Difference between revisions of "File Systems"

File Systems (view source)

Revision as of 12:00, 19 September 2021

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-This page provides information on some of the file systems commonly used in Manjaro. It also shows where and how they are used. Further information on these and other file systems can be found in the ARCH Wiki
+This page provides information on some of the filesystems commonly used in Manjaro. It also shows where and how they are used. Further information on these and other filesystems can be found in the ARCH Wiki
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-A file system manages the space on a storage medium (hard disk, SSD ...). It makes this memory available to the operating system so that files can be saved and read again. Each of the following file systems has advantages and disadvantages. They are mostly developed for a special purpose and are therefore used in a certain environment.
+A filesystem manages the space on a storage medium (hard disk, SSD ...). It makes this memory available to the operating system so that files can be saved and read again. Each of the following filesystems has advantages and disadvantages. They are mostly developed for a special purpose and are therefore used in a certain environment.
 == Linux == <!--T:16-->
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-File systems that are mostly used under linux.
+filesystems that are mostly used under linux.
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-Note that many file system drivers are already included in the Linux kernel. You may not need anything else to mount, read, or write these filesystems. But there are packages with additional tools. You may need them to format, check, repair, modify, or optimize such file systems. So if you regularly use a file system, it is a good idea to install the appropriate tools
+Note that many filesystem drivers are already included in the Linux kernel. You may not need anything else to mount, read, or write these filesystems. But there are packages with additional tools. You may need them to format, check, repair, modify, or optimize such filesystems. So if you regularly use a filesystem, it is a good idea to install the appropriate tools
 === Ext2 → Ext3 → Ext4 === <!--T:34-->
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-Ext4 is the default file system in Manjaro at the moment. It is the evolution of the most used Linux filesystems (Ext3, Ext2) and promises improved design, better performance, reliability, and features over its predecessors.
+Ext4 is the default filesystem in Manjaro at the moment. It is the evolution of the most used Linux filesystems (Ext3, Ext2) and promises improved design, better performance, reliability, and features over its predecessors.
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-A modern '''C'''opy '''o'''n '''W'''rite file system for Linux aimed at implementing advanced features while also focusing on '''fault tolerance''', '''repair''' and '''easy administration'''. Btrfs not only is a file system, but also is partly a volume manager, software-raid, backup-tool, and it is flash-friendly.
+A modern '''C'''opy '''o'''n '''W'''rite filesystem for Linux aimed at implementing advanced features while also focusing on '''fault tolerance''', '''repair''' and '''easy administration'''. Btrfs not only is a filesystem, but also is partly a volume manager, software-raid, backup-tool, and it is flash-friendly.
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-Because Btrfs is different, some things seem unfamiliar and strange. Then [https://btrfs.wiki.kernel.org/index.php/Main_Page btrfs.wiki.kernel.org] is a good starting point to search for answers.
+Because Btrfs is different, some things seem unfamiliar and strange. Then [https://btrfs.wiki.kernel.org/index.php/Main_Page Btrfs@kernel.org] is a good starting point to search for answers.
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-see [https://btrfs.wiki.kernel.org/index.php/Main_Page btrfs@kernel.org], [https://wiki.archlinux.org/title/Btrfs Btrfs@ARC-wiki], [https://de.wikipedia.org/wiki/Btrfs Btrfs@wikipedia]
+see [https://btrfs.wiki.kernel.org/index.php/Main_Page Btrfs@kernel.org], [https://wiki.archlinux.org/title/Btrfs Btrfs@ARC-wiki], [https://de.wikipedia.org/wiki/Btrfs Btrfs@wikipedia]
 ====Install==== <!--T:21-->
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-File systems mostly used in windows
+filesystems mostly used in windows
 === NTFS === <!--T:49-->
 <!--T:50-->
-It is the most widely used file system on windows these days. It does exist in different versions, but unlike FAT32, all of them offer the following points:
+It is the most widely used filesystem on windows these days. It does exist in different versions, but unlike FAT32, all of them offer the following points:
 * Large files> 4GB
 * Long file names with UTF16 up to 255 characters
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-Currently there are some restrictions when using NTFS with Linux. If windows is suddenly switched off or goes into hibernating, the NTFS file system is left in a "dirty-state". When Windows starts again, NTFS is the first to be cleaned. This operation is currently not supported by the Linux driver. Then Linux shows the NTFS file system as read-only to be on the safe side.
+Currently there are some restrictions when using NTFS with Linux. If windows is suddenly switched off or goes into hibernating, the NTFS filesystem is left in a "dirty-state". When Windows starts again, NTFS is the first to be cleaned. This operation is currently not supported by the Linux driver. Then Linux shows the NTFS filesystem as read-only to be on the safe side.
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-File systems under DOS and early windows on a lot of floppydisks and USB-sticks
+filesystems under DOS and early windows on a lot of floppydisks and USB-sticks
 === FAT16 → FAT32 (+VFAT) === <!--T:56-->
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-This is a traditional file system under DOS and early Windows versions. Even today it can be found on many floppy disks, USB sticks and hard drives. It is supported by all types of operating systems and is therefore often used to exchange files, to pass them on, or to keep them accessible to both operating systems in the case of dualboot.
+This is a traditional filesystem under DOS and early Windows versions. Even today it can be found on many floppy disks, USB sticks and hard drives. It is supported by all types of operating systems and is therefore often used to exchange files, to pass them on, or to keep them accessible to both operating systems in the case of dualboot.
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-Microsoft developed the exFAT (Extended File Alocation Table) in 2006 and optimized it for flash memories such as USB sticks and SD cards. It can store large files and large numbers of files, and it can manage very large partitions. It is supported by Linux, Windows, macOS and many other devices and is one of the most compatible file systems. ExFAT is included in Linux 5.4.
+Microsoft developed the exFAT (Extended File Alocation Table) in 2006 and optimized it for flash memories such as USB sticks and SD cards. It can store large files and large numbers of files, and it can manage very large partitions. It is supported by Linux, Windows, macOS and many other devices and is one of the most compatible filesystems. ExFAT is included in Linux 5.4.
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 [https://en.wikipedia.org/wiki/ExFAT Wikipedia:exFAT]<br />
-[https://en.wikipedia.org/wiki/Comparison_of_file_systems Wikipedia:Comparison of file systems]<br />
+[https://en.wikipedia.org/wiki/Comparison_of_file_systems Wikipedia:Comparison of filesystems]<br />
-[https://wiki.archlinux.org/index.php/Filesystems Archwiki:File Systems]<br />
+[https://wiki.archlinux.org/index.php/Filesystems Archwiki:filesystems]<br />
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 [[Category:Contents Page{{#translation:}}]]
-[[Category:File Systems{{#translation:}}]]
+[[Category:filesystems{{#translation:}}]]