![]() ![]() The software presents a dashboard where you can effortlessly control server processes, switch PHP versions, manage databases, and access essential tools. With its visually appealing design, Laragon provides a streamlined experience for managing your local server environment. User-Friendly Interface: Laragon boasts an intuitive and user-friendly interface that sets it apart from XAMPP. ![]() Whether you're a seasoned professional or a beginner, Laragon's ease of installation makes it an attractive choice. This means developers can quickly get up and running without spending unnecessary time configuring various components. Unlike XAMPP, which requires a comprehensive setup procedure, Laragon offers a lightweight, one-click installer. Streamlined Installation Process: One of the standout features of Laragon is its simplified installation process. In this blog post, we explore why Laragon stands out as an excellent choice for web development. You'll most likely log into the docker container in bash, and then you'll be able to do ''pwd'' inside of your project to see the path (usually something simple is setup by default like /var/It's like a little server on its own and it doesn't know anything about your windows machine.Laragon is a powerful alternative to XAMPP, offering a streamlined installation process, an intuitive interface, efficient virtual host management, lightning-fast performance, and advanced features and integration while xampp has some limitations & problems like slow startup, no multiple php version facility, manual virual host setup and many more. If you use the package above (or docker to build your project). It will not be anymore D:\Path\To\My\Windows. I say it's not the ''best'' way because it's a bit broad if you intend to use it only for one project but I've used it in the past and it's pretty neat. This package is legit and a good way to get into the docker world IMO. It'll be easier for you to understand since you will have to do the same thing you'd do normally: ![]() This stack supports having multiple project inside of it and its basically the same as installing a LAMP stack. I think that what I am about to recommend you is not the *best* way to do, but it's a good first start to have something that looks like a LAMP you would do manually on a Linux server: Nothing would change on your desktop, the files are still physically located somewhere on your windows or WSL2 file system. Of course there is a learning curve (installing php extension and etc is sometimes a little more complicated) but not really anymore because some guy made a useful git repo that allows you to easily install most extensions. Nothing is installed locally anymore the whole LAMP stack is inside the docker container. You do it once per project and then you can be 10 devs without any knowledge about how the env is working just doing docker-compose up -d and start working instantly. Docker is intimidating at first but once you’ll use it once you won’t ever go back. Think of docker as an isolated machine that is started in its own sandbox inside your computer, and you turn it on or off and by building a few config file, you pull pre-made image and adapt them for your need. This has the advantage that project A can start being on php8 and project B can be on PHP5 and you can have them both working at the same time and even communicating with each other if needed without having a single PHP version installed directly on your computer. Each project will have php in its container that wont be share with the other project. Each project should have its own docker compose, then, you can just turn them on and off as needed. ![]()
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