#include "eforth_core.h"
#include "eForth1.h"
#include <EEPROM.h>

Include dependency graph for eforth1.cpp:

Macros
#define	GET(d) ((DU)&ram[d])

#define	SET(d, v) ((DU)&ram[d] = (v))

Functions
void	_stat (U8 ram, int sz, Stream io)

int	ef_save (U8 *ram)
	save user variables and dictionary to EEPROM More...

int	ef_load (U8 *ram)
	load user variables and dictionary from EEPROM More...

void	ef_setup (const char *code, Stream &io_stream)

void	ef_run ()

char *	ef_ram (int i)
	expose VM RAM space to Sketch More...

Variables
U32	forth_rom []

U32	forth_rom_sz

static U8	forth_ram [FORTH_RAM_SZ]
	RAM pointer (malloc) More...

static Stream *	io

Macro Definition Documentation

◆ GET

#define GET ( d ) (*(DU*)&ram[d])

EEPROM interface

EEPROM Save/Load

◆ SET

#define SET	(	d,
		v
	)	((DU)&ram[d] = (v))

Function Documentation

◆ _stat()

void _stat	(	U8 *	ram,
		int	sz,
		Stream *	io
	)

display eForth system information

< freelist

< start of heap

< end of heap

◆ ef_save()

int ef_save ( U8 * ram )

save user variables and dictionary to EEPROM

store dictionary byte-by-byte

◆ ef_load()

int ef_load ( U8 * ram )

load user variables and dictionary from EEPROM

< CP addr in EEPROM (aka HERE)

>IN (buffer pointer)
keep vIN, vNTIB
retrieve dictionary byte-by-byte
restore vIN, vNTIB

◆ ef_setup()

void ef_setup	(	const char *	code,
		Stream &	io_stream
	)

setup (called by Arduino setup)

◆ ef_run()

void ef_run ( )

VM outer interpreter proxy

◆ ef_ram()

char* ef_ram ( int i )

expose VM RAM space to Sketch

VM RAM space

Variable Documentation

◆ forth_rom

const U32 forth_rom

Forth ROM image (eforth_rom.c, generated by eforth_asm.c)

◆ forth_rom_sz

U32 forth_rom_sz

actual size of ROM

◆ forth_ram

U8 forth_ram[FORTH_RAM_SZ]

static

RAM pointer (malloc)

Forth managed memory block

Note: : dynamic allocation is usually a bad idea for MCU 1) uses 4 more bytes of RAM (freelist), 2) uses ~700 bytes of Flash (allocator), 3) does prevent IDE complaints about low memory in compile time

◆ io

Stream* io