Ajay Yadav's contributions

Learn the core features of LINQ, including query expressions, operators, extension methods, anonymous methods, and lambda expressions in C#.

This article explains the importance and advantages of C++/CLI over the native C++ language.

Remoting technology facilitates distributed computing, enabling seamless communication between processes or applications across a network. It employs protocols, marshaling, and proxies to facilitate remote method invocation, enhancing interoperability and scalability in client-server architectures.

Discover how to modify .NET binary code using CFF Explorer. This tutorial explores the process of patching executable files, enabling alterations to functionality or behavior.

This article explains how to write and execute high-performance .NET managed code by employing the Native Image Generator utility as well as some of its disadvantages and recommended scenario guidelines for its use.

This article explains how to use WCF between a client and server application and explores the various aspects of WCF.

In this tutorial you will learn how to inject spyware into an EXE.

Learn how to install and use Reflexil with .NET Reflector to inspect, modify, and save .NET assemblies and MSIL instructions.

This article explains the complete life cycle of making a custom interactive C# compiler much like the existing CSC.exe.

Invoking Java code in C#/.NET involves bridging the gap between the two languages using techniques like JNI, InteropServices, and P/Invoke. This allows seamless integration, enabling C# applications to utilize Java libraries and functionalities.

This article is resuming the voyage by covering the applied aspect of SSL on .NET website via IIS webserver along with the creation of digital certificates.

This paper explores executable cracking using OllyDbg, focusing on reverse engineering without source code. It emphasizes Assembly Programming and tools like OllyDbg and CFF Explorer. Methods include patching binaries to bypass copy protection. A trial software example demonstrates debugging and modifying code to remove expiration.

This article explains the Secure Sockets Layer (SSL) including the inherent issue of web server security and the process of SSL configuring and implementing in the form of digital certificates over an ASP.NET website.

This article describes details of the .NET CLR and ILASM coding, including a detailed analysis of each opcode instruction how to integrate an IL code into an existing high-level C# written code, and how to convert an already built C# code into IL code directly.

In this article, we shall be confronted with the rest of the implementation in the context of CIL programming as such, how to build and consume DLL file components using the MSIL programming opcodes instruction set.

Explore advanced .NET Reverse Engineering through Round-trip engineering, manipulating IL code without accessing source code. Fix bugs like Memory Overflow, Array Index Out Of Range, and Divide by Zero Exception by altering IL opcodes. Defensive reading perspective emphasized.

This article provides a cheat sheet for .Net Penetration Testing.

This article elucidates the Common Instruction Language (CIL), foundational to .NET, distinguishing directives, attributes, opcodes, and tools like IL Disassembler and Reflector. It explores CIL's role in code execution and its significance in Reverse Engineering. Covering assembly, class, and method directives, along with MSIL instructions.

This article explained how buffer overflows occur and how to prevent it.

In this article you will learn ASP.NET Website Optimization.

This article explains the key networking concepts, for instance ISO stack, of TCP/IP under the C# framework by employing its essential socket classes and how applications can logically and physically be distributed in a network environment.

IronRuby, a dynamic language for .NET platform, as this guide demystifies its integration with the Common Language Runtime (CLR). Explore seamless interoperability, scripting capabilities, and the underlying architecture, unlocking the potential for leveraging Ruby's expressive syntax within the .NET ecosystem.