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Many historic operating systems stored files in a flat structureThe root filesystem is the filesystem containing the root directory /. Unix and derivatives instead present their files with a tree structureOther filesystems can subsequently be attached as subtrees of this. Often a system will have several formatted partitions, each containing such The program is loaded from the root filesystem and may kickstarts a tree structureprocess to mount other filesystems.

The firstTraditionally the root filesystem is the first to be mounted. On Linux, it is common to first mount another filesystem from an image in memory, either (made accessible or . This initial filesystem contains additional software which may be needed to access the system) generally contains a kernelroot filesystem, for example if the device containing the root filesystem requires additional drivers, or if the root filesystem is encrypted and all utilities necessary the user must enter a passphrase to fully initializedecrypt it. This filesystem is Once the root offilesystem is accessible, it is mounted and the directory tree. Other filesystems can subsequently be attached as subtrees of thisnormal boot process starts with .

Many historic operating systems stored files in a flat structure. Unix and derivatives instead present their files with a tree structure. Often a system will have several formatted partitions, each containing such a tree structure.

The first filesystem to be mounted (made accessible to the system) generally contains a kernel and all utilities necessary to fully initialize it. This filesystem is the root of the directory tree. Other filesystems can subsequently be attached as subtrees of this.

The root filesystem is the filesystem containing the root directory /. Other filesystems can subsequently be attached as subtrees of this. The program is loaded from the root filesystem and may kickstarts a process to mount other filesystems.

Traditionally the root filesystem is the first to be mounted. On Linux, it is common to first mount another filesystem from an image in memory, either or . This initial filesystem contains additional software which may be needed to access the root filesystem, for example if the device containing the root filesystem requires additional drivers, or if the root filesystem is encrypted and the user must enter a passphrase to decrypt it. Once the root filesystem is accessible, it is mounted and the normal boot process starts with .

2 added 507 characters in body
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Many historic operating systems stored files in a flat structure. Unix and derivatives instead present their files with a tree structure. Often a system will have several formatted partitions, each containing such a tree structure.

The first filesystem to be mounted (made accessible to the system) generally contains a kernel and all utilities necessary to fully initialize it. This filesystem is the root of the directory tree. Other filesystems can subsequently be attached as subtrees of this.

Many historic operating systems stored files in a flat structure. Unix and derivatives instead present their files with a tree structure. Often a system will have several formatted partitions, each containing such a tree structure.

The first filesystem to be mounted (made accessible to the system) generally contains a kernel and all utilities necessary to fully initialize it. This filesystem is the root of the directory tree. Other filesystems can subsequently be attached as subtrees of this.

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