winamp/Src/Plugins/Input/in_cdda/windac/Aspi.h

#ifndef ASPI_INCLUDED
#define ASPI_INCLUDED

#include <Windows.h>
#include <Stdio.h>
#include <Stdlib.h>

// Handle to the ASPI libaray
extern HINSTANCE hAspiLib;
void GetAspiError(int nErrorCode,LPSTR lpszError);

// 1 byte alignment or SCSI structures
#pragma pack(push,1)

#define MAX_SCSIDEVICES 16


#define TIMEOUT 10000


typedef void (*POSTPROCFUNC)();

typedef struct TOC_TAG 
{
  BYTE	_reserved1;
  BYTE	bFlags;
  BYTE	bTrack;
  BYTE	_reserved2;
  DWORD	dwStartSector;
} TOC;


// The SRB_Flags are defined below.  These flags may be OR'd together to form
// the final value for SRB_Flags in the SRB.  Note that SRB_POSTING and
// SRB_EVENT_NOTIFY are mutually exclusive, as are SRB_DIR_IN and SRB_DIR_OUT.  In
// addition, the directioin bits (SRB_DIR_IN and SRB_DIR_OUT) MUST be set
// correctly on commands which transfer data.  Using SRB_DIR_SCSI is no longer
// an option as in ASPI for DOS and ASPI for Win16.

#define	SRB_POSTING					0x01	// Enable ASPI command completion posting. See section on posting below.
#define	SRB_ENABLE_RESIDUAL_COUNT	0x04	// Enables reporting of residual byte count.This flag is only significant if the host adapter reports support for residual byte count in the SC_HA_INQUIRY command.  When data underrun occurs, the SRB_BufLen field is updated to reflect the remaining bytes to transfer.
#define	SRB_DIR_IN					0x08	// Data transfer from SCSI target to host.
#define SRB_DIR_OUT					0x10	// Data transfer from host to SCSI target.
#define	SRB_EVENT_NOTIFY			0x40	// Enable ASPI command event notification. See section on event notification below.


// Inquiry DeviceTypeCodes 
#define DTC_DISK			0x00	// Direct-access device
#define DTC_TAPE			0x01	// Sequential-access device 
#define DTC_PRINTER			0x02	// Printer device 
#define DTC_PROCESSOR		0x03	// Processor device 
#define DTC_WORM			0x04	// Write-once device 
#define DTC_CDROM			0x05	// CD-ROM device 
#define DTC_SCANNER			0x06	// Scanner device 
#define DTC_OPTICAL			0x07	// Optical memory device 
#define DTC_JUKEBOX			0x08	// Medium changer device 
#define DTC_COMM			0x09	// Communications device 
#define DTC_PREPRESS1		0x0A	// Pre-press device 1 
#define DTC_PREPRESS2		0x0B	// Pre-press device 2 
#define DTC_UNKNOWN			0x1F	// Unknown or no device type 


/***************************************************************************
 ** SRB Status
 ***************************************************************************/
#define SS_PENDING                0x00   /* SRB being processed            */
#define SS_COMP                   0x01   /* SRB completed without error    */
#define SS_ABORTED                0x02   /* SRB aborted                    */
#define SS_ABORT_FAIL             0x03   /* Unable to abort SRB            */
#define SS_ERR                    0x04   /* SRB completed with error       */
#define SS_INVALID_CMD            0x80   /* Invalid ASPI command           */
#define SS_INVALID_HA             0x81   /* Invalid host adapter number    */
#define SS_NO_DEVICE              0x82   /* SCSI device not installed      */
#define SS_INVALID_SRB            0xE0   /* Invalid parameter set in SRB   */
#define SS_OLD_MANAGER            0xE1   /* ASPI manager doesn't support   */
                                         /* windows                        */
#define SS_BUFFER_ALIGN           0xE1   /* Buffer not aligned (replaces   */
                                         /* SS_OLD_MANAGER in Win32)       */
#define SS_ILLEGAL_MODE           0xE2   /* Unsupported Windows mode       */
#define SS_NO_ASPI                0xE3   /* No ASPI managers               */
#define SS_FAILED_INIT            0xE4   /* ASPI for windows failed init   */
#define SS_ASPI_IS_BUSY           0xE5   /* No resources available to      */
                                         /* execute command                */
#define SS_BUFFER_TO_BIG          0xE6   /* Buffer size too big to handle  */
#define SS_BUFFER_TOO_BIG         0xE6   /* Correct spelling of 'too'      */
#define SS_MISMATCHED_COMPONENTS  0xE7   /* The DLLs/EXEs of ASPI don't    */
                                         /* version check                  */
#define SS_NO_ADAPTERS            0xE8   /* No host adapters to manager    */
#define SS_INSUFFICIENT_RESOURCES 0xE9   /* Couldn't allocate resources    */
                                         /* needed to init                 */
#define SS_ASPI_IS_SHUTDOWN       0xEA   /* Call came to ASPI after        */
                                         /* PROCESS_DETACH                 */
#define SS_BAD_INSTALL            0xEB   /* The DLL or other components    */
                                         /* are installed wrong            */


// SRB defines
#define	SC_HA_INQUIRY		0x00	// Get information about installed host adapters,including the number of installed adapters.
#define	SC_GET_DEV_TYPE		0x01	// Get information about installed SCSI devices.
#define	SC_EXEC_SCSI_CMD	0x02	// Execute SCSI I/O.
#define	SC_ABORT_SRB		0x03	// Abort an outstanding I/O request.
#define	SC_RESET_DEV		0x04	// Reset an individual SCSI target.
#define	SC_GET_DISK_INFO	0x06	// Get information on disk type SCSI devices (not available under Windows NT).
#define SC_GETSET_TIMEOUTS	0x08

// MISC defines
#define CDSAMPLEFREQ 44100
#define TRACKSPERSEC 75

#define CB_CDDASECTOR	2352
#define CB_QSUBCHANNEL	0
#define CB_CDROMSECTOR	2048
#define CB_AUDIO	(CB_CDDASECTOR-CB_QSUBCHANNEL)



typedef struct
{
	BYTE        SRB_Cmd;            // ASPI command code
	BYTE        SRB_Status;         // ASPI command status byte
	BYTE        SRB_HaId;           // ASPI host adapter number
	BYTE        SRB_Flags;          // ASPI request flags
	DWORD       SRB_Hdr_Rsvd;       // Reserved, MUST = 0
} SRB_HEADER, *LPSRB;


typedef struct
{
    BYTE        SRB_Cmd;            // ASPI command code = SC_HA_INQUIRY
    BYTE        SRB_Status;         // ASPI command status byte
    BYTE        SRB_HaId;           // ASPI host adapter number
    BYTE        SRB_Flags;          // ASPI request flags
    DWORD       SRB_Hdr_Rsvd;       // Reserved, MUST = 0
    BYTE        HA_Count;           // Number of host adapters present
    BYTE        HA_SCSI_ID;         // SCSI ID of host adapter
    BYTE        HA_ManagerId[16];   // String describing the manager
    BYTE        HA_Identifier[16];  // String describing the host adapter
    BYTE        HA_Unique[16];      // Host Adapter Unique parameters
    WORD        HA_Rsvd1;
} SRB_HAINQUIRY, *LPSRB_HAINQUIRY;


typedef struct
{
    BYTE        SRB_Cmd;            // ASPI command code = SC_GET_DEV_TYPE
    BYTE        SRB_Status;         // ASPI command status byte
    BYTE        SRB_HaId;           // ASPI host adapter number
    BYTE        SRB_Flags;          // Reserved
    DWORD       SRB_Hdr_Rsvd;       // Reserved
    BYTE        SRB_Target;         // Target's SCSI ID
    BYTE        SRB_Lun;            // Target's LUN number
    BYTE        SRB_DeviceType;     // Target's peripheral device type
    BYTE        SRB_Rsvd1;          // Reserved for alignment
} SRB_GDEVBLOCK, *LPSRB_GDEVBLOCK;


#define SENSE_LEN 14				// Maximum sense length


typedef struct
{
    BYTE        SRB_Cmd;            // ASPI command code = SC_EXEC_SCSI_CMD
    BYTE        SRB_Status;         // ASPI command status byte
    BYTE        SRB_HaId;           // ASPI host adapter number
    BYTE        SRB_Flags;          // ASPI request flags
    DWORD       SRB_Hdr_Rsvd;       // Reserved
    BYTE        SRB_Target;         // Target's SCSI ID
    BYTE        SRB_Lun;            // Target's LUN number
    WORD        SRB_Rsvd1;          // Reserved for Alignment
    DWORD       SRB_BufLen;         // Data Allocation Length
    BYTE        *SRB_BufPointer;    // Data Buffer Point
    BYTE        SRB_SenseLen;       // Sense Allocation Length
    BYTE        SRB_CDBLen;         // CDB Length
    BYTE        SRB_HaStat;         // Host Adapter Status
    BYTE        SRB_TargStat;       // Target Status
    void        (*SRB_PostProc)();  // Post routine
    void        *SRB_Rsvd2;         // Reserved
    BYTE        SRB_Rsvd3[16];      // Reserved for expansion
    BYTE        CDBByte[16];        // SCSI CDB
    BYTE        SenseArea[SENSE_LEN+2]; // Request Sense buffer
} SRB_EXECSCSICMD, *LPSRB_EXECSCSICMD;


typedef struct
{
    BYTE        SRB_Cmd;            // ASPI command code = SC_EXEC_SCSI_CMD
    BYTE        SRB_Status;         // ASPI command status byte
    BYTE        SRB_HaId;           // ASPI host adapter number
    BYTE        SRB_Flags;          // Reserved
    DWORD       SRB_Hdr_Rsvd;       // Reserved
    BYTE        SRB_Target;         // Target's SCSI ID
    BYTE        SRB_Lun;            // Target's LUN number
    BYTE        SRB_DriveFlags;     // Driver flags
    BYTE        SRB_Int13HDriveInfo;// Host Adapter Status
    BYTE        SRB_Heads;          // Preferred number of heads translation
    BYTE        SRB_Sectors;        // Preferred number of sectors translation
    BYTE        SRB_Rsvd1[10];      // Reserved
} SRB_GETDISKINFO, *LPSRB_GETDISKINFO;



typedef struct
{
    BYTE        SRB_Cmd;            // ASPI command code = SC_RESET_DEV
    BYTE        SRB_Status;         // ASPI command status byte
    BYTE        SRB_HaId;           // ASPI host adapter number
    BYTE        SRB_Flags;          // Reserved
    DWORD       SRB_Hdr_Rsvd;       // Reserved
    BYTE        SRB_Target;         // Target's SCSI ID
    BYTE        SRB_Lun;            // Target's LUN number
    BYTE        SRB_Rsvd1[12];      // Reserved for Alignment
    BYTE        SRB_HaStat;         // Host Adapter Status
    BYTE        SRB_TargStat;       // Target Status
    void        *SRB_PostProc;      // Post routine
    void        *SRB_Rsvd2;         // Reserved
    BYTE        SRB_Rsvd3[32];      // Reserved
} SRB_BUSDEVICERESET, *LPSRB_BUSDEVICERESET;


typedef struct
{
  BYTE     SRB_Cmd;           /* 00/000 ASPI cmd code == SC_ABORT_SRB      */
  BYTE     SRB_Status;        /* 01/001 ASPI command status byte           */
  BYTE     SRB_HaID;          /* 02/002 ASPI host adapter number           */
  BYTE     SRB_Flags;         /* 03/003 Reserved, must = 0                 */
  DWORD    SRB_Hdr_Rsvd;      /* 04/004 Reserved, must = 0                 */
  void     *SRB_ToAbort;      /* 08/008 Pointer to SRB to abort            */
} SRB_Abort, *PSRB_Abort, FAR *LPSRB_Abort;


typedef unsigned char	Ucbit;
typedef unsigned char	u_char;

#define	MP_P_CODE			\
	Ucbit	p_code		: 6;	\
	Ucbit	p_res		: 1;	\
	Ucbit	parsave		: 1


// CD Cap / mech status 
typedef struct SCSICDMODEPAGE2A_TAG
{		
	MP_P_CODE;					// parsave & pagecode				(0)
	u_char	p_len;				// 0x14 = 20 Bytes					(1)

	Ucbit	cd_r_read	: 1;	// Reads CD-R  media				(2)
	Ucbit	cd_rw_read	: 1;	// Reads CD-RW media		     
	Ucbit	method2		: 1;	// Reads fixed packet method2 media  
	Ucbit	dvd_rom_read: 1;	// Reads DVD ROM media		     
	Ucbit	dvd_r_read	: 1;	// Reads DVD-R media		     
	Ucbit	dvd_ram_read: 1;	// Reads DVD-RAM media		     
	Ucbit	res_2_67	: 2;	// Reserved			     

	Ucbit	cd_r_write	: 1;	// Supports writing CD-R  media		(3)
	Ucbit	cd_rw_write	: 1;	// Supports writing CD-RW media	     
	Ucbit	test_write	: 1;	// Supports emulation write	     
	Ucbit	res_3_3		: 1;	// Reserved			     
	Ucbit	dvd_r_write	: 1;	// Supports writing DVD-R media	     
	Ucbit	dvd_ram_write: 1;	// Supports writing DVD-RAM media    
	Ucbit	res_3_67	: 2;	// Reserved			     

	Ucbit	audio_play	: 1;	// Supports Audio play operation	(4)    
	Ucbit	composite	: 1;	// Deliveres composite A/V stream
	Ucbit	digital_port_2: 1;	// Supports digital output on port 2 
	Ucbit	digital_port_1: 1;	// Supports digital output on port 1 
	Ucbit	mode_2_form_1: 1;	// Reads Mode-2 form 1 media (XA)    
	Ucbit	mode_2_form_2: 1;	// Reads Mode-2 form 2 media	     
	Ucbit	multi_session: 1;	// Reads multi-session media	     
	Ucbit	res_4		: 1;	// Reserved			     

	Ucbit	cd_da_supported: 1;	// Reads audio data with READ CD cmd 
	Ucbit	cd_da_accurate: 1;	// READ CD data stream is accurate   
	Ucbit	rw_supported: 1;	// Reads R-W sub channel information 
	Ucbit	rw_deint_cor: 1;	// Reads de-interleved R-W sub chan  
	Ucbit	c2_pointers	: 1;	// Supports C2 error pointers	     
	Ucbit	ISRC		: 1;	// Reads ISRC information	     
	Ucbit	UPC			: 1;	// Reads media catalog number (UPC)  
	Ucbit	read_bar_code: 1;	// Supports reading bar codes	     

	Ucbit	lock		: 1;	// PREVENT/ALLOW may lock media	     (5)
	Ucbit	lock_state	: 1;	// Lock state 0=unlocked 1=locked    
	Ucbit	prevent_jumper: 1;	// State of prev/allow jumper 0=pres 
	Ucbit	eject		: 1;	// Ejects disc/cartr with STOP LoEj  
	Ucbit	res_6_4		: 1;	// Reserved			     
	Ucbit	loading_type: 3;	// Loading mechanism type	     

	Ucbit	sep_chan_vol: 1;	// Vol controls each channel separat (6)
	Ucbit	sep_chan_mute: 1;	// Mute controls each channel separat
	Ucbit	disk_present_rep:1;	// Changer supports disk present rep 
	Ucbit	sw_slot_sel:1;		// Load empty slot in changer	     
	Ucbit	res_7	: 4;		// Reserved			     

	BYTE	ReadSpeedH;			// Max. read speed in KB/s				(7)
	BYTE	ReadSpeedL;			// Max. read speed in KB/s				(7)

	u_char	num_vol_levels[2];	// # of supported volume levels			(9)

	u_char	buffer_size[2];		// Buffer size for the data in KB		(11)
	u_char	cur_read_speed[2];	// Current read speed in KB/s			(13)	     
	u_char	res_16;				// Reserved								(14)
	
	Ucbit	res_17_0: 1;		// Reserved								(15)
	Ucbit	BCK		: 1;		// Data valid on falling edge of BCK 
	Ucbit	RCK		: 1;		// Set: HIGH high LRCK=left channel  
	Ucbit	LSBF		: 1;	// Set: LSB first Clear: MSB first   
	Ucbit	length		: 2;	// 0=32BCKs 1=16BCKs 2=24BCKs 3=24I2c
	Ucbit	res_17		: 2;	// Reserved			     
	
	u_char	max_write_speed[2];	// Max. write speed supported in KB/s	(17)

	u_char	cur_write_speed[2];	// Current write speed in KB/s			(19)

} SCSICDMODEPAGE2A;

char *fillbytes(void *tov, int cnt, char val);


typedef struct SCISMODEHEADER_TAG {
	Ucbit	sense_data_len	: 8;
	u_char	medium_type;
	Ucbit	res2		: 4;
	Ucbit	cache		: 1;
	Ucbit	res		: 2;
	Ucbit	write_prot	: 1;
	BYTE	nBlockLen;
} SCISMODEHEADER;

typedef struct SCSIMODEHDR_6_TAG {
	BYTE		btModeDataLen;					// 0
	BYTE		btMediumType;					// 1
	BYTE		btDevSpecificParam;				// 2
	BYTE		btBlkDescrLen;					// 3
} SCSIMODEHDR_6;


typedef struct SCSIMODEHDR_10_TAG {
	BYTE		btModeDataLenH;					// 0
	BYTE		btModeDataLenL;					// 1
	BYTE		btMediumType;					// 2
	BYTE		btDevSpecificParam;				// 3
	BYTE		btReserved1;					// 4
	BYTE		btReserved2;					// 5 
	BYTE		btBlkDescrLenH;					// 6
	BYTE		btBlkDescrLenL;					// 7
} SCSIMODEHDR_10;

typedef struct SCSIBLOCKDESCRIPTOR_TAG {
	BYTE		btDensity;						// 0
	BYTE		btNumberOfBlocksH;				// 1
	BYTE		btNumberOfBlocksM;				// 2
	BYTE		btNumberOfBlocksL;				// 3
	BYTE		btReserved;						// 4
	BYTE		btBlockLenH;					// 5 
	BYTE		btBlockLenM;					// 6
	BYTE		btBlockLenL;					// 7
} SCSIBLOCKDESCRIPTOR;




// Error recovery Parameters
typedef struct SCSICDMODEPAGE1A_TAG{
		MP_P_CODE;								//  0	parsave & pagecode
	u_char	p_len;								//  1	0x0A = 12 Bytes
	Ucbit	disa_correction	: 1;				//	2	Byte 2
	Ucbit	term_on_rec_err	: 1;
	Ucbit	report_rec_err	: 1;
	Ucbit	en_early_corr	: 1;
	Ucbit	read_continuous	: 1;
	Ucbit	tranfer_block	: 1;
	Ucbit	en_auto_reall_r	: 1;
	Ucbit	en_auto_reall_w	: 1;
	u_char	rd_retry_count;						//	3	Byte 3
	u_char	correction_span;					//  4
	char	head_offset_count;					//  5
	char	data_strobe_offset;					//  6
	u_char	res;								//  7
	u_char	wr_retry_count;						//  8
	u_char	res_tape[2];						//  9
	u_char	recov_timelim[2];					// 11
} SCSICDMODEPAGE1A;




typedef struct
{
	BYTE SRB_Cmd; // ASPI command code = SC_GETSET_TIMEOUTS
	BYTE SRB_Status; // ASPI command status byte
	BYTE SRB_HaId; // ASPI host adapter number
	BYTE SRB_Flags; // ASPI request flags
	DWORD SRB_Hdr_Rsvd; // Reserved
	BYTE SRB_Target; // Target's SCSI ID
	BYTE SRB_Lun; // Target's LUN number
	DWORD SRB_Timeout; // Timeout in half seconds
}
SRB_GetSetTimeouts, *PSRB_GetSetTimeouts;

typedef struct
{
	LPBYTE AB_BufPointer; // Pointer to the ASPI allocated buffer
	DWORD AB_BufLen; // Length in bytes of the buffer
	DWORD AB_ZeroFill; // Flag set to 1 if buffer should be zeroed
	DWORD AB_Reserved; // Reserved, MUST = 0
}
ASPI32BUFF, *PASPI32BUFF;

#pragma pack(pop)

#endif