DotNet Full Stack Dev

  If you’ve spent any time in the world of web development, you’ve likely heard people rave about React’s performance. But what exactly makes React so lightning-fast compared to other frontend frameworks? Let’s break it down in a conversational, engaging way that’ll leave you as excited about React as we are. Spoiler alert: It's not magic, but it sure feels like it! 1. Virtual DOM: React’s Secret Weapon 🧙‍♂️🔮 Imagine you have a massive tree with thousands of leaves. Now, imagine that every time you wanted to update one leaf, you had to check each and every one of those leaves, every single time. That’s how traditional DOM manipulation works—slow and tedious. Enter React’s Virtual DOM ! Instead of working directly with the real DOM (which can be slow), React creates a lightweight copy of it in memory—this is the Virtual DOM. When something changes (like a button click or a form update), React does a comparison (called reconciliation ) between the old and new Virtual DOM. But here’...

React hooks are a ground breaking addition to the React library, introduced in version 16.8. They provide a way to use stateful logic in functional components, which were previously limited to stateless components. In this blog post, we'll explore what React hooks are, why they're needed, what solutions were used before their introduction, and the use cases they address. 1. What are React Hooks? React hooks are functions that enable functional components to manage state, perform side effects, and access React features. They allow developers to use state and other React features without writing a class component. 2. Why are React Hooks Needed? Prior to the introduction of hooks, stateful logic in React components was primarily handled using class components. While class components provided the necessary functionality, they often led to complex and verbose code, making it challenging to reuse logic across components. Additionally, managing lifecycle methods and avoiding common ...

  Server-side pagination is essential for managing large datasets efficiently in web applications. In this blog post, we'll explore how to implement server-side pagination using React for the frontend and .NET Core for the backend. By fetching data from the server in chunks, we can improve performance and user experience while handling large datasets. Step 1: Set Up the .NET Core Web API: Begin by creating a .NET Core Web API project to serve as the backend for our pagination example. Define endpoints to retrieve paginated data from the server. Create a .NET Core Web API Project: dotnet new webapi -n PaginationAPI cd PaginationAPI Define a Model: Create a simple model class to represent the data entity. // DataModel.cs public class DataModel { public int Id { get ; set ; } public string Name { get ; set ; } // Add more properties as needed } an example of setting up a mock repository in a .NET Core Web API project using Entity Framework Core to connect to a...