#include <stdint.h>

Include dependency graph for supervision.h:

Macros
#define	SV_SYSTEM_CLOCK_HZ 4000000

#define	SV_LCD_WIDTH 160

#define	SV_LCD_HEIGHT 160

#define	SV_TRIGGER_START 0x80

#define	SV_TRIGGER_STOP 0x00

#define	SV_LCD ((volatile struct __sv_lcd) 0x2000)

#define	SV_VDMA ((volatile struct __sv_vdma) 0x2008)

#define	SV_VDMA_FROM_VRAM(addr) ((uint16_t) (addr))

#define	SV_VDMA_TO_VRAM(addr) (((uint16_t) (addr)) \| 0x4000)

#define	SV_AUDIO_TONE_R ((volatile struct __sv_tone) 0x2010)

#define	SV_AUDIO_TONE_L ((volatile struct __sv_tone) 0x2014)

#define	SV_AUDIO_TONE_REPEAT 0x40

#define	SV_AUDIO_TONE_ONESHOT 0x00

#define	SV_AUDIO_TONE_DUTY_12_5 0x00

#define	SV_AUDIO_TONE_DUTY_25 0x10

#define	SV_AUDIO_TONE_DUTY_50 0x20

#define	SV_AUDIO_TONE_DUTY_75 0x30

#define	SV_AUDIO_TONE_VOLUME(n) (n)

#define	SV_AUDIO_NOISE ((volatile strut __sv_noise) 0x2028)

#define	SV_AUDIO_NOISE_DIV_8 0x00

#define	SV_AUDIO_NOISE_DIV_16 0x01

#define	SV_AUDIO_NOISE_DIV_32 0x02

#define	SV_AUDIO_NOISE_DIV_64 0x03

#define	SV_AUDIO_NOISE_DIV_128 0x04

#define	SV_AUDIO_NOISE_DIV_256 0x05

#define	SV_AUDIO_NOISE_DIV_512 0x06

#define	SV_AUDIO_NOISE_DIV_1024 0x07

#define	SV_AUDIO_NOISE_DIV_2048 0x08

#define	SV_AUDIO_NOISE_DIV_4096 0x09

#define	SV_AUDIO_NOISE_DIV_8192 0x0A

#define	SV_AUDIO_NOISE_DIV_16384 0x0B

#define	SV_AUDIO_NOISE_DIV_32768 0x0C

#define	SV_AUDIO_NOISE_DIV_65536 0x0D

#define	SV_AUDIO_NOISE_ENABLE 0x10

#define	SV_AUDIO_NOISE_LEFT 0x08

#define	SV_AUDIO_NOISE_RIGHT 0x04

#define	SV_AUDIO_NOISE_MONO 0x0C

#define	SV_AUDIO_NOISE_REPEAT 0x02

#define	SV_AUDIO_NOISE_ONESHOT 0x00

#define	SV_AUDIO_NOISE_TAP_15 0x01

#define	SV_AUDIO_NOISE_TAP_7 0x00

#define	SV_AUDIO_DMA ((volatile struct __sv_adma) 0x2018)

#define	SV_AUDIO_DMA_BANK(n) ((n) << 4)

#define	SV_AUDIO_DMA_LEFT 0x08

#define	SV_AUDIO_DMA_RIGHT 0x04

#define	SV_AUDIO_DMA_MONO 0x0C

#define	SV_AUDIO_DMA_DIV_256 0x00

#define	SV_AUDIO_DMA_DIV_512 0x01

#define	SV_AUDIO_DMA_DIV_1024 0x02

#define	SV_AUDIO_DMA_DIV_2048 0x03

#define	SV_JOY ((volatile uint8_t ) 0x2020)

#define	SV_JOY_START 0x80

#define	SV_JOY_SELECT 0x40

#define	SV_JOY_A 0x20

#define	SV_JOY_B 0x10

#define	SV_JOY_UP 0x08

#define	SV_JOY_DOWN 0x04

#define	SV_JOY_LEFT 0x02

#define	SV_JOY_RIGHT 0x01

#define	SV_LINK ((volatile struct __sv_link) 0x2021)

#define	SV_SYS ((volatile struct __sv_sys) 0x2023)

#define	SV_IRQ_STATUS_TIMER 0x01

#define	SV_IRQ_STATUS_AUDIO_DMA 0x02

#define	SV_SYS_NMI_ENABLE 0x01

#define	SV_SYS_NMI_DISABLE 0x00

#define	SV_SYS_IRQ_TIMER_ENABLE 0x02

#define	SV_SYS_IRQ_TIMER_DISABLE 0x00

#define	SV_SYS_IRQ_AUDIO_DMA_ENABLE 0x04

#define	SV_SYS_IRQ_AUDIO_DMA_DISABLE 0x00

#define	SV_SYS_LCD_ENABLE 0x08

#define	SV_SYS_LCD_DISABLE 0x00

#define	SV_SYS_TIMER_PRESCALER_256 0x00

#define	SV_SYS_TIMER_PRESCALER_16384 0x10

#define	SV_SYS_BANK_MASK 0xE0

#define	SV_SYS_BANK(n) ((n) << 5)

#define	SV_RAM ((uint8_t*) 0x0000)

#define	SV_VRAM ((uint8_t*) 0x4000)

#define	SV_ROM ((uint8_t*) 0x8000)

#define	SV_ROM_FIXED ((uint8_t*) 0xC000)

#define	SV_VRAM_WIDTH 192

#define	SV_VRAM_HEIGHT 170

#define	SV_VRAM_PITCH 48

#define	SV_VRAM_ROW(y) ((uint8_t) (0x4000 + ((y) SV_VRAM_PITCH)))

#define	SV_COLOR_WHITE 0x00

#define	SV_COLOR_LIGHT_GREY 0x01

#define	SV_COLOR_DARK_GREY 0x02

#define	SV_COLOR_BLACK 0x03

#define	SV_CART_ROM_KB(kb) asm(".globl __cart_rom_size\n__cart_rom_size = " #kb)

Functions
uint8_t	sv_sys_control_get (void)

void	sv_sys_control_set (uint8_t value)

void	sv_lcd_init (void)

void	sv_lcd_clear (void)

void	sv_lcd_enable (void)

void	sv_lcd_disable (void)

void	sv_dma_to_vram (void dest, const void src, uint16_t len)

void	sv_dma_from_vram (void dest, const void src, uint16_t len)

Variables
void(*	method )(void))

Macro Definition Documentation

◆ SV_AUDIO_DMA

#define SV_AUDIO_DMA (*(volatile struct __sv_adma*) 0x2018)

◆ SV_AUDIO_DMA_BANK

#define SV_AUDIO_DMA_BANK ( n ) ((n) << 4)

◆ SV_AUDIO_DMA_DIV_1024

#define SV_AUDIO_DMA_DIV_1024 0x02

◆ SV_AUDIO_DMA_DIV_2048

#define SV_AUDIO_DMA_DIV_2048 0x03

◆ SV_AUDIO_DMA_DIV_256

#define SV_AUDIO_DMA_DIV_256 0x00

◆ SV_AUDIO_DMA_DIV_512

#define SV_AUDIO_DMA_DIV_512 0x01

◆ SV_AUDIO_DMA_LEFT

#define SV_AUDIO_DMA_LEFT 0x08

◆ SV_AUDIO_DMA_MONO

#define SV_AUDIO_DMA_MONO 0x0C

◆ SV_AUDIO_DMA_RIGHT

#define SV_AUDIO_DMA_RIGHT 0x04

◆ SV_AUDIO_NOISE

#define SV_AUDIO_NOISE (*(volatile strut __sv_noise*) 0x2028)

◆ SV_AUDIO_NOISE_DIV_1024

#define SV_AUDIO_NOISE_DIV_1024 0x07

◆ SV_AUDIO_NOISE_DIV_128

#define SV_AUDIO_NOISE_DIV_128 0x04

◆ SV_AUDIO_NOISE_DIV_16

#define SV_AUDIO_NOISE_DIV_16 0x01

◆ SV_AUDIO_NOISE_DIV_16384

#define SV_AUDIO_NOISE_DIV_16384 0x0B

◆ SV_AUDIO_NOISE_DIV_2048

#define SV_AUDIO_NOISE_DIV_2048 0x08

◆ SV_AUDIO_NOISE_DIV_256

#define SV_AUDIO_NOISE_DIV_256 0x05

◆ SV_AUDIO_NOISE_DIV_32

#define SV_AUDIO_NOISE_DIV_32 0x02

◆ SV_AUDIO_NOISE_DIV_32768

#define SV_AUDIO_NOISE_DIV_32768 0x0C

◆ SV_AUDIO_NOISE_DIV_4096

#define SV_AUDIO_NOISE_DIV_4096 0x09

◆ SV_AUDIO_NOISE_DIV_512

#define SV_AUDIO_NOISE_DIV_512 0x06

◆ SV_AUDIO_NOISE_DIV_64

#define SV_AUDIO_NOISE_DIV_64 0x03

◆ SV_AUDIO_NOISE_DIV_65536

#define SV_AUDIO_NOISE_DIV_65536 0x0D

◆ SV_AUDIO_NOISE_DIV_8

#define SV_AUDIO_NOISE_DIV_8 0x00

◆ SV_AUDIO_NOISE_DIV_8192

#define SV_AUDIO_NOISE_DIV_8192 0x0A

◆ SV_AUDIO_NOISE_ENABLE

#define SV_AUDIO_NOISE_ENABLE 0x10

◆ SV_AUDIO_NOISE_LEFT

#define SV_AUDIO_NOISE_LEFT 0x08

◆ SV_AUDIO_NOISE_MONO

#define SV_AUDIO_NOISE_MONO 0x0C

◆ SV_AUDIO_NOISE_ONESHOT

#define SV_AUDIO_NOISE_ONESHOT 0x00

◆ SV_AUDIO_NOISE_REPEAT

#define SV_AUDIO_NOISE_REPEAT 0x02

◆ SV_AUDIO_NOISE_RIGHT

#define SV_AUDIO_NOISE_RIGHT 0x04

◆ SV_AUDIO_NOISE_TAP_15

#define SV_AUDIO_NOISE_TAP_15 0x01

◆ SV_AUDIO_NOISE_TAP_7

#define SV_AUDIO_NOISE_TAP_7 0x00

◆ SV_AUDIO_TONE_DUTY_12_5

#define SV_AUDIO_TONE_DUTY_12_5 0x00

◆ SV_AUDIO_TONE_DUTY_25

#define SV_AUDIO_TONE_DUTY_25 0x10

◆ SV_AUDIO_TONE_DUTY_50

#define SV_AUDIO_TONE_DUTY_50 0x20

◆ SV_AUDIO_TONE_DUTY_75

#define SV_AUDIO_TONE_DUTY_75 0x30

◆ SV_AUDIO_TONE_L

#define SV_AUDIO_TONE_L (*(volatile struct __sv_tone*) 0x2014)

◆ SV_AUDIO_TONE_ONESHOT

#define SV_AUDIO_TONE_ONESHOT 0x00

◆ SV_AUDIO_TONE_R

#define SV_AUDIO_TONE_R (*(volatile struct __sv_tone*) 0x2010)

◆ SV_AUDIO_TONE_REPEAT

#define SV_AUDIO_TONE_REPEAT 0x40

◆ SV_AUDIO_TONE_VOLUME

#define SV_AUDIO_TONE_VOLUME ( n ) (n)

◆ SV_CART_ROM_KB

#define SV_CART_ROM_KB ( kb ) asm(".globl __cart_rom_size\n__cart_rom_size = " #kb)

◆ SV_COLOR_BLACK

#define SV_COLOR_BLACK 0x03

◆ SV_COLOR_DARK_GREY

#define SV_COLOR_DARK_GREY 0x02

◆ SV_COLOR_LIGHT_GREY

#define SV_COLOR_LIGHT_GREY 0x01

◆ SV_COLOR_WHITE

#define SV_COLOR_WHITE 0x00

◆ SV_IRQ_STATUS_AUDIO_DMA

#define SV_IRQ_STATUS_AUDIO_DMA 0x02

◆ SV_IRQ_STATUS_TIMER

#define SV_IRQ_STATUS_TIMER 0x01

◆ SV_JOY

#define SV_JOY (*(volatile uint8_t *) 0x2020)

◆ SV_JOY_A

#define SV_JOY_A 0x20

◆ SV_JOY_B

#define SV_JOY_B 0x10

◆ SV_JOY_DOWN

#define SV_JOY_DOWN 0x04

◆ SV_JOY_LEFT

#define SV_JOY_LEFT 0x02

◆ SV_JOY_RIGHT

#define SV_JOY_RIGHT 0x01

◆ SV_JOY_SELECT

#define SV_JOY_SELECT 0x40

◆ SV_JOY_START

#define SV_JOY_START 0x80

◆ SV_JOY_UP

#define SV_JOY_UP 0x08

◆ SV_LCD

#define SV_LCD (*(volatile struct __sv_lcd*) 0x2000)

◆ SV_LCD_HEIGHT

#define SV_LCD_HEIGHT 160

◆ SV_LCD_WIDTH

#define SV_LCD_WIDTH 160

◆ SV_LINK

#define SV_LINK (*(volatile struct __sv_link*) 0x2021)

◆ SV_RAM

#define SV_RAM ((uint8_t*) 0x0000)

◆ SV_ROM

#define SV_ROM ((uint8_t*) 0x8000)

◆ SV_ROM_FIXED

#define SV_ROM_FIXED ((uint8_t*) 0xC000)

◆ SV_SYS

#define SV_SYS (*(volatile struct __sv_sys*) 0x2023)

◆ SV_SYS_BANK

#define SV_SYS_BANK ( n ) ((n) << 5)

◆ SV_SYS_BANK_MASK

#define SV_SYS_BANK_MASK 0xE0

◆ SV_SYS_IRQ_AUDIO_DMA_DISABLE

#define SV_SYS_IRQ_AUDIO_DMA_DISABLE 0x00

◆ SV_SYS_IRQ_AUDIO_DMA_ENABLE

#define SV_SYS_IRQ_AUDIO_DMA_ENABLE 0x04

◆ SV_SYS_IRQ_TIMER_DISABLE

#define SV_SYS_IRQ_TIMER_DISABLE 0x00

◆ SV_SYS_IRQ_TIMER_ENABLE

#define SV_SYS_IRQ_TIMER_ENABLE 0x02

◆ SV_SYS_LCD_DISABLE

#define SV_SYS_LCD_DISABLE 0x00

◆ SV_SYS_LCD_ENABLE

#define SV_SYS_LCD_ENABLE 0x08

◆ SV_SYS_NMI_DISABLE

#define SV_SYS_NMI_DISABLE 0x00

◆ SV_SYS_NMI_ENABLE

#define SV_SYS_NMI_ENABLE 0x01

◆ SV_SYS_TIMER_PRESCALER_16384

#define SV_SYS_TIMER_PRESCALER_16384 0x10

◆ SV_SYS_TIMER_PRESCALER_256

#define SV_SYS_TIMER_PRESCALER_256 0x00

◆ SV_SYSTEM_CLOCK_HZ

#define SV_SYSTEM_CLOCK_HZ 4000000

◆ SV_TRIGGER_START

#define SV_TRIGGER_START 0x80

◆ SV_TRIGGER_STOP

#define SV_TRIGGER_STOP 0x00

◆ SV_VDMA

#define SV_VDMA (*(volatile struct __sv_vdma*) 0x2008)

◆ SV_VDMA_FROM_VRAM

#define SV_VDMA_FROM_VRAM ( addr ) ((uint16_t) (addr))

◆ SV_VDMA_TO_VRAM

#define SV_VDMA_TO_VRAM ( addr ) (((uint16_t) (addr)) | 0x4000)

◆ SV_VRAM

#define SV_VRAM ((uint8_t*) 0x4000)

◆ SV_VRAM_HEIGHT

#define SV_VRAM_HEIGHT 170

◆ SV_VRAM_PITCH

#define SV_VRAM_PITCH 48

◆ SV_VRAM_ROW

#define SV_VRAM_ROW ( y ) ((uint8_t*) (0x4000 + ((y) * SV_VRAM_PITCH)))

◆ SV_VRAM_WIDTH

#define SV_VRAM_WIDTH 192

Function Documentation

◆ sv_dma_from_vram()

void sv_dma_from_vram	(	void *	dest,
		const void *	src,
		uint16_t	len
	)

◆ sv_dma_to_vram()

void sv_dma_to_vram	(	void *	dest,
		const void *	src,
		uint16_t	len
	)

◆ sv_lcd_clear()

void sv_lcd_clear ( void )

◆ sv_lcd_disable()

void sv_lcd_disable ( void )

◆ sv_lcd_enable()

void sv_lcd_enable ( void )

◆ sv_lcd_init()

void sv_lcd_init ( void )

◆ sv_sys_control_get()

uint8_t sv_sys_control_get ( void )

◆ sv_sys_control_set()

void sv_sys_control_set ( uint8_t value )

Variable Documentation

◆ method

void(* method) (void))

Macros

Functions

Variables