FreeBSD/Linux Kernel Cross Reference
sys/dev/ic/siopreg.h

     /*      $NetBSD: siopreg.h,v 1.20 2008/06/11 02:09:16 kiyohara Exp $    */
     
     /*
      * Copyright (c) 2000 Manuel Bouyer.
      *
      * Redistribution and use in source and binary forms, with or without
      * modification, are permitted provided that the following conditions
      * are met:
      * 1. Redistributions of source code must retain the above copyright
     *    notice, this list of conditions and the following disclaimer.
     * 2. Redistributions in binary form must reproduce the above copyright
     *    notice, this list of conditions and the following disclaimer in the
     *    documentation and/or other materials provided with the distribution.
     * 3. All advertising materials mentioning features or use of this software
     *    must display the following acknowledgement:
     *      This product includes software developed by Manuel Bouyer.
     * 4. The name of the author may not be used to endorse or promote products
     *    derived from this software without specific prior written permission.
     *
     * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
     * IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
     * OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
     * IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
     * INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
     * NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
     * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
     * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
     * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
     * THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
     *
     */
    
    /*
     * Devices definitions for Symbios/NCR M53c8xx PCI-SCSI I/O Processors
     * Docs available from http://www.symbios.com/
     */
    
    #define SIOP_SCNTL0     0x00 /* SCSI control 0, R/W */
    #define SCNTL0_ARB_MASK 0xc0
    #define SCNTL0_SARB     0x00
    #define SCNTL0_FARB     0xc0
    #define SCNTL0_START    0x20
    #define SCNTL0_WATM     0x10
    #define SCNTL0_EPC      0x08
    #define SCNTL0_AAP      0x02
    #define SCNTL0_TRG      0x01
    
    #define SIOP_SCNTL1     0x01 /* SCSI control 1, R/W */
    #define SCNTL1_EXC      0x80
    #define SCNTL1_ADB      0x40
    #define SCNTL1_DHP      0x20
    #define SCNTL1_CON      0x10
    #define SCNTL1_RST      0x08
    #define SCNTL1_AESP     0x04
    #define SCNTL1_IARB     0x02
    #define SCNTL1_SST      0x01
    
    #define SIOP_SCNTL2     0x02 /* SCSI control 2, R/W */
    #define SCNTL2_SDU      0x80
    #define SCNTL2_CHM      0x40    /* 875 only */
    #define SCNTL2_SLPMD    0x20    /* 875 only */
    #define SCNTL2_SLPHBEN  0x10    /* 875 only */
    #define SCNTL2_WSS      0x08    /* 875 only */
    #define SCNTL2_VUE0     0x04    /* 875 only */
    #define SCNTL2_VUE1     0x02    /* 875 only */
    #define SCNTL2_WSR      0x01    /* 875 only */
    
    #define SIOP_SCNTL3     0x03 /* SCSI control 3, R/W */
    #define SCNTL3_ULTRA    0x80    /* 875 only */
    #define SCNTL3_SCF_SHIFT 4
    #define SCNTL3_SCF_MASK 0x70
    #define SCNTL3_EWS      0x08    /* 875 only */
    #define SCNTL3_CCF_SHIFT 0
    #define SCNTL3_CCF_MASK 0x07
    
    /* periods for various SCF values, assume transfer period of 4 */
    struct scf_period {
            int clock; /* clock period (ns * 10) */
            int period; /* scsi period, as set in the SDTR message */
            int scf; /* scf value to use */
    };
    
    static const struct scf_period scf_period[] __unused = {
            {250, 25, 1}, /* 10.0 MHz */
            {250, 37, 2}, /* 6.67 MHz */
            {250, 50, 3},  /* 5.00 MHz */
            {250, 75, 4},  /* 3.33 MHz */
            {125, 12, 1},  /* 20.0 MHz */
            {125, 18, 2},  /* 13.3 MHz */
            {125, 25, 3},  /* 10.0 MHz */
            {125, 37, 4},  /* 6.67 MHz */
            {125, 50, 5},  /* 5.0 MHz */
            { 62, 10, 1},  /* 40.0 MHz */
            { 62, 12, 3},  /* 20.0 MHz */
            { 62, 18, 4},  /* 13.3 MHz */
            { 62, 25, 5},  /* 10.0 MHz */
    };
    
    static const struct scf_period dt_scf_period[] __unused = {
           { 62,  9, 1},  /* 80.0 MHz */
           { 62, 10, 3},  /* 40.0 MHz */
           { 62, 12, 5},  /* 20.0 MHz */
           { 62, 18, 6},  /* 13.3 MHz */
           { 62, 25, 7},  /* 10.0 MHz */
   };
   
   #define SIOP_SCID       0x04 /* SCSI chip ID R/W */
   #define SCID_RRE        0x40
   #define SCID_SRE        0x20
   #define SCID_ENCID_SHIFT 0
   #define SCID_ENCID_MASK 0x07
   
   #define SIOP_SXFER      0x05 /* SCSI transfer, R/W */
   #define SXFER_TP_SHIFT   5
   #define SXFER_TP_MASK   0xe0
   #define SXFER_MO_SHIFT  0
   #define SXFER_MO_MASK  0x3f
   
   #define SIOP_SDID       0x06 /* SCSI destination ID, R/W */
   #define SDID_ENCID_SHIFT 0
   #define SDID_ENCID_MASK 0x07
   
   #define SIOP_GPREG      0x07 /* General purpose, R/W */
   #define GPREG_GPIO4     0x10    /* 875 only */
   #define GPREG_GPIO3     0x08    /* 875 only */
   #define GPREG_GPIO2     0x04    /* 875 only */
   #define GPREG_GPIO1     0x02
   #define GPREG_GPIO0     0x01
   
   #define SIOP_SFBR       0x08 /* SCSI first byte received, R/W */
   
   #define SIOP_SOCL       0x09 /* SCSI output control latch, RW */
   
   #define SIOP_SSID       0x0A /* SCSI selector ID, RO */
   #define SSID_VAL        0x80
   #define SSID_ENCID_SHIFT 0
   #define SSID_ENCID_MASK 0x0f
   
   #define SIOP_SBCL       0x0B /* SCSI control line, RO */
   
   #define SIOP_DSTAT      0x0C /* DMA status, RO */
   #define DSTAT_DFE       0x80
   #define DSTAT_MDPE      0x40
   #define DSTAT_BF        0x20
   #define DSTAT_ABRT      0x10
   #define DSTAT_SSI       0x08
   #define DSTAT_SIR       0x04
   #define DSTAT_IID       0x01
   
   #define SIOP_SSTAT0     0x0D /* STSI status 0, RO */
   #define SSTAT0_ILF      0x80
   #define SSTAT0_ORF      0x40
   #define SSTAT0_OLF      0x20
   #define SSTAT0_AIP      0x10
   #define SSTAT0_LOA      0x08
   #define SSTAT0_WOA      0x04
   #define SSTAT0_RST      0x02
   #define SSTAT0_SDP      0x01
   
   #define SIOP_SSTAT1     0x0E /* STSI status 1, RO */
   #define SSTAT1_FFO_SHIFT 4
   #define SSTAT1_FFO_MASK 0x80
   #define SSTAT1_SDPL     0x08
   #define SSTAT1_MSG      0x04
   #define SSTAT1_CD       0x02
   #define SSTAT1_IO       0x01
   #define SSTAT1_PHASE_MASK (SSTAT1_IO | SSTAT1_CD | SSTAT1_MSG)
   #define SSTAT1_PHASE_DATAOUT    0
   #define SSTAT1_PHASE_DATAIN     SSTAT1_IO
   #define SSTAT1_PHASE_CMD        SSTAT1_CD
   #define SSTAT1_PHASE_STATUS     (SSTAT1_CD | SSTAT1_IO)
   #define SSTAT1_PHASE_MSGOUT     (SSTAT1_MSG | SSTAT1_CD)
   #define SSTAT1_PHASE_MSGIN      (SSTAT1_MSG | SSTAT1_CD | SSTAT1_IO)
   
   #define SIOP_SSTAT2     0x0F /* STSI status 2, RO */
   #define SSTAT2_ILF1     0x80    /* 875 only */
   #define SSTAT2_ORF1     0x40    /* 875 only */
   #define SSTAT2_OLF1     0x20    /* 875 only */
   #define SSTAT2_FF4      0x10    /* 875 only */
   #define SSTAT2_SPL1     0x08    /* 875 only */
   #define SSTAT2_DF       0x04    /* 875 only */
   #define SSTAT2_LDSC     0x02
   #define SSTAT2_SDP1     0x01    /* 875 only */
   
   #define SIOP_DSA        0x10 /* data struct addr, R/W */
   
   #define SIOP_ISTAT      0x14 /* IRQ status, R/W */
   #define ISTAT_ABRT      0x80
   #define ISTAT_SRST      0x40
   #define ISTAT_SIGP      0x20
   #define ISTAT_SEM       0x10
   #define ISTAT_CON       0x08
   #define ISTAT_INTF      0x04
   #define ISTAT_SIP       0x02
   #define ISTAT_DIP       0x01
   
   #define SIOP_CTEST0     0x18 /* Chip test 0, R/W */
   #define CTEST0_EHP      0x04    /* 720/770 */
   
   #define SIOP_CTEST1     0x19 /* Chip test 1, R/W */
   
   #define SIOP_CTEST2     0x1A /* Chip test 2, R/W */
   #define CTEST2_SRTCH    0x04    /* 875 only */
   
   #define SIOP_CTEST3     0x1B /* Chip test 3, R/W */
   #define CTEST3_FLF      0x08
   #define CTEST3_CLF      0x04
   #define CTEST3_FM       0x02
   #define CTEST3_WRIE     0x01
   
   #define SIOP_TEMP       0x1C /* Temp register (used by CALL/RET), R/W */
   
   #define SIOP_DFIFO      0x20 /* DMA FIFO */
   
   #define SIOP_CTEST4     0x21 /* Chip test 4, R/W */
   #define CTEST4_MUX      0x80    /* 720/770 */
   #define CTEST4_BDIS     0x80
   #define CTEST_ZMOD      0x40
   #define CTEST_ZSD       0x20
   #define CTEST_SRTM      0x10
   #define CTEST_MPEE      0x08
   
   #define SIOP_CTEST5     0x22 /* Chip test 5, R/W */
   #define CTEST5_ADCK     0x80
   #define CTEST5_BBCK     0x40
   #define CTEST5_DFS      0x20
   #define CTEST5_MASR     0x10
   #define CTEST5_DDIR     0x08
   #define CTEST5_BOMASK   0x03
   
   #define SIOP_CTEST6     0x23 /* Chip test 6, R/W */
   
   #define SIOP_DBC        0x24 /* DMA byte counter, R/W */
   
   #define SIOP_DCMD       0x27 /* DMA command, R/W */
   
   #define SIOP_DNAD       0x28 /* DMA next addr, R/W */
   
   #define SIOP_DSP        0x2C /* DMA scripts pointer, R/W */
   
   #define SIOP_DSPS       0x30 /* DMA scripts pointer save, R/W */
   
   #define SIOP_SCRATCHA   0x34 /* scratch register A. R/W */
   
   #define SIOP_DMODE      0x38 /* DMA mode, R/W */
   #define DMODE_BL_SHIFT   6
   #define DMODE_BL_MASK   0xC0
   #define DMODE_SIOM      0x20
   #define DMODE_DIOM      0x10
   #define DMODE_ERL       0x08
   #define DMODE_ERMP      0x04
   #define DMODE_BOF       0x02
   #define DMODE_MAN       0x01
   
   #define SIOP_DIEN       0x39 /* DMA interrupt enable, R/W */
   #define DIEN_MDPE       0x40
   #define DIEN_BF         0x20
   #define DIEN_AVRT       0x10
   #define DIEN_SSI        0x08
   #define DIEN_SIR        0x04
   #define DIEN_IID        0x01
   
   #define SIOP_SBR        0x3A /* scratch byte register, R/W */
   
   #define SIOP_DCNTL      0x3B /* DMA control, R/W */
   #define DCNTL_CLSE      0x80
   #define DCNTL_PFF       0x40
   #define DCNTL_EA        0x20    /* 720/770 */
   #define DCNTL_PFEN      0x20    /* 8xx */
   #define DCNTL_SSM       0x10
   #define DCNTL_IRQM      0x08
   #define DCNTL_STD       0x04
   #define DCNTL_IRQD      0x02
   #define DCNTL_COM       0x01
   
   #define SIOP_ADDER      0x3C /* adder output sum, RO */
   
   #define SIOP_SIEN0      0x40 /* SCSI interrupt enable 0, R/W */
   #define SIEN0_MA        0x80
   #define SIEN0_CMP       0x40
   #define SIEN0_SEL       0x20
   #define SIEN0_RSL       0x10
   #define SIEN0_SGE       0x08
   #define SIEN0_UDC       0x04
   #define SIEN0_SRT       0x02
   #define SIEN0_PAR       0x01
   
   #define SIOP_SIEN1      0x41 /* SCSI interrupt enable 1, R/W */
   #define SIEN1_SBMC      0x10 /* 895 only */
   #define SIEN1_STO       0x04
   #define SIEN1_GEN       0x02
   #define SIEN1_HTH       0x01
   
   #define SIOP_SIST0      0x42 /* SCSI interrupt status 0, RO */
   #define SIST0_MA        0x80
   #define SIST0_CMP       0x40
   #define SIST0_SEL       0x20
   #define SIST0_RSL       0x10
   #define SIST0_SGE       0x08
   #define SIST0_UDC       0x04
   #define SIST0_RST       0x02
   #define SIST0_PAR       0x01
   
   #define SIOP_SIST1      0x43 /* SCSI interrupt status 1, RO */
   #define SIST1_SBMC      0x10 /* 895 only */
   #define SIST1_STO       0x04
   #define SIST1_GEN       0x02
   #define SIST1_HTH       0x01
   
   #define SIOP_SLPAR      0x44 /* scsi longitudinal parity, R/W */
   
   #define SIOP_SWIDE      0x45 /* scsi wide residue, RW, 875 only */
   
   #define SIOP_MACNTL     0x46 /* memory access control, R/W */
   
   #define SIOP_GPCNTL     0x47 /* General Purpose Pin control, R/W */
   #define GPCNTL_ME       0x80    /* 875 only */
   #define GPCNTL_FE       0x40    /* 875 only */
   #define GPCNTL_IN4      0x10    /* 875 only */
   #define GPCNTL_IN3      0x08    /* 875 only */
   #define GPCNTL_IN2      0x04    /* 875 only */
   #define GPCNTL_IN1      0x02
   #define GPCNTL_IN0      0x01
   
   #define SIOP_STIME0     0x48 /* SCSI timer 0, R/W */
   #define STIME0_HTH_SHIFT 4
   #define STIME0_HTH_MASK 0xf0
   #define STIME0_SEL_SHIFT 0
   #define STIME0_SEL_MASK 0x0f
   
   #define SIOP_STIME1     0x49 /* SCSI timer 1, R/W */
   #define STIME1_HTHBA    0x40    /* 875 only */
   #define STIME1_GENSF    0x20    /* 875 only */
   #define STIME1_HTHSF    0x10    /* 875 only */
   #define STIME1_GEN_SHIFT 0
   #define STIME1_GEN_MASK 0x0f
   
   #define SIOP_RESPID0    0x4A /* response ID, R/W */
   
   #define SIOP_RESPID1    0x4B /* response ID, R/W, 875-only */
   
   #define SIOP_STEST0     0x4C /* SCSI test 0, RO */
   
   #define SIOP_STEST1     0x4D /* SCSI test 1, RO, RW on 875 */
   #define STEST1_DOGE     0x20    /* 1010 only */
   #define STEST1_DIGE     0x10    /* 1010 only */
   #define STEST1_DBLEN    0x08    /* 875-only */
   #define STEST1_DBLSEL   0x04    /* 875-only */
   #define STEST1_SCLK     0x80
   
   #define SIOP_STEST2     0x4E /* SCSI test 2, RO, R/W on 875 */
   #define STEST2_DIF      0x20    /* 875 only */
   #define STEST2_EXT      0x02
   
   #define SIOP_STEST3     0x4F /* SCSI test 3, RO, RW on 875 */
   #define STEST3_TE       0x80
   #define STEST3_HSC      0x20
   
   #define SIOP_STEST4     0x52 /* SCSI test 4, 895 only */
   #define STEST4_MODE_MASK 0xc0
   #define STEST4_MODE_DIF 0x40
   #define STEST4_MODE_SE  0x80
   #define STEST4_MODE_LVD 0xc0
   #define STEST4_LOCK     0x20
   #define STEST4_
   
   #define SIOP_SIDL       0x50 /* SCSI input data latch, RO */
   
   #define SIOP_SODL       0x54 /* SCSI output data latch, R/W */
   
   #define SIOP_SBDL       0x58 /* SCSI bus data lines, RO */
   
   #define SIOP_SCRATCHB   0x5C /* Scratch register B, R/W */
   
   #define SIOP_SCRATCHC   0x60 /* Scratch register C, R/W, 875 only */
   
   #define SIOP_SCRATCHD   0x64 /* Scratch register D, R/W, 875-only */
   
   #define SIOP_SCRATCHE   0x68 /* Scratch register E, R/W, 875-only */
   
   #define SIOP_SCRATCHF   0x6c /* Scratch register F, R/W, 875-only */
   
   #define SIOP_SCRATCHG   0x70 /* Scratch register G, R/W, 875-only */
   
   #define SIOP_SCRATCHH   0x74 /* Scratch register H, R/W, 875-only */
   
   #define SIOP_SCRATCHI   0x78 /* Scratch register I, R/W, 875-only */
   
   #define SIOP_SCRATCHJ   0x7c /* Scratch register J, R/W, 875-only */
   
   #define SIOP_SCNTL4     0xBC /* SCSI control 4, R/W, 1010-only */
   #define SCNTL4_XCLKS_ST 0x01
   #define SCNTL4_XCLKS_DT 0x02
   #define SCNTL4_XCLKH_ST 0x04
   #define SCNTL4_XCLKH_DT 0x08
   #define SCNTL4_AIPEN    0x40
   #define SCNTL4_U3EN     0x80
   
   #define SIOP_DFBC       0xf0 /* DMA fifo byte count, RO */
   
   #define SIOP_AIPCNTL0   0xbe    /* AIP Control 0, 1010-only */
   #define AIPCNTL0_ERRLIVE 0x04   /* AIP error status, live */
   #define AIPCNTL0_ERR    0x02    /* AIP error status, latched */
   #define AIPCNTL0_PARITYERRs 0x01 /* Parity error */
   
   #define SIOP_AIPCNTL1   0xbf    /* AIP Control 1, 1010-only */
   #define AIPCNTL1_DIS    0x08    /* disable AIP generation, 1010-66 only */
   #define AIPCNTL1_RSETERR 0x04   /* reset AIP error 1010-66 only */
   #define AIPCNTL1_FB     0x02    /* force bad AIP value 1010-66 only */
   #define AIPCNTL1_RSET   0x01    /* reset AIP sequence value 1010-66 only */
   
   /*
    * Non-volatile configuration settings stored in the EEPROM.  There
    * are at least two known formats: Symbios Logic format and Tekram format.
    */
   
   #define SIOP_NVRAM_SYM_SIZE             368
   #define SIOP_NVRAM_SYM_ADDRESS          0x100
   
   struct nvram_symbios {
           /* Header (6 bytes) */
           u_int16_t       type;           /* 0x0000 */
           u_int16_t       byte_count;     /* excluding header/trailer */
           u_int16_t       checksum;
   
           /* Adapter configuration (20 bytes) */
           u_int8_t        v_major;
           u_int8_t        v_minor;
           u_int32_t       boot_crc;
           u_int16_t       flags;
   #define NVRAM_SYM_F_SCAM_ENABLE         0x0001
   #define NVRAM_SYM_F_PARITY_ENABLE       0x0002
   #define NVRAM_SYM_F_VERBOSE_MESSAGES    0x0004
   #define NVRAM_SYM_F_CHS_MAPPING         0x0008
           u_int16_t       flags1;
   #define NVRAM_SYM_F1_SCAN_HI_LO         0x0001
           u_int16_t       term_state;
   #define NVRAM_SYM_TERM_CANT_PROGRAM     0
   #define NVRAM_SYM_TERM_ENABLED          1
   #define NVRAM_SYM_TERM_DISABLED         2
           u_int16_t       rmvbl_flags;
   #define NVRAM_SYM_RMVBL_NO_SUPPORT      0
   #define NVRAM_SYM_RMVBL_BOOT_DEVICE     1
   #define NVRAM_SYM_RMVBL_MEDIA_INSTALLED 2
           u_int8_t        host_id;
           u_int8_t        num_hba;
           u_int8_t        num_devices;
           u_int8_t        max_scam_devices;
           u_int8_t        num_valid_scam_devices;
           u_int8_t        rsvd;
   
           /* Boot order (14 bytes x 4) */
           struct nvram_symbios_host {
                   u_int16_t       type;           /* 4 - 8xx */
                   u_int16_t       device_id;      /* PCI device ID */
                   u_int16_t       vendor_id;      /* PCI vendor ID */
                   u_int8_t        bus_nr;         /* PCI bus number */
                   u_int8_t        device_fn;      /* PCI device/func # << 3 */
                   u_int16_t       word8;
                   u_int16_t       flags;
   #define NVRAM_SYM_HOST_F_SCAN_AT_BOOT   0x0001
                   u_int16_t       io_port;        /* PCI I/O address */
           } __packed host[4];
   
           /* Targets (8 bytes x 16) */
           struct nvram_symbios_target {
                   u_int8_t        flags;
   #define NVRAM_SYM_TARG_F_DISCONNECT_EN  0x0001
   #define NVRAM_SYM_TARG_F_SCAN_AT_BOOT   0x0002
   #define NVRAM_SYM_TARG_F_SCAN_LUNS      0x0004
   #define NVRAM_SYM_TARG_F_TQ_EN          0x0008
                   u_int8_t        rsvd;
                   u_int8_t        bus_width;
                   u_int8_t        sync_offset;    /* 8, 16, etc. */
                   u_int16_t       sync_period;    /* 4 * factor */
                   u_int16_t       timeout;
           } __packed target[16];
   
           /* SCAM table (8 bytes x 4) */
           struct nvram_symbios_scam {
                   u_int16_t       id;
                   u_int16_t       method;
   #define NVRAM_SYM_SCAM_DEFAULT_METHOD   0
   #define NVRAM_SYM_SCAM_DONT_ASSIGN      1
   #define NVRAM_SYM_SCAM_SET_SPECIFIC_ID  2
   #define NVRAM_SYM_SCAM_USE_ORDER_GIVEN  3
                   u_int16_t       status;
   #define NVRAM_SYM_SCAM_UNKNOWN          0
   #define NVRAM_SYM_SCAM_DEVICE_NOT_FOUND 1
   #define NVRAM_SYM_SCAM_ID_NOT_SET       2
   #define NVRAM_SYM_SCAM_ID_VALID         3
                   u_int8_t                target_id;
                   u_int8_t                rsvd;
           } __packed scam[4];
   
           u_int8_t        spare_devices[15 * 8];
           u_int8_t        trailer[6];     /* 0xfe 0xfe 0x00 0x00 0x00 0x00 */
   } __packed;
   
   #define SIOP_NVRAM_TEK_SIZE             64
   #define SIOP_NVRAM_TEK_93c46_ADDRESS    0
   #define SIOP_NVRAM_TEK_24c16_ADDRESS    0x40
   
   static const u_int8_t tekram_sync_table[16] __unused = {
           25, 31, 37,  43,
           50, 62, 75, 125,
           12, 15, 18,  21,
            6,  7,  9,  10,
   };
   
   struct nvram_tekram {
           struct nvram_tekram_target {
                   u_int8_t        flags;
   #define NVRAM_TEK_TARG_F_PARITY_CHECK   0x01
   #define NVRAM_TEK_TARG_F_SYNC_NEGO      0x02
   #define NVRAM_TEK_TARG_F_DISCONNECT_EN  0x04
   #define NVRAM_TEK_TARG_F_START_CMD      0x08
   #define NVRAM_TEK_TARG_F_TQ_EN          0x10
   #define NVRAM_TEK_TARG_F_WIDE_NEGO      0x20
                   u_int8_t        sync_index;
                   u_int16_t       word2;
           } __packed target[16];
           u_int8_t        host_id;
           u_int8_t        flags;
   #define NVRAM_TEK_F_MORE_THAN_2_DRIVES  0x01
   #define NVRAM_TEK_F_DRIVES_SUP_1G       0x02
   #define NVRAM_TEK_F_RESET_ON_POWER_ON   0x04
   #define NVRAM_TEK_F_ACTIVE_NEGATION     0x08
   #define NVRAM_TEK_F_IMMEDIATE_SEEK      0x10
   #define NVRAM_TEK_F_SCAN_LUNS           0x20
   #define NVRAM_TEK_F_REMOVABLE_FLAGS     0xc0    /* 0 dis, 1 boot, 2 all */
           u_int8_t        boot_delay_index;
           u_int8_t        max_tags_index;
           u_int16_t       flags1;
   #define NVRAM_TEK_F_F2_F6_ENABLED       0x0001
           u_int16_t       spare[29];
   } __packed;

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