/* $NetBSD: gemini_reg.h,v 1.9 2009/11/22 19:09:15 mbalmer Exp $ */ #ifndef _ARM_GEMINI_REG_H_ #define _ARM_GEMINI_REG_H_ /* * Register definitions for Gemini SOC */ #include "opt_gemini.h" #include #include #if defined(SL3516) /* * Gemini SL3516 memory map */ #define GEMINI_SRAM_BASE 0x00000000 /* Internal SRAM */ /* NOTE: use the SHADOW to avoid conflict w/ DRAM */ #define GEMINI_SRAM_SIZE 0x10000000 /* 128 MB */ #define GEMINI_DRAM_BASE 0x00000000 /* DRAM (via DDR Control Module) */ /* NOTE: this is a shadow of 0x10000000 */ #define GEMINI_DRAM_SIZE 0x20000000 /* 512 MB */ /* NOTE: size of addr space, not necessarily populated */ #define GEMINI_FLASH_BASE 0x30000000 /* DRAM (via DDR Control Module) */ #define GEMINI_FLASH_SIZE 0x10000000 /* 128 MB */ /* * Gemini SL3516 device map */ #define GEMINI_GLOBAL_BASE 0x40000000 /* Global registers */ #define GEMINI_WATCHDOG_BASE 0x41000000 /* Watch dog timer module */ #define GEMINI_UART_BASE 0x42000000 /* UART control module */ #define GEMINI_UART_SIZE 0x20 #define GEMINI_TIMER_BASE 0x43000000 /* Timer module */ #define GEMINI_LCD_BASE 0x44000000 /* LCD Interface module */ #define GEMINI_RTC_BASE 0x45000000 /* Real Time Clock module */ #define GEMINI_SATA_BASE 0x46000000 /* Serial ATA module */ #define GEMINI_LPCHC_BASE 0x47000000 /* LPC Hosr Controller module */ #define GEMINI_LPCIO_BASE 0x47800000 /* LPC Peripherals IO space */ #define GEMINI_IC0_BASE 0x48000000 /* Interrupt Control module #0 */ #define GEMINI_IC1_BASE 0x49000000 /* Interrupt Control module #1 */ #define GEMINI_SSPC_BASE 0x4a000000 /* Synchronous Serial Port Control module */ #define GEMINI_PWRC_BASE 0x4b000000 /* Power Control module */ #define GEMINI_CIR_BASE 0x4c000000 /* CIR Control module */ #define GEMINI_GPIO0_BASE 0x4d000000 /* GPIO module #0 */ #define GEMINI_GPIO1_BASE 0x4e000000 /* GPIO module #1 */ #define GEMINI_GPIO2_BASE 0x4f000000 /* GPIO module #2 */ #define GEMINI_PCICFG_BASE 0x50000000 /* PCI IO, configuration and control space */ #define GEMINI_PCIIO_BASE 0x50001000 /* PCI IO space */ #define GEMINI_PCIIO_SIZE 0x0007f000 /* PCI IO space size */ #define GEMINI_PCIMEM_BASE 0x58000000 /* PCI Memory space */ #define GEMINI_PCIMEM_SIZE 0x08000000 /* PCI Memory space size */ #define GEMINI_GMAC_BASE 0x60000000 /* NetEngine & GMAC Configuration registers */ #define GEMINI_GMAC_SIZE 0x00010000 /* NetEngine & GMAC Configuration size */ #define GEMINI_SDC_BASE 0x62000000 /* Security DMA and Configure registers */ #define GEMINI_MIDE_BASE 0x63000000 /* Multi IDE registers */ #define GEMINI_RXDC_BASE 0x64000000 /* RAID XOR DMA Configuration registers */ #define GEMINI_FLASHC_BASE 0x65000000 /* Flash Controller registers */ #define GEMINI_DRAMC_BASE 0x66000000 /* DRAM (DDR/SDR) Controller registers */ #define GEMINI_GDMA_BASE 0x67000000 /* General DMA registers */ #define GEMINI_USB0_BASE 0x68000000 /* USB #0 registers */ #define GEMINI_USB1_BASE 0x69000000 /* USB #1 registers */ #define GEMINI_TVE_BASE 0x6a000000 /* TVE registers */ #define GEMINI_SRAM_SHADOW_BASE 0x70000000 /* Shadow of internal SRAM */ /* * Gemini SL3516 Global register offsets and bits */ #define GEMINI_GLOBAL_WORD_ID 0x0 /* Global Word ID */ /* ro */ #define GLOBAL_ID_CHIP_ID __BITS(31,8) #define GLOBAL_ID_CHIP_REV __BITS(7,0) #define GEMINI_GLOBAL_RESET_CTL 0xc /* Global Soft Reset Control */ /* rw */ #define GLOBAL_RESET_GLOBAL __BIT(31) /* Global Soft Reset */ #define GLOBAL_RESET_CPU1 __BIT(30) /* CPU#1 reset hold */ #define GLOBAL_RESET_GMAC1 __BIT(6) /* GMAC1 reset hold */ #define GLOBAL_RESET_GMAC0 __BIT(5) /* CGMAC reset hold */ #define GEMINI_GLOBAL_MISC_CTL 0x30 /* Miscellaneous Control */ /* rw */ #define GEMINI_GLOBAL_CPU0 0x38 /* CPU #0 Status and Control */ /* rw */ #define GLOBAL_CPU0_IPICPU1 __BIT(31) /* IPI to CPU#1 */ #define GEMINI_GLOBAL_CPU1 0x3c /* CPU #1 Status and Control */ /* rw */ #define GLOBAL_CPU1_IPICPU0 __BIT(31) /* IPI to CPU#0 */ /* * Gemini SL3516 Watchdog device register offsets and bits */ #define GEMINI_WDT_WDCOUNTER 0x0 /* Watchdog Timer Counter */ /* ro */ #define GEMINI_WDT_WDLOAD 0x4 /* Watchdog Timer Load */ /* rw */ #define WDT_WDLOAD_DFLT 0x3EF1480 /* default Load reg val */ #define GEMINI_WDT_WDRESTART 0x8 /* Watchdog Timer Restart */ /* wo */ #define WDT_WDRESTART_Resv __BITS(31,16) #define WDT_WDRESTART_RST __BITS(15,0) #define WDT_WDRESTART_MAGIC 0x5ab9 #define GEMINI_WDT_WDCR 0xc /* Watchdog Timer Control */ /* rw */ #define WDT_WDCR_Resv __BITS(31,5) #define WDT_WDCR_CLKSRC __BIT(4) /* Timer Clock Source: 5 MHz clock */ #define WDCR_CLKSRC_PCLK (0 << 4) /* Timer Clock Source: PCLK (APB CLK) */ #define WDCR_CLKSRC_5MHZ (1 << 4) /* Timer Clock Source: 5 MHz clock */ #define WDT_WDCR_EXTSIG_ENB __BIT(3) /* Timer External Signal Enable */ #define WDT_WDCR_INTR_ENB __BIT(2) /* Timer System Interrupt Enable */ #define WDT_WDCR_RESET_ENB __BIT(1) /* Timer System Reset Enable */ #define WDT_WDCR_ENB __BIT(0) /* Timer Enable */ #define GEMINI_WDT_WDSTATUS 0x10 /* Watchdog Timer Status */ /* ro */ #define WDT_WDSTATUS_Resv __BITS(31,1) #define WDT_WDSTATUS_ZERO __BIT(0) /* non-zero if timer counted down to zero! */ #define GEMINI_WDT_WDCLEAR 0x14 /* Watchdog Timer Clear */ /* wo */ #define WDT_WDCLEAR_Resv __BITS(31,1) #define WDT_WDCLEAR_CLEAR __BIT(0) /* write this bit to clear Status */ #define GEMINI_WDT_WDINTERLEN 0x18 /* Watchdog Timer Interrupt Length */ /* rw */ /* duration of signal assertion, */ /* in units of clock cycles */ #define WDT_WDINTERLEN_DFLT 0xff /* default is 256 cycles */ /* * Gemini SL3516 Timer device register offsets and bits * * have 3 timers, here indexed 1<=(n)<=3 as in the doc * each has 4 sequential 32bit rw regs */ #define GEMINI_NTIMERS 3 #define GEMINI_TIMERn_REG(n, o) ((((n) - 1) * 0x10) + (o)) #define GEMINI_TIMERn_COUNTER(n) GEMINI_TIMERn_REG((n), 0x0) /* rw */ #define GEMINI_TIMERn_LOAD(n) GEMINI_TIMERn_REG((n), 0x4) /* rw */ #define GEMINI_TIMERn_MATCH1(n) GEMINI_TIMERn_REG((n), 0x08) /* rw */ #define GEMINI_TIMERn_MATCH2(n) GEMINI_TIMERn_REG((n), 0x0C) /* rw */ #define GEMINI_TIMER_TMCR 0x30 /* rw */ #define TIMER_TMCR_Resv __BITS(31,12) #define TIMER_TMCR_TMnUPDOWN(n) __BIT(9 + (n) - 1) #define TIMER_TMCR_TMnOFENABLE(n) __BIT((((n) - 1) * 3) + 2) #define TIMER_TMCR_TMnCLOCK(n) __BIT((((n) - 1) * 3) + 1) #define TIMER_TMCR_TMnENABLE(n) __BIT((((n) - 1) * 3) + 0) #define GEMINI_TIMER_TMnCR_MASK(n) \ ( TIMER_TMCR_TMnUPDOWN(n) \ | TIMER_TMCR_TMnOFENABLE(n) \ | TIMER_TMCR_TMnCLOCK(n) \ | TIMER_TMCR_TMnENABLE(n) ) #define GEMINI_TIMER_INTRSTATE 0x34 /* rw */ #define TIMER_INTRSTATE_Resv __BITS(31,9) #define TIMER_INTRSTATE_TMnOVFLOW(n) __BIT((((n) -1) * 3) + 2) #define TIMER_INTRSTATE_TMnMATCH2(n) __BIT((((n) -1) * 3) + 1) #define TIMER_INTRSTATE_TMnMATCH1(n) __BIT((((n) -1) * 3) + 0) #define GEMINI_TIMER_INTRMASK 0x38 /* rw */ #define TIMER_INTRMASK_Resv __BITS(31,9) #define TIMER_INTRMASK_TMnOVFLOW(n) __BIT((((n) -1) * 3) + 2) #define TIMER_INTRMASK_TMnMATCH2(n) __BIT((((n) -1) * 3) + 1) #define TIMER_INTRMASK_TMnMATCH1(n) __BIT((((n) -1) * 3) + 0) #define GEMINI_TIMERn_INTRMASK(n) \ ( TIMER_INTRMASK_TMnOVFLOW(n) \ | TIMER_INTRMASK_TMnMATCH2(n) \ | TIMER_INTRMASK_TMnMATCH1(n) ) /* * Gemini SL3516 Interrupt Controller device register offsets and bits */ #define GEMINI_ICU_IRQ_SOURCE 0x0 /* ro */ #define GEMINI_ICU_IRQ_ENABLE 0x4 /* rw */ #define GEMINI_ICU_IRQ_CLEAR 0x8 /* wo */ #define GEMINI_ICU_IRQ_TRIGMODE 0xc /* rw */ #define ICU_IRQ_TRIGMODE_EDGE 1 /* edge triggered */ #define ICU_IRQ_TRIGMODE_LEVEL 0 /* level triggered */ #define GEMINI_ICU_IRQ_TRIGLEVEL 0x10 /* rw */ #define ICU_IRQ_TRIGLEVEL_LO 1 /* active low or falling edge */ #define ICU_IRQ_TRIGLEVEL_HI 0 /* active high or rising edge */ #define GEMINI_ICU_IRQ_STATUS 0x14 /* ro */ #define GEMINI_ICU_FIQ_SOURCE 0x20 /* ro */ #define GEMINI_ICU_FIQ_ENABLE 0x24 /* rw */ #define GEMINI_ICU_FIQ_CLEAR 0x28 /* wo */ #define GEMINI_ICU_FIQ_TRIGMODE 0x2c /* rw */ #define GEMINI_ICU_FIQ_TRIGLEVEL 0x30 /* rw */ #define GEMINI_ICU_FIQ_STATUS 0x34 /* ro */ #define GEMINI_ICU_REVISION 0x50 /* ro */ #define GEMINI_ICU_INPUT_NUM 0x54 /* ro */ #define ICU_INPUT_NUM_RESV __BITS(31,16) #define ICU_INPUT_NUM_IRQ __BITS(15,8) #define ICU_INPUT_NUM_FIQ __BITS(7,0) #define GEMINI_ICU_IRQ_DEBOUNCE 0x58 /* ro */ #define GEMINI_ICU_FIQ_DEBOUNCE 0x5c /* ro */ /* * Gemini LPC controller register offsets and bits */ #define GEMINI_LPCHC_ID 0x00 /* ro */ # define LPCHC_ID_DEVICE __BITS(31,8) /* Device ID */ # define LPCHC_ID_REV __BITS(7,0) /* Revision */ # define _LPCHC_ID_DEVICE(r) ((typeof(r))(((r) & LPCHC_ID_DEVICE) >> 8)) # define _LPCHC_ID_REV(r) ((typeof(r))(((r) & LPCHC_ID_REV) >> 0)) #define GEMINI_LPCHC_CSR 0x04 /* rw */ # define LPCHC_CSR_RESa __BITS(31,24) # define LPCHC_CSR_STO __BIT(23) /* Sync Time Out */ # define LPCHC_CSR_SERR __BIT(22) /* Sync Error */ # define LPCHC_CSR_RESb __BITS(21,8) # define LPCHC_CSR_STOE __BIT(7) /* Sync Time Out Enable */ # define LPCHC_CSR_SERRE __BIT(6) /* Sync Error Enable */ # define LPCHC_CSR_RESc __BITS(5,1) # define LPCHC_CSR_BEN __BIT(0) /* Bridge Enable */ #define GEMINI_LPCHC_IRQCTL 0x08 /* rw */ # define LPCHC_IRQCTL_RESV __BITS(31,8) # define LPCHC_IRQCTL_SIRQEN __BIT(7) /* Serial IRQ Enable */ # define LPCHC_IRQCTL_SIRQMS __BIT(6) /* Serial IRQ Mode Select */ # define LPCHC_IRQCTL_SIRQFN __BITS(5,2) /* Serial IRQ Frame Number */ # define LPCHC_IRQCTL_SIRQFW __BITS(1,0) /* Serial IRQ Frame Width */ # define IRQCTL_SIRQFW_4 0 # define IRQCTL_SIRQFW_6 1 # define IRQCTL_SIRQFW_8 2 # define IRQCTL_SIRQFW_RESV 3 #define GEMINI_LPCHC_SERIRQSTS 0x0c /* rwc */ # define LPCHC_SERIRQSTS_RESV __BITS(31,17) #define GEMINI_LPCHC_SERIRQTYP 0x10 /* rw */ # define LPCHC_SERIRQTYP_RESV __BITS(31,17) # define SERIRQTYP_EDGE 1 # define SERIRQTYP_LEVEL 0 #define GEMINI_LPCHC_SERIRQPOLARITY 0x14 /* rw */ # define LPCHC_SERIRQPOLARITY_RESV __BITS(31,17) # define SERIRQPOLARITY_HI 1 # define SERIRQPOLARITY_LO 0 #define GEMINI_LPCHC_SIZE (GEMINI_LPCHC_SERIRQPOLARITY + 4) #define GEMINI_LPCHC_NSERIRQ 17 /* * Gemini GPIO controller register offsets and bits */ #define GEMINI_GPIO_DATAOUT 0x00 /* Data Out */ /* rw */ #define GEMINI_GPIO_DATAIN 0x04 /* Data Out */ /* ro */ #define GEMINI_GPIO_PINDIR 0x08 /* Pin Direction */ /* rw */ #define GPIO_PINDIR_INPUT 0 #define GPIO_PINDIR_OUTPUT 1 #define GEMINI_GPIO_PINBYPASS 0x0c /* Pin Bypass */ /* rw */ #define GEMINI_GPIO_DATASET 0x10 /* Data Set */ /* wo */ #define GEMINI_GPIO_DATACLR 0x14 /* Data Clear */ /* wo */ #define GEMINI_GPIO_PULLENB 0x18 /* Pullup Enable */ /* rw */ #define GEMINI_GPIO_PULLTYPE 0x1c /* Pullup Type */ /* rw */ #define GPIO_PULLTYPE_LOW 0 #define GPIO_PULLTYPE_HIGH 1 #define GEMINI_GPIO_INTRENB 0x20 /* Interrupt Enable */ /* rw */ #define GEMINI_GPIO_INTRRAWSTATE 0x24 /* Interrupt Raw State */ /* ro */ #define GEMINI_GPIO_INTRMSKSTATE 0x28 /* Interrupt Masked State */ /* ro */ #define GEMINI_GPIO_INTRMASK 0x2c /* Interrupt Mask */ /* rw */ #define GEMINI_GPIO_INTRCLR 0x30 /* Interrupt Clear */ /* wo */ #define GEMINI_GPIO_INTRTRIG 0x34 /* Interrupt Trigger Method */ /* rw */ #define GPIO_INTRTRIG_EDGE 0 #define GPIO_INTRTRIG_LEVEL 1 #define GEMINI_GPIO_INTREDGEBOTH 0x38 /* Both edges trigger Intr. */ /* rw */ #define GEMINI_GPIO_INTRDIR 0x3c /* edge/level direction */ /* rw */ #define GPIO_INTRDIR_EDGE_RISING 0 #define GPIO_INTRDIR_EDGE_FALLING 1 #define GPIO_INTRDIR_LEVEL_HIGH 0 #define GPIO_INTRDIR_LEVEL_LOW 1 #define GEMINI_GPIO_BOUNCEENB 0x40 /* Bounce Enable */ /* rw */ #define GEMINI_GPIO_BOUNCESCALE 0x44 /* Bounce Pre-Scale */ /* rw */ #define GPIO_BOUNCESCALE_RESV __BITS(31,16) #define GPIO_BOUNCESCALE_VAL __BITS(15,0) /* NOTE: * if bounce is enabled, and bounce pre-scale == 0 * then the pin will not detect any interrupt */ #define GEMINI_GPIO_SIZE (GEMINI_GPIO_BOUNCESCALE + 4) /* * Gemini PCI controller register offsets and bits */ #define GEMINI_PCI_IOSIZE 0x00 /* I/O Space Size */ /* rw */ #define GEMINI_PCI_PROT 0x04 /* AHB Protection */ /* rw */ #define GEMINI_PCI_PCICTRL 0x08 /* PCI Control Signal */ /* rw */ #define GEMINI_PCI_ERREN 0x0c /* Soft Reset Counter and * Response Error Enable */ /* rw */ #define GEMINI_PCI_SOFTRST 0x10 /* Soft Reset */ #define GEMINI_PCI_CFG_CMD 0x28 /* PCI Configuration Command */ /* rw */ #define PCI_CFG_CMD_ENB __BIT(31) /* Enable */ #define PCI_CFG_CMD_RESa __BITS(30,24) #define PCI_CFG_CMD_BUSNO __BITS(23,16) /* Bus Number */ #define PCI_CFG_CMD_BUSn(n) (((n) << 16) & PCI_CFG_CMD_BUSNO) #define PCI_CFG_CMD_DEVNO __BITS(15,11) /* Device Number */ #define PCI_CFG_CMD_DEVn(n) (((n) << 11) & PCI_CFG_CMD_DEVNO) #define PCI_CFG_CMD_FUNCNO __BITS(10,8) /* Function Number */ #define PCI_CFG_CMD_FUNCn(n) (((n) << 8) & PCI_CFG_CMD_FUNCNO) #define PCI_CFG_CMD_REGNO __BITS(7,2) /* Register Number */ #define PCI_CFG_CMD_REGn(n) (((n) << 0) & PCI_CFG_CMD_REGNO) #define PCI_CFG_CMD_RESb __BITS(1,0) #define PCI_CFG_CMD_RESV \ (PCI_CFG_CMD_RESa | PCI_CFG_CMD_RESb) #define GEMINI_PCI_CFG_DATA 0x2c /* PCI Configuration Data */ /* rw */ /* * Gemini machine dependent PCI config registers */ #define GEMINI_PCI_CFG_REG_PMR1 0x40 /* Power Management 1 */ /* rw */ #define GEMINI_PCI_CFG_REG_PMR2 0x44 /* Power Management 2 */ /* rw */ #define GEMINI_PCI_CFG_REG_CTL1 0x48 /* Control 1 */ /* rw */ #define GEMINI_PCI_CFG_REG_CTL2 0x4c /* Control 2 */ /* rw */ #define PCI_CFG_REG_CTL2_INTSTS __BITS(31,28) #define CFG_REG_CTL2_INTSTS_INTD __BIT(28 + 3) #define CFG_REG_CTL2_INTSTS_INTC __BIT(28 + 2) #define CFG_REG_CTL2_INTSTS_INTB __BIT(28 + 1) #define CFG_REG_CTL2_INTSTS_INTA __BIT(28 + 0) #define PCI_CFG_REG_CTL2_INTMASK __BITS(27,16) #define CFG_REG_CTL2_INTMASK_CMDERR __BIT(16 + 11) #define CFG_REG_CTL2_INTMASK_PARERR __BIT(16 + 10) #define CFG_REG_CTL2_INTMASK_INTD __BIT(16 + 9) #define CFG_REG_CTL2_INTMASK_INTC __BIT(16 + 8) #define CFG_REG_CTL2_INTMASK_INTB __BIT(16 + 7) #define CFG_REG_CTL2_INTMASK_INTA __BIT(16 + 6) #define CFG_REG_CTL2_INTMASK_INT_ABCD __BITS(16+9,16+6) #define CFG_REG_CTL2_INTMASK_MABRT_RX __BIT(16 + 5) #define CFG_REG_CTL2_INTMASK_TABRT_RX __BIT(16 + 4) #define CFG_REG_CTL2_INTMASK_TABRT_TX __BIT(16 + 3) #define CFG_REG_CTL2_INTMASK_RETRY4 __BIT(16 + 2) #define CFG_REG_CTL2_INTMASK_SERR_RX __BIT(16 + 1) #define CFG_REG_CTL2_INTMASK_PERR_RX __BIT(16 + 0) #define PCI_CFG_REG_CTL2_RESa __BIT(15) #define PCI_CFG_REG_CTL2_MSTPRI __BITS(14,8) #define CFG_REG_CTL2_MSTPRI_REQn(n) __BIT(8 + (n)) #define PCI_CFG_REG_CTL2_RESb __BITS(7,4) #define PCI_CFG_REG_CTL2_TRDYW __BITS(3,0) #define PCI_CFG_REG_CTL2_RESV \ (PCI_CFG_REG_CTL2_RESa | PCI_CFG_REG_CTL2_RESb) #define GEMINI_PCI_CFG_REG_MEM1 0x50 /* Memory 1 Base */ /* rw */ #define GEMINI_PCI_CFG_REG_MEM2 0x54 /* Memory 2 Base */ /* rw */ #define GEMINI_PCI_CFG_REG_MEM3 0x58 /* Memory 3 Base */ /* rw */ #define PCI_CFG_REG_MEM_BASE_MASK __BITS(31,20) #define PCI_CFG_REG_MEM_BASE(base) ((base) & PCI_CFG_REG_MEM_BASE_MASK) #define PCI_CFG_REG_MEM_SIZE_MASK __BITS(19,16) #define PCI_CFG_REG_MEM_SIZE_1MB (0x0 << 16) #define PCI_CFG_REG_MEM_SIZE_2MB (0x1 << 16) #define PCI_CFG_REG_MEM_SIZE_4MB (0x2 << 16) #define PCI_CFG_REG_MEM_SIZE_8MB (0x3 << 16) #define PCI_CFG_REG_MEM_SIZE_16MB (0x4 << 16) #define PCI_CFG_REG_MEM_SIZE_32MB (0x5 << 16) #define PCI_CFG_REG_MEM_SIZE_64MB (0x6 << 16) #define PCI_CFG_REG_MEM_SIZE_128MB (0x7 << 16) #define PCI_CFG_REG_MEM_SIZE_256MB (0x8 << 16) #define PCI_CFG_REG_MEM_SIZE_512MB (0x9 << 16) #define PCI_CFG_REG_MEM_SIZE_1GB (0xa << 16) #define PCI_CFG_REG_MEM_SIZE_2GB (0xb << 16) #define PCI_CFG_REG_MEM_RESV __BITS(19,16) #ifndef _LOCORE static inline unsigned int gemini_pci_cfg_reg_mem_size(size_t sz) { switch (sz) { case (1 << 20): return PCI_CFG_REG_MEM_SIZE_1MB; case (2 << 20): return PCI_CFG_REG_MEM_SIZE_2MB; case (4 << 20): return PCI_CFG_REG_MEM_SIZE_4MB; case (8 << 20): return PCI_CFG_REG_MEM_SIZE_8MB; case (16 << 20): return PCI_CFG_REG_MEM_SIZE_16MB; case (32 << 20): return PCI_CFG_REG_MEM_SIZE_32MB; case (64 << 20): return PCI_CFG_REG_MEM_SIZE_64MB; case (128 << 20): return PCI_CFG_REG_MEM_SIZE_128MB; case (256 << 20): return PCI_CFG_REG_MEM_SIZE_256MB; case (512 << 20): return PCI_CFG_REG_MEM_SIZE_512MB; case (1024 << 20): return PCI_CFG_REG_MEM_SIZE_1GB; case (2048 << 20): return PCI_CFG_REG_MEM_SIZE_2GB; default: panic("gemini_pci_cfg_reg_mem_size: bad size %#lx\n", sz); } /* NOTREACHED */ } #endif /* _LOCORE */ /* * Gemini SL3516 IDE device register offsets, &etc. */ #define GEMINI_MIDE_NCHAN 2 #define GEMINI_MIDE_OFFSET(chan) ((chan == 0) ? 0x0 : 0x400000) #define GEMINI_MIDE_BASEn(chan) (GEMINI_MIDE_BASE + GEMINI_MIDE_OFFSET(chan)) #define GEMINI_MIDE_CMDBLK 0x20 #define GEMINI_MIDE_CTLBLK 0x36 #define GEMINI_MIDE_SIZE 0x40 /* * Gemini DRAM Controller register offsets, &etc. */ #define GEMINI_DRAMC_RMCR 0x40 /* CPU Remap Control */ /* rw */ #define DRAMC_RMCR_RESa __BITS(31,29) #define DRAMC_RMCR_RMBAR __BITS(28,20) /* Remap Base Address */ #define DRAMC_RMCR_RMBAR_SHFT 20 #define DRAMC_RMCR_RESb __BITS(19,9) #define DRAMC_RMCR_RMSZR __BITS(8,0) /* Remap Size Address */ #define DRAMC_RMCR_RMSZR_SHFT 0 #else # error unknown gemini cpu type #endif #endif /* _ARM_GEMINI_REG_H_ */