How to Set Up LAMP Stack in Linux?

Setting up a LAMP stack in Linux is a fundamental task for creating a powerful web server environment. LAMP stands for Linux, Apache, MySQL, and PHP, and together they provide a robust platform for developing and deploying web applications. This guide will walk you through the process of installing and configuring each component of the LAMP stack on a Linux system, ensuring you have a fully functional web server ready for your projects.

How to Install LAMP Stack in Linux?

We must install Apache web server, MySQL, and PHP to set up LAMP Stack in Linux. Before proceeding to see all the step-by-step process directly. Let's first check all the prerequisites to install the LAMP stack in Linux.

Prerequisites to Install LAMP Stack

Step 1: Checking Linux Distribution

Make sure you have Linux all set and running. To check which Linux distribution you have installed use the following command:

command : grep -E '^(VERSION|NAME)=' /etc/os-release

And follow the steps according to your installed Linux distribution.

Step 2: Upgrading Linux distribution to the latest packages.

For Ubuntu/Debian-based systems

We use the apt package manager to update and upgrade Ubuntu/Debian-based systems.

apt update will update all the packages to the latest versions and apt upgrade will download and install the required packages.

command : sudo apt update && sudo apt upgrade

For Fedora-based systems

In the fedora-based Linux distribution, we use dnf package manager.
dnf RHEL-based update which makingRHEL-basedupdate command will update repositories and download and install necessary updates.

command : sudo dnf update -y

For RHEL-based systems

On Red Hat Enterprise Linux distributions we use the yum package manager.

Similar to the DNF, package manager, the yum update command will update repositories and download and install necessary updates.

command : sudo yum update -y

1. Installing Apache Web Server

Step 1: Install Apache Web Server using the package manager

On Ubuntu/Debian-based Fedora-based systems

Command: sudo apt install apache2 -y

On Fedora-based RHEL-based systems

Command: sudo dnf install httpd -y

On RHEL-based systems

Command: sudo yum install httpd -y

Step 2: Enable services

We will use the systemctl command to manage all Apache servers' or Debian-based services.

For Ubuntu/Debian-based systems

Command: sudo systemctl enable apache2

For Fedora-based systems

Command: sudo systemctl enable httpd.service

For RHEL-based systems

Command: sudo systemctl enable httpd.service

Step 3: Verify Apache Web Server Installation

To verify Apache Web Server installation, use the -v command.

For Ubuntu/Debian-based systems

Command: apache2 -v

For Fedora-based systems

Command: httpd -v

For RHEL-based systems

Command: httpd -v

2. Installing MySQL (MariaDB)

Step 1: Install MariaDB using the package manager

For Ubuntu/Debian-based systems

Command: sudo apt install mariadb-server mariadb-client

For Fedora-based systems

Command: sudo dnf install mariadb mariadb-server -y

For RHEL-based systems

Command: sudo yum install mariadb mariadb-server -y

Step 2: Starting Services for MariaDB

Start required services for MariaDB using systemctl command

Command:  
sudo systemctl start mariadb
sudo systemctl enable mariadb

Step 3: Verify MySQL Installation

To verify MySQL installation, use the --version command.

Command: mysql --version

3. Installing PHP

Step 1: Install PHP

For Ubuntu/Debian-based systems

command : sudo apt install php -y

For Fedora-based systems

command : sudo dnf install php -y

For RHEL-based systems

command : sudo yum install php -y

Step 2: Verify installation

To verify php installation, use the --version command.

Command: php --version  

Conclusion

Setting up a LAMP stack in Linux is a straightforward process that provides a solid foundation for web development. By following the steps outlined in this guide, you can successfully install and configure Linux, Apache, MySQL, and PHP on your server. With a properly set up LAMP stack, you'll be well-equipped to develop, test, and deploy web applications efficiently and effectively.