#include <stdint.h>

Include dependency graph for hardware.h:

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Macros
#define	MMU_WRITE 0x00

#define	MMU_READ 0x80

#define	MMU_ENABLE 0x00

#define	MMU_DISABLE 0x80

#define	MMU_REDBUS_ID 0x00

#define	MMU_REDBUS_WINDOW_OFFSET 0x01

#define	MMU_REDBUS_ACTIVE 0x02

#define	MMU_ADDRESS_BRK 0x05

#define	MMU_ADDRESS_POR 0x06

#define	MMU_DEBUG 0xFF

#define	IO_DISPLAY_ROW_Y ((volatile uint8_t *)0x0300)

#define	IO_DISPLAY_CURSOR_X ((volatile uint8_t *)0x0301)

#define	IO_DISPLAY_CURSOR_Y ((volatile uint8_t *)0x0302)

#define	IO_DISPLAY_CURSOR_MODE ((volatile uint8_t *)0x0303)

#define	IO_DISPLAY_KEY_BUFFER_START ((volatile uint8_t *)0x0304)

#define	IO_DISPLAY_KEY_BUFFER_POS ((volatile uint8_t *)0x0305)

#define	IO_DISPLAY_KEY_BUFFER_VALUE ((volatile uint8_t *)0x0306)

#define	IO_DISPLAY_BLIT_MODE ((volatile uint8_t *)0x0307)

#define	IO_DISPLAY_BLIT_SRC_X ((volatile uint8_t *)0x0308)

#define	IO_DISPLAY_BLIT_SRC_Y ((volatile uint8_t *)0x0309)

#define	IO_DISPLAY_BLIT_DEST_X ((volatile uint8_t *)0x030A)

#define	IO_DISPLAY_BLIT_DEST_Y ((volatile uint8_t *)0x030B)

#define	IO_DISPLAY_BLIT_WIDTH ((volatile uint8_t *)0x030C)

#define	IO_DISPLAY_BLIT_HEIGHT ((volatile uint8_t *)0x030D)

#define	IO_DISPLAY_BLIT_FILL_VALUE ((volatile uint8_t *)0x0308)

#define	IO_DISPLAY_ROW ((volatile uint8_t *)0x0310)

#define	IO_DRIVE_BUFFER ((volatile uint8_t *)0x0300)

#define	IO_DRIVE_SECTOR ((volatile uint16_t *)0x0380)

#define	IO_DRIVE_COMMAND ((volatile uint8_t *)0x0382)

#define	DRIVE_STATUS_SUCCESS 0x00

#define	DRIVE_STATUS_ERROR 0xFF

#define	IO_DRIVE_STATUS ((volatile uint8_t *)0x0382)

#define	COLOR_WHITE 0x0001

#define	COLOR_ORANGE 0x0002

#define	COLOR_MAGENTA 0x0004

#define	COLOR_LIGHT_BLUE 0x0008

#define	COLOR_YELLOW 0x0010

#define	COLOR_LIME 0x0020

#define	COLOR_PINK 0x0040

#define	COLOR_GRAY 0x0080

#define	COLOR_LIGHT_GRAY 0x0100

#define	COLOR_CYAN 0x0200

#define	COLOR_PURPLE 0x0400

#define	COLOR_BLUE 0x0800

#define	COLOR_BROWN 0x1000

#define	COLOR_GREEN 0x2000

#define	COLOR_RED 0x4000

#define	COLOR_BLACK 0x8000

#define	IO_IOX_INPUT ((volatile uint16_t *)0x0300)

#define	IO_IOX_OUTPUT ((volatile uint16_t *)0x0302)

#define	IO_SORTRON_COMMAND ((volatile uint8_t *)0x0300)

#define	SORTRON_STATUS_SUCCESS 0x00

#define	SORTRON_STATUS_ERROR 0xFF

#define	IO_SORTRON_STATUS ((volatile uint8_t *)0x0300)

#define	IO_SORTRON_ITEM_COUNT ((volatile uint8_t *)0x0301)

#define	IO_SORTRON_ITEM_SLOT ((volatile uint16_t *)0x0302)

#define	IO_SORTRON_ITEM_HASH ((volatile uint32_t *)0x0304)

#define	IO_SORTRON_ITEM_DAMAGE ((volatile uint16_t *)0x0308)

#define	IO_SORTRON_ITEM_MAX_DAMAGE ((volatile uint16_t *)0x030A)

#define	IO_SORTRON_ITEM_IN_COLOR_TAG ((volatile uint8_t *)0x030C)

#define	IO_SORTRON_ITEM_OUT_COLOR_TAG ((volatile uint8_t *)0x030D)

Enumerations
enum	cursor_mode_t { CURSOR_MODE_HIDDEN = 0, CURSOR_MODE_SOLID = 1, CURSOR_MODE_BLINK = 2 }

enum	display_blit_mode_t { DISPLAY_BLIT_MODE_NONE = 0, DISPLAY_BLIT_MODE_FILL = 1, DISPLAY_BLIT_MODE_INVERT = 2, DISPLAY_BLIT_MODE_SHIFT = 3 }

enum	drive_command_t { DRIVE_COMMAND_IDLE = 0x00, DRIVE_COMMAND_READ_NAME = 0x01, DRIVE_COMMAND_WRITE_NAME = 0x02, DRIVE_COMMAND_READ_SERIAL = 0x03, DRIVE_COMMAND_READ_SECTOR = 0x04, DRIVE_COMMAND_WRITE_SECTOR = 0x05 }

enum	sortron_command_t { SORTRON_COMMAND_READ_SLOT_COUNT = 1, SORTRON_COMMAND_READ_SLOT = 2, SORTRON_COMMAND_EXTRACT_SLOT = 3, SORTRON_COMMAND_MATCH_INPUT = 4 }

enum	color_tag_t { COLOR_TAG_NONE = 0, COLOR_TAG_WHITE = 1, COLOR_TAG_ORANGE = 2, COLOR_TAG_MAGNETA = 3, COLOR_TAG_LIGHT_BLUE = 4, COLOR_TAG_YELLOW = 5, COLOR_TAG_LIME = 6, COLOR_TAG_PINK = 7, COLOR_TAG_GRAY = 8, COLOR_TAG_LIGHT_GRAY = 9, COLOR_TAG_CYAN = 10, COLOR_TAG_PURPLE = 11, COLOR_TAG_BLUE = 12, COLOR_TAG_BROWN = 13, COLOR_TAG_GREEN = 14, COLOR_TAG_RED = 15, COLOR_TAG_BLACK = 16 }

Detailed Description

Hardware defines.

Macro Definition Documentation

◆ COLOR_BLACK

#define COLOR_BLACK 0x8000

◆ COLOR_BLUE

#define COLOR_BLUE 0x0800

◆ COLOR_BROWN

#define COLOR_BROWN 0x1000

◆ COLOR_CYAN

#define COLOR_CYAN 0x0200

◆ COLOR_GRAY

#define COLOR_GRAY 0x0080

◆ COLOR_GREEN

#define COLOR_GREEN 0x2000

◆ COLOR_LIGHT_BLUE

#define COLOR_LIGHT_BLUE 0x0008

◆ COLOR_LIGHT_GRAY

#define COLOR_LIGHT_GRAY 0x0100

◆ COLOR_LIME

#define COLOR_LIME 0x0020

◆ COLOR_MAGENTA

#define COLOR_MAGENTA 0x0004

◆ COLOR_ORANGE

#define COLOR_ORANGE 0x0002

◆ COLOR_PINK

#define COLOR_PINK 0x0040

◆ COLOR_PURPLE

#define COLOR_PURPLE 0x0400

◆ COLOR_RED

#define COLOR_RED 0x4000

◆ COLOR_WHITE

#define COLOR_WHITE 0x0001

◆ COLOR_YELLOW

#define COLOR_YELLOW 0x0010

◆ DRIVE_STATUS_ERROR

#define DRIVE_STATUS_ERROR 0xFF

◆ DRIVE_STATUS_SUCCESS

#define DRIVE_STATUS_SUCCESS 0x00

◆ IO_DISPLAY_BLIT_DEST_X

#define IO_DISPLAY_BLIT_DEST_X ((volatile uint8_t *)0x030A)

◆ IO_DISPLAY_BLIT_DEST_Y

#define IO_DISPLAY_BLIT_DEST_Y ((volatile uint8_t *)0x030B)

◆ IO_DISPLAY_BLIT_FILL_VALUE

#define IO_DISPLAY_BLIT_FILL_VALUE ((volatile uint8_t *)0x0308)

◆ IO_DISPLAY_BLIT_HEIGHT

#define IO_DISPLAY_BLIT_HEIGHT ((volatile uint8_t *)0x030D)

◆ IO_DISPLAY_BLIT_MODE

#define IO_DISPLAY_BLIT_MODE ((volatile uint8_t *)0x0307)

◆ IO_DISPLAY_BLIT_SRC_X

#define IO_DISPLAY_BLIT_SRC_X ((volatile uint8_t *)0x0308)

◆ IO_DISPLAY_BLIT_SRC_Y

#define IO_DISPLAY_BLIT_SRC_Y ((volatile uint8_t *)0x0309)

◆ IO_DISPLAY_BLIT_WIDTH

#define IO_DISPLAY_BLIT_WIDTH ((volatile uint8_t *)0x030C)

◆ IO_DISPLAY_CURSOR_MODE

#define IO_DISPLAY_CURSOR_MODE ((volatile uint8_t *)0x0303)

◆ IO_DISPLAY_CURSOR_X

#define IO_DISPLAY_CURSOR_X ((volatile uint8_t *)0x0301)

◆ IO_DISPLAY_CURSOR_Y

#define IO_DISPLAY_CURSOR_Y ((volatile uint8_t *)0x0302)

◆ IO_DISPLAY_KEY_BUFFER_POS

#define IO_DISPLAY_KEY_BUFFER_POS ((volatile uint8_t *)0x0305)

◆ IO_DISPLAY_KEY_BUFFER_START

#define IO_DISPLAY_KEY_BUFFER_START ((volatile uint8_t *)0x0304)

◆ IO_DISPLAY_KEY_BUFFER_VALUE

#define IO_DISPLAY_KEY_BUFFER_VALUE ((volatile uint8_t *)0x0306)

◆ IO_DISPLAY_ROW

#define IO_DISPLAY_ROW ((volatile uint8_t *)0x0310)

◆ IO_DISPLAY_ROW_Y

#define IO_DISPLAY_ROW_Y ((volatile uint8_t *)0x0300)

◆ IO_DRIVE_BUFFER

#define IO_DRIVE_BUFFER ((volatile uint8_t *)0x0300)

◆ IO_DRIVE_COMMAND

#define IO_DRIVE_COMMAND ((volatile uint8_t *)0x0382)

◆ IO_DRIVE_SECTOR

#define IO_DRIVE_SECTOR ((volatile uint16_t *)0x0380)

◆ IO_DRIVE_STATUS

#define IO_DRIVE_STATUS ((volatile uint8_t *)0x0382)

◆ IO_IOX_INPUT

#define IO_IOX_INPUT ((volatile uint16_t *)0x0300)

◆ IO_IOX_OUTPUT

#define IO_IOX_OUTPUT ((volatile uint16_t *)0x0302)

◆ IO_SORTRON_COMMAND

#define IO_SORTRON_COMMAND ((volatile uint8_t *)0x0300)

◆ IO_SORTRON_ITEM_COUNT

#define IO_SORTRON_ITEM_COUNT ((volatile uint8_t *)0x0301)

◆ IO_SORTRON_ITEM_DAMAGE

#define IO_SORTRON_ITEM_DAMAGE ((volatile uint16_t *)0x0308)

◆ IO_SORTRON_ITEM_HASH

#define IO_SORTRON_ITEM_HASH ((volatile uint32_t *)0x0304)

◆ IO_SORTRON_ITEM_IN_COLOR_TAG

#define IO_SORTRON_ITEM_IN_COLOR_TAG ((volatile uint8_t *)0x030C)

◆ IO_SORTRON_ITEM_MAX_DAMAGE

#define IO_SORTRON_ITEM_MAX_DAMAGE ((volatile uint16_t *)0x030A)

◆ IO_SORTRON_ITEM_OUT_COLOR_TAG

#define IO_SORTRON_ITEM_OUT_COLOR_TAG ((volatile uint8_t *)0x030D)

◆ IO_SORTRON_ITEM_SLOT

#define IO_SORTRON_ITEM_SLOT ((volatile uint16_t *)0x0302)

◆ IO_SORTRON_STATUS

#define IO_SORTRON_STATUS ((volatile uint8_t *)0x0300)

◆ MMU_ADDRESS_BRK

#define MMU_ADDRESS_BRK 0x05

◆ MMU_ADDRESS_POR

#define MMU_ADDRESS_POR 0x06

◆ MMU_DEBUG

#define MMU_DEBUG 0xFF

◆ MMU_DISABLE

#define MMU_DISABLE 0x80

◆ MMU_ENABLE

#define MMU_ENABLE 0x00

◆ MMU_READ

#define MMU_READ 0x80

◆ MMU_REDBUS_ACTIVE

#define MMU_REDBUS_ACTIVE 0x02

◆ MMU_REDBUS_ID

#define MMU_REDBUS_ID 0x00

◆ MMU_REDBUS_WINDOW_OFFSET

#define MMU_REDBUS_WINDOW_OFFSET 0x01

◆ MMU_WRITE

#define MMU_WRITE 0x00

◆ SORTRON_STATUS_ERROR

#define SORTRON_STATUS_ERROR 0xFF

◆ SORTRON_STATUS_SUCCESS

#define SORTRON_STATUS_SUCCESS 0x00

Enumeration Type Documentation

◆ color_tag_t

enum color_tag_t

Enumerator
COLOR_TAG_NONE
COLOR_TAG_WHITE
COLOR_TAG_ORANGE
COLOR_TAG_MAGNETA
COLOR_TAG_LIGHT_BLUE
COLOR_TAG_YELLOW
COLOR_TAG_LIME
COLOR_TAG_PINK
COLOR_TAG_GRAY
COLOR_TAG_LIGHT_GRAY
COLOR_TAG_CYAN
COLOR_TAG_PURPLE
COLOR_TAG_BLUE
COLOR_TAG_BROWN
COLOR_TAG_GREEN
COLOR_TAG_RED
COLOR_TAG_BLACK

◆ cursor_mode_t

enum cursor_mode_t

Enumerator
CURSOR_MODE_HIDDEN
CURSOR_MODE_SOLID
CURSOR_MODE_BLINK

◆ display_blit_mode_t

enum display_blit_mode_t

Enumerator
DISPLAY_BLIT_MODE_NONE
DISPLAY_BLIT_MODE_FILL
DISPLAY_BLIT_MODE_INVERT
DISPLAY_BLIT_MODE_SHIFT

◆ drive_command_t

enum drive_command_t

Enumerator
DRIVE_COMMAND_IDLE
DRIVE_COMMAND_READ_NAME	Read the disk name to the drive's buffer.
DRIVE_COMMAND_WRITE_NAME	Write the disk name from the drive's buffer.
DRIVE_COMMAND_READ_SERIAL	Read the disk serial number to the drive's buffer.
DRIVE_COMMAND_READ_SECTOR	Read the disk's SECTOR-th sector to the drive's buffer.
DRIVE_COMMAND_WRITE_SECTOR	Write the disk's SECTOR-th sector from the drive's buffer.

◆ sortron_command_t

enum sortron_command_t

Enumerator
SORTRON_COMMAND_READ_SLOT_COUNT	Read the total slot count of the attached inventory to ITEM_SLOT.
SORTRON_COMMAND_READ_SLOT	Read the ITEM_SLOT-th slot of the attached inventory. Writes to ITEM_COUNT, ITEM_SLOT, ITEM_HASH, ITEM_DAMAGE, ITEM_MAX_DAMAGE.
SORTRON_COMMAND_EXTRACT_SLOT	Extract ITEM_COUNT items from ITEM_SLOT-th slot of the attached inventory to an attached pipe, optionally coloring with with the specified ITEM_OUT_COLOR_TAG.
SORTRON_COMMAND_MATCH_INPUT	Match for a given ITEM_COUNT, ITEM_HASH and ITEM_IN_COLOR_TAG on an attached pipe. Returns success when a match is found.

Macros

Enumerations