#include <avr/io.h>
#include <avr/interrupt.h>
#include "cpu.h"

Include dependency graph for cpu.c:

Functions
static int8_t	clock_prescaler (uint32_t clock_freq)

bool	cpu_config_clock (uint32_t cpu_freq, bool lock_clock, bool external_clock)

void	cpu_config_clock_32Khz (uint8_t prescaler, bool lock_clock)

bool	cpu_change_clock (uint32_t cpu_freq, bool lock_clock)

void	cpu_clk_output (bool stay_on_loop, bool pin4_instead_of_7, uint8_t out_port)

void	cpu_enable_int_level (uint8_t int_level)

void	cpu_disable_int_level (uint8_t int_level)

void	wdt_enable (uint8_t per)

void	wdt_disable (void)

void	wdt_reset_device (void)

void	io_pin2in (PORT_t *port, uint8_t pin, uint8_t pull, uint8_t sense)

void	io_pin2out (PORT_t *port, uint8_t pin, uint8_t out, bool input_en)

void	io_pin2out_with_interrupt (PORT_t *port, uint8_t pin, uint8_t out, uint8_t sense)

void	io_set_int (PORT_t *port, uint8_t int_level, uint8_t int_n, uint8_t mask, bool reset_mask)

void	timer_type0_enable (TC0_t *timer, uint8_t prescaler, uint16_t target_count, uint8_t int_level)

void	timer_type0_pwm (TC0_t *timer, uint8_t prescaler, uint16_t target_count, uint16_t duty_cycle_count, uint8_t int_level_ovf, uint8_t int_level_cca)

void	timer_type0_set_target (TC0_t *timer, uint16_t target_count)

bool	timer_type0_get_flag (TC0_t *timer)

void	timer_type0_reset_flag (TC0_t *timer)

void	timer_type0_stop (TC0_t *timer)

void	timer_type0_set_counter (TC0_t *timer, uint16_t counter)

void	timer_type0_wait (TC0_t *timer, uint8_t prescaler, uint16_t target_count)

bool	calculate_timer_16bits (uint32_t f_cpu, float freq, uint8_t timer_prescaler, uint16_t timer_target_count)

void	timer_type1_enable (TC1_t *timer, uint8_t prescaler, uint16_t target_count, uint8_t int_level)

void	timer_type1_set_target (TC1_t *timer, uint16_t target_count)

bool	timer_type1_get_flag (TC1_t *timer)

void	timer_type1_reset_flag (TC1_t *timer)

void	timer_type1_stop (TC1_t *timer)

void	timer_type1_set_counter (TC1_t *timer, uint16_t counter)

void	timer_type1_wait (TC1_t *timer, uint8_t prescaler, uint16_t target_count)

bool	eeprm_is_busy (void)

uint8_t	eeprom_rd_byte (uint16_t addr)

void	eeprom_wr_byte (uint16_t addr, uint8_t byte)

void	eeprom_wr_i16 (uint16_t addr, int16_t _16b)

void	eeprom_wr_i32 (uint16_t addr, int32_t _32b)

int16_t	eeprom_rd_i16 (uint16_t addr)

int32_t	eeprom_rd_i32 (uint16_t addr)

void	adc_A_initialize_single_ended (uint8_t analog_reference)

int16_t	adc_A_read_channel (uint8_t index)

void	adc_A_calibrate_offset (uint8_t index)

uint16_t	adcA_unsigned_single_ended (ADC_t adc, uint8_t res, uint8_t ref, uint8_t prescaler, uint8_t adc_pin, TC0_t timer)

Variables
static int16_t	adc_A_offset = 180

Function Documentation

◆ adc_A_calibrate_offset()

void adc_A_calibrate_offset ( uint8_t index )

◆ adc_A_initialize_single_ended()

void adc_A_initialize_single_ended ( uint8_t analog_reference )

◆ adc_A_read_channel()

int16_t adc_A_read_channel ( uint8_t index )

◆ adcA_unsigned_single_ended()

uint16_t adcA_unsigned_single_ended	(	ADC_t *	adc,
		uint8_t	res,
		uint8_t	ref,
		uint8_t	prescaler,
		uint8_t	adc_pin,
		TC0_t *	timer )

◆ calculate_timer_16bits()

bool calculate_timer_16bits	(	uint32_t	f_cpu,
		float	freq,
		uint8_t *	timer_prescaler,
		uint16_t *	timer_target_count )

◆ clock_prescaler()

static int8_t clock_prescaler ( uint32_t clock_freq )

static

◆ cpu_change_clock()

bool cpu_change_clock	(	uint32_t	cpu_freq,
		bool	lock_clock )

◆ cpu_clk_output()

void cpu_clk_output	(	bool	stay_on_loop,
		bool	pin4_instead_of_7,
		uint8_t	out_port )

◆ cpu_config_clock()

bool cpu_config_clock	(	uint32_t	cpu_freq,
		bool	lock_clock,
		bool	external_clock )

◆ cpu_config_clock_32Khz()

void cpu_config_clock_32Khz	(	uint8_t	prescaler,
		bool	lock_clock )

◆ cpu_disable_int_level()

void cpu_disable_int_level ( uint8_t int_level )

◆ cpu_enable_int_level()

void cpu_enable_int_level ( uint8_t int_level )

◆ eeprm_is_busy()

bool eeprm_is_busy ( void )

◆ eeprom_rd_byte()

uint8_t eeprom_rd_byte ( uint16_t addr )

◆ eeprom_rd_i16()

int16_t eeprom_rd_i16 ( uint16_t addr )

◆ eeprom_rd_i32()

int32_t eeprom_rd_i32 ( uint16_t addr )

◆ eeprom_wr_byte()

void eeprom_wr_byte	(	uint16_t	addr,
		uint8_t	byte )

◆ eeprom_wr_i16()

void eeprom_wr_i16	(	uint16_t	addr,
		int16_t	_16b )

◆ eeprom_wr_i32()

void eeprom_wr_i32	(	uint16_t	addr,
		int32_t	_32b )

◆ io_pin2in()

void io_pin2in	(	PORT_t *	port,
		uint8_t	pin,
		uint8_t	pull,
		uint8_t	sense )

◆ io_pin2out()

void io_pin2out	(	PORT_t *	port,
		uint8_t	pin,
		uint8_t	out,
		bool	input_en )

◆ io_pin2out_with_interrupt()

void io_pin2out_with_interrupt	(	PORT_t *	port,
		uint8_t	pin,
		uint8_t	out,
		uint8_t	sense )

◆ io_set_int()

void io_set_int	(	PORT_t *	port,
		uint8_t	int_level,
		uint8_t	int_n,
		uint8_t	mask,
		bool	reset_mask )

◆ timer_type0_enable()

void timer_type0_enable	(	TC0_t *	timer,
		uint8_t	prescaler,
		uint16_t	target_count,
		uint8_t	int_level )

◆ timer_type0_get_flag()

bool timer_type0_get_flag ( TC0_t * timer )

◆ timer_type0_pwm()

void timer_type0_pwm	(	TC0_t *	timer,
		uint8_t	prescaler,
		uint16_t	target_count,
		uint16_t	duty_cycle_count,
		uint8_t	int_level_ovf,
		uint8_t	int_level_cca )

◆ timer_type0_reset_flag()

void timer_type0_reset_flag ( TC0_t * timer )

◆ timer_type0_set_counter()

void timer_type0_set_counter	(	TC0_t *	timer,
		uint16_t	counter )

◆ timer_type0_set_target()

void timer_type0_set_target	(	TC0_t *	timer,
		uint16_t	target_count )

◆ timer_type0_stop()

void timer_type0_stop ( TC0_t * timer )

◆ timer_type0_wait()

void timer_type0_wait	(	TC0_t *	timer,
		uint8_t	prescaler,
		uint16_t	target_count )

◆ timer_type1_enable()

void timer_type1_enable	(	TC1_t *	timer,
		uint8_t	prescaler,
		uint16_t	target_count,
		uint8_t	int_level )

◆ timer_type1_get_flag()

bool timer_type1_get_flag ( TC1_t * timer )

◆ timer_type1_reset_flag()

void timer_type1_reset_flag ( TC1_t * timer )

◆ timer_type1_set_counter()

void timer_type1_set_counter	(	TC1_t *	timer,
		uint16_t	counter )

◆ timer_type1_set_target()

void timer_type1_set_target	(	TC1_t *	timer,
		uint16_t	target_count )

◆ timer_type1_stop()

void timer_type1_stop ( TC1_t * timer )

◆ timer_type1_wait()

void timer_type1_wait	(	TC1_t *	timer,
		uint8_t	prescaler,
		uint16_t	target_count )

◆ wdt_disable()

void wdt_disable ( void )

◆ wdt_enable()

void wdt_enable ( uint8_t per )

◆ wdt_reset_device()

void wdt_reset_device ( void )

Variable Documentation

◆ adc_A_offset

int16_t adc_A_offset = 180