boot block - Definition. Was ist boot block
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Was (wer) ist boot block - definition

PORTION OF DISK SPACE CONTAINING THE DEFAULT OPERATIONS.
Bootsector; Boot Sector; Boot record; Boot Record; Boot block
  • This example show various components of [[GNU GRUB]] distributed over sectors of a hard disc. When GRUB is installed on a hard disk, boot.img is written into the boot sector of that hard disk. boot.img has a size of only 446 bytes.

boot block         
<operating system> A program at some fixed location on a {hard disk}, floppy disk or other media, which is loaded when the computer is turned on or rebooted and which controls the next phase of loading the actual operating system. The loading and execution of the boot block is usually controlled by firmware in ROM or PROM. (1997-07-03)
/boot/         
DIRECTORY OF FILES FOR BOOTING THE OPERATING SYSTEM
/boot
In Linux, and other Unix-like operating systems, the directory holds files used in booting the operating system. The usage is standardized in the Filesystem Hierarchy Standard.
Boot (torture)         
  • accessdate=9 March 2019}}</ref>
  • thumb
  • Leg screwing
INSTRUMENTS OF TORTURE AND INTERROGATION DESIGNED TO CAUSE CRUSHING INJURIES TO THE FOOT AND/OR LEG
Spanish boot; Malay boot; Foot press; Iron boot
The term boot refers to a family of instruments of torture and interrogation variously designed to cause crushing injuries to the foot and/or leg. The boot has taken many forms in various places and times.

Wikipedia

Boot sector

A boot sector is the sector of a persistent data storage device (e.g., hard disk, floppy disk, optical disc, etc.) which contains machine code to be loaded into random-access memory (RAM) and then executed by a computer system's built-in firmware (e.g., the BIOS).

Usually, the very first sector of the hard disk is the boot sector, regardless of sector size (512 or 4096 bytes) and partitioning flavor (MBR or GPT).

The purpose of defining one particular sector as the boot sector is inter-operability between firmware and various operating systems.

The purpose of chainloading first a firmware (e.g., the BIOS), then some code contained in the boot sector, and then, for example, an operating system, is maximal flexibility.