def main():
""" メイン関数 """
# 接続ピン
PIN_LD = 23
PIN_PR = [10, 9, 11, 8]
# フォトリフレクタラベル（フィールド追加）
Button.label = 0
# 赤色lED設定
red = LED(PIN_LD)
# フォトリフレクタ（複数）設定（ボタンとして）
photorefs = [ Button(PIN_PR[idx], active_state=True, pull_up=None) \
for idx in range(len(PIN_PR)) ]
# フォトリフレクタラベル設定
for idx in range(len(photorefs)):
photorefs[idx].label = idx + 1
# フォトリフレクタ検出結果の論理和をLED入力に接続
red.source = any_values(photorefs[0],photorefs[1], \
photorefs[2],photorefs[3])
# コールバック設定
for pr in photorefs:
# 白色検出時
pr.when_pressed = white
# 黒色検出時
pr.when_released = black
# 停止(Ctrl+c)まで待機
pause()
def main():
try:
# logging configuration
logging.basicConfig(
filename='/opt/rpi-button-box/button-box.log',
level=logging.INFO,
format=
'%(asctime)s.%(msecs)03d %(levelname)s %(module)s : %(message)s',
datefmt='%Y-%m-%d %H:%M:%S')
logging.info('Started the button box controller')
buttons = config_buttons()
# wait for a button labelled 'power' to be turned ON before continuing
logging.info('Trying to find a power switch...')
for button in buttons:
if button.label == 'power':
logging.info('Power switch found at {}'.format(button.pin))
if not button.is_active:
print(
'Waiting for the power button ({}) to be turned ON...'.
format(button.pin))
button.wait_for_active()
logging.info('Power switch was turned ON by user'.format(
button.pin))
sleep(button.hold_time
) # wait for the power button to enter is_held state
break
# when_* properties will pass the device that activated it to a function that takes a single parameter
# use the device's attributes (e.g., pin, type, label) to determine what to do
push_buttons, switches = [], []
for button in buttons:
if button.type == 'switch':
switches.append(button)
button.when_held, button.when_released = event_held, event_released
logging.info(
'Configured the switch button ({0}) at {1}'.format(
button.label, button.pin))
else:
# assumes only 'push' and 'switch' types
push_buttons.append(button)
button.when_pressed, button.when_released = event_pressed, event_released
logging.info('Configured the push button ({0}) at {1}'.format(
button.label, button.pin))
if args['buzzer']:
# buzzer is activated by any push button
buzzer, buzzer.source = Buzzer(
args['buzzer']), any_values(*push_buttons)
logging.info('Configured a buzzer at {}'.format(buzzer.pin))
print(
'The button box is now turned ON. To close it, release the power button or press Ctrl+C.'
)
logging.info('The button box is ON and waiting for user input')
pause()
except KeyboardInterrupt:
end(msg='Received a signal to stop.', status=1)
except GPIOZeroError as err:
end(msg='GPIOZero error: {}'.format(err), status=1)
def door_status_close(door_id):
redis_db.set(str(door_id), 'close')
led.source = any_values(door_sensor_1, door_sensor_2)
verbose = program_remote_control()
if verbose is 'yes':
print("The " + str(door_id) + " is closed!")
if zabbix_sender is 'yes':
zabbix_sender_cmd = '/home/pi/scripts/RPiMS/zabbix_sender.sh info_when_door_is_closed' + " " + str(
door_id)
subprocess.call(zabbix_sender_cmd, shell=True)
if use_picamera is 'yes':
av_stream('start')
def door_action_closed(door_id):
redis_db.set(str(door_id), 'close')
led.source = any_values(door_sensor_1, door_sensor_2)
verbose = program_remote_control()
if verbose is 'yes':
print("The " + str(door_id) + " has been closed!")
if zabbix_sender is 'yes':
zabbix_sender_cmd = '/home/pi/scripts/RPiMS/zabbix_sender.sh info_when_door_has_been_closed' + " " + str(
door_id)
subprocess.call(zabbix_sender_cmd, shell=True)
if use_picamera is 'yes':
sleep(0.2)
av_stream('stop')
sleep(0.2)
subprocess.call("/home/pi/scripts/RPiMS/videorecorder.sh", shell=True)
sleep(0.2)
av_stream('start')
def main():
# from picamera import PiCamera
from gpiozero import LED, Button, MotionSensor
from gpiozero.tools import all_values, any_values
from signal import pause
# import logging
import json
import sys
print('')
print('# RPiMS is running #')
print('')
global redis_db
redis_db = db_connect('localhost', 0)
config_yaml = config_load('/var/www/html/conf/rpims.yaml')
config = config_yaml['setup']
zabbix_agent = config_yaml['zabbix_agent']
gpio = config_yaml.get("gpio")
redis_db.flushdb()
redis_db.set('gpio', json.dumps(gpio))
redis_db.set('config', json.dumps(config))
redis_db.set('zabbix_agent', json.dumps(zabbix_agent))
get_hostip()
hostnamectl_sh(**zabbix_agent)
if bool(config['verbose']) is True:
for k, v in config.items():
print(f'{k} = {v}')
for k, v in zabbix_agent.items():
print(f'{k} = {v}')
print('')
if bool(config['use_door_sensor']) is True:
global door_sensors_list
door_sensors_list = {}
for item in gpio:
if (gpio[item]['type'] == 'DoorSensor'):
door_sensors_list[item] = Button(gpio[item]['gpio_pin'],
hold_time=int(
gpio[item]['hold_time']))
if bool(config['use_motion_sensor']) is True:
global motion_sensors_list
motion_sensors_list = {}
for item in gpio:
if (gpio[item]['type'] == 'MotionSensor'):
motion_sensors_list[item] = MotionSensor(
gpio[item]['gpio_pin'])
if bool(config['use_system_buttons']) is True:
global system_buttons_list
system_buttons_list = {}
for item in gpio:
if (gpio[item]['type'] == 'ShutdownButton'):
system_buttons_list['shutdown_button'] = Button(
gpio[item]['gpio_pin'],
hold_time=int(gpio[item]['hold_time']))
global led_indicators_list
led_indicators_list = {}
for item in gpio:
if (gpio[item]['type'] == 'door_led'):
led_indicators_list['door_led'] = LED(gpio[item]['gpio_pin'])
if (gpio[item]['type'] == 'motion_led'):
led_indicators_list['motion_led'] = LED(gpio[item]['gpio_pin'])
if (gpio[item]['type'] == 'led'):
led_indicators_list['led'] = LED(gpio[item]['gpio_pin'])
if bool(config['use_door_sensor']) is True:
for k, v in door_sensors_list.items():
if v.value == 0:
door_status_open(k, **config)
else:
door_status_close(k, **config)
for k, v in door_sensors_list.items():
v.when_held = lambda s=k: door_action_closed(s, **config)
v.when_released = lambda s=k: door_action_opened(s, **config)
if bool(config['use_door_led_indicator']) is True:
led_indicators_list['door_led'].source = all_values(
*door_sensors_list.values())
if bool(config['use_motion_sensor']) is True:
for k, v in motion_sensors_list.items():
if v.value == 0:
motion_sensor_when_no_motion(k, **config)
else:
motion_sensor_when_motion(k, **config)
for k, v in motion_sensors_list.items():
v.when_motion = lambda s=k: motion_sensor_when_motion(k, **config)
v.when_no_motion = lambda s=k: motion_sensor_when_no_motion(
k, **config)
if bool(config['use_motion_led_indicator']) is True:
led_indicators_list['motion_led'].source = any_values(
*motion_sensors_list.values())
if bool(config['use_system_buttons']) is True:
system_buttons_list['shutdown_button'].when_held = shutdown
if bool(config['use_CPU_sensor']) is True:
threading_function(get_cputemp_data, **config)
if bool(config['use_BME280_sensor']) is True:
threading_function(get_bme280_data, **config)
if bool(config['use_DS18B20_sensor']) is True:
threading_function(get_ds18b20_data, **config)
if bool(config['use_DHT_sensor']) is True:
threading_function(get_dht_data, **config)
if bool(config['use_weather_station']) is True:
threading_function(rainfall, **config)
threading_function(wind_speed, **config)
threading_function(wind_direction, **config)
if bool(config['use_serial_display']) is True:
threading_function(serial_displays, **config)
if bool(config['use_picamera']) is True and bool(
config['use_picamera_recording']) is False and bool(
config['use_door_sensor']) is False and bool(
config['use_motion_sensor']) is False:
av_stream('start')
pause()
from gpiozero import LED, Button from gpiozero.tools import all_values, any_values, negated from signal import pause in_1 = Button(23) in_2 = Button(15) out_1 = LED(24) out_2 = LED(18) out_3 = LED(14) out_1.source = all_values(in_1.values, in_2.values) out_2.source = any_values(in_1.values, in_2.values) out_3.source = negated(out_1.values) pause()
def main():
#from picamera import PiCamera
from gpiozero import LED, Button, MotionSensor
from gpiozero.tools import all_values, any_values
from signal import pause
#import logging
import sys
print('# RPiMS is running #')
try:
db_connect('localhost', 0)
except Exception as err :
print("Blad połączenia")
sys.exit(1)
#redis_db.flushdb()
for key in redis_db.scan_iter("motion_sensor_*"):
redis_db.delete(key)
for key in redis_db.scan_iter("door_sensor_*"):
redis_db.delete(key)
config_yaml=config_load('/var/www/html/conf/rpims.yaml')
config = config_yaml['setup']
zabbix_agent = config_yaml['zabbix_agent']
hostnamectl_sh(**zabbix_agent)
if bool(config['use_door_sensor']) is True:
global door_sensors_list
door_sensors_list = {}
redis_db.delete("door_sensors")
for item in config_yaml.get("door_sensors"):
door_sensors_list[item] = Button(config_yaml['door_sensors'][item]['gpio_pin'], hold_time=config_yaml['door_sensors'][item]['hold_time'])
redis_db.sadd("door_sensors", item)
if bool(config['use_motion_sensor']) is True:
global motion_sensors_list
motion_sensors_list = {}
redis_db.delete("motion_sensors")
for item in config_yaml.get("motion_sensors"):
motion_sensors_list[item] = MotionSensor(config_yaml['motion_sensors'][item]['gpio_pin'])
redis_db.sadd("motion_sensors", item)
if bool(config['use_system_buttons']) is True:
global system_buttons_list
system_buttons_list = {}
for item in config_yaml.get("system_buttons"):
system_buttons_list[item] = Button(config_yaml['system_buttons'][item]['gpio_pin'], hold_time=config_yaml['system_buttons'][item]['hold_time'])
if bool(config['use_led_indicators']) is True:
global led_indicators_list
led_indicators_list = {}
for item in config_yaml.get("led_indicators"):
led_indicators_list[item] = LED(config_yaml['led_indicators'][item]['gpio_pin'])
if bool(config['verbose']) is True :
print('')
for s in config :
redis_db.set(s, str(config[s]))
if bool(config['verbose']) is True :
print(s + ' = ' + str(config[s]))
if bool(config['verbose']) is True :
print('')
for s in zabbix_agent :
redis_db.set(s, str(zabbix_agent[s]))
if bool(config['verbose']) is True :
print(s + ' = ' + str(zabbix_agent[s]))
if bool(config['verbose']) is True :
print('')
if bool(config['use_door_sensor']) is True :
for s in door_sensors_list:
if door_sensors_list[s].value == 0:
door_status_open(s,**config)
else:
door_status_close(s,**config)
for s in door_sensors_list:
door_sensors_list[s].when_held = lambda s=s : door_action_closed(s,**config)
door_sensors_list[s].when_released = lambda s=s : door_action_opened(s,**config)
if bool(config['use_led_indicators']) is True :
led_indicators_list['door_led'].source = all_values(*door_sensors_list.values())
if bool(config['use_motion_sensor']) is True :
for s in motion_sensors_list:
if motion_sensors_list[s].value == 0:
motion_sensor_when_no_motion(s,**config)
else:
motion_sensor_when_motion(s,**config)
for s in motion_sensors_list:
motion_sensors_list[s].when_motion = lambda s=s : motion_sensor_when_motion(s,**config)
motion_sensors_list[s].when_no_motion = lambda s=s : motion_sensor_when_no_motion(s,**config)
if bool(config['use_led_indicators']) is True :
led_indicators_list['motion_led'].source = any_values(*motion_sensors_list.values())
if bool(config['use_system_buttons']) is True:
system_buttons_list['shutdown_button'].when_held = shutdown
if bool(config['use_CPU_sensor']) is True:
threading_function(get_cputemp_data, **config)
if bool(config['use_BME280_sensor']) is True:
threading_function(get_bme280_data, **config)
if bool(config['use_DS18B20_sensor']) is True:
threading_function(get_ds18b20_data, **config)
if bool(config['use_DHT_sensor']) is True:
threading_function(get_dht_data, **config)
if bool(config['use_weather_station']) is True:
threading_function(rainfall, **config)
threading_function(wind_speed, **config)
threading_function(wind_direction, **config)
if bool(config['use_serial_display']) is True:
threading_function(serial_displays, **config)
if bool(config['use_picamera']) is True and bool(config['use_picamera_recording']) is False and bool(config['use_door_sensor']) is False and bool(config['use_motion_sensor']) is False :
av_stream('start')
pause()
