reformat

SCCS-vsn: sys/tahoe/vba/hdreg.h 7.2

diff --git a/usr/src/sys/tahoe/vba/hdreg.h b/usr/src/sys/tahoe/vba/hdreg.h
index f4be872..52b45d5 100644 (file)
--- a/usr/src/sys/tahoe/vba/hdreg.h
+++ b/usr/src/sys/tahoe/vba/hdreg.h
@@ -1,31 +1,31 @@
 /*
  *  Include file for HCX Disk Controller (HDC).
  *
 /*
  *  Include file for HCX Disk Controller (HDC).
  *

- *     @(#)hdreg.h     7.1 (Berkeley) %G%
+ *     @(#)hdreg.h     7.2 (Berkeley) %G%

  */
 
 #define        TRUE            1
  */
 
 #define        TRUE            1

-#define FALSE          0
-#define HDC_READ       0
-#define HDC_WRITE      1
-#define HDC_MAXBUS     2               /* max# buses                       */
-#define HDC_MAXCTLR    21              /* max# hdc controllers per bus     */
-#define HDC_MAXDRIVE   4               /* max# drives per hdc controller   */
-#define HDC_UNIT(x)    (minor(x) >> 3) /* the hdc unit number (0-31)       */
-#define HDC_PARTITION(x) (minor(x)&0x07)/* the hdc partition number (0-7)   */
-#define HDC_DEFPART    GB_MAXPART-1    /* partition# of def and diag cyls  */
-#define HDC_SPB                2               /* sectors per block for hdc's      */
-#define HDC_MID                HID_HDC         /* module id code for hdc's         */
-#define HDC_REMOVABLE  80              /* lowest model# for removable disks*/
-#define HDC_PHIO_SIZE  256             /* lword size of physical io buffer */
-#define HDC_VDATA_SIZE 16              /* vendor data size (long words)    */
-#define HDC_XSTAT_SIZE 128             /* size of extended status (lwords) */
-#define HDC_MAXCHAIN   33              /* maximum number of data chains    */
-#define HDC_MAXBC      64*1024         /* maximum byte count per data chain*/
-#define HDC_MAXMCBS    32              /* max# mcb's the hdc can handle    */
-#define HDC_MAXFLAWS   8000            /* max number of flaws per hdc disk */
-#define HDC_REGISTER(x)        (hc->registers->x) /* io to an hdc register         */
-#define HDC_DUMPSIZE   HDC_MAXBC/DEV_BSIZE*HDC_MAXCHAIN
+#define        FALSE           0
+#define        HDC_READ        0
+#define        HDC_WRITE       1
+#define        HDC_MAXBUS      2               /* max# buses */
+#define        HDC_MAXCTLR     21              /* max# hdc controllers per bus */
+#define        HDC_MAXDRIVE    4               /* max# drives per hdc controller */
+#define        HDC_UNIT(x)     (minor(x) >> 3) /* the hdc unit number (0-31) */
+#define        HDC_PARTITION(x) (minor(x)&0x07)/* the hdc partition number (0-7) */
+#define        HDC_DEFPART     GB_MAXPART-1    /* partition# of def and diag cyls */
+#define        HDC_SPB         2               /* sectors per block for hdc's */
+#define        HDC_MID         HID_HDC         /* module id code for hdc's */
+#define        HDC_REMOVABLE   80              /* lowest model# for removable disks */
+#define        HDC_PHIO_SIZE   256             /* lword size of physical io buffer */
+#define        HDC_VDATA_SIZE  16              /* vendor data size (long words) */
+#define        HDC_XSTAT_SIZE  128             /* size of extended status (lwords) */
+#define        HDC_MAXCHAIN    33              /* maximum number of data chains */
+#define        HDC_MAXBC       64*1024         /* maximum byte count per data chain */
+#define        HDC_MAXMCBS     32              /* max# mcb's the hdc can handle */
+#define        HDC_MAXFLAWS    8000            /* max number of flaws per hdc disk */
+#define        HDC_REGISTER(x) (hc->registers->x) /* io to an hdc register */
+#define        HDC_DUMPSIZE    HDC_MAXBC/DEV_BSIZE*HDC_MAXCHAIN

                                        /* number of blocks per dump record */
 
 /*
                                        /* number of blocks per dump record */
 
 /*


@@ -36,12 +36,12 @@
  * Note that b_upte and B_NOT1K are never used by the handler.
  */
 
  * Note that b_upte and B_NOT1K are never used by the handler.
  */
 

-#define B_LOCALIO      B_NOT1K
+#define        B_LOCALIO       B_NOT1K

 
 

-#define b_hdccommand   b_upte[0]
-#define b_cyl          b_upte[1]
-#define b_head         b_upte[2]
-#define b_sector       b_upte[3]
+#define        b_hdccommand    b_upte[0]
+#define        b_cyl           b_upte[1]
+#define        b_head          b_upte[2]
+#define        b_sector        b_upte[3]

 
 /*
  * These are the 4 hdc i/o register addresses.
 
 /*
  * These are the 4 hdc i/o register addresses.


@@ -55,10 +55,10 @@
  */
 
 typedef struct {
  */
 
 typedef struct {

-       unsigned long   master_mcb_reg; /* set the master mcb address       */
-       unsigned long   module_id_reg;  /* returns hdc's module id (hdc_mid)*/
-       unsigned long   soft_reset_reg; /* a write here shuts down the hdc  */
-       unsigned long   hard_reset_reg; /* send a system reset to the hdc   */
+       unsigned long   master_mcb_reg; /* set the master mcb address */
+       unsigned long   module_id_reg;  /* returns hdc's module id (hdc_mid) */
+       unsigned long   soft_reset_reg; /* a write here shuts down the hdc */
+       unsigned long   hard_reset_reg; /* send a system reset to the hdc */

 } hdc_regs_type;
 
 /*
 } hdc_regs_type;
 
 /*


@@ -67,10 +67,10 @@ typedef struct {
  */
 
 typedef struct {
  */
 
 typedef struct {

-       unsigned char   module_id;      /* module id; hdc's return HDC_MID  */
-       unsigned char   reserved;       /*                                  */
-       unsigned char   code_rev;       /* micro-code rev#; FF= not loaded  */
-       unsigned char   fit;            /* FIT test result; FF= no error    */
+       unsigned char   module_id;      /* module id; hdc's return HDC_MID */
+       unsigned char   reserved;
+       unsigned char   code_rev;       /* micro-code rev#; FF= not loaded */
+       unsigned char   fit;            /* FIT test result; FF= no error */

 } hdc_mid_type;
 
 /*
 } hdc_mid_type;
 
 /*


@@ -96,43 +96,43 @@ typedef struct {
  */
 
 typedef struct {
  */
 
 typedef struct {

-       long    lwc;                    /* long word count & data chain bit*/
-       long    ta;                     /* transfer address                */
+       long    lwc;                    /* long word count & data chain bit */
+       long    ta;                     /* transfer address */

 } data_chain_type;
 
 } data_chain_type;
 

-#define LWC_DATA_CHAIN 0x80000000      /* mask for data chain bit in lwc  */
+#define LWC_DATA_CHAIN 0x80000000      /* mask for data chain bit in lwc */

 
 

-struct mcb_struct ;
-typedef struct mcb_struct mcb_type ;
+struct mcb_struct;
+typedef struct mcb_struct mcb_type;

 struct mcb_struct {
 struct mcb_struct {

-                                       /* this part used only by software  */
-       mcb_type        *forw_mcb;      /* pointer to next mcb in chain     */
+                                       /* this part used only by software */
+       mcb_type        *forw_mcb;      /* pointer to next mcb in chain */

        mcb_type        *back_mcb;      /* pointer to previous mcb in chain */
        mcb_type        *back_mcb;      /* pointer to previous mcb in chain */

-       struct buf      *buf_ptr;       /* ptr to buf structure for this mcb*/
-       long            mcb_phaddr;     /* phaddr of hw's part of this mcb  */
+       struct buf      *buf_ptr;       /* ptr to buf structure for this mcb */
+       long            mcb_phaddr;     /* phaddr of hw's part of this mcb */

 
 

-                                       /* this part is sent to the hdc hw  */
-       unsigned long   forw_phaddr;    /* phys address of next mcb         */
-       unsigned        priority  :  8; /* device control word #1           */
-       unsigned        interrupt :  1; /*        "                         */
-       unsigned        drive     :  7; /*        "                         */
-       unsigned        command   : 16; /*        "             (see HCMD_) */
-       unsigned        cyl       : 13; /* device control word #2           */
-       unsigned        head      :  9; /*        "                         */
-       unsigned        sector    : 10; /*        "                         */
-       unsigned long   reserved[2];    /*                                  */
-       unsigned long   context;        /* software context word            */
-       data_chain_type chain[HDC_MAXCHAIN];/* data chain and lword count   */
-} ;
-                                       /* defines for the "command"s       */
-#define HCMD_STATUS    0x40            /* command: read drive status       */
-#define HCMD_READ      0x60            /* command: read data               */
-#define HCMD_VENDOR    0x6A            /* command: read vendor data        */
-#define HCMD_VERIFY    0x6D            /* command: verify a track          */
-#define HCMD_WRITE     0x70            /* command: write data              */
-#define HCMD_FORMAT    0x7E            /* command: format a track          */
-#define HCMD_CERTIFY   0x7F            /* command: certify a track         */
-#define HCMD_WCS       0xD0            /* command: write control store     */
+                                       /* this part is sent to the hdc hw */
+       unsigned long   forw_phaddr;    /* phys address of next mcb */
+       unsigned        priority  :  8; /* device control word #1 */
+       unsigned        interrupt :  1; /*        "               */
+       unsigned        drive     :  7; /*        "               */
+       unsigned        command   : 16; /*        "   (see HCMD_) */
+       unsigned        cyl       : 13; /* device control word #2 */
+       unsigned        head      :  9; /*        "               */
+       unsigned        sector    : 10; /*        "               */
+       unsigned long   reserved[2];    /*                        */
+       unsigned long   context;        /* software context word */
+       data_chain_type chain[HDC_MAXCHAIN];/* data chain and lword count */
+};
+                                       /* defines for the "command"s */
+#define        HCMD_STATUS     0x40            /* command: read drive status */
+#define        HCMD_READ       0x60            /* command: read data */
+#define        HCMD_VENDOR     0x6A            /* command: read vendor data */
+#define        HCMD_VERIFY     0x6D            /* command: verify a track */
+#define        HCMD_WRITE      0x70            /* command: write data */
+#define        HCMD_FORMAT     0x7E            /* command: format a track */
+#define        HCMD_CERTIFY    0x7F            /* command: certify a track */
+#define        HCMD_WCS        0xD0            /* command: write control store */

 
 /*
  * This structure defines the master mcb - one per hdc controller.
 
 /*
  * This structure defines the master mcb - one per hdc controller.


@@ -159,25 +159,25 @@ struct mcb_struct {
  */
 
 typedef struct {
  */
 
 typedef struct {

-       unsigned long   mcl;            /* W  module control lword (MCL_)   */
-       unsigned long   interrupt;      /* W  interrupt acknowledge word    */
+       unsigned long   mcl;            /* W  module control lword (MCL_) */
+       unsigned long   interrupt;      /* W  interrupt acknowledge word */

        unsigned long   forw_phaddr;    /* W  physical address of first mcb */
        unsigned long   forw_phaddr;    /* W  physical address of first mcb */

-       unsigned long   reserve1;       /*                                  */
-       unsigned long   reserve2;       /*                                  */
+       unsigned long   reserve1;
+       unsigned long   reserve2;

        unsigned long   mcs;            /* R  status for last completed mcb */
        unsigned long   mcs;            /* R  status for last completed mcb */

-       unsigned long   cmcb_phaddr;    /* W  physical addr of completed mcb*/
-       unsigned long   context;        /* R  software context word         */
-       unsigned long   xstatus[HDC_XSTAT_SIZE];/* R  xstatus of last mcb   */
+       unsigned long   cmcb_phaddr;    /* W  physical addr of completed mcb */
+       unsigned long   context;        /* R  software context word */
+       unsigned long   xstatus[HDC_XSTAT_SIZE];/* R  xstatus of last mcb */

 } master_mcb_type;
 
 } master_mcb_type;
 

-                                       /* definition of master mcb "mcl"   */
-#define MCL_QUEUED     0x00000010      /* start queued execution of mcb's  */
-#define MCL_IMMEDIATE  0x00000001      /* start immediate xqt of an mcb    */
+                                       /* definition of master mcb "mcl" */
+#define        MCL_QUEUED      0x00000010      /* start queued execution of mcb's */
+#define        MCL_IMMEDIATE   0x00000001      /* start immediate xqt of an mcb */

 
 

-                                       /* definition of master mcb "mcs"   */
-#define MCS_DONE       0x00000080      /* an mcb is done; status is valid  */
-#define MCS_FATALERROR 0x00000002      /* a fatal error occurred           */
-#define MCS_SOFTERROR  0x00000001      /* a recoverable error occurred     */
+                                       /* definition of master mcb "mcs" */
+#define        MCS_DONE        0x00000080      /* an mcb is done; status is valid */
+#define        MCS_FATALERROR  0x00000002      /* a fatal error occurred */
+#define        MCS_SOFTERROR   0x00000001      /* a recoverable error occurred */

 
 /*
  * This structure defines the information returned by the hdc
 
 /*
  * This structure defines the information returned by the hdc


@@ -187,57 +187,57 @@ typedef struct {
  */
 
 typedef struct {
  */
 
 typedef struct {

-       unsigned long   drs;            /* drive status (see DRS_ below)    */
-       unsigned long   r1;             /*                                  */
-       unsigned long   r2;             /*                                  */
-       unsigned long   r3;             /*                                  */
-       unsigned short  max_cyl;        /* max logical cylinder address     */
-       unsigned short  max_head;       /* max logical head address         */
-       unsigned short  r4;             /*                                  */
-       unsigned short  max_sector;     /* max logical sector address       */
-       unsigned short  def_cyl;        /* definition track cylinder address*/
-       unsigned short  def_cyl_count;  /* definition track cylinder count  */
-       unsigned short  diag_cyl;       /* diagnostic track cylinder address*/
-       unsigned short  diag_cyl_count; /* diagnostic track cylinder count  */
-       unsigned short  max_phys_cyl;   /* max physical cylinder address    */
-       unsigned short  max_phys_head;  /* max physical head address        */
-       unsigned short  r5;             /*                                  */
-       unsigned short  max_phys_sector;/* max physical sector address      */
-       unsigned short  r6;             /*                                  */
-       unsigned short  id;             /* drive id (drive model)           */
-       unsigned short  r7;             /*                                  */
-       unsigned short  bytes_per_sec;  /* bytes/sector -vendorflaw conversn*/
-       unsigned short  r8;             /*                                  */
-       unsigned short  rpm;            /* disk revolutions per minute      */
-       unsigned long   r9;             /*                                  */
-       unsigned long   r10;            /*                                  */
-       unsigned long   r11;            /*                                  */
+       unsigned long   drs;            /* drive status (see DRS_ below) */
+       unsigned long   r1;
+       unsigned long   r2;
+       unsigned long   r3;
+       unsigned short  max_cyl;        /* max logical cylinder address */
+       unsigned short  max_head;       /* max logical head address */
+       unsigned short  r4;
+       unsigned short  max_sector;     /* max logical sector address */
+       unsigned short  def_cyl;        /* definition track cylinder address */
+       unsigned short  def_cyl_count;  /* definition track cylinder count */
+       unsigned short  diag_cyl;       /* diagnostic track cylinder address */
+       unsigned short  diag_cyl_count; /* diagnostic track cylinder count */
+       unsigned short  max_phys_cyl;   /* max physical cylinder address */
+       unsigned short  max_phys_head;  /* max physical head address */
+       unsigned short  r5;
+       unsigned short  max_phys_sector;/* max physical sector address */
+       unsigned short  r6;
+       unsigned short  id;             /* drive id (drive model) */
+       unsigned short  r7;
+       unsigned short  bytes_per_sec;  /* bytes/sector -vendorflaw conversn */
+       unsigned short  r8;
+       unsigned short  rpm;            /* disk revolutions per minute */
+       unsigned long   r9;
+       unsigned long   r10;
+       unsigned long   r11;

 } drive_stat_type;
 
 } drive_stat_type;
 

-                                       /* defines for drive_stat drs word  */
-#define DRS_FAULT      0x00000080      /* drive is reporting a fault       */
-#define DRS_RESERVED   0x00000040      /* drive is reserved by other port  */
-#define DRS_WRITE_PROT 0x00000020      /* drive is write protected         */
-#define DRS_ON_CYLINDER        0x00000002      /* drive heads are not moving now   */
-#define DRS_ONLINE     0x00000001      /* drive is available for operation */
+                                       /* defines for drive_stat drs word */
+#define        DRS_FAULT       0x00000080      /* drive is reporting a fault */
+#define        DRS_RESERVED    0x00000040      /* drive is reserved by other port */
+#define        DRS_WRITE_PROT  0x00000020      /* drive is write protected */
+#define        DRS_ON_CYLINDER 0x00000002      /* drive heads are not moving now */
+#define        DRS_ONLINE      0x00000001      /* drive is available for operation */

 
 /*
  * hdc controller table. It contains information specific to each controller.
  */
 
 typedef struct {
 
 /*
  * hdc controller table. It contains information specific to each controller.
  */
 
 typedef struct {

-       int             ctlr;           /* controller number (0-15)         */
+       int             ctlr;           /* controller number (0-15) */

        hdc_regs_type   *registers;     /* base address of hdc io registers */
        hdc_regs_type   *registers;     /* base address of hdc io registers */

-       mcb_type        *forw_active;   /* doubly linked list of            */
-       mcb_type        *back_active;   /* .. active mcb's                  */
-       mcb_type        *forw_free;     /* doubly linked list of            */
-       mcb_type        *back_free;     /* .. free mcb's                    */
-       mcb_type        *forw_wait;     /* doubly linked list of            */
-       mcb_type        *back_wait;     /* .. waiting mcb's                 */
-       hdc_mid_type    mid;            /* the module id is read to here    */
-       long            master_phaddr;  /* physical address of master mcb   */
-       master_mcb_type master_mcb;     /* the master mcb for this hdc      */
-       mcb_type        mcbs[HDC_MAXMCBS];/* pool of mcb's for this hdc     */
+       mcb_type        *forw_active;   /* doubly linked list of */
+       mcb_type        *back_active;   /* .. active mcb's */
+       mcb_type        *forw_free;     /* doubly linked list of */
+       mcb_type        *back_free;     /* .. free mcb's */
+       mcb_type        *forw_wait;     /* doubly linked list of */
+       mcb_type        *back_wait;     /* .. waiting mcb's */
+       hdc_mid_type    mid;            /* the module id is read to here */
+       long            master_phaddr;  /* physical address of master mcb */
+       master_mcb_type master_mcb;     /* the master mcb for this hdc */
+       mcb_type        mcbs[HDC_MAXMCBS];/* pool of mcb's for this hdc */

 } hdc_ctlr_type;
 
 /*
 } hdc_ctlr_type;
 
 /*


@@ -246,27 +246,27 @@ typedef struct {
  */
 
 typedef struct {
  */
 
 typedef struct {

-       par_tab         partition[GB_MAXPART]; /* partition definitions     */
-       int             ctlr;           /* the controller number (0-15)     */
-       int             slave;          /* the slave number (0-4)           */
-       int             unit;           /* the unit number (0-31)           */
-       int             id;             /* identifies the disk model        */
-       int             spc;            /* sectors per cylinder             */
-       int             cylinders;      /* number of logical cylinders      */
-       int             heads;          /* number of logical heads          */
-       int             sectors;        /* number of logical sectors/track  */
-       int             phys_cylinders; /* number of physical cylinders     */
-       int             phys_heads;     /* number of physical heads         */
+       par_tab partition[GB_MAXPART];  /* partition definitions */
+       int             ctlr;           /* the controller number (0-15) */
+       int             slave;          /* the slave number (0-4) */
+       int             unit;           /* the unit number (0-31) */
+       int             id;             /* identifies the disk model */
+       int             spc;            /* sectors per cylinder */
+       int             cylinders;      /* number of logical cylinders */
+       int             heads;          /* number of logical heads */
+       int             sectors;        /* number of logical sectors/track */
+       int             phys_cylinders; /* number of physical cylinders */
+       int             phys_heads;     /* number of physical heads */

        int             phys_sectors;   /* number of physical sectors/track */
        int             phys_sectors;   /* number of physical sectors/track */

-       int             def_cyl;        /* logical cylinder of drive def    */
-       int             def_cyl_count;  /* number of logical def cylinders  */
-       int             diag_cyl;       /* logical cylinder of diag area    */
+       int             def_cyl;        /* logical cylinder of drive def */
+       int             def_cyl_count;  /* number of logical def cylinders */
+       int             diag_cyl;       /* logical cylinder of diag area */

        int             diag_cyl_count; /* number of logical diag cylinders */
        int             diag_cyl_count; /* number of logical diag cylinders */

-       int             rpm;            /* disk rpm                         */
-       int             bytes_per_sec;  /* bytes/sector -vendorflaw conversn*/
-       int             format;         /* TRUE= format program is using dsk*/
-       mcb_type        phio_mcb;       /* mcb for handler physical io      */
-       struct buf      phio_buf;       /* buf for handler physical io      */
-       unsigned long   phio_data[HDC_PHIO_SIZE]; /* data for physical io   */
-       struct buf      raw_buf;        /* buf structure for raw i/o        */
+       int             rpm;            /* disk rpm */
+       int             bytes_per_sec;  /* bytes/sector -vendorflaw conversn */
+       int             format;         /* TRUE= format program is using dsk */
+       mcb_type        phio_mcb;       /* mcb for handler physical io */
+       struct buf      phio_buf;       /* buf for handler physical io */
+       unsigned long   phio_data[HDC_PHIO_SIZE]; /* data for physical io */
+       struct buf      raw_buf;        /* buf structure for raw i/o */

 } hdc_unit_type;
 } hdc_unit_type;