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Essential Linux Commands

You're reading from   Essential Linux Commands 100 Linux commands every system administrator should know

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Product type Paperback
Published in Nov 2023
Publisher Packt
ISBN-13 9781803239033
Length 250 pages
Edition 1st Edition
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Author (1):
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Paul Olushile Paul Olushile
Author Profile Icon Paul Olushile
Paul Olushile
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Table of Contents (20) Chapters Close

Preface 1. Part 1:Server Installations and Management Commands
2. Chapter 1: Getting a CentOS Server Up and Running FREE CHAPTER 3. Chapter 2: Linux User and Group Commands 4. Chapter 3: File Compression and Archival Commands 5. Part 2:Frequently Used Commands – Part 1
6. Chapter 4: Format and Disk Space Commands 7. Chapter 5: Linux Permissions Commands 8. Chapter 6: Filesystem Mount and Manipulation Commands 9. Part 3:Frequently Used Commands – Part 2
10. Chapter 7: File Content and Conversion Commands 11. Chapter 8: Linux SWAP Commands 12. Chapter 9: Linux Monitoring and Debugging Commands 13. Chapter 10: Linux IPTABLES and Network Commands 14. Chapter 11: File Transfer, Downloading, and Managing Log Files 15. Part 4:Linux Security and the Cloud
16. Chapter 12: Exploring Linux Security 17. Chapter 13: Linux in the Cloud 18. Index 19. Other Books You May Enjoy

The umount command

The umount command in Linux is used to unmount or detach a mounted filesystem from the directory tree. It allows system administrators to safely remove mounted devices or network shares, ensuring that all pending read and write operations are completed and any cached data is properly flushed before the filesystem is unmounted. This command is essential for maintaining the integrity of the filesystem and preventing data corruption. One of the primary reasons for using the umount command is to safely disconnect storage devices or network shares from the system. When a filesystem is mounted, it establishes a connection between the device or network share and a directory in the filesystem hierarchy. Unmounting the filesystem ensures that any ongoing read or write operations are completed, preventing data loss or corruption. It also releases system resources associated with the mounted filesystem, freeing up memory and improving system performance.

It’s important...

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