1992/1208/power/io.h (diff list | history)

1992/1208/sys/src/9/power/io.h:1,148 – 1993/0211/sys/src/9/power/io.h:1,146 (short | long | prev | next)
1990/0227		#define UNCACHED 0xA0000000 #define IO2(t,x) ((t *)(UNCACHED|0x17000000|(x))) #define VMEA24SUP(t, x) ((t *)(UNCACHED|0x13000000|(x)))
1990/1013		#define VMEA32SUP(t, x) ((t *)(UNCACHED|0x30000000|(x)))
1990/0227		#define SYNCBUS(t,x) ((t *)(UNCACHED|0x1E000000|(x))) #define SBSEM SYNCBUS(ulong, 0) #define SBSEMTOP SYNCBUS(ulong, 0x400000) #define LED ((char*)0xBF200001)
1992/0508		enum {
1992/0527		LEDtrapmask= 0xf<<0,
1993/0211		LED2= 1<<2, LED3= 1<<3,
1992/0609		LEDkfault= 1<<4,
1992/0527		LEDclock= 1<<5,
1993/0211		LED5= 1<<5,
1992/0527		LEDfault= 1<<6,
1992/0509		LEDpulse= 1<<7,
1992/0508		};
1992/1128		/*
1992/0609		#define LEDON(x) (m->ledval &= ~(x), *LED = m->ledval) #define LEDOFF(x) (m->ledval |= (x), *LED = m->ledval)
1992/1128		*/ #define LEDON(x) #define LEDOFF(x)
1990/0227		typedef struct SBCC SBCC; typedef struct Timer Timer;
1992/0520		typedef struct Duartreg Duartreg;
1990/0227		struct SBCC { ulong level[14]; /* cpu interrupt level for cpu->cpu ints */ ulong junk0[2]; ulong status[14]; /* status from other cpu */ ulong junk1[2]; ulong elevel; /* cpu interrupt level for vme->cpu ints */ ulong junk2[7]; ulong flevel; /* cpu interrupt level for vme->cpu ints */ ulong junk3[3]; ulong overrun; ulong junk4[3]; ulong id; /* id of this cpu */ ulong eintenable; ulong eintpending; ulong fintenable; ulong fintpending; ulong idintenable; ulong idintpending; ulong junk5[8]; ulong intxmit; }; #define SBCCREG SYNCBUS(SBCC, 0x400000) #define TIMERREG SYNCBUS(Timer, 0x1600000) #define CLRTIM0 SYNCBUS(uchar, 0x1100000) #define CLRTIM1 SYNCBUS(uchar, 0x1180000)
1992/0520		#define DUARTREG SYNCBUS(Duartreg, 0x1A00000)
1990/0227
1990/0911		#define LANCERAM IO2(ushort, 0xE00000) #define LANCEEND IO2(ushort, 0xF00000)
1990/0907		#define LANCE3RAM IO2(ushort, 0xFF4000) #define LANCE3END IO2(ushort, 0xFF8000)
1990/0227		#define LANCERDP IO2(ushort, 0xFC0002) #define LANCERAP IO2(ushort, 0xFC000a) #define LANCEID IO2(ushort, 0xFF0002)
1990/0911		#define WRITEMAP IO2(ulong, 0xFA0000)
1990/1231		#define LANCEINDEX 0x1E00 /* index of lancemap */
1990/0905
1992/1208		#define SCSI0ADDR IO2(uchar, 0xF08007) #define SCSI0DATA IO2(uchar, 0xF08107) #define SCSI1ADDR IO2(uchar, 0xF0C007) #define SCSI1DATA IO2(uchar, 0xF0C107) #define SCSI0CNT IO2(ulong, 0xF54000) #define SCSI1CNT IO2(ulong, 0xF58000) #define SCSI0FLS IO2(uchar, 0xF30001) #define SCSI1FLS IO2(uchar, 0xF34001)
1990/0825		#define IOID IO2(uchar, 0xFFFFF0) #define IO2R1 1 /* IO2 revision level 1 */ #define IO2R2 2 /* IO2 revision level 2 */ #define IO3R1 3 /* IO3 revision level 1 */
1990/0911		extern int ioid; /* io board type */
1990/0227		typedef struct MODE MODE; typedef struct INTVEC INTVEC; struct MODE { uchar masterslave; /* master/slave addresses for the IO2 */ uchar resetforce; uchar checkbits; uchar promenet; }; #define MODEREG IO2(MODE, 0xF40000)
1991/0212		/* * VME addressing. * MP2VME takes a physical MP bus address and returns an address
1991/0306		* usable by a VME device through A32 space. VME2MP is its inverse
1991/0212		*/
1992/0228		#define MASTER 0x1 /* 0x10000000 - Map for cyclone A32 addressing */
1990/0227		#define SLAVE 0x4
1991/0212		#define MP2VME(addr) (((ulong)(addr) & 0x0fffffff) | (SLAVE<<28))
1991/0306		#define VME2MP(addr) (((ulong)(addr) & 0x0fffffff) | KZERO)
1990/0227
1991/0212
1990/0227		struct INTVEC { struct { ulong vec; ulong fill2; } i[8]; }; #define INTVECREG IO2(INTVEC, 0xF60000)
1990/1204		#define NVRAM IO2(uchar, 0xF10000)
1990/0227		#define INTPENDREG IO2(uchar, 0xF20000) /* same as LED */
1991/0212		#define INTPENDREG3 IO2(uchar, 0xFF0000) /* same as ENET ID */ #define IO2CLRMASK IO2(ulong, 0xFE0000) #define IO2SETMASK IO2(ulong, 0xFE8000)
1990/0227		#define MPBERR0 IO2(ulong, 0xF48000) #define MPBERR1 IO2(ulong, 0xF4C000)
1990/1204		#define RTC (NVRAM+0x3ff8)
1990/0718		#define SBEADDR ((ulong *)(UNCACHED|0x1F080000))
1992/0610		#define PROM_RESET 0 /* run diags, check bootmode, reinit */ #define PROM_EXEC 1 /* load new program image */ #define PROM_RESTART 2 /* re-enter monitor command loop */ #define PROM_REINIT 3 /* re-init monitor, then cmd loop */ #define PROM_REBOOT 4 /* check bootmode, no config */ #define PROM_AUTOBOOT 5 /* autoboot the system */
1992/0612		/* * hs datakit board */ typedef struct HSdev HSdev; struct HSdev { ushort version; ushort pad0x02; ushort vector; ushort pad0x06; ushort csr; ushort pad0x0A; ushort data; }; #define HSDEV VMEA24SUP(HSdev, 0xF90000)