def run(self):
url = utils.read_secret("switch_url")
token = utils.get_token(CONTEXT)
repo = dr.device_repo()
switch_names = []
switch_statuses = {}
for name in utils.retry_if_none(lambda: repo.get_device_names()):
switch_names.append(name)
while is_streaming:
for name in switch_names:
value = utils.retry_if_none(lambda: repo.get_value(name))
if not value is None and value != switch_statuses.get(name):
post_switch_status(url, token, name, value)
switch_statuses[name] = value
switch_status = get_switch_status(url, token, name)
if not switch_status is None and switch_status[
"value"] != switch_statuses.get(name):
utils.retry_if_none(
lambda: repo.set_value(name, switch_status["value"]))
switch_statuses[name] = value
time.sleep(1)
repo.close_connection()
def run(self):
url = utils.read_secret("setting_url")
token = utils.get_token(CONTEXT)
repo = setr.setting_repo()
setting_names = []
setting_values = {}
for name in utils.retry_if_none(lambda: repo.get_setting_names()):
setting_names.append(name)
value = utils.retry_if_none(lambda: repo.get_value(name))
setting_values[name] = value
post_setting(url, token, name, value)
while is_streaming:
for name in setting_names:
setting = get_setting(url, token, name)
if not setting is None and setting[
"value"] != setting_values.get(name):
utils.retry_if_none(
lambda: repo.set_value(name, setting["value"]))
setting_values[name] = value
time.sleep(1)
repo.close_connection()
def run(self):
global thread
repo = sr.sensor_repo()
token = utils.get_token(CONTEXT)
url = utils.read_secret("measurement_url")
while is_streaming:
sensor_names = utils.retry_if_none(lambda: repo.get_sensor_names())
for name in sensor_names:
value = utils.retry_if_none(lambda: repo.get_value(name))
if value:
try:
r = requests.post(
url,
json={
"measurement": name,
"value": value
},
headers={'Authorization': 'Bearer ' + token})
if r.status_code != 200:
logging.warning(
f"[{CONTEXT}] cannot post screenshot via http")
except requests.exceptions.RequestException:
logging.warning(
f"[{CONTEXT}] connection error while posting screenshot"
)
else:
logging.warning(
f"[{CONTEXT}] measurement {name} could not be retrieved from repo"
)
time.sleep(3)
repo.close_connection()
thread = None
def get_variable(variable):
if variable.get('type') == 'constant':
return float(variable.get('value'))
if variable.get('type') == 'unknown':
return None
if variable.get('type') == 'current_time':
now = dt.datetime.now()
hour = str(now.hour)
minute = str(now.minute)
if len(minute) == 1:
return float(hour + '0' + minute)
else:
return float(hour + minute)
if variable.get('type') == 'sensor':
value = utils.retry_if_none(
lambda: sensor_repo.get_value(variable.get('value')))
if value is None:
return None
addition = variable.get('addition')
if addition is None:
return float(value)
else:
return float(value) + float(addition)
if variable.get('type') == 'setting':
value = utils.retry_if_none(
lambda: setting_repo.get_value(variable.get('value')))
addition = variable.get('addition')
if addition is None:
return float(value)
else:
return float(value) + float(addition)
pulse_end = time.time()
pulse_time = utils.time_diff(pulse_start, pulse_end)
if pulse_time < 0.005:
measurements.append(round(MAX_VOLUME - pulse_time * (SPEED_OF_SOUND / 2) * SURFACE_AREA, 2))
else:
logging.warning(f"[{CONTEXT}] invalid measurement")
time.sleep(0.01)
measurements.sort()
volume = round(sum(measurements[75:225]) / 150, 2)
if not volume is None:
measurements_avg.append(volume)
utils.retry_if_none(lambda : repo.set_value(CONTEXT, volume))
else:
logging.warning(f"[{CONTEXT}] invalid measurement")
if len(measurements_avg) >= 100:
utils.retry_if_none(lambda : repo.set_value(WATERVOLUME_AVG, round(sum(measurements_avg) / len(measurements_avg), 2)))
measurements_avg = []
except KeyboardInterrupt:
pass
except:
logging.exception(f"[{CONTEXT}] general error")
finally:
repo.close_connection()
GPIO.cleanup(PIN_TRIGGER)
GPIO.cleanup(PIN_ECHO)
CONTEXT = "light"
LIGHT_CHANNEL = 7
utils.setup_logging(CONTEXT)
repo = sr.sensor_repo()
adc = MCP3008()
try:
while True:
measurements = []
while len(measurements) < 300:
value = adc.read( channel = LIGHT_CHANNEL )
measurements.append(value)
time.sleep(0.01)
measurements.sort()
light = round(sum(measurements[75:225]) / (150 * 10.23), 2)
if not light is None:
utils.retry_if_none(lambda : repo.set_value(CONTEXT, light))
else:
logging.warning(f"[{CONTEXT}] invalid measurement")
except KeyboardInterrupt:
pass
except:
logging.exception(f"[{CONTEXT}] general error")
finally:
adc.close()
repo.close_connection()
CONTEXT = "flow_control"
PUMP_RF = "pomp_rechts_voor"
FLOW_LOW = "stroming_laag_tijdstip"
FLOW_HIGH = "stroming_hoog_tijdstip"
utils.setup_logging(CONTEXT)
device_repo = dr.device_repo()
setting_repo = setr.setting_repo()
old = dt.datetime.now().time()
try:
while True:
flow_low_at = utils.parse_string_to_time(
CONTEXT,
utils.retry_if_none(lambda: setting_repo.get_value(FLOW_LOW)))
flow_high_at = utils.parse_string_to_time(
CONTEXT,
utils.retry_if_none(lambda: setting_repo.get_value(FLOW_HIGH)))
if flow_low_at is None or flow_high_at is None:
logging.warning(
f"[{CONTEXT}] flow high/low time could be retrieved")
continue
now = dt.datetime.now().time()
if (now >= flow_high_at and old < flow_high_at):
utils.retry_if_none(lambda: device_repo.set_value(PUMP_RF, True))
if (now >= flow_low_at and old < flow_low_at):
import device_repo as dr
import sensor_repo as sr
import utils
CONTEXT = "relay_sensors"
THRESHOLD = 20
utils.setup_logging(CONTEXT)
device_repo = dr.device_repo()
sensor_repo = sr.sensor_repo()
ads = ADS1115()
try:
while True:
relay_sensors = utils.retry_if_none(
lambda: device_repo.get_relay_sensors())
for relay_sensor in relay_sensors:
device = utils.retry_if_none(
lambda: device_repo.get_device(relay_sensor['relay']))
device_name = utils.retry_if_none(
lambda: device_repo.get_device_name(device))
if (device_name is None):
continue
measurements = []
tries = 0
while len(measurements) < 100 and tries < 200:
try:
tries = tries + 1
measurements.append(
CONTEXT = "light_control"
LIGHT = "verlichting"
LIGHTS_ON = "verlichting_aan_tijdstip"
LIGHTS_OFF = "verlichting_uit_tijdstip"
utils.setup_logging(CONTEXT)
device_repo = dr.device_repo()
setting_repo = setr.setting_repo()
old = dt.datetime.now().time()
try:
while True:
lights_on_at = utils.parse_string_to_time(
CONTEXT,
utils.retry_if_none(lambda: setting_repo.get_value(LIGHTS_ON)))
lights_off_at = utils.parse_string_to_time(
CONTEXT,
utils.retry_if_none(lambda: setting_repo.get_value(LIGHTS_OFF)))
if lights_on_at is None or lights_off_at is None:
logging.warning(
f"[{CONTEXT}] lights on/off time could be retrieved")
continue
now = dt.datetime.now().time()
if (now >= lights_on_at and old < lights_on_at):
utils.retry_if_none(lambda: device_repo.set_value(LIGHT, True))
if (now >= lights_off_at and old < lights_off_at):
CONTEXT = "leakage"
LEAKAGE_CHANNEL = 6
utils.setup_logging(CONTEXT)
repo = sr.sensor_repo()
adc = MCP3008()
try:
while True:
measurements = []
while len(measurements) < 50:
value = adc.read(channel=LEAKAGE_CHANNEL)
measurements.append(value)
time.sleep(0.01)
measurements.sort()
leakage = 100 - round(sum(measurements[10:40]) / (30 * 10.23), 2)
if not leakage is None:
utils.retry_if_none(lambda: repo.set_value(CONTEXT, leakage))
else:
logging.warning(f"[{CONTEXT}] invalid measurement")
except KeyboardInterrupt:
pass
except:
logging.exception(f"[{CONTEXT}] general error")
finally:
adc.close()
repo.close_connection()
"name": "doseerpomp_2",
"volume": "doseerpomp_2_volume"
}]
VOLUME_PM = 87
utils.setup_logging(CONTEXT)
device_repo = dr.device_repo()
setting_repo = setr.setting_repo()
old = dt.datetime.now().time()
try:
while True:
for pump in DOSING_PUMPS:
utils.retry_if_none(
lambda: device_repo.set_value(pump["name"], False))
dosing_at = utils.parse_string_to_time(
CONTEXT,
utils.retry_if_none(lambda: setting_repo.get_value(DOSING_AT)))
if dosing_at is None:
logging.warning(f"[{CONTEXT}] dosing time could not be retrieved")
continue
now = dt.datetime.now().time()
if now >= dosing_at and old < dosing_at:
for pump in DOSING_PUMPS:
pump_name = pump["name"]
try:
WATER_TOPOFF_AT = "water_bijvul_tijdstip"
WATERVOLUME_TARGET = "watervolume_streefwaarde"
WATERVOLUME_AVG = "watervolume_avg"
MAX_TOPOFF_VOLUME = 2
VOLUME_PM = 0.5
utils.setup_logging(CONTEXT)
device_repo = dr.device_repo()
sensor_repo = sr.sensor_repo()
setting_repo = setr.setting_repo()
old = dt.datetime.now().time()
try:
while True:
utils.retry_if_none(lambda: device_repo.set_value(ATO, False))
if utils.retry_if_none(
lambda: sensor_repo.get_value(FLOATSENSOR, 0)) == "1":
logging.warning(f"[{CONTEXT}] water level too high")
water_topoff_at = utils.parse_string_to_time(
CONTEXT,
utils.retry_if_none(
lambda: setting_repo.get_value(WATER_TOPOFF_AT)))
if water_topoff_at is None:
logging.warning(
f"[{CONTEXT}] water topoff time could not be retrieved")
continue
PIN = 36
utils.setup_logging(CONTEXT)
repo = sr.sensor_repo()
GPIO.setmode(GPIO.BOARD)
GPIO.setup(PIN, GPIO.IN)
try:
repo.set_value(CONTEXT, "0")
high_level_cnt = 0
while True:
if GPIO.input(PIN) == 0:
high_level_cnt += 1
else:
time.sleep(5)
utils.retry_if_none(lambda: repo.set_value(CONTEXT, "0"))
high_level_cnt = 0
if high_level_cnt > 100:
utils.retry_if_none(lambda: repo.set_value(CONTEXT, "1"))
time.sleep(0.1)
except KeyboardInterrupt:
pass
except:
logging.exception(f"[{CONTEXT}] general error")
finally:
GPIO.cleanup(PIN)
import sensor_repo as sr
import utils
AMBIENT = "ambient"
CONTEXT = "ambienttemperature"
os.system("modprobe w1_gpio")
os.system("modprobe w1_therm")
utils.setup_logging(CONTEXT)
repo = sr.sensor_repo()
try:
while True:
temp_sensors = utils.retry_if_none(lambda: repo.get_temp_sensors())
if temp_sensors:
temp_ids = [key for (key, value) in temp_sensors.items() if value == AMBIENT]
if len(temp_ids) == 1:
temp = utils.read_temp(temp_ids[0], "[" + CONTEXT + "]")
if temp and temp > 10 and temp < 40 :
utils.retry_if_none(lambda : repo.set_value(CONTEXT, temp))
else:
logging.warning(f"[{CONTEXT}] invalid measurement")
else:
logging.warning(f"[{CONTEXT}] could not find ambient temperature sensor")
else:
logging.warning(f"[{CONTEXT}] temp sensors could not be retrieved from repo")
pulse_end = time.time()
while GPIO.input(PIN_ECHO) == 1 and utils.time_diff(
ref, pulse_end) < 0.01:
pulse_end = time.time()
pulse_time = utils.time_diff(pulse_start, pulse_end)
if pulse_time < 0.005:
measurements.append(
round(
MAX_VOLUME - pulse_time *
(SPEED_OF_SOUND / 2) * SURFACE_AREA, 2))
else:
logging.warning(f"[{CONTEXT}] invalid measurement")
time.sleep(0.005)
measurements.sort()
volume = round(sum(measurements[75:225]) / 150, 2)
if not volume is None:
utils.retry_if_none(lambda: repo.set_value(CONTEXT, volume))
else:
logging.warning(f"[{CONTEXT}] invalid measurement")
except KeyboardInterrupt:
pass
except:
logging.exception(f"[{CONTEXT}] general error")
finally:
repo.close_connection()
COOLING = "ventilatoren"
HEATING_THRESHOLD = "verwarming_drempel"
COOLING_THRESHOLD = "ventilator_drempel"
TEMP = "watertemperature"
MAX_QUERIES = 100
utils.setup_logging(CONTEXT)
sensor_repo = sr.sensor_repo()
setting_repo = setr.setting_repo()
device_repo = dr.device_repo()
try:
while True:
temp_heating_threshold = float(
utils.retry_if_none(
lambda: setting_repo.get_value(HEATING_THRESHOLD)))
temp_cooling_threshold = float(
utils.retry_if_none(
lambda: setting_repo.get_value(COOLING_THRESHOLD)))
temps = []
queries = 0
while len(temps) < 60 and queries < MAX_QUERIES:
queries += 1
temp = utils.retry_if_none(lambda: sensor_repo.get_value(TEMP))
if temp:
try:
temps.append(float(temp))
except ValueError:
logging.warning(f"[{CONTEXT}] measurement is not a float")
else:
