When it comes to client-side storage in web applications, three primary methods come into play: LocalStorage, SessionStorage, and Cookies. While each serves the purpose of storing data, they differ significantly in how and when they should be used. LocalStorage is designed to store data persistently, which means that even after the browser is closed,…
Integrating Plotly with React and TypeScript allows developers to create dynamic, interactive charts with ease. This guide will walk you through the steps to implement Plotly in a React TypeScript project with a simple example. Let’s get started. First and foremost, create a new React project with TypeScript. Open your terminal and run: npx create-react-app…
Integrating Plotly with Angular enables developers to create interactive, high-quality charts and graphs. This guide will walk you through the steps to implement Plotly in an Angular application with a simple example. Let’s dive right in. First and foremost, you need to set up your Angular project. If you haven’t already, create a new Angular…
Indexing is a powerful tool that significantly improves search performance in large databases. By creating indexes, you can quickly locate data without having to search every row in a table. Let’s explore how indexing works, with a simple example, and understand when to use it, when to avoid it, and best practices. First and foremost,…
In the world of databases, two primary types dominate: relational and non-relational. Understanding their differences is crucial for choosing the right database for your needs. Let’s explore these differences with simple examples and understand when to use each type. First and foremost, relational databases store data in structured tables with rows and columns. Each table…
In relational databases, ACID properties ensure reliable transactions. ACID stands for Atomicity, Consistency, Isolation, and Durability. Each property plays a crucial role in maintaining data integrity and reliability. Let’s delve into each property with simple examples and understand when to use them. First and foremost, Atomicity ensures that a transaction is all or nothing. Either…
Denormalization is an essential database optimization technique that modifies the schema to enhance read performance. Essentially, it involves combining tables or introducing redundancy. Therefore, let’s dive into why and when to use denormalization, accompanied by a simple example for clarity. First and foremost, denormalization aims to speed up read-heavy operations. For instance, consider a retail…
Angular applications are known for their rich features and robust performance. However, handling heavy computations or complex tasks on the main thread can degrade performance, leading to a sluggish user experience. To address this, Angular developers can harness the power of Web Workers. Web Workers run scripts in background threads, enabling smooth, responsive user interfaces.…
In Angular, change detection is crucial for synchronizing the application’s view with the data model. However, automatic change detection can cause performance issues, particularly during heavy computations or when interfacing with external libraries. To optimize performance in such cases, Angular offers the runOutsideAngular method. This blog post explores runOutsideAngular, explains its usage, and provides a…
In Angular, handling changes in input properties is crucial for creating dynamic and responsive components. The SimpleChange class facilitates this process by providing a way to detect and respond to changes in input properties. This blog post will explore SimpleChange, its usage, and provide a sample code example to illustrate its application. What is…