hw5120cfg.h

Boot code for ADM5120 with serial console for Edimax router.

#define HWPF_5120_EXTIO1_INT_POLARITY				0

// Enable wait control
// This OPTION is ORed with HWPF_5120_EXTIO0_WAIT_EN!!
#define HWPF_5120_EXTIO1_WAIT_EN					OPTION_DISABLE

// Bus width of Ext I/o bank 0. (legal value are 8, 16 and 32)
#define HWPF_5120_EXTIO1_BUS_WIDTH					16

// Device data bus width of Ext I/o bank 0. (legal value are 8, 16 and 32)
#define HWPF_5120_EXTIO1_DEV_WIDTH					16

// Chip select polarity	[legal value are 0(low active) and 1(high active)]
#define HWPF_5120_EXTIO1_CS_POLARITY				0

// Asyn page mode	[legal value are OPTION_DISABLE and OPTION_ENABLE]
#define HWPF_5120_EXTIO1_PAGE_MODE					OPTION_DISABLE

// Chip select to Output enable wait state: 
//		(HWPF_5120_SMEM0_CS_TO_OE_WAIT) wait state will be inserted.
// Unit: clock, range [0-15]
#define HWPF_5120_EXTIO1_CS_TO_OE_WAIT				0

// Read Wait state. (HWPF_5120_EXTIO0_READ_WAIT + 1) wait state will be inserted.
// Unit: clock, range [0-31]
#define HWPF_5120_EXTIO1_READ_WAIT					9

// Chip select to Write enable wait state: 
//		(HWPF_5120_EXTIO0_CS_TO_WE_WAIT + 1) wait state will be inserted.
// Unit: clock, range [0-15]
#define HWPF_5120_EXTIO1_CS_TO_WE_WAIT				0

// Write Wait state. (HWPF_5120_EXTIO0_WRITE_WAIT + 2) wait state will be inserted.
// Unit: clock, range [0-31]
#define HWPF_5120_EXTIO1_WRITE_WAIT				9

// Bus turnaround Wait state. (HWPF_5120_EXTIO0_TURN_WAIT + 1) wait state will be inserted.
// Unit: clock, range [0-15]
#define HWPF_5120_EXTIO1_TURN_WAIT					1

// Ext I/O bank 0 end
//******************************************************

//***************************************************************************
// Ext I/O configuration sections end
//***************************************************************************


//***************************************************************************
// GPIO configuration sections start
//***************************************************************************

// GPIO0_INPUT_MODE/GPIO0_OUTPUT_MODE
#define HWPF_5120_GPIO0_MODE						GPIO0_INPUT_MODE

// GPIO0_OUTPUT_LOW/GPIO0_OUTPUT_HI
#define HWPF_5120_GPIO0_DEFOUT						GPIO0_OUTPUT_LOW

// GPIO1_INPUT_MODE/GPIO1_OUTPUT_MODE
#define HWPF_5120_GPIO1_MODE						GPIO1_INPUT_MODE

// GPIO1_OUTPUT_LOW/GPIO1_OUTPUT_HI
#define HWPF_5120_GPIO1_DEFOUT						GPIO1_OUTPUT_LOW

// GPIO2_INPUT_MODE/GPIO2_OUTPUT_MODE
#define HWPF_5120_GPIO2_MODE						GPIO2_INPUT_MODE

// GPIO2_OUTPUT_LOW/GPIO2_OUTPUT_HI
#define HWPF_5120_GPIO2_DEFOUT						GPIO2_OUTPUT_LOW

// GPIO3_INPUT_MODE/GPIO2_OUTPUT_MODE
#define HWPF_5120_GPIO3_MODE						GPIO3_INPUT_MODE

// GPIO3_OUTPUT_LOW/GPIO3_OUTPUT_HI
#define HWPF_5120_GPIO3_DEFOUT						GPIO3_OUTPUT_LOW

// GPIO4_INPUT_MODE/GPIO4_OUTPUT_MODE
#define HWPF_5120_GPIO4_MODE						GPIO4_INPUT_MODE

// GPIO4_OUTPUT_LOW/GPIO4_OUTPUT_HI
#define HWPF_5120_GPIO4_DEFOUT						GPIO4_OUTPUT_LOW

// GPIO5_INPUT_MODE/GPIO5_OUTPUT_MODE
#define HWPF_5120_GPIO5_MODE						GPIO5_INPUT_MODE

// GPIO5_OUTPUT_LOW/GPIO5_OUTPUT_HI
#define HWPF_5120_GPIO5_DEFOUT						GPIO5_OUTPUT_LOW

// GPIO6_INPUT_MODE/GPIO6_OUTPUT_MODE
#define HWPF_5120_GPIO6_MODE						GPIO6_INPUT_MODE

// GPIO6_OUTPUT_LOW/GPIO6_OUTPUT_HI
#define HWPF_5120_GPIO6_DEFOUT						GPIO6_OUTPUT_LOW

// GPIO7_INPUT_MODE/GPIO7_OUTPUT_MODE
#define HWPF_5120_GPIO7_MODE						GPIO7_INPUT_MODE

// GPIO7_OUTPUT_LOW/GPIO7_OUTPUT_HI
#define HWPF_5120_GPIO7_DEFOUT						GPIO7_OUTPUT_LOW


//***************************************************************************
// GPIO configuration sections end
//***************************************************************************


//***************************************************************************
// PORT LED configuration sections start
//***************************************************************************
/* Available options are listed below
	 GPIOL_INPUT_MODE
	 GPIOL_OUTPUT_FLASH
	 GPIOL_OUTPUT_LOW
	 GPIOL_OUTPUT_HIGH
	 GPIOL_LINK_LED
	 GPIOL_SPEED_LED
	 GPIOL_DUPLEX_LED
	 GPIOL_ACT_LED
	 GPIOL_COL_LED
	 GPIOL_LINK_ACT_LED
	 GPIOL_DUPLEX_COL_LED
	 GPIOL_10MLINK_ACT_LED
	 GPIOL_100MLINK_ACT_LED
*/

//******************************************************
// PORT0 LED start
#define HWPF_5120_P0_LED0_MODE						GPIOL_LINK_ACT_LED
#define HWPF_5120_P0_LED1_MODE						GPIOL_SPEED_LED
#define HWPF_5120_P0_LED2_MODE						GPIOL_DUPLEX_COL_LED
// PORT0 LED end
//******************************************************

//******************************************************
// PORT1 LED start
#define HWPF_5120_P1_LED0_MODE						GPIOL_LINK_ACT_LED
#define HWPF_5120_P1_LED1_MODE						GPIOL_SPEED_LED
#define HWPF_5120_P1_LED2_MODE						GPIOL_DUPLEX_COL_LED
// PORT1 LED end
//******************************************************

//******************************************************
// PORT2 LED start
#define HWPF_5120_P2_LED0_MODE						GPIOL_LINK_ACT_LED
#define HWPF_5120_P2_LED1_MODE						GPIOL_SPEED_LED
#define HWPF_5120_P2_LED2_MODE						GPIOL_DUPLEX_COL_LED
// PORT2 LED end
//******************************************************
//******************************************************
// PORT3 LED start
#define HWPF_5120_P3_LED0_MODE						GPIOL_LINK_ACT_LED
#define HWPF_5120_P3_LED1_MODE						GPIOL_SPEED_LED
#define HWPF_5120_P3_LED2_MODE						GPIOL_DUPLEX_COL_LED
// PORT3 LED end
//******************************************************
//******************************************************
// PORT4 LED start
#define HWPF_5120_P4_LED0_MODE						GPIOL_LINK_ACT_LED
#define HWPF_5120_P4_LED1_MODE						GPIOL_SPEED_LED
#define HWPF_5120_P4_LED2_MODE						GPIOL_DUPLEX_COL_LED
// PORT4 LED end
//******************************************************

//***************************************************************************
// PORT LED configuration sections end
//***************************************************************************

//=================  Switch grouping configuration  ================
#define IF_BRIDGE_DISABLE				0
#define IF_BRIDGE_ATTACH				0x10
#define IF_BRIDGE_HOSTIF				0x20

//  HWPF_5120_IF_NUM MUST be a number between 0 and 6
//<< HWPF_5120_IF_NUM
#define HWPF_5120_IF_NUM                     2
//>> HWPF_5120_IF_NUM

//<< HWPF_5120_IF_PORTMASK
#define HWPF_5120_IF0_PORTMASK         0x06
#define HWPF_5120_IF0_BRIDGE_FG        (IF_BRIDGE_ATTACH | IF_BRIDGE_HOSTIF)
#define HWPF_5120_IF1_PORTMASK         0x01
#define HWPF_5120_IF1_BRIDGE_FG        IF_BRIDGE_DISABLE
#define HWPF_5120_IF2_PORTMASK			0x38
#define HWPF_5120_IF2_BRIDGE_FG        IF_BRIDGE_ATTACH

//>> HWPF_5120_IF_PORTMASK



// !!!! Do not modify the following sections !!!!
// All configurable parameters are listed in the configuration secions above!!

//===========================================================================
// ++++++++++++++++++++++   SMEM bank0 start   ++++++++++++++++++++++
#if (HWPF_5120_SMEM0_BANK_SIZE <= 0x80000)
#define SMEM0_BANK_SIZE								ROM_SIZE_512KBYTES
#elif (HWPF_5120_SMEM0_BANK_SIZE <= 0x100000)
#define SMEM0_BANK_SIZE								ROM_SIZE_1MBYTES
#elif (HWPF_5120_SMEM0_BANK_SIZE <= 0x200000)
#define SMEM0_BANK_SIZE								ROM_SIZE_2MBYTES
#elif (HWPF_5120_SMEM0_BANK_SIZE <= 0x400000)
#define SMEM0_BANK_SIZE								ROM_SIZE_4MBYTES
#else
#error	SRAM0 which size is larger than 4M bytes is not supported!!
#endif	// (HWPF_5120_SMEM0_BANK_SIZE <= 0x80000)

#if (HWPF_5120_SMEM0_BUS_WIDTH == 32)
	#define SMEM0_BUS_WIDTH							SM_MEM_WIDTH_32BIT
#elif (HWPF_5120_SMEM0_BUS_WIDTH == 16)
	#define SMEM0_BUS_WIDTH							SM_MEM_WIDTH_16BIT
#elif (HWPF_5120_SMEM0_BUS_WIDTH == 8)
	#define SMEM0_BUS_WIDTH							SM_MEM_WIDTH_8BIT
#else
#error The value of HWPF_5120_SMEM0_BUS_WIDTH must be either 8, 16, or 32!!!!
#endif // (HWPF_5120_SMEM0_BUS_WIDTH == 32)

#if (HWPF_5120_SMEM0_DEV_WIDTH == 32)
#define SMEM0_PB									SM_PB
#elif (HWPF_5120_SMEM0_DEV_WIDTH == 16)
#define SMEM0_PB									SM_PB
#elif (HWPF_5120_SMEM0_DEV_WIDTH == 8)
#define SMEM0_PB									0
#else
#error The value of HWPF_5120_SMEM0_DEV_WIDTH must be either 8, 16, or 32!!!!
#endif // (HWPF_5120_SMEM0_DEV_WIDTH == 32)

#if (HWPF_5120_SMEM0_BUS_WIDTH < HWPF_5120_SMEM0_DEV_WIDTH)
#warning The data bus width of static memory bank 0 is smaller than the width of the device !!!
#endif


#if HWPF_5120_SMEM0_CS_POLARITY == 1
#define SMEM0_CS_POLARITY							SM_CS_HIGH
#elif HWPF_5120_SMEM0_CS_POLARITY == 0
#define SMEM0_CS_POLARITY							0
#else
#error The value of HWPF_5120_SMEM0_CS_POLARITY must be either 1 or 0!!!
#endif  // (HWPF_5120_SMEM0_CS_POLARITY == 1)

#if HWPF_5120_SMEM0_PAGE_MODE == OPTION_ENABLE
#define SMEM0_PM_MODE								SM_PAGE_MODE
#elif HWPF_5120_SMEM0_PAGE_MODE == OPTION_DISABLE
#define SMEM0_PM_MODE								0
#else
#error The value of HWPF_5120_SMEM0_PAGE_MODE must be either OPTION_ENABLE or OPTION_DISABLE!!!
#endif  // (HWPF_5120_SMEM0_PAGE_MODE == 1)

#if (HWPF_5120_SMEM0_CS_TO_WE_WAIT < 0) || (HWPF_5120_SMEM0_CS_TO_WE_WAIT > 15)
#error HWPF_5120_SMEM0_CS_TO_WE_WAIT is out of range!!!
#endif

#if (HWPF_5120_SMEM0_CS_TO_OE_WAIT < 0) || (HWPF_5120_SMEM0_CS_TO_OE_WAIT > 15)
#error HWPF_5120_SMEM0_CS_TO_OE_WAIT is out of range!!!
#endif

#if (HWPF_5120_SMEM0_READ_WAIT < 0) || (HWPF_5120_SMEM0_READ_WAIT > 31)
#error HWPF_5120_SMEM0_READ_WAIT is out of range!!!
#endif

#if (HWPF_5120_SMEM0_WRITE_WAIT < 0) || (HWPF_5120_SMEM0_WRITE_WAIT >31)
#error HWPF_5120_SMEM0_WRITE_WAIT is out of range!!!
#endif

#if (HWPF_5120_SMEM0_TURN_WAIT < 0) || (HWPF_5120_SMEM0_TURN_WAIT > 15)
#error HWPF_5120_SMEM0_TURN_WAIT is out of range!!!
#endif


#define SMEM0_CFG									( SMEM0_BUS_WIDTH 		\
													| SMEM0_CS_POLARITY 	\
													| SMEM0_PM_MODE 		\
													| SMEM0_PB)



#define SmemBank0_Config							SMEM0_CFG
#define	SmemBank0_WaitWen							HWPF_5120_SMEM0_CS_TO_WE_WAIT
#define	SmemBank0_WaitOen							HWPF_5120_SMEM0_CS_TO_OE_WAIT
#define	SmemBank0_WaitRd							HWPF_5120_SMEM0_READ_WAIT
#define	SmemBank0_WaitPage							31
#define	SmemBank0_WaitWr							HWPF_5120_SMEM0_WRITE_WAIT
#define	SmemBank0_WaitTurn							HWPF_5120_SMEM0_TURN_WAIT

#define HWPF_5120_SMEM0_BASE						ADM5120_SMEM0_BASE
#define HWPF_5120_SMEM0_SIZE						HWPF_5120_SMEM0_BANK_SIZE

// ++++++++++++++++++++++   SMEM bank0 end   ++++++++++++++++++++++
//===========================================================================


//===========================================================================
// ++++++++++++++++++++++   SMEM bank1 start   ++++++++++++++++++++++
#if (HWPF_5120_SMEM1_EN == OPTION_ENABLE)

#if (HWPF_5120_SMEM1_NAND == OPTION_ENABLE)
	// NAND FLASH  
#define SMEM1_BANK_SIZE							ROM_SIZE_512KBYTES
#define SMEM1_BUS_WIDTH							SM_MEM_WIDTH_8BIT
#define SMEM1_PB								SM_PB

#else		/*	!!(HWPF_5120_SMEM1_NAND == OPTION_ENABLE) */

#if (HWPF_5120_SMEM1_BANK_SIZE <= 0x80000)
#define SMEM1_BANK_SIZE								ROM_SIZE_512KBYTES
#elif (HWPF_5120_SMEM1_BANK_SIZE <= 0x100000)
#define SMEM1_BANK_SIZE								ROM_SIZE_1MBYTES
#elif (HWPF_5120_SMEM1_BANK_SIZE <= 0x200000)
#define SMEM1_BANK_SIZE								ROM_SIZE_2MBYTES
#elif (HWPF_5120_SMEM1_BANK_SIZE <= 0x400000)
#define SMEM1_BANK_SIZE								ROM_SIZE_4MBYTES
#elif (HWPF_5120_SMEM1_BANK_SIZE <= 0x800000)
#define SMEM1_BANK_SIZE								ROM_SIZE_8MBYTES
#else
#error	SRAM1 which size is larger than 8M bytes is not supported!!
#endif	// (HWPF_5120_SMEM1_BANK_SIZE <= 0x80000)


#if (HWPF_5120_SMEM1_BUS_WIDTH == 32)
	#define SMEM1_BUS_WIDTH							SM_MEM_WIDTH_32BIT
#elif (HWPF_5120_SMEM1_BUS_WIDTH == 16)
	#define SMEM1_BUS_WIDTH							SM_MEM_WIDTH_16BIT
#elif (HWPF_5120_SMEM1_BUS_WIDTH == 8)
	#define SMEM1_BUS_WIDTH							SM_MEM_WIDTH_8BIT
#else
#error The value of HWPF_5120_SMEM1_BUS_WIDTH must be either 8, 16, or 32!!!!
#endif // (HWPF_5120_SMEM1_BUS_WIDTH == 32)


#if (HWPF_5120_SMEM1_DEV_WIDTH == 32)
#define SMEM1_PB									SM_PB
#elif (HWPF_5120_SMEM1_DEV_WIDTH == 16)
#define SMEM1_PB									SM_PB
#elif (HWPF_5120_SMEM1_DEV_WIDTH == 8)
#define SMEM1_PB									0
#else
#error The value of HWPF_5120_SMEM1_DEV_WIDTH must be either 8, 16, or 32!!!!
#endif // (HWPF_5120_SMEM1_DEV_WIDTH == 32)


#if (HWPF_5120_SMEM1_BUS_WIDTH < HWPF_5120_SMEM1_DEV_WIDTH)
#warning The data bus width of static memory bank 1 is smaller than the width of the device !!!
#endif

#endif		/*	!!(HWPF_5120_SMEM1_NAND == OPTION_ENABLE) */


#if HWPF_5120_SMEM1_CS_POLARITY == 1
#define SMEM1_CS_POLARITY							SM_CS_HIGH
#elif HWPF_5120_SMEM1_CS_POLARITY == 0
#define SMEM1_CS_POLARITY							0
#else
#error The value of HWPF_5120_SMEM1_CS_POLARITY must be either 1 or 0!!!
#endif  // (HWPF_5120_SMEM1_CS_POLARITY == 1)

#if HWPF_5120_SMEM1_PAGE_MODE == OPTION_ENABLE
#define SMEM1_PM_MODE								SM_PAGE_MODE
#elif HWPF_5120_SMEM1_PAGE_MODE == OPTION_DISABLE
#define SMEM1_PM_MODE								0