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Creating a clock with hands is a classic web development project that combines HTML, CSS, and JavaScript to display the current time in an analog format. In this article, we'll explore how to implement a clock with hands using TypeScript, providing examples for each step of the process.The JSX structureAnd then HoursHandleAND JS Code is pretty simple.By combining HTML for structure, CSS for styling, and TypeScript for functionality, we've created a simple yet elegant analog clock with hands. This project serves as a great introduction to web development concepts and provides a foundation for further exploration and customization. Experiment with different styles and animations to make your clock uniquely yours!

In today's interconnected world, real-time communication is paramount. Whether it's for customer support, team collaboration, or social interaction, having a reliable chat application is essential. In this tutorial, we'll walk through building a simple chat application using Socket.IO and Express.js, where messages are stored in memory. We'll utilize events like "chat:receive" and "chat:broadcast" for seamless communication between clients.So on the service side:Then on the client side:In this tutorial, we've built a simple real-time chat application using Socket.IO and Express.js. We utilized events like "chat:receive" and "chat:broadcast" for seamless communication between clients. While this example stores messages in memory, you can extend it further by integrating with a database for persistent storage or adding more features like user authentication and private messaging. Happy coding!

The Mail Scheduler operates on an event-driven approach, leveraging TypeScript to manage tasks and email queues efficiently. Here's a breakdown of the workflow:Define Your Email Configuration:Start by defining your email configuration using a simple JavaScript object. For example:This configuration specifies that an email with the subject "Welcome To Gazar.dev" and the provided body will be sent to the recipient after 2 hours.Enter your email and select the desired event (e.g., testEmail) in the input form above. This triggers the corresponding event, adding a task to the task queue with an execution time of 2 hours.The task queue utilizes a priority queue ordering with the heap sort algorithm to manage tasks efficiently. Every minute, the system checks the queue to determine if it's time to execute a task. Once the scheduled time arrives, the task is dequeued and processed.Upon task execution, the system retrieves the email details from the configuration and adds them to the email queue. The email queue operates on a first-in-first-out (FIFO) basis, ensuring that emails are sent in the order they were scheduled.The Mail Scheduler integrates seamlessly with the Simple Email Service (SES) provided by Amazon Web Services (AWS) for email delivery. Once an email is dequeued from the email queue, it is sent using the SMTP protocol through AWS SES, ensuring reliable and secure delivery.ConclusionWith the Mail Scheduler, automating your email sending tasks has never been easier. By leveraging TypeScript, task queues, and an event-driven approach, you can schedule emails to be sent at specific times without manual intervention. Whether you're sending reminders, notifications, or personalized messages, the Mail Scheduler streamlines the process and saves you time and effort. Try it out today and experience the convenience of automated email scheduling firsthand!Source Code:

In this tutorial, we'll create a Milliseconds Counter App using React and TypeScript. This project will demonstrate how to build a simple web application to display a continuously updating count of milliseconds since the app was loaded. We'll leverage the power of React's component-based architecture along with TypeScript's type safety to create a clean and maintainable codebase.Next, let's create a new TypeScript file named MillisecondsCounter.tsx in the src directory of your project. This file will contain the React component for our app:In this tutorial, we've built a simple Milliseconds Counter App using React and TypeScript. We've leveraged the power of React's component-based architecture along with TypeScript's type safety to create a clean and maintainable codebase. This project serves as a great starting point for further exploration and experimentation with React and TypeScript web development. Happy coding!

Writing LinkedIn recommendations requires careful consideration of the individual's skills, accomplishments, and contributions. It involves articulating specific examples and experiences that highlight their strengths and expertise. However, many users struggle to craft meaningful recommendations due to time constraints or uncertainty about what to write.Implementation Steps:By leveraging Node.js and the OpenAI API, we can automate the process of creating personalized LinkedIn recommendations, saving time and effort while ensuring high-quality and impactful endorsements. This recommendation generator tool empowers users to showcase their professional accomplishments effectively and build stronger connections within their professional networks. With continued refinement and optimization, it has the potential to revolutionize the way LinkedIn recommendations are crafted and shared.Also:

In modern web development, creating dynamic and interactive user interfaces is essential. In this technical article, we'll explore how to build a Counter and Count-Up app in React, leveraging the power of setInterval and refs. By the end of this tutorial, you'll have a solid understanding of how to implement real-time updates and manage DOM elements efficiently in React.In this component, we use the useState hook to manage the count state and the useEffect hook to run a timer that increments the count every second using setInterval. We also clean up the interval using clearInterval in the cleanup function of useEffect.

This is a simple app to get the coordinates of countries based on their name. The reason to implement is to have auto-complete sample here and you can see that is connected to a table.Used a package like this