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#ifndef CYGONCE_ASSABET_H

#define CYGONCE_ASSABET_H

/*=============================================================================

//

//      assabet.h

//

//      Platform specific support (register layout, etc)

//

//=============================================================================

//####ECOSGPLCOPYRIGHTBEGIN####

// -------------------------------------------

// This file is part of eCos, the Embedded Configurable Operating System.

// Copyright (C) 1998, 1999, 2000, 2001, 2002 Red Hat, Inc.

//

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// 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA.

//

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// or inline functions from this file, or you compile this file and link it

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//####ECOSGPLCOPYRIGHTEND####

//=============================================================================

//#####DESCRIPTIONBEGIN####

//

// Author(s):    gthomas

// Contributors: gthomas

// Date:         2000-05-08

// Purpose:      Intel SA1110/Assabet platform specific support routines

// Description:

// Usage:        #include <cyg/hal/assabet.h>

//

//####DESCRIPTIONEND####

//

//===========================================================================*/

#ifndef __ASSEMBLER__

//

// Board Control Register

// Note: This register is write-only.  Thus a shadow copy is provided so that

// it may be safely updated/shared by multiple threads.

//

extern unsigned long _assabet_BCR;  // Shadow copy

extern void assabet_BCR(unsigned long mask, unsigned long value);

//

// Board Configuration data - read at RESET

//

extern unsigned long _assabet_CFG;

#endif

// 

// Signal assertion levels

//

#define SA1110_LOGIC_ONE(m)  (m & 0xFFFFFFFF)

#define SA1110_LOGIC_ZERO(m) (m & 0x00000000)

//

// SA1110/Assabet Board Control Register

//

#define SA1110_BOARD_CONTROL        REG32_PTR(0x12000000)

#define SA1110_BCR_MIN              0x00A014E4     // Reset state

#define SA1110_BCR_CF_POWER         0x00000001     // 1 = CompactFlash power on

#define SA1110_BCR_CF_POWER_ON      SA1110_LOGIC_ONE(SA1110_BCR_CF_POWER)

#define SA1110_BCR_CF_POWER_OFF     SA1110_LOGIC_ZERO(SA1110_BCR_CF_POWER)

#define SA1110_BCR_CF_RESET         0x00000002     // 1 = CompactFlash reset

#define SA1110_BCR_CF_RESET_ENABLE  SA1110_LOGIC_ONE(SA1110_BCR_CF_RESET)

#define SA1110_BCR_CF_RESET_DISABLE SA1110_LOGIC_ZERO(SA1110_BCR_CF_RESET)

#define SA1110_BCR_SOFT_RESET       0x00000004     // 0 = resets UCB1300, ADI7171, UDA1341

#define SA1110_BCR_IRDA_FREQ        0x00000008     // 0 = SIR, 1 = MIR/FIR

#define SA1110_BCR_IRDA_MD          0x00000030     // IrDA Mode & range

#define SA1110_BCR_IRDA_MD_MAX      0x00000000     // Max range and power

#define SA1110_BCR_IRDA_MD_OFF      0x00000010     // Shutdown

#define SA1110_BCR_IRDA_MD_23       0x00000020     // 2/3 power

#define SA1110_BCR_IRDA_MD_13       0x00000030     // 1/3 power

#define SA1110_BCR_STEREO_LB        0x00000040     // 1 = Stereo loopback on

#define SA1110_BCR_CF_BUS           0x00000080     // 0 = CompactFlash bus on

#define SA1110_BCR_CF_BUS_ON        SA1110_LOGIC_ZERO(SA1110_BCR_CF_BUS)

#define SA1110_BCR_CF_BUS_OFF       SA1110_LOGIC_ONE(SA1110_BCR_CF_BUS)

#define SA1110_BCR_AUDIO_ON         0x00000100     // 1 = UDA1341, MIC, DAA power on

#define SA1110_BCR_BACKLIGHT        0x00000200     // 1 = LCD backlight on

#define SA1110_BCR_LCD_BPP          0x00000400     // 1 = 16 RGB, 0 = 12 RGB

#define SA1110_BCR_LCD_16BPP        SA1110_LOGIC_ONE(SA1110_BCR_LCD_BPP)

#define SA1110_BCR_LCD_12BPP        SA1110_LOGIC_ZERO(SA1110_BCR_LCD_BPP)

#define SA1110_BCR_LCD              0x00000800     // 1 = LCD panel and controller on

#define SA1110_BCR_LCD_ON           SA1110_LOGIC_ONE(SA1110_BCR_LCD)

#define SA1110_BCR_LCD_OFF          SA1110_LOGIC_ZERO(SA1110_BCR_LCD)

#define SA1110_BCR_RS232_ENABLE     0x00001000     // 1 = Enable RD232 signals

#define SA1110_BCR_RED_LED          0x00002000     // 0 = Red LED on

#define SA1110_BCR_RED_LED_ON       SA1110_LOGIC_ZERO(SA1110_BCR_RED_LED)

#define SA1110_BCR_RED_LED_OFF      SA1110_LOGIC_ONE(SA1110_BCR_RED_LED)

#define SA1110_BCR_GREEN_LED        0x00004000     // 0 = Green LED on

#define SA1110_BCR_GREEN_LED_ON     SA1110_LOGIC_ZERO(SA1110_BCR_GREEN_LED)

#define SA1110_BCR_GREEN_LED_OFF    SA1110_LOGIC_ONE(SA1110_BCR_GREEN_LED)

#define SA1110_BCR_MOTOR            0x00008000     // 1 = Vibrator motor on

#define SA1110_BCR_MOTOR_ON         SA1110_LOGIC_ONE(SA1110_BCR_MOTOR)

#define SA1110_BCR_MOTOR_OFF        SA1110_LOGIC_ZERO(SA1110_BCR_MOTOR)

#define SA1110_BCR_COM_DTR          0x00010000     // COM port Data Terminal Ready

#define SA1110_BCR_COM_RTS          0x00020000     // COM port Request To Send

#define SA1110_BCR_RADIO_WAKE       0x00040000     // 1 = Wake up CPU with radio

#define SA1110_BCR_MUTE             0x00200000     // 1 = Audio muted

//

// Special purpose GPIO interrupt mappings

//

#define SA1110_CF_IRQ               CYGNUM_HAL_INTERRUPT_GPIO21

#define SA1110_CF_DETECT            CYGNUM_HAL_INTERRUPT_GPIO22

//

// GPIO layout

//

#define SA1110_GPIO_CF_DETECT       0x00400000     // 0 = Compact Flash detect

#define SA1110_GPIO_CF_PRESENT      SA1110_LOGIC_ZERO(SA1110_GPIO_CF_DETECT)

#define SA1110_GPIO_CF_ABSENT       SA1110_LOGIC_ONE(SA1110_GPIO_CF_DETECT)

//

// LCD Controller

//

#define SA1110_LCCR0                SA11X0_REGISTER(0x30100000)

#define SA1110_LCSR                 SA11X0_REGISTER(0x30100004)

#define SA1110_DBAR1                SA11X0_REGISTER(0x30100010)

#define SA1110_DCAR1                SA11X0_REGISTER(0x30100014)

#define SA1110_DBAR2                SA11X0_REGISTER(0x30100018)

#define SA1110_DCAR2                SA11X0_REGISTER(0x3010001C)

#define SA1110_LCCR1                SA11X0_REGISTER(0x30100020)

#define SA1110_LCCR2                SA11X0_REGISTER(0x30100024)

#define SA1110_LCCR3                SA11X0_REGISTER(0x30100028)

/*---------------------------------------------------------------------------*/

/* end of assabet.h                                                          */

#endif /* CYGONCE_ASSABET_H */