The Next Gen-Tech

 To solve this issue replace the docker file RUN command with below command RUN npm install --omit=dev \ && chown -R $ (id -u): $ (id -g) node_modules # workaround for https://github.com/npm/cli/issues/5900 #This has resolved my issue

Understanding Memory Analysis and Memory Leaks in C# Memory analysis and memory leak are critical concepts for any software developer to understand, especially in the .NET framework where the garbage collector automatically manages memory. However, having a deep understanding of memory analysis and memory leaks is essential to writing efficient and effective applications in C#. What is Memory Analysis? Memory analysis is the process of analyzing the memory usage of an application to identify potential issues such as memory leaks, high memory consumption, or performance bottlenecks. The goal of memory analysis is to optimize memory usage and improve the overall performance of an application. Memory analysis can be performed using a variety of tools, including the .NET Memory Profiler, Visual Studio's Diagnostic Tools, and Task Manager. These tools provide information about the memory usage of an application, including the number of objects created, the size of objects, and the amoun

Introduction: C# provides a wide range of collection classes that can be used to store and manage data efficiently. There are two main categories of collections in C#: generic collections and non-generic collections. In this blog, we will explore both types of collections and understand their benefits, use cases, and when to use them. Generic Collections:  Generic collections are type-safe, meaning they can only store elements of the specified data type. This ensures that the collection is free from runtime type-casting errors. Examples of generic collections in C# are ` List<T> `, ` Dictionary<TKey, TValue> `, and ` Queue<T> `. The " <T> " in these collections represents the type of elements they can store. Benefits of using Generic Collections: Type Safety : By specifying the data type of the elements, generic collections ensure that only elements of that type can be stored in the collection. This makes the code more readable and reduces the chances

Introduction: Plug-in architecture is a design pattern that enables the development of software systems that can be extended and customized through the use of external components, known as plug-ins. This approach provides a number of benefits, including increased modularity, improved extensibility, and the ability to easily add new functionality to an application without having to modify its core code. Benefits of Plug-in Architecture: Modularity : Plug-in architecture allows software systems to be divided into smaller, more manageable components, making it easier to understand, develop, and maintain the code. Extensibility : Plug-in architecture makes it easy to add new functionality to a software system, as plug-ins can be developed and deployed independently of the main application. Flexibility : Plug-in architecture provides a great deal of flexibility, as it allows developers to add or remove functionality from an application as needed, without having to modify the core code. Reus