This guide explains the fundamentals of Linux disk partitioning, shows how to list devices with lsblk, walk through creating and formatting partitions using fdisk and mkfs, demonstrates temporary and permanent mounting via mount and /etc/fstab, and covers unmounting and deleting partitions with practical command examples and safety tips.
This guide walks you through checking the current partition layout, converting an MBR‑styled disk to GPT using fdisk and GNU Parted, recreating the partition, formatting it with ext4, mounting it, and finally expanding the filesystem to utilize the full cloud‑disk capacity, all while preserving existing data.
This article provides three interactive Bash scripts that automate Linux disk partitioning, create standard ext4 or XFS filesystems, and set up LVM logical volumes—complete with fdisk commands, pvcreate/vgcreate/lvcreate steps, filesystem formatting, mounting, and /etc/fstab updates.
This guide walks through three practical Linux disk‑partitioning scenarios—mounting a new partition to a directory, extending a subdirectory via a symbolic link, and enlarging the root filesystem—complete with commands, formatting steps, and verification.
This tutorial walks you through adding a new partition with fdisk, changing its type to LVM, extending the physical and volume groups, enlarging the logical volume, and finally resizing the XFS (or ext4) filesystem to fully utilize the added disk space on a Linux system.
This guide explains the physical and logical structure of hard disks, reasons and methods for partitioning, various filesystem types, and essential Linux commands such as fdisk, mkfs, mount, umount, df, and fstab for managing and automating disk usage.
This article explains the principles of Linux disk partitioning, shows how to list and inspect block devices, walk through creating, formatting, temporarily and permanently mounting partitions, and covers unmounting and deleting partitions with practical command examples and safety tips.
This guide walks you through three practical Linux disk‑partitioning scenarios—mounting a new disk to a directory, expanding a subdirectory via a symbolic link, and enlarging the root partition on an MBR disk—complete with step‑by‑step commands, formatting tips, and verification checks.
This guide explains Linux disk partitioning fundamentals, covering primary and logical partitions, MBR structure, fdisk commands, creating and formatting partitions, mounting filesystems, handling large disks, repairing bad drives, and setting up swap space, with step‑by‑step code examples for system administrators.
This guide walks you through expanding a Linux disk from 500 GB to 2 TB, resizing the partition with fdisk, checking and enlarging the ext4 filesystem, remounting, and configuring persistent auto‑mount using /etc/fstab, rc.local, systemd, and autofs, while addressing common errors.
Learn how to add a new disk, create partitions, adjust partition types, extend physical and logical volumes, and resize the filesystem on a Linux server using fdisk, LVM commands, and xfs_growfs, ensuring the system recognizes the expanded storage without data loss.
This guide explains Linux disk physical and data structures, partitioning reasons and types, key file systems like XFS and swap, essential commands such as fdisk, mkfs, mount, umount, and df, and how to configure automatic mounting with /etc/fstab.
This article explains how to identify a full disk, prepare the environment, partition and format a new disk, update fstab, copy data, and verify the expansion using Linux commands such as fdisk, mkfs.xfs, mount, and du.
This guide walks you through checking the current partition layout, safely unmounting the volume, using fdisk to delete and recreate the partition with the same start sector, resizing the ext4 filesystem, remounting the disk, and configuring automatic mounts via fstab, systemd, or autofs.
This guide walks you through expanding a Linux block device from 500 GB to 2 TB, adjusting the partition table with fdisk, resizing ext4 filesystems, remounting the volume, and configuring persistent or on‑demand mounts via fstab, rc.local, systemd, and autofs.
This guide walks through Linux primary and logical partition concepts, MBR structure, fdisk commands, creating and formatting partitions with XFS, automating mounts, handling large or faulty disks, and setting up swap space for virtual memory.
This tutorial walks you through expanding a Linux disk from 500 GB to 2 TB using fdisk, resizing the ext4 filesystem with resize2fs, remounting the partition, and configuring persistent auto‑mounts via /etc/fstab, rc.local, systemd, or autofs, while also covering common error fixes.
This comprehensive guide explains Linux disk management fundamentals, covering partitioning with fdisk and gdisk, formatting with mkfs, mounting and unmounting filesystems, using tools like lsblk, blkid, and part‑ed, and configuring automatic mounts via /etc/fstab.
This guide walks you through checking a new Linux disk, creating a partition with fdisk, formatting it, mounting it temporarily, configuring /etc/fstab for automatic mounting, and verifying the setup after a reboot.
This tutorial explains how to use Linux's fdisk and parted commands to view, create, modify, and delete disk partitions, covering MBR and GPT limitations, essential command syntax, interactive options, and safety precautions for reliable system administration.
This tutorial walks you through Linux disk partitioning using fdisk and parted, covering MBR vs GPT limits, command syntax, interactive operations, example workflows for creating, listing, modifying, and deleting partitions, and essential safety warnings.
This guide explains the differences between MBR and GPT, shows how to list, create, modify, and delete partitions using fdisk for smaller disks and parted for larger than 2 TB, and provides practical command examples and safety tips.
This article explains how to use the Linux fdisk command to create, modify, and delete disk partitions, covering syntax, options, example workflows for primary, extended, and logical partitions, formatting with XFS, mounting, and configuring automatic mounts via /etc/fstab.
This guide walks through essential Linux command‑line utilities—df, pydf, fdisk and sfdisk—showing how to display disk usage, list partitions, and query specific devices, with installation tips, example outputs, and practical options for clear monitoring.
This guide introduces key Linux commands such as ls, stat, df, du, and fdisk, explains their most useful options, shows how to interpret their output, and provides practical tips for analyzing disk usage and safely reclaiming space on servers.
This article explains the physical makeup of mechanical hard drives—including platters, heads, tracks, cylinders and sectors—shows how to view disk details with Linux commands like lsblk and fdisk, and clarifies common misconceptions about heads, cylinders and sector sizes.
This guide shows how to enumerate every SSD, HDD, USB, CD/DVD, and other storage device attached to an Ubuntu system using command‑line tools like lsblk, fdisk, and parted, as well as graphical utilities such as GNOME Disks and GParted, with options to filter out loop devices.
This guide walks you through multiple ways to enumerate every storage device attached to an Ubuntu system—including command‑line utilities like lsblk, fdisk, and parted as well as graphical tools such as GNOME Disks and GParted—while showing how to filter out unwanted loop or CD/DVD entries.
This guide explains essential Linux storage commands—including fdisk, df, du, mount, umount—covers automatic mounting via /etc/fstab, details disk partitioning with fdisk, and demonstrates how to format partitions using mkfs, providing practical examples for each operation.
An in‑depth look at the evolution of hard‑disk technology—from IBM’s 1973 Winchester drive to modern 4 KB sector formats—covering disk structure, CHS geometry, fdisk analysis, and the importance of 4K alignment for performance and compatibility.
This guide walks you through booting into rescue mode, checking the root filesystem, deleting and recreating the root partition with fdisk, and resizing the filesystem with resize2fs to reclaim hundreds of megabytes without reinstalling Linux.
This article explains the physical components of hard disk drives, the concepts of tracks, cylinders and sectors, compares MBR and GPT partition schemes, outlines common file system types, and provides practical command‑line examples using fdisk and parted for creating, modifying, and deleting partitions on Linux.
