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Muhammad Suleman's Projects

adapter-design-pattern-c- icon adapter-design-pattern-c-

//Make notcompitable class to compitable, ThirdPart liberary might does not have Save method now here the adaptor pattern comes, please check file Export.cs class name "ThirdPartyExport"

analytics icon analytics

Datawarehouse and web based analytics application

blockchain icon blockchain

BlockChain C# Implementation, BlockChain by using c# What is proof-of-work? Proof-of-work is a mechanism that existed before the first blockchain was created. It's a simple technique that prevents abuse by requiring a certain amount of computing work. That amount of work is key to prevent spam and tampering. Spamming is no longer worth it if it requires a lot of computing power. Bitcoin implements proof-of-work by requiring that the hash of a block starts with a specific number of zero's. This is also called the difficulty. But hang on a minute! How can the hash of a block change? In case of Bitcoin a block contains details about a financial transaction. We sure don't want to mess with that data just to get a correct hash! To fix this problem, blockchains add a nonce value. This is a number that gets incremented until a good hash is found. And because you cannot predict the output of a hash function, you simply have to try a lot of combinations before you get a hash that satisfies the difficulty. Looking for a valid hash (to create a new block) is also called "mining" in the cryptoworld. In case of Bitcoin, the proof-of-work mechanism ensures that only 1 block can be added every 10 minutes. You can imagine spammers having a hard time to fool the network if they need so much compute power just to create a new block, let alone tamper with the entire chain. Implementing proof-of-work So how do you implement it? Let's start by modifying our block class and adding the nonce variable in it's constructor. I'll initialize it's value and set it 0.

dalle3 icon dalle3

Image generation with DALL·E 3, dall-e-3

ecommerce.webapi icon ecommerce.webapi

Shopping cart basket web application, web api, web api client application, Asp.net core, asp.net core web api, entityframwork core in memory

end-to-end-chatbot icon end-to-end-chatbot

This project about to create end to end chat bot for local SQL database CSV using streamlit, langchain, chromadb, python

entityframworkinmemory icon entityframworkinmemory

One of the most exciting features in the new version of Entity Framework (Entity Framework Core 1.0) is the addition of an in-memory data provider. This makes it possible to prototype applications and write tests without having to set up a local or external database. When you’re ready to switch to using a real database, you can simply swap in your actual provider. In this tutorial, I’ll show you how to set up the Entity Framework Core InMemory provider and use it to prototype a simple ASP.NET Core API

gemini-multimodel icon gemini-multimodel

Advanced Invoice Reader Powered by Google Gemini Pro Multimodal AI and Multi Lingual

global-roads-dataset icon global-roads-dataset

A comprehensive dataset of 1000 rows featuring road information from various cities across the globe, excluding India. The dataset includes columns for Country, City, RoadName, and Distance in KM.

go-html-server icon go-html-server

very basic project in go lang for the go server with form submission

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