def test_mode(self):
mockbus = setup_mockbus(initial_read={0x76: calibration_read()})
bme = bme280.Bme280()
self.assertEqual(bme.get_mode(), bme280.MODE_SLEEP)
bme.set_mode(bme280.MODE_FORCED)
self.assertEqual(bme.get_mode(), bme280.MODE_FORCED)
self.assertMatchSnapshot(mockbus._log)
def test_data(self):
mockbus = setup_mockbus(
initial_read={0x76: calibration_read() + [0x00] * 8})
bme = bme280.Bme280()
bme.set_mode(bme280.MODE_FORCED)
t, p, h = bme.get_data()
# self.assertEqual(t, 0x00)
self.assertMatchSnapshot(mockbus._log)
def test_status(self):
mockbus = setup_mockbus(
initial_read={0x76: calibration_read() + [0x08, 0x00, 0x01, 0x00]})
bme = bme280.Bme280()
self.assertTrue(bme.is_status_measuring())
self.assertFalse(bme.is_status_measuring())
self.assertTrue(bme.is_status_image_register_updating())
self.assertFalse(bme.is_status_image_register_updating())
self.assertMatchSnapshot(mockbus._log)
def test_config(self):
mockbus = setup_mockbus(initial_read={0x76: calibration_read()})
bme = bme280.Bme280()
self.assertEqual(bme.get_tstandy(), bme280.TSTANDBY_1000)
bme.set_tstandy(bme280.TSTANDBY_20)
self.assertEqual(bme.get_tstandy(), bme280.TSTANDBY_20)
self.assertEqual(bme.get_filter(), bme280.FILTER_OFF)
bme.set_filter(bme280.FILTER_16)
self.assertEqual(bme.get_filter(), bme280.FILTER_16)
self.assertMatchSnapshot(mockbus._log)
def __init__(self, t_offset, p_offset, h_offset):
print("IOThermostat: Starting Sensors module..")
self.T_OFFSET = t_offset
self.P_OFFSET = p_offset
self.H_OFFSET = h_offset
self.sensor = bme280.Bme280()
self.sensor.set_mode(bme280.MODE_NORMAL)
print("IOThermostat: Sensors module active.")
def get_data_for_gsheet():
"""get_data_for_gsheet method:
reads data from bme280 and prepares a dictionary for writing to gsheet
"""
bme = bme280.Bme280()
bme.set_mode(bme280.MODE_FORCED)
temperature, pressure, humidity = bme.get_data()
pressure = pressure / 100.
time = datetime_string()
values = [[time, temperature, pressure, humidity]]
body = {'values': values}
return body
def test_oversampling(self):
mockbus = setup_mockbus(initial_read={0x76: calibration_read()})
bme = bme280.Bme280()
self.assertEqual(bme.get_humidity_oversampling(), bme280.HO_1)
bme.set_humidity_oversampling(bme280.HO_16)
self.assertEqual(bme.get_humidity_oversampling(), bme280.HO_16)
self.assertEqual(bme.get_temperature_oversampling(), bme280.TO_1)
bme.set_temperature_oversampling(bme280.TO_16)
self.assertEqual(bme.get_temperature_oversampling(), bme280.TO_16)
self.assertEqual(bme.get_pressure_oversampling(), bme280.PO_1)
bme.set_pressure_oversampling(bme280.PO_16)
self.assertEqual(bme.get_pressure_oversampling(), bme280.PO_16)
self.assertMatchSnapshot(mockbus._log)
def talker():
pub = rospy.Publisher('/mavros/sensor', String, queue_size=10)
rospy.init_node('talker', anonymous=True)
rate = rospy.Rate(10) # 10hz
while not rospy.is_shutdown():
bme = bme280.Bme280()
bme.set_mode(bme280.MODE_FORCED)
t, p, h = bme.get_data()
hello_str = str(t).replace(".", ",") + ";" + str(p).replace(
".", ",") + ";" + str(h).replace(".", ",")
rospy.loginfo(hello_str)
pub.publish(hello_str)
rate.sleep()
def __init__(self):
self.bme280 = bme280.Bme280(1)
self.tt_in = 0
self.setback = 0
self.forecast_day = 0
self.latest_weather = None
self.stemp = False
self.spressure = 0
self.shumidity = 0
self.blinker = True
self.displayed_time_last_refresh = 0
self.blinker_last_refresh = 0
self.run = True
self.toggledisplay = True
self.refetch = True
self.htrstatus = HeaterState.OFF
# Defaults
self.setpoint = 20 # in celsius
self.sensortimeout = 300
self.heartbeatinterval = 30
self.temp_tolerance = 1.8
self.refreshrate = 0.1 # in seconds
self.target_temp = self.setpoint
# 0 Heater status
# 1 Time
# 2 Setpoint
# 3 Sensor data
# 4 Weather data
self.drawlist = [True, True, True, True, True]
self.configfile = None
self.serial = None
self.lhs = [None, None, None]
# 1ヶ月のデータログ
if month == next_month:
print "LOG DATA SAVE during Month("+str(year)+"_"+str(month)+"_date_log.csv)"
dld.to_csv("./"+str(year)+"_"+str(month)+"_date_log.csv", index=False)
gyo_d = 0
dld = initialize_dld()
next_month += 1
if next_month == 13:
next_month = 1
"""
# 1分毎のデータログ
if sec == 10:
# 水温の取得
wtemp = DS18B20.main()
# 室温、湿度、気圧の取得
temp, humid, press = bme.Bme280(0x76, 1).get_data()
# 臭気の取得
gas = gas_detect(PIN_BASE, SPI_CH)
if 60 > gas:
gas_state = "良好"
elif 150 > gas >= 60:
gas_state = "そろそろ水換え"
else:
gas_state = "要水換え"
# 基準値
GOOD = 60
BAD = 150
# 良好
if GOOD >= gas:
GPIO.output(GPIO_list[0], GPIO.HIGH)
ISOstring = ISO10368Lib.containerString(Startcool, tempContainer, StartPeakshaving, Testcounter, manual, ControlManual)
#else:
if (Testcounter == 47 and dag == 4):
print("Demoen er s**t")
time.sleep(1)
sys.exit()
ourCounter = 0
if(tempEnable == 1):
print("test")
bme76 = bme280.Bme280(i2c_bus=1,sensor_address=0x76)
bme76.set_mode(bme280.MODE_FORCED)
t1, p1, h1 = bme76.get_data()
bme77 = bme280.Bme280(i2c_bus=1,sensor_address=0x77)
bme77.set_mode(bme280.MODE_FORCED)
t2, p2, h2 = bme77.get_data()
#print(round(t1,2))
#print(round(t2,2))
clientOwn.publish("/container"+RCDid+"/tempInside", round(t1,2), qos=0, retain=False)
clientOwn.publish("/container"+RCDid+"/tempOutside", round(t2-20,2), qos=0, retain=False)
clientOwn.publish("/container"+RCDid+"/bitString", ISOstring, qos=0, retain=False)
clientOwn.publish("/container"+RCDid+"/effektTotal", Effekttotal, qos=0, retain=False)
def test_reset(self):
mockbus = setup_mockbus(initial_read={0x76: calibration_read()})
bme = bme280.Bme280()
bme.reset()
self.assertMatchSnapshot(mockbus._log)
def test_chip_id(self):
mockbus = setup_mockbus(
initial_read={0x76: calibration_read() + [0x23]})
bme = bme280.Bme280()
self.assertEqual(bme.get_chip_id(), 0x23)
self.assertMatchSnapshot(mockbus._log)
def test_setup(self):
mockbus = setup_mockbus(initial_read={0x76: calibration_read()})
bme = bme280.Bme280()
MOCKED_SMBUS_MODULE.SMBus.assert_called_with(1)
self.assertIsNotNone(bme)
self.assertMatchSnapshot(mockbus._log)
#!/usr/bin/env python
# -*- coding: UTF-8 -*-
import bme280
if __name__ == '__main__':
bme = bme280.Bme280()
bme.set_mode(bme280.MODE_FORCED)
t, p, h = bme.get_data()
print "Temperature: %f °C" % t
print "Pressure: %f P" % p
print "Humidity: %f %%" % h
