typo.
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@@ -31,7 +31,7 @@ development.''
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@titlepage
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@titlepage
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@title GNU libcdio library
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@title GNU libcdio library
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@subtitle $Id: libcdio.texi,v 1.3 2003/07/30 02:05:22 rocky Exp $
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@subtitle $Id: libcdio.texi,v 1.4 2003/08/02 03:41:07 rocky Exp $
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@author Rocky Bernstein et al.
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@author Rocky Bernstein et al.
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@page
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@page
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@@ -346,7 +346,7 @@ on. The Lead-in and Lead-out gaps described above have LSNs just like
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any other space on a CD. The last unit of address is a @emph{LBA}. It
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any other space on a CD. The last unit of address is a @emph{LBA}. It
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is the same as a LSN but the 150 blocks assocated with the initial
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is the same as a LSN but the 150 blocks assocated with the initial
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lead-in is are not counted. So to convert a LBA into an LSN you just
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lead-in is are not counted. So to convert a LBA into an LSN you just
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add 150. Why the distinction between LBA and LSN, I don't know.
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add 150. Why the distinction between LBA and LSN? I don't know.
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@emph{Finish. describe TOC, 0xAA --- LEADOUT}.
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@emph{Finish. describe TOC, 0xAA --- LEADOUT}.
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