbage Collection In DepthJan 05, 2015. This article looks at Garbage Collection in depth.
• Monitoring the Activities of Garbage Collection in .NET Using CLR ProfilerJan 05, 2015. In this article we learn about garbage collection and it&#39;s generations as well as how we can monitor it using the CLR Profiler.
• Steps To Override Finalize In C#Nov 20, 2014. C# does not allow overriding the Finalize method. Let&#39;s see how to do that.In C#, the Finalize method is used for cleaning up unmanaged resources before an object is destroyed by the garbage collector. It is a method provided by the base class Object. You can override the Finalize method in your own class to provide custom cleanup logic for unmanaged resources when an object is garbage collected.
• .NET Memory ManagementOct 29, 2014. In this article, I am giving you a broad idea of how the garbage collector works in Microsoft&#39;s implementation of the .NET Framework.
• Cleaning the Resources: Finalize vs DisposeJul 09, 2014. This article explores the concepts of Destructor and Dispose in C#. It illustrates the object&#39;s lifecycle, highlighting how constructors allocate memory and destructors clean up. The role of the Garbage Collector is discussed, emphasizing the importance of implementing IDisposable for managing unmanaged resources efficiently.
• Performance Analysis For String and StringBuilderFeb 24, 2014. This article will give you an overview of when and how to use the String and StringBuilder classes with proper statistical data using the CLR Profiler.
• Learn about Garbage Collector in .NETJan 26, 2014. This article discusses the .NET Garbage Collector and its role in memory management, distinguishing between managed and unmanaged resources. It highlights the limitations of using Objects. Finalize for cleanup and advocate for the Dispose method to release unmanaged resources efficiently.
• Garbage Collection in JavaNov 13, 2013. Java has very strong memory management. In Java, when an object is not of some use, or we can say that we do not need that object in the future, then it destroys that specific object. The amount of memory is now free for any other use that was occupied previously. This entire process is done by the Garbage Collector in Java
• Demystify garbage collection: Part 6: Understand concept of generationAug 25, 2013. In today’s article we will understand the concept of generation more closely.
• Demystify Garbage Collection in C#: Part 5Aug 24, 2013. In this article we will see how the Garbage Collection algorithm works. We will next see how to implement a weak reference to optimize performance.
• Demystify Garbage Collection in C#: Part 4Aug 18, 2013. Here you will learn one very important concept of garbage collection called “Finalize dispose pattern”.
• Demystify Garbage Collection in C#: Part 3Aug 17, 2013. Today we will clarify one fundamental idea of Garbage Collection. The idea is that a destructor is nothing but a finally block in C# and the finally block is always used to clean up resources.
• Demystify Garbage Collection in C#: Part 2Aug 14, 2013. In previous article we were talking about concept of Generation. When a fresh object get create it creates in generation 0 (Unless it is very large object, in .NET more than 85,000 bytes objects are consider as large object).
• Demystify Garbage Collection in C#: Part 1Aug 12, 2013. In this series of article we will try to learn few general concept of garbage collection in C#.NET. And in upcoming article we will dig in dipper and try to learn few behind the screen concept.
• CLR Internals - Process and Application DomainMay 28, 2013. In this article, you‘ll drill deeper into the details of how an assembly is hosted by the CLR and come to understand the relationship between application domain (appdomain) and processes.
• Garbage Collector In Java 7 New ConceptApr 20, 2013. In this article we discuss the Garbage Collector in Java 7.
• Understanding Destructors in VB.NETNov 10, 2012. This article is about understanding the working concept of destructor in VB.NET.inShare. 642811
• Destructors in VB.NETNov 10, 2012. This article is about understanding the working concept of destructor in VB.NET.
• Garbage Collection in JavaMar 31, 2012. In this article we are going to describe the most popular concept of java that Garbage collection. In this article we describe that what is garbage collection and why use garbage collection benefit of garbage collection etc
• Microcontroller Based Robotic Garbage CollectorDec 06, 2011. In this article a light has been thrown on how can we make a garbage collector by using C# algorithm and to apply it in different hardware components.
• Back To Basics - Dispose Vs FinalizeNov 16, 2011. We have been using the Dispose method for disposing objects in .NET. For the same purpose, we may also use the Finalize method. In this article I will try to explain what the Dispose and the Finalize methods are and where to use the Finalize and where to use the Dispose.
• How Does Your "Code Smell"Oct 21, 2011. &quot;Code smell&quot; refers to indicators in code that suggest potential problems. Common examples include poor exception handling, magic numbers, and inefficient string operations. Other issues involve neglecting compiler warnings, unnecessary object initialization, and lack of comments.
• .Net Architecture And .Net Framework BasicsApr 26, 2011. .NET architecture encompasses the Common Language Runtime (CLR) and Common Type System (CTS), executing Intermediate Language (IL) through Just-In-Time (JIT) compilation.
• Garbage Collector in .NETDec 27, 2010. Garbage Collector is common term for developers working with high level languages such as Java, .NET, Ruby etc.
• Garbage Collection: Memory Management in .NetJun 15, 2010. In this article we will look at the mechanics of the Garbage Collection and the Memory Management.
• Garbage Collection in C# Dec 20, 2009. In this article I will explain you about Garbage Collection in C#.
• .NET Best Practice No: 2:- Improve garbage collector performance using finalize/dispose patternAug 23, 2009. In this article we will first understand the concept of generations and then we will see the finalize dispose pattern. I am sure this article will change your thought process regarding destructor, dispose and finalize.
• Garbage Collection in .Net frameworkAug 06, 2009. Garbage Collection (GC) is an important tasks of .NET framework. In this article, I&#39;ll explain Garbage collection basics and how it works including C# garbage collection code example.
• Working of Garbage Collector - Part IISep 24, 2008. this article explains you how garbage collector is well tuned for its maximum performance
• Working of Garbage Collector: Part ISep 01, 2008. This article gives you a brief introduction about the c# garbage collector algorithm.
• Chapter 1: C# PreviewJan 22, 2008. This chapter explains you the brief description about the difference between c# and c++ and also gives you an overview of what's new in c# 3.0.
• Points to remember about .NetSep 11, 2007. This article will give you some tips about .Net. This could be helpful for you especially when you prepare for interviews.
• The C# Value Type and BoxingFeb 17, 2006. Even though with the .NET framework we don't have to actively worry about memory management and garbage collection (GC), we still have to keep memory management and GC in mind in order to optimize the performance of our applications. One of the things we need to be aware of is how the Common Language Runtime (CLR) deals with references to value types.
• C# Heap(ing) Vs Stack(ing) In .NET - Part TwoJan 15, 2006. Having a basic understanding of how memory management works will help explain the behavior of the variables we work with in every program we write. In this article I&#39;ll cover some of the behaviors we need to be aware of when passing parameters to methods.
• C# Heap(ing) Vs Stack(ing) In .NET - Part OneJan 14, 2006. Even though with the .NET framework we don&#39;t have to actively worry about memory management and garbage collection (GC), we still have to keep memory management and GC in mind in order to optimize the performance of our applications.
• Garbage Collector AlgorithmDec 22, 2005. This article explains how garbage collector algorithm works in order to clean managed heap.
• Writing unsafe code - pointers in C#Oct 13, 2004. In this article I will give a short description of one of the feature of C# which are pointers and so-called unsafe code. This subject is particularly close for C++ programmers. Moreover, it is a feature that we do not find in Java.
• Remoting Calls RecommendationSep 19, 2002. The goal of this article is not to describe remoting technology in details. It is more focused at the practical design and implementation mistakes development process concerning garbage collection and performance.
• Understanding Garbage Collection in the .NET FrameworkAug 09, 2002. In this article we will explore the Garbage Collection feature in the .Net framework and the activities required in applications to manage resources complementing the Garbage Collector.
• Understanding Destructors in C#Jun 18, 2002. This article is about understanding the working concept of destructor in C#. As you read this article you will understand how different is C# destructor are when compared to C++ destructors.
• .NET Performance Counters, Part 1: Predefined CLR Performance CountersMay 13, 2002. In this article, I will describe what a performance counter is and introduce you to the predefined counters that you can use to monitor the state of the CLR while your applications run.
• How Can You Migrate your Existing Applications?Dec 20, 2001. When a new technology emerges, companies and developers begin to wait anxiously for answers to their questions.
• Difference Using Directive and StatementJul 26, 2001. This article explains difference between using directive and using statement with sample example.
• Resurrection and the .NET Garbage collectorJul 13, 2001. This article will explain and demonstrate a phenomenon that is unusual in the .NET implementation of the garbage collector. The phenomenon is known as resurrection. As the name suggests, an object is marked for destruction and in the last possible moment it is resurrected from the ‘dead’ and reactivated.
• Building the Middle Tier in the Microsoft .NET FrameworkJan 16, 2000. This article assumes a working knowledge of ADO.NET, and examines it and its influence on the middle tier. It introduces a fictitious business model and lists some requirements to help us focus on the middle tier. It also introduces a new mechanism called SQLData, which combines both the ADO.NET DataSet and the ADO.NET DataReader into a single mechanism. The SQLData struct is used as the basis for developing a middle tier.