SHA-256(Source Code in C#) - Part I

-

SHA-256 (Secure Hash Algorithm), is one of the cryptographic hash function, commonly used in Blockchain. It generates an almost-unique 256-bit (32-byte) signature for a text. 

SHA-256 is successor hash functions to SHA-1. it is one of the strongest hash functions available and has not yet been compromised in any way.  

Here is source code written in C#. I will try to give more details in next Part II

Comments

Post a Comment

Popular posts from this blog

113+ Collection C# Code Problems for Beginners

-
Image
Most of the time, Technical interview ruined the dreams of developers. These interviews are designed to test the developer's critical thinking and real-world problem-solving skills in several situations where they may come into play while on the job. For beginners, the situation is even painful. As they are not fully aware of the industry code problems and code challenges. So it's difficult for beginners in the technical interview to answer code problems in the fixed time. Code problems and code challenges help developers to become confident in the programming language, develop problem-solving skills, debugging skills, and gain more knowledge of the language. As a beginner, the developer should spend a good time on learning language, various algorithms, and data structure. To gain more hands-on experience developers need to solve code problems and code challenges. The code problems do not help directly to resolve real-times issues but they help
Read more

SHA-256(Source Code in C# using .Net in-built Cryptography library) - Part II

-
.Net Framework provides in built support for various hash functions like MD-5, SHA-1, SHA-256 etc... ComputeHash method Computes the hash value to the specified byte array. Below are the overloaded methods to Compute Hash using SHA-256 class in System.Security.Cryptography  library public byte [] ComputeHash( byte [] buffer) public byte [] ComputeHash( Stream inputStream) public byte [] ComputeHash( byte [] buffer, int offset, int count)
Read more