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File: [local] / sys / arch / mvme88k / include / m88110.h (download)
Revision 1.1.1.1 (vendor branch), Tue Mar 4 16:04:35 2008 UTC (16 years, 5 months ago) by nbrk
Import of OpenBSD 4.2 release kernel tree with initial code to support Jornada 720/728, StrongARM 1110-based handheld PC. At this point kernel roots on NFS and boots into vfs_mountroot() and traps. What is supported: - glass console, Jornada framebuffer (jfb) works in 16bpp direct color mode (needs some palette tweaks for non black/white/blue colors, i think) - saic, SA11x0 interrupt controller (needs cleanup) - sacom, SA11x0 UART (supported only as boot console for now) - SA11x0 GPIO controller fully supported (but can't handle multiple interrupt handlers on one gpio pin) - sassp, SSP port on SA11x0 that attaches spibus - Jornada microcontroller (jmcu) to control kbd, battery, etc throught the SPI bus (wskbd attaches on jmcu, but not tested) - tod functions seem work - initial code for SA-1111 (chip companion) : this is TODO Next important steps, i think: - gpio and intc on sa1111 - pcmcia support for sa11x0 (and sa1111 help logic) - REAL root on nfs when we have PCMCIA support (we may use any of supported pccard NICs) - root on wd0! (using already supported PCMCIA-ATA) |
/* $OpenBSD: m88110.h,v 1.17 2004/06/22 04:55:35 miod Exp $ */ #ifndef __MACHINE_M88110_H__ #define __MACHINE_M88110_H__ /* * 88110 CMMU definitions */ #define CMMU_ICMD 0 #define CMMU_ICTL 1 #define CMMU_ISAR 2 #define CMMU_ISAP 3 #define CMMU_IUAP 4 #define CMMU_IIR 5 #define CMMU_IBP 6 #define CMMU_IPPU 7 #define CMMU_IPPL 8 #define CMMU_ISR 9 #define CMMU_ILAR 10 #define CMMU_IPAR 11 #define CMMU_DCMD 12 #define CMMU_DCTL 13 #define CMMU_DSAR 14 #define CMMU_DSAP 15 #define CMMU_DUAP 16 #define CMMU_DIR 17 #define CMMU_DBP 18 #define CMMU_DPPU 19 #define CMMU_DPPL 20 #define CMMU_DSR 21 #define CMMU_DLAR 22 #define CMMU_DPAR 23 #define CMMU_ICMD_INV_ITIC 0x001 /* Invalidate Inst Cache & TIC */ #define CMMU_ICMD_INV_TIC 0x002 /* Invalidate TIC */ #define CMMU_ICMD_INV_LINE 0x005 /* Invalidate Inst Cache Line */ #define CMMU_ICMD_PRB_SUPR 0x008 /* MMU Probe Supervisor */ #define CMMU_ICMD_PRB_USER 0x009 /* MMU Probe User */ #define CMMU_ICMD_INV_SATC 0x00a /* Invalidate All Supervisor ATCs */ #define CMMU_ICMD_INV_UATC 0x00b /* Invalidate All User ATCs */ #define CMMU_ICTL_DID 0x8000 /* Double instruction disable */ #define CMMU_ICTL_PREN 0x4000 /* Branch Prediction Enable */ #define CMMU_ICTL_FRZ0 0x0100 /* Inst Cache Freeze Bank 0 */ #define CMMU_ICTL_FRZ1 0x0080 /* Inst Cache Freeze Bank 1 */ #define CMMU_ICTL_HTEN 0x0040 /* Hardware Table Search Enable */ #define CMMU_ICTL_MEN 0x0020 /* Inst MMU Enable */ #define CMMU_ICTL_BEN 0x0004 /* TIC Cache Enable */ #define CMMU_ICTL_CEN 0x0001 /* Inst Cache Enable */ #define CMMU_ISR_TBE 0x200000 /* Table Search Bus Error */ #define CMMU_ISR_SI 0x100000 /* Segment Fault*/ #define CMMU_ISR_PI 0x080000 /* Page Fault */ #define CMMU_ISR_SP 0x040000 /* Supervisor Protection Violation */ #define CMMU_ISR_PH 0x000800 /* PATC Hit */ #define CMMU_ISR_BH 0x000400 /* BATC Hit */ #define CMMU_ISR_SU 0x000200 /* Supervisor Bit */ #define CMMU_ISR_BE 0x000001 /* Bus Error */ #define CMMU_DCMD_FLUSH_PG 0x000 /* Flush Data Cache Page (sync) */ #define CMMU_DCMD_INV_ALL 0x001 /* Invalidate Data Cache All */ #define CMMU_DCMD_FLUSH_ALL 0x002 /* Flush Data Cache All (sync) */ #define CMMU_DCMD_FLUSH_ALL_INV 0x003 /* Flush Data Cache All (sync & inval) */ #define CMMU_DCMD_FLUSH_PG_INV 0x004 /* Flush Data Cache Page (sync & inval) */ #define CMMU_DCMD_INV_LINE 0x005 /* Invalidate Data Cache Line */ #define CMMU_DCMD_FLUSH_LINE 0x006 /* Flush Data Cache Line (sync)*/ #define CMMU_DCMD_FLUSH_LINE_INV 0x007 /* Flush Data Cache Line (sync & inval)*/ #define CMMU_DCMD_PRB_SUPR 0x008 /* MMU Probe Supervisor */ #define CMMU_DCMD_PRB_USER 0x009 /* MMU Probe User */ #define CMMU_DCMD_INV_SATC 0x00A /* Invalidate All Supervisor ATCs */ #define CMMU_DCMD_INV_UATC 0x00B /* Invalidate All User ATCs */ #define CMMU_DCTL_RSVD7 0x40000 /* Reserved */ #define CMMU_DCTL_RSVD6 0x20000 /* Reserved */ #define CMMU_DCTL_RSVD5 0x10000 /* Reserved */ #define CMMU_DCTL_RSVD4 0x8000 /* Reserved */ #define CMMU_DCTL_RSVD3 0x4000 /* Reserved */ #define CMMU_DCTL_XMEM 0x2000 /* store -> load sequence */ #define CMMU_DCTL_DEN 0x1000 /* Decoupled Cache Access Enable */ #define CMMU_DCTL_FWT 0x0800 /* Force Write Through */ #define CMMU_DCTL_BPEN1 0x0400 /* Break Point Enable 1 */ #define CMMU_DCTL_BPEN0 0x0200 /* Break Point Enable 0 */ #define CMMU_DCTL_FRZ0 0x0100 /* Data Cache Freeze Bank 0 */ #define CMMU_DCTL_FRZ1 0x0080 /* Data Cache Freeze Bank 1 */ #define CMMU_DCTL_HTEN 0x0040 /* Hardware Table Search Enable */ #define CMMU_DCTL_MEN 0x0020 /* Data MMU Enable */ #define CMMU_DCTL_RSVD2 0x0010 /* Reserved */ #define CMMU_DCTL_ADS 0x0008 /* Allocat Disable */ #define CMMU_DCTL_RSVD1 0x0004 /* Reserved */ #define CMMU_DCTL_SEN 0x0002 /* Data Cache Snoop Enable */ #define CMMU_DCTL_CEN 0x0001 /* Data Cache Enable */ #define CMMU_DSR_TBE 0x200000 /* Table Search Bus Error */ #define CMMU_DSR_SI 0x100000 /* Segment Fault*/ #define CMMU_DSR_PI 0x080000 /* Page Fault */ #define CMMU_DSR_SP 0x040000 /* Supervisor Protection Violation */ #define CMMU_DSR_WE 0x020000 /* Write Protection Violation */ #define CMMU_DSR_BPE 0x010000 /* Break Point Exception */ #define CMMU_DSR_PH 0x000800 /* PATC Hit */ #define CMMU_DSR_BH 0x000400 /* BATC Hit */ #define CMMU_DSR_SU 0x000200 /* Supervisor Bit */ #define CMMU_DSR_RW 0x000100 /* Read Bit */ #define CMMU_DSR_CP 0x000004 /* Copyback Error */ #define CMMU_DSR_WA 0x000002 /* Write-Allocate Bus Error */ #define CMMU_DSR_BE 0x000001 /* Bus Error */ #define CMMU_READ 0 #define CMMU_WRITE 1 #define CMMU_DATA 1 #define CMMU_INST 0 /* definitions for use of the BATC */ #define BATC_512K (0x00 << BATC_BLKSHIFT) #define BATC_1M (0x01 << BATC_BLKSHIFT) #define BATC_2M (0x03 << BATC_BLKSHIFT) #define BATC_4M (0x07 << BATC_BLKSHIFT) #define BATC_8M (0x0f << BATC_BLKSHIFT) #define BATC_16M (0x1f << BATC_BLKSHIFT) #define BATC_32M (0x3f << BATC_BLKSHIFT) #define BATC_64M (0x7f << BATC_BLKSHIFT) #define CLINE_MASK 0x1f #define CLINE_SIZE (8 * 32) #ifndef _LOCORE void set_icmd(unsigned value); void set_ictl(unsigned value); void set_isar(unsigned value); void set_isap(unsigned value); void set_iuap(unsigned value); void set_iir(unsigned value); void set_ibp(unsigned value); void set_ippu(unsigned value); void set_ippl(unsigned value); void set_isr(unsigned value); void set_dcmd(unsigned value); void set_dctl(unsigned value); void set_dsar(unsigned value); void set_dsap(unsigned value); void set_duap(unsigned value); void set_dir(unsigned value); void set_dbp(unsigned value); void set_dppu(unsigned value); void set_dppl(unsigned value); void set_dsr(unsigned value); /* get routines */ unsigned get_icmd(void); unsigned get_ictl(void); unsigned get_isar(void); unsigned get_isap(void); unsigned get_iuap(void); unsigned get_iir(void); unsigned get_ibp(void); unsigned get_ippu(void); unsigned get_ippl(void); unsigned get_isr(void); unsigned get_dcmd(void); unsigned get_dctl(void); unsigned get_dsar(void); unsigned get_dsap(void); unsigned get_duap(void); unsigned get_dir(void); unsigned get_dbp(void); unsigned get_dppu(void); unsigned get_dppl(void); unsigned get_dsr(void); /* Cache inlines */ #define line_addr(x) (paddr_t)((x) & ~CLINE_MASK) #define page_addr(x) (paddr_t)((x) & ~PAGE_MASK) static __inline__ void mc88110_flush_data_line(paddr_t x) { unsigned dctl = get_dctl(); if (dctl & CMMU_DCTL_CEN) { set_dsar(line_addr(x)); set_dcmd(CMMU_DCMD_FLUSH_LINE); } } static __inline__ void mc88110_flush_data_page(paddr_t x) { unsigned dctl = get_dctl(); if (dctl & CMMU_DCTL_CEN) { set_dsar(page_addr(x)); set_dcmd(CMMU_DCMD_FLUSH_PG); } } static __inline__ void mc88110_flush_data(void) { unsigned dctl = get_dctl(); if (dctl & CMMU_DCTL_CEN) { set_dcmd(CMMU_DCMD_FLUSH_ALL); } } static __inline__ void mc88110_inval_data_line(paddr_t x) { set_dsar(line_addr(x)); set_dcmd(CMMU_DCMD_INV_LINE); } static __inline__ void mc88110_inval_data(void) { set_dcmd(CMMU_DCMD_INV_ALL); } static __inline__ void mc88110_sync_data_line(paddr_t x) { unsigned dctl = get_dctl(); if (dctl & CMMU_DCTL_CEN) { set_dsar(line_addr(x)); set_dcmd(CMMU_DCMD_FLUSH_LINE_INV); } } static __inline__ void mc88110_sync_data_page(paddr_t x) { unsigned dctl = get_dctl(); if (dctl & CMMU_DCTL_CEN) { set_dsar(page_addr(x)); set_dcmd(CMMU_DCMD_FLUSH_PG_INV); } } static __inline__ void mc88110_sync_data(void) { unsigned dctl = get_dctl(); if (dctl & CMMU_DCTL_CEN) { set_dcmd(CMMU_DCMD_FLUSH_ALL_INV); } } static __inline__ void mc88110_inval_inst_line(paddr_t x) { set_isar(line_addr(x)); set_icmd(CMMU_ICMD_INV_LINE); } static __inline__ void mc88110_inval_inst(void) { set_icmd(CMMU_ICMD_INV_ITIC); } #endif /* _LOCORE */ #endif /* __MACHINE_M88110_H__ */