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Move the lux sensor reader and start on the real display code

This commit is contained in:
Savanni D'Gerinel 2022-08-24 23:55:34 -04:00
parent 9daaab9e9e
commit ba2e5b84dc
4 changed files with 111 additions and 95 deletions
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96
display-i2c/main.c
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@ -1,103 +1,15 @@
#include <dio.h>
#include <display.h>
#include <i2c.h>
#include <stdio.h>
#include <stdlib.h>
typedef enum {
ls_ok,
ls_unrecognized,
ls_not_responding,
ls_powered_down,
} lux_sensor_status_e;
typedef struct lux_sensor_s lux_sensor_t;
struct lux_sensor_s {
uint16_t (*read_total_lux)(void *, lux_sensor_status_e *);
uint16_t (*read_ir)(void *, lux_sensor_status_e *);
uint16_t (*read_visible)(void *, lux_sensor_status_e *);
void *impl;
};
uint16_t tsl2561_read_total_lux(void *sensor, lux_sensor_status_e *status) {
if (*status != ls_ok) return 0;
return 0;
}
uint16_t tsl2561_read_ir(void *sensor, lux_sensor_status_e *status) {
if (*status != ls_ok) return 0;
return 0;
}
uint16_t tsl2561_read_visible(void *sensor, lux_sensor_status_e *status) {
if (*status != ls_ok) return 0;
return 0;
}
lux_sensor_t tsl2561_init(dio_t clock, dio_t data) {
i2c_bus_t *bus = malloc(sizeof(i2c_bus_t));
bus->sda = data;
bus->scl = clock;
return (lux_sensor_t){
.read_total_lux = tsl2561_read_total_lux,
.read_ir = tsl2561_read_ir,
.read_visible = tsl2561_read_visible,
.impl = (void *)bus,
};
}
uint16_t ls_read_total_lux(lux_sensor_t *sensor, lux_sensor_status_e *status) {
return sensor->read_total_lux(sensor->impl, status);
}
uint16_t ls_read_ir(lux_sensor_t *sensor, lux_sensor_status_e *status) {
return sensor->read_ir(sensor->impl, status);
}
uint16_t ls_read_visible(lux_sensor_t *sensor, lux_sensor_status_e *status) {
return sensor->read_visible(sensor->impl, status);
}
int main(void) {
display_t display = {
.reg = {
.output = { .ddr = &DDRF, .port = &PORTF, .pin = &PINF, .addr = 7 },
.shift_clock = { .ddr = &DDRF, .port = &PORTF, .pin = &PINF, .addr = 6 },
.latch_clock = { .ddr = &DDRF, .port = &PORTF, .pin = &PINF, .addr = 5 },
.output = { .ddr = &DDRB, .port = &PORTB, .pin = &PINB, .addr = 2 },
.shift_clock = { .ddr = &DDRB, .port = &PORTB, .pin = &PINB, .addr = 1 },
.latch_clock = { .ddr = &DDRB, .port = &PORTB, .pin = &PINB, .addr = 0 },
},
};
lux_sensor_t sensor = tsl2561_init(
(dio_t){ .ddr = &DDRB, .port = &PORTB, .pin = &PINB, .addr = 5 },
(dio_t){ .ddr = &DDRB, .port = &PORTB, .pin = &PINB, .addr = 6 }
);
int count = 0;
while (1) {
lux_sensor_status_e sensor_status = ls_ok;
display_init(&display);
uint16_t total_lux = ls_read_total_lux(&sensor, &sensor_status);
uint16_t ir = ls_read_ir(&sensor, &sensor_status);
char msg[15];
if (sensor_status == ls_ok) {
snprintf(msg, 20, "[%d] %d %d", count, total_lux, ir);
} else {
snprintf(msg, 20, "[%d] error", count);
}
display_clear(&display);
display_write_message(&display, msg);
_delay_ms(1000);
count++;
}
return 0;
display_write_message(&display, "ready");
}

4
flake.nix
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@ -90,7 +90,7 @@
(packages."x86_64-linux"."radio-rx" { gcc = "${avr.gcc}/bin/avr-gcc"; cflags = mcu_cflags atmega32u4; })
(packages."x86_64-linux"."lantern" { gcc = "${avr.gcc}/bin/avr-gcc"; cflags = mcu_cflags atmega32u4; avr = true; })
(packages."x86_64-linux"."lantern-controller" { gcc = "${avr.gcc}/bin/avr-gcc"; cflags = mcu_cflags atmega32u4; avr = true; })
(packages."x86_64-linux"."display-i2c" { gcc = "${avr.gcc}/bin/avr-gcc"; cflags = mcu_cflags atmega32u4; avr = true; })
(packages."x86_64-linux"."display-i2c" { gcc = "${avr.gcc}/bin/avr-gcc"; cflags = mcu_cflags attiny85; avr = true; })
];
};
@ -306,7 +306,7 @@
let
pkgs = import nixpkgs { system = "x86_64-linux"; };
avr = pkgs.pkgsCross.avr.buildPackages;
in packages."x86_64-linux"."display-i2c" { gcc = "${avr.gcc}/bin/avr-gcc"; cflags = mcu_cflags atmega32u4; avr = true; };
in packages."x86_64-linux"."display-i2c" { gcc = "${avr.gcc}/bin/avr-gcc"; cflags = mcu_cflags attiny85; avr = true; };
packages."x86_64-linux"."display-i2c" =
{ gcc, cflags, avr }:
let

1
flash-tiny Executable file
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@ -0,0 +1 @@
avrdude -p $1 -c usbtiny -U flash:w:$2:i

103
lux-sensor-reader/main.c Normal file
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@ -0,0 +1,103 @@
#include <dio.h>
#include <display.h>
#include <i2c.h>
#include <stdio.h>
#include <stdlib.h>
typedef enum {
ls_ok,
ls_unrecognized,
ls_not_responding,
ls_powered_down,
} lux_sensor_status_e;
typedef struct lux_sensor_s lux_sensor_t;
struct lux_sensor_s {
uint16_t (*read_total_lux)(void *, lux_sensor_status_e *);
uint16_t (*read_ir)(void *, lux_sensor_status_e *);
uint16_t (*read_visible)(void *, lux_sensor_status_e *);
void *impl;
};
uint16_t tsl2561_read_total_lux(void *sensor, lux_sensor_status_e *status) {
if (*status != ls_ok) return 0;
return 0;
}
uint16_t tsl2561_read_ir(void *sensor, lux_sensor_status_e *status) {
if (*status != ls_ok) return 0;
return 0;
}
uint16_t tsl2561_read_visible(void *sensor, lux_sensor_status_e *status) {
if (*status != ls_ok) return 0;
return 0;
}
lux_sensor_t tsl2561_init(dio_t clock, dio_t data) {
i2c_bus_t *bus = malloc(sizeof(i2c_bus_t));
bus->sda = data;
bus->scl = clock;
return (lux_sensor_t){
.read_total_lux = tsl2561_read_total_lux,
.read_ir = tsl2561_read_ir,
.read_visible = tsl2561_read_visible,
.impl = (void *)bus,
};
}
uint16_t ls_read_total_lux(lux_sensor_t *sensor, lux_sensor_status_e *status) {
return sensor->read_total_lux(sensor->impl, status);
}
uint16_t ls_read_ir(lux_sensor_t *sensor, lux_sensor_status_e *status) {
return sensor->read_ir(sensor->impl, status);
}
uint16_t ls_read_visible(lux_sensor_t *sensor, lux_sensor_status_e *status) {
return sensor->read_visible(sensor->impl, status);
}
int main(void) {
display_t display = {
.reg = {
.output = { .ddr = &DDRF, .port = &PORTF, .pin = &PINF, .addr = 7 },
.shift_clock = { .ddr = &DDRF, .port = &PORTF, .pin = &PINF, .addr = 6 },
.latch_clock = { .ddr = &DDRF, .port = &PORTF, .pin = &PINF, .addr = 5 },
},
};
lux_sensor_t sensor = tsl2561_init(
(dio_t){ .ddr = &DDRB, .port = &PORTB, .pin = &PINB, .addr = 5 },
(dio_t){ .ddr = &DDRB, .port = &PORTB, .pin = &PINB, .addr = 6 }
);
int count = 0;
while (1) {
lux_sensor_status_e sensor_status = ls_ok;
display_init(&display);
uint16_t total_lux = ls_read_total_lux(&sensor, &sensor_status);
uint16_t ir = ls_read_ir(&sensor, &sensor_status);
char msg[15];
if (sensor_status == ls_ok) {
snprintf(msg, 20, "[%d] %d %d", count, total_lux, ir);
} else {
snprintf(msg, 20, "[%d] error", count);
}
display_clear(&display);
display_write_message(&display, msg);
_delay_ms(1000);
count++;
}
return 0;
}