Author name: Ashok Mandaviya

building faster with ci

Building Real-Time Dashboards with Laravel and Node.js Using WebSockets​

Table content Why Real-Time Dashboards Matter? Definition and Purpose of Real-Time Dashboards​ A real-time dashboard is a user interface that displays live, continuously updated data using technologies like WebSockets for instant updates.​ Purpose​ Example Use Cases​ Why Node.js and Not Other Technologies?​ Comparison with Other Technologies:​ Architectural Overview​ The architecture integrates Laravel for backend logic and event broadcasting, while Node.js with WebSockets ensures seamless real-time communication. This decoupled system enables scalable, low-latency dashboards ideal for live data monitoring and user interactions for Laravel and Node.js development. ​ Data Flow​ Integration Approach​ MySQL​ Laravel Node​ What is socket. on Example​ What is socket.emit​ Example​ What is setInterval?​ Example​ setInterval(() => {​ const query = db.query(‘SELECT * FROM entries WHERE id > ?’, [latestEntryId]);​ …​ }, 1000);​ Key Challenges​ When to Use This Approach​ Conclusion Discover how to create real-time dashboards using the powerful combination of Laravel, Node.js, and WebSockets. This blog guides developers through building a responsive dashboard that delivers live updates without refreshing the page—ideal for data monitoring, user activity tracking, or IoT dashboards. By leveraging Laravel development as the core backend API and integrating WebSockets via Node.js, you’ll learn how to push instant data to the frontend, improving user experience and system interactivity. This tutorial, as a blog, also covers key setup steps, broadcasting events, handling socket connections, and best practices for seamless real-time performance. If you’re a web developer working on enterprise dashboards or building custom analytics solutions, this approach ensures fast, scalable, and interactive user interfaces. Contact us at: +91 9665797912 Email us: contact@logicalwings.com Website: https://logicalwings.com/

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Building Faster with CI/CD: Streamlining Software Delivery

Building Faster with CI/CD: Streamlining Software Delivery

CI/CD stands for Continuous Integration and Continuous Deployment (or Continuous Delivery). In modern software development, delivering products quickly and reliably is crucial. Continuous Integration (CI) and Continuous Deployment (CD) streamline the process by automating code testing and release. This approach helps reduce errors, save time, and maintain consistent quality throughout the development process. Whether you’re working on small applications or large-scale projects, adopting CI/CD can significantly enhance your software delivery process. AWS CI/CD services AWS CodePipeline AWS CodeBuild AWS S3 for storing build artifacts. AWS CodeDeploy App spec File:Appspec.yml: The appspec.yml file is a crucial configuration file used by AWS CodeDeploy to define how the deployment process is performed. This file is required for all deployments in AWS CodeDeploy and specifies various instructions for how the application is to be deployed to the target compute resources (such as Amazon EC2 instances, AWS Lambda, or on-premises servers) Conclusion Implementing Continuous Integration and Continuous Deployment (CI/CD) is a powerful way to modernize your software development process. It helps teams work more efficiently by automating repetitive tasks, identifying errors early, and accelerating releases. With CI/CD, businesses can respond quickly to user needs, deliver updates faster, and maintain consistent code quality across environments. As the demand for faster, more reliable digital solutions grows, adopting CI/CD pipelines is essential for staying competitive in today’s fast-paced tech world. Contact us at: +91 9665797912 Email us: contact@logicalwings.com Website: https://logicalwings.com/

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