#include "ascii_serial_com_register_pointers.h"
#include "asc_exception.h"
#include <assert.h>

Include dependency graph for ascii_serial_com_register_pointers.c:

Macros
#define	put_val_into_bytes(x, b) convert_uint8_to_hex(x, (b), true)

#define	get_val_from_bytes(b) convert_hex_to_uint8((b))

Functions
void	ascii_serial_com_register_pointers_init (ascii_serial_com_register_pointers register_pointers_state, volatile REGTYPE pointers, REGTYPE write_masks, uint16_t n_regs)
	ASCII Serial Com Register Pointers init.

void	ascii_serial_com_register_pointers_handle_message (ascii_serial_com asc, char ascVersion, char appVersion, char command, char data, size_t dataLen, void *register_pointers_state_vp)
	ASCII Serial Com Register Pointers handle message.

Macro Definition Documentation

◆ get_val_from_bytes

#define get_val_from_bytes ( b ) convert_hex_to_uint8((b))

#define put_val_into_bytes	(		x,
			b ) convert_uint8_to_hex(x, (b), true)

void ascii_serial_com_register_pointers_handle_message	(	ascii_serial_com *	asc,
		char	ascVersion,
		char	appVersion,
		char	command,
		char *	data,
		size_t	dataLen,
		void *	register_pointers_state )

ASCII Serial Com Register Pointers handle message.

This is the function passed to ascii_serial_com_device as frw

The parameters are the same as in that function (and ascii_serial_com_get_message_from_input_buffer + register_pointers_state).

WILL CLOBBER data

Parameters

register_pointers_state should be a pointer to an initialized ascii_serial_com_register_pointers

void ascii_serial_com_register_pointers_init	(	ascii_serial_com_register_pointers *	register_pointers_state,
		volatile REGTYPE **	pointers,
		REGTYPE *	write_masks,
		uint16_t	n_regs )

ASCII Serial Com Register Pointers init.

Initialize ASCII Serial Com register_pointers

Parameters

register_pointers_state	should be an uninitialized ascii_serial_com_register_pointers object
pointers	points to an array of pointers to registers (entries may be NULL). It's volatile so that it can point to device registers without reads/writes to them being optimized out.
an	array of write masks. Every one bit in these masks is a bit that may be written to the registers.
n_regs	is the number of registers in the pointers (not necessarily the number of bytes)