/* * libdi - CD Audio Player Device Interface Library * * Copyright (C) 1993-1998 Ti Kan * E-mail: ti@amb.org * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public * License as published by the Free Software Foundation; either * version 2 of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * Library General Public License for more details. * * You should have received a copy of the GNU Library General Public * License along with this library; if not, write to the Free * Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. */ /* * Hitachi SCSI-1 vendor-unique support * * The name "Hitachi" is a trademark of Hitachi Corporation, and is * used here for identification purposes only. */ #ifndef __VU_HITA_H__ #define __VU_HITA_H__ #ifdef VENDOR_HITACHI #ifndef LINT static char *_vu_hita_h_ident_ = "@(#)vu_hita.h 6.8 98/01/02"; #endif /* Hitachi vendor-unique commands */ #define OP_VH_AUDPLAY 0xe0 /* Hitachi play audio */ #define OP_VH_PAUSE 0xe1 /* Hitachi pause */ #define OP_VH_PLAYTRK 0xe2 /* Hitachi play audio track */ #define OP_VH_RDINFO 0xe3 /* Hitachi read disk info */ #define OP_VH_EJECT 0xe4 /* Hitachi eject */ #define OP_VH_RDSTAT 0xe5 /* Hitachi read audio status */ #define OP_VH_PWRSAVE 0xe6 /* Hitachi power save mode */ #define OP_VH_RDXINFO 0xe8 /* Hitachi read extended disk info */ /* Return data lengths */ #define SZ_VH_PAUSE 3 /* Hitachi pause data size */ #define SZ_VH_RDINFO 303 /* Hitachi disk info data size */ #define SZ_VH_TOCHDR 3 /* Hitachi disc info header size */ #define SZ_VH_TOCENT 3 /* Hitachi disc info per-track * entry size */ #define SZ_VH_RDSTAT 11 /* Hitachi audio status data size */ #define SZ_VH_RDXINFO 404 /* Hitachi ext disk info data size */ #define SZ_VH_XTOCHDR 4 /* Hitachi ext disc info header size */ #define SZ_VH_XTOCENT 4 /* Hitachi ext disc info per-track * entry size */ /* Macros to compute the real offset of the data area in several * data structures. The pad byte in the beginning of some structures * are there to prevent the compiler from inserting a pad byte in * the middle of the structure. The alternative is to use #pragma pack(1), * but that's not very portable. */ #define AD_VH_PAUSE(x) (x) /* Hitachi pause data addr */ #define AD_VH_RDINFO(x) ((x)+1) /* Hitachi disk info data addr */ #define AD_VH_RDSTAT(x) (x) /* Hitachi audio status data addr */ #define AD_VH_RDXINFO(x) (x) /* Hitachi ext disk info data addr */ /* Hitachi MSF location */ typedef struct hmsf { #if _BYTE_ORDER_ == _L_ENDIAN_ unsigned int min:7; /* minute */ unsigned int data:1; /* 0=audio 1=data */ #else /* _BYTE_ORDER_ == _B_ENDIAN_ */ unsigned int data:1; /* 0=audio 1=data */ unsigned int min:7; /* minute */ #endif /* _BYTE_ORDER_ */ unsigned int sec:8; /* second */ unsigned int frame:8; /* frame */ unsigned int res:8; /* reserved */ } hmsf_t; /* Hitachi extended MSF location */ typedef struct hxmsf { #if _BYTE_ORDER_ == _L_ENDIAN_ unsigned int adr:4; /* ADR code */ unsigned int preemph:1; /* preemphasis */ unsigned int copyallow:1; /* digital copy allow */ unsigned int trktype:1; /* 0=audio 1=data */ unsigned int audioch:1; /* 0=2ch 1=4ch */ #else /* _BYTE_ORDER_ == _B_ENDIAN_ */ unsigned int audioch:1; /* 0=2ch 1=4ch */ unsigned int trktype:1; /* 0=audio 1=data */ unsigned int copyallow:1; /* digital copy allow */ unsigned int preemph:1; /* preemphasis */ unsigned int adr:4; /* ADR code */ #endif /* _BYTE_ORDER_ */ unsigned int min:8; /* minute */ unsigned int sec:8; /* second */ unsigned int frame:8; /* frame */ } hxmsf_t; /* Hitachi Disk Info data */ typedef struct hdiscinfo { unsigned int pad0:8; /* pad byte for alignment */ #if _BYTE_ORDER_ == _L_ENDIAN_ unsigned int audio:1; /* disc has audio tracks */ unsigned int data:1; /* disc has data tracks */ unsigned int res:6; /* reserved */ #else /* _BYTE_ORDER_ == _B_ENDIAN_ */ unsigned int res:6; /* reserved */ unsigned int data:1; /* disc has data tracks */ unsigned int audio:1; /* disc has audio tracks */ #endif /* _BYTE_ORDER_ */ unsigned int first_trk:8; /* first track number */ unsigned int last_trk:8; /* last track number */ byte_t msfdata[300]; /* Track MSF address data */ } hdiscinfo_t; /* Hitachi Audio Status data */ typedef struct haudstat { #if _BYTE_ORDER_ == _L_ENDIAN_ unsigned int playing:1; /* Audio playing */ unsigned int res1:7; /* Reserved */ unsigned int adr:4; /* ADR code */ unsigned int preemph:1; /* preemphasis */ unsigned int copyallow:1; /* digital copy allow */ unsigned int trktype:1; /* 0=audio 1=data */ unsigned int audioch:1; /* 0=2ch 1=4ch */ #else /* _BYTE_ORDER_ == _B_ENDIAN_ */ unsigned int res1:7; /* Reserved */ unsigned int playing:1; /* Audio playing */ unsigned int audioch:1; /* 0=2ch 1=4ch */ unsigned int trktype:1; /* 0=audio 1=data */ unsigned int copyallow:1; /* digital copy allow */ unsigned int preemph:1; /* preemphasis */ unsigned int adr:4; /* ADR code */ #endif /* _BYTE_ORDER_ */ unsigned int trkno:8; /* track number */ unsigned int res2:8; /* reserved */ hmsf_t rel_addr; /* relative address */ hmsf_t abs_addr; /* absolute address */ } haudstat_t; /* Hitachi Extended Disk Info data */ typedef struct hxdiscinfo { byte_t res[2]; /* reserved */ byte_t first_trk; /* first track number */ byte_t last_trk; /* last track number */ byte_t xmsfdata[400]; /* track MSF address data */ } hxdiscinfo_t; /* Public function prototypes */ extern bool_t hita_playaudio(byte_t, word32_t, word32_t, msf_t *, msf_t *, byte_t, byte_t); extern bool_t hita_pause_resume(bool_t); extern bool_t hita_start_stop(bool_t, bool_t); extern bool_t hita_get_playstatus(curstat_t *, byte_t *); extern bool_t hita_get_toc(curstat_t *); extern bool_t hita_mute(bool_t); extern bool_t hita_eject(void); extern void hita_init(void); #else #define hita_init NULL #endif /* VENDOR_HITACHI */ #endif /* __VU_HITA_H__ */