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have the ability to read anything but the rst session and cannot be used with the modi ed approach to recording The Frankfurt Group also came up with a scheme for supporting UNIX les This portion of the proposal speci ed the use of the extended attribute de nition that is required for UNIX to handle directories and les Another extension to ISO 9660, the Rock Ridge Extensions, further re nes ISO 9660 for use with UNIX by employing a technique known as the System Use Sharing Protocol This structure enables a variety of le-system extensions to all be resident on a single compact disc, thus permitting more exible and more robust le structures
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ISO 9660 provides the logical structure for cross-platform use of CD-ROMs This standard has helped fuel the rapid growth of the CD-ROM industry by letting developers reach CD-ROM players on DOS, Windows, Macintosh, OS/2, UNIX, and VAX platforms Most CD-R software mastering tools fully support ISO 9660, and often provide test utilities to ensure the that a disc image does not violate any of the constraints of this standard A large proportion of the commercial CD-ROM titles are produced using ISO 9660 as their le structure ISO 9660 covers the two logical layers of four-layer CD-ROM architecture, converting the data contained in individual sectors into a hierarchical arrangement of les, directories, and volumes
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ISO 9660 is used almost universally as the dominant le system for storing CD-ROM data in a platform-independent way Unless you have a strong reason for adopting the le structure of a particular operating system, or you need to develop your own le system for a special-purpose application, we recommend that you master all CD-ROMs using ISO 9660 The newer UDF standard, in comparison, applies to DVD-ROM and DVD-Video releases An interim standard, UDF Bridge, provides backwards compatibility to ISO 9660
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ISO 9660 puts a number of restrictions on le naming (with rules concerning allowable characters and lename lengths) and other le system conventions to ensure platform independence Many of the software mastering applications provide screening of the CD-ROM image or virtual image to make sure that data being recorded to CD under ISO 9660
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does not violate any of these conventions Check your software package to see if screening is performed before a recording session; if not, check the restrictions that are described later in this section
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Examining the ISO 9660 Standard
ISO 9660 is a single le system that is designed for use under many different operating systems Unlike a typical le system, which has to be updated and changed dynamically as the operating system adds and deletes les, ISO 9660 describes a read-only medium: the CD-ROM The original description of ISO 9660 had to be extended in Orange Book to account for additional recordable compact disc implementations The extension allows magneto-optical media to accept changes to the le structure, and permits multi-session recording on compact disc (where the le structure is modi ed incrementally as each write operation takes place during a session) The original speci cations for ISO 9660 have gone through a series of permutations, primarily to improve the degree of native le support for UNIX and Macintosh systems and to make access of CD-ROMs under these systems more transparent As with most of the CD-ROM standards, ISO 9660 was born out of necessity The Yellow Book standard uni ed CD-ROMs and drives to the degree that most CD-ROMs produced could be successfully played back on most drives, but the le systems used on early releases were individually designed by developers and it was dif cult to nd two that were alike The situation was not unlike the time (during the late 1970 s and early 1980 s) when the rst wave of personal computers were produced, each with its own unique operating system or CP/M variation and each with its own way of formatteding oppy diskettes a little differently A genuinely uniform development environment was not achieved until the release of the IBM PC (after many small companies nally conceded that their individual directions were leading nowhere)
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