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 guide explains the purpose and advantages of the Parted tool, compares MBR and GPT partition tables, demonstrates interactive and scripted usage with detailed command examples for creating, deleting, formatting, and mounting partitions on large disks, and provides a complete end‑to‑end workflow.
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 explains how to classify storage devices, compare MBR and GPT partition tables, use Linux commands such as lsblk, fdisk, and gdisk to create partitions, format them with ext4 or XFS, and permanently mount them via /etc/fstab, providing a complete workflow for disk management.
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 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 three Bash scripts that automate creating primary ext4/xfs partitions, building a full‑disk LVM logical volume, and converting a partition into a logical volume, complete with user prompts, filesystem formatting, and fstab updates.
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 article explains the physical structure of mechanical hard drives, describes how partitioning works, compares two partitioning schemes based on disk surfaces and cylinders, and analyzes their impact on seek time, rotational latency, and overall I/O performance, concluding why modern OSes favor cylinder‑based partitions.
This guide explains how to manage large Linux disks by using GPT partition tables, choosing XFS or EXT4 filesystems, performing partitioning with parted, formatting with appropriate mkfs commands, handling e2fsprogs version requirements, and considerations for lazy init and snapshot impacts.
This guide walks through inspecting a large RAID5 disk on CentOS 6.7, using Parted to create a new /archive partition, configuring ext4 features, compiling e2fsprogs, formatting the partition, mounting it, and verifying disk usage and filesystem details.
