Optical disc juke-box file system and equipment thereof
A file system, optical disc library technology, applied in optical recording/reproducing/erasing methods, recording information storage, instruments, etc., can solve problems such as only query, inaccessible, and inability to manage optical disc files
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Embodiment 1
[0038] Embodiment 1: the specific embodiment of the user mode CD library file system
[0039] The block diagram of the user-mode CD-ROM library file system and its equipment is as follows: figure 1As shown, it consists of the CD library file system 100 under the user state, the user state file system client 410, the operating system file interface API310, the system management module 610 and the local file operation 510, the remote file operation FTP server 520, the HTTP server 530 and SMB server 540 modules are made up, and wherein optical disc library file system 100 is made up of optical disc library management data module 110, optical disc library file system control module 120 and optical disc manipulator controller 130; module 420 , CD file system 330 and other file systems 340 ; finally, it also includes hardware equipment CD robot 210 , CD drive, CD 230 and CD rack 240 .
[0040] The functions of each module of the CD library file system 100 are described as follows: ...
Embodiment 2
[0099] Embodiment 2: The specific embodiment of the two-level file system and its equipment in the kernel state optical disc library
[0100] Such as figure 2 , the optical disk file system 330 and other file systems 340 are mounted on the VFS 320, and are in the same level relationship with the optical disk library file system 100, and the paths of these file systems can be seen in the system. When the optical disc library file system 100 needs to access files, it obtains the files from the optical disc file system 330 or other file systems 340 through the VFS320. This way does not need to directly manage the optical disk file system 330 or other file systems 340, and is simple to implement. In terms of efficiency, since this embodiment does not need to cross the boundary between the kernel state and the user state twice, its efficiency is higher than that of the user state file system, but in this embodiment, a file access needs to go through VFS320 twice, and its efficien...
Embodiment 3
[0102] Embodiment 3: The specific embodiment of the three-level file system and its equipment in the kernel state optical disc library
[0103] Such as image 3 , the optical disc file system 330 and other file systems 340 are mounted on the optical disc library file system 100 and are directly managed by the optical disc library file system 100. The optical disc library file system 100 is in a superior-subordinate relationship with these underlying file systems. The VFS320 acts as a bridge between these underlying file systems, that is, in the view of the VFS320, the optical disc library file system 100 is a common file system, and in the view of the underlying file systems, the optical disc library file system 100 is a VFS320. In this implementation, the path of the underlying file system cannot be directly seen in the root directory. When the optical disc library file system 100 needs to access files, it obtains them from the underlying file system. This method is complic...
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