/* template.h - template board header *//* Copyright 2002 Wind River Systems, Inc. *//*TODO -  Remove the template modification history and begin a new history        starting with version 01a and growing the history upward with        each revision.modification history--------------------01a,21may02,scm  written*//*   TODO - Fill in this file with I/O addresses and related constants for the          template BSP. Anything with "template" as a prefix needs to examined           and re-named to id the BSP (i.e. iq80321, iq80310, etc.), and this           file should be re-named from "template.h" to iq80321.h, iq80310.h, etc.*//*DESCRIPTIONThis file contains I/O address and related constants for thetemplate BSP.*/#ifndef INCtemplateh#define INCtemplateh#ifdef __cplusplusextern "C" {#endif/*------------------------------------------------------------- *  template Macro Defintions... * ------------------------------------------------------------*/#define BIT(bitNumber)                    (1 << (bitNumber))#define template_REG_READ8 (reg,result)\               ((result) = *(volatile UINT8 *)(reg))#define template_REG_WRITE8 (reg,data)\               (*((volatile UINT8 *)(reg)) = (data))#define template_REG_READ16 (reg,result)\               ((result) = *(volatile UINT16 *)(reg))#define template_REG_WRITE16 (reg,data)\               (*((volatile UINT16 *)(reg)) = (data))#define template_REG_READ32 (reg,result)\               ((result) = *(volatile UINT32 *)(reg))#define template_REG_WRITE32 (reg,data)\               (*((volatile UINT32 *)(reg)) = (data))#define SWAP16(x)                         ((((x) << 8) | ((x) >> 8)) & 0xFFFF)#define SWAP32(x)                         (((x) << 24) |              \                                          (((x) & 0x0000FF00) << 8) | \                                          (((x) & 0x00FF0000) >> 8) | \                                          (((unsigned int)(x)) >> 24))#if (_BYTE_ORDER == _BIG_ENDIAN)#define SWAP32PCIFUNC(x)                  (swap32(x))#define SWAP16PCIFUNC(x)                  (swap16(x))#define SWAP16PCI(x)                      (SWAP16(x))#define SWAP32PCI(x)                      (SWAP32(x))#else#define SWAP32PCIFUNC(x)                  (x)#define SWAP16PCIFUNC(x)                  (x)#define SWAP16PCI(x)                      (x)#define SWAP32PCI(x)                      (x)#endif#define PCI_IN_BYTE(x)                    *(volatile UINT8 *) (x)#define PCI_IN_WORD(x)                    *(volatile UINT16 *) (x)#define PCI_IN_LONG(x)                    *(volatile UINT32 *) (x)#define PCI_OUT_BYTE(x,y)                 *(volatile UINT8 *) (x) = (UINT8) (y)#define PCI_OUT_WORD(x,y)                 *(volatile UINT16 *) (x) = (UINT16) (y)#define PCI_OUT_LONG(x,y)                 *(volatile UINT32 *) (x) = (UINT32) (y)#define PCI_SET_OUT_BYTE(x,y)             PCI_OUT_BYTE((int)x, (PCI_IN_BYTE(x) | y))#define PCI_SET_OUT_WORD(x,y)             PCI_OUT_WORD((int)x, (PCI_IN_WORD(x) | y))#define PCI_SET_OUT_LONG(x,y)             PCI_OUT_LONG((int)x, (PCI_IN_LONG(x) | y))#define PCI_CLEAR_OUT_BYTE(x,y)           PCI_OUT_BYTE((int)x, (PCI_IN_BYTE(x) & ~y))#define PCI_CLEAR_OUT_WORD(x,y)           PCI_OUT_WORD((int)x, (PCI_IN_WORD(x) & ~y))#define PCI_CLEAR_OUT_LONG(x,y)           PCI_OUT_LONG((int)x, (PCI_IN_LONG(x) & ~y))/*------------------------------------------------------------- * template Generic Constants... * ------------------------------------------------------------*/#define    SZ_0                           0x00000000#define    SZ_1                           0x00000001#define    SZ_2                           0x00000002#define    SZ_4                           0x00000004#define    SZ_8                           0x00000008#define    SZ_16                          0x00000010#define    SZ_32                          0x00000020#define    SZ_48                          0x00000030#define    SZ_64                          0x00000040#define    SZ_128                         0x00000080#define    SZ_256                         0x00000100#define    SZ_512                         0x00000200#define    SZ_1K                          0x00000400#define    SZ_2K                          0x00000800#define    SZ_4K                          0x00001000#define    SZ_8K                          0x00002000#define    SZ_16K                         0x00004000#define    SZ_32K                         0x00008000#define    SZ_64K                         0x00010000#define    SZ_128K                        0x00020000#define    SZ_256K                        0x00040000#define    SZ_512K                        0x00080000#define    SZ_1M                          0x00100000#define    SZ_2M                          0x00200000#define    SZ_3M                          0x00300000#define    SZ_4M                          0x00400000#define    SZ_8M                          0x00800000#define    SZ_16M                         0x01000000#define    SZ_32M                         0x02000000#define    SZ_48M                         0x03000000#define    SZ_64M                         0x04000000#define    SZ_128M                        0x08000000#define    SZ_256M                        0x10000000#define    SZ_512M                        0x20000000#define    SZ_1G                          0x40000000#define    SZ_2G                          0x80000000/*TODO:  Fill in this file with I/O addresses and related constants for the  template BSP. Anything with "template" as a prefix needs to examined   and re-named to id the BSP (i.e. iq80321, iq80310, etc.) *//*============================================================= * Processor Specific Register Constants... * ============================================================*//*------------------------------------------------------------- * template Peripheral Registers... * ------------------------------------------------------------*//*------------------------------------------------------------- * template ATU Address Translation... * ------------------------------------------------------------*//*------------------------------------------------------------- * template Memory Controller Unit... * ------------------------------------------------------------*//* Refresh frequqnecy - depending on Memory Controller may not be needed *//* refresh set for 200 Mhz */#define template_MCU_RFR_DEFAULT_VAL      0xFFF/*------------------------------------------------------------- * template Peripheral Bus Interface... * ------------------------------------------------------------*//*------------------------------------------------------------- * template I2C Bus Interface... * ------------------------------------------------------------*//*------------------------------------------------------------- * template Processor Arbitration Unit... * ------------------------------------------------------------*//*------------------------------------------------------------- * template Timers... * ------------------------------------------------------------*//* Timer Mode Registers Internal Bus Address */#define template_TMR0_REG                 0xdeadbeef#define template_TMR1_REG                 0xdeadbeef/* Timer Input Clock Selects -depending on Timers may not be supported */#define template_TMR_CSEL_CORE            0x00#define template_TMR_CSEL_CORE4           0x00#define template_TMR_CSEL_CORE8           0x00#define template_TMR_CSEL_CORE16          0x00/* Needed by BSP *//* Minimum rate at which the system clock can run */#define SYS_CLK_RATE_MIN                  0x0/* 1000 ticks, Maximum rate at which the system clock can run */#define SYS_CLK_RATE_MAX                  0xFFF#ifdef INCLUDE_AUX_CLK/* Minimum rate at which the auxiliary clock can run */#define AUX_CLK_RATE_MIN                  0x0/* 1000 ticks, Maximum rate at which the auxiliary clock can run */#define AUX_CLK_RATE_MAX                  0xFFF#endif/*------------------------------------------------------------- * template Interrupt Controller and General Purpose I/O Unit... * ------------------------------------------------------------*//* PCI Interrupt Routing Select Register */#define template_PIRSR_REG                 0xdeadbeef#define template_RESERVED_INT_MSK         (0xFFFFFFFF)#define template_INT_NUM_LEVELS           (32)#define template_INT_MAX_LEVELS           (32)#define template_INT_MODE                 INT_NON_PREEMPT_MODEL/* Interrupt Bit Positions *//* Timer Interrupts */#define template_INT_TMR0                 (00)#define template_INT_TMR1                 (00)/* External Interrupts *//* typically assigned to PCI, UART, secondary slot, etc. */#define template_INT_XINT0                (00)#define template_INT_XINT1                (00)#define template_INT_XINT2                (00)#define template_INT_XINT3                (00)#define template_MASK_ALL_INT             (0x00000000)/*------------------------------------------------------------- * template Core and Core Performance Monitoring... * ------------------------------------------------------------*//*============================================================= * template Development Board Specific Defines... * ============================================================*//*------------------------------------------------------------- * template Memory Controller... * ------------------------------------------------------------*//*  * TODO - Change sizes accordingly... *//* DRAM Starting Address */#define template_SDRAM_BASE_ADDR           LOCAL_MEM_LOCAL_ADRS /* SDRAM Address */#define template_SDRAM_BASE_SIZE           SZ_128M              /* SDRAM 128 MB Default */#define template_SDRAM_BANK_SIZE           SZ_8M                /* SDRAM 8 MB    *//* Boot Flash */#define template_BOOT_FLASH_ADDR           0x00000000#define template_BOOT_FLASH_SIZE           SZ_8M/* defaults for LOCAL_MEM_AUTOSIZE */#define template_SDRAM_FIXED_SIZE          template_SDRAM_BASE_SIZE /* Size is in MB, 128M */#define template_SDRAM_BANK0_SIZE          SZ_128M                  /* bank size in megabytes */#define template_SDRAM_BANK1_SIZE          0                        /* bank size in megabytes */#define template_SDRAM_FIXED_WIDTH         0x8                      /* 8 bit memory */#define template_SDRAM_DIMM_COUNT          0x1                      /* DIMM count (1 or 2) *//*------------------------------------------------------------- * template UARTs... * ------------------------------------------------------------*//* UART 1 base address */#define template_UART1_REG                 0xdeadbeef #ifdef SECOND_UART/* UART 2 base address */#define template_UART2_REG                 0xdeadbeef#endif/* UART Clock frequency (for both) */#define template_UART_XTAL                 1843200 /* Byte space between registers */#define template_UART_REG_DELTA            1/* Two UARTs in this board */#ifdef SECOND_UART#define template_UART_N_UARTS              2#else#define template_UART_N_UARTS              1#endif#ifdef INCLUDE_HEX_LED/*------------------------------------------------------------- * template 7 Segment LED... * ------------------------------------------------------------*//**  0-On, 1-Off  **//*          A1/2          Bit 7        ---------       |        | F1/2  |        | B1/2 Bit 2 |        | Bit 6       | G1/2   |       | Bit 1  |        ---------       |        | E1/2  |        | C1/2 Bit 3 |        | Bit 5       | D1/2   |       | Bit 4  |       DP1/2        ---------     * Bit 0 (dot)*//*  * TODO - Depending on Hex LED, these values will need modifications *//** Numerals **/#define L7SEG_0                           0x03    /* 0 */#define L7SEG_1                           0x9f    /* 1 */#define L7SEG_2                           0x25    /* 2 */#define L7SEG_3                           0x0d    /* 3 */#define L7SEG_4                           0x99    /* 4 */#define L7SEG_5                           0x49    /* 5 */#define L7SEG_6                           0x41    /* 6 */#define L7SEG_7                           0x1f    /* 7 */#define L7SEG_8                           0x01    /* 8 */#define L7SEG_9                           0x19    /* 9 *//** Alphas **/#define L7SEG_A                           0x11    /* A */#define L7SEG_B                           0xc1    /* b */#define L7SEG_C                           0x63    /* C */#define L7SEG_D                           0x85    /* D */#define L7SEG_E                           0x61    /* E */#define L7SEG_F                           0x71    /* F */#define L7SEG_g                           0x09    /* g */#define L7SEG_H                           0x91    /* H */#define L7SEG_h                           0xd1    /* h */#define L7SEG_i                           0xdf    /* i */#define L7SEG_J                           0x8f    /* J */#define L7SEG_L                           0xe3    /* L */#define L7SEG_n                           0xd5    /* n */#define L7SEG_o                           0xc5    /* o */#define L7SEG_P                           0x31    /* P */#define L7SEG_r                           0xf5    /* r */#define L7SEG_S                           0x92    /* S */#define L7SEG_U                           0x83    /* U */#define L7SEG_u                           0xc7    /* u *//** Segment On **/#define L7SEG_Tp                          0x7f    /* top */#define L7SEG_Tr                          0xbf    /* top right */#define L7SEG_Br                          0xdf    /* bottom right */#define L7SEG_Rs                          0x9f    /* right side */#define L7SEG_Bm                          0x3f    /* bottom */#define L7SEG_Bl                          0xf7    /* bootom left */#define L7SEG_Tl                          0xfb    /* top left */#define L7SEG_Ls                          0xf3    /* left side */#define L7SEG_Md                          0xfd    /* middle */#define L7SEG_Dot                         0xfe    /* dot */#define L7SEG_ALL_ON                      0x00    /* 8.*/#define L7SEG_ALL_OFF                     0xFF    /*   */#ifdef INCLUDE_HEX_LED/* 7 Segment Numeric LED base address */#define template_7SEG_LED_LSB_REG         0xdeadbeef#ifdef SECOND_HEX_LED#define template_7SEG_LED_MSB_REG         0xdeadbeef#endif#endif#endif/*------------------------------------------------------------- * template Rotary Switch... * ------------------------------------------------------------*//* Rotary Switch base address */#define template_ROTSW_REG                0xdeadbeef /*------------------------------------------------------------- * template Battery Status... * ------------------------------------------------------------*//* Battery Status base address */#define template_BATSTAT_REG              0xdeadbeef #ifdef __cplusplus}#endif#endif  /* INCtemplateh */