def main(argv):
#If True, data will print to shell as well as write to file
#If False, data will only write to file
verb = ''
if len(sys.argv) == 2:
if sys.argv[1] == '-v' or sys.argv[1] == '-verb' or sys.argv[
1] == '-verbose':
verb = True
else:
print("Invalid argument. Valid argument(s): -v[erbose]")
else:
verb = False
#Initialize file path for readings
fpath = "/home/pi/MSD-P21422-BSF/Readings/"
#Initialize data variables
in_temp_f, in_temp_c, out_temp_f, out_temp_c, in_hum, out_hum, co2 = 0, 0, 0, 0, 0, 0, 0
today, now = '0', '0'
dbx = 0
db_connect = False
#Check if connected to internet
if check_connection():
#If connected to internet, establish dropbox connection
dbx, db_connect = db_access()
while True:
today, now = cur_date_time(today, now, verb)
file_name = date.strftime(date.today(), '%Y%m%d.csv')
full_path = fpath + file_name
in_temp_f, in_temp_c, out_temp_f, out_temp_c, in_hum, out_hum, co2 = \
sensor.sensor(in_temp_f, in_temp_c, out_temp_f, out_temp_c, in_hum, out_hum, co2, verb)
heat_stat, hum_stat, fan_stat, light_stat = relay.relay(
in_temp_f, in_hum, co2, verb)
write_to_csv(in_temp_f, in_temp_c, out_temp_f, out_temp_c, in_hum,
out_hum, co2, today, now, heat_stat, hum_stat, fan_stat,
light_stat, full_path)
# Check the internet connection
if check_connection():
#If connected to internet but not dropbox
if db_connect == False:
#Establish dropbox connection
dbx, db_connect = db_access()
#If connected to internet and to dropbox
if db_connect == True:
#Upload file to dropbox
print("Uploading the file...")
upload('/' + file_name, full_path, dbx)
print("Upload successful")
#TO-DO:
#If connection is down for more than a day, add a case to upload files that were missed
#sleep in seconds. 60 = 1 minute, 300 = 5 minutes, 1800 = 30 minutes
time.sleep(599.0)
return
def main():
if GPIO.input(Laser) == False:
print("Laser Detected")
time.sleep(3)
measure1 = usonic.measure(Trig, Echo)
measure2 = usonic.measure(Trig2, Echo2)
print(measure1, measure2)
date = datetime.datetime.now()
cur_date = str(date.strftime("%Y-%m-%d"))
cur_time = str(date.strftime("%H:%M:%S"))
img_name = "{0} {1}.jpg".format(cur_date, cur_time)
m1 = ( measure1 / 32)*100
m2 = ( measure2 / 26)*100
avg = int((m1+m2)/2)
json_data = {
"latest":{
"file":str(cur_date+"/"+img_name),
"date":cur_date,
"time":cur_time
},
"measure1":m1,
"measure2":m2,
"avg":avg
}
with open("data.json",'w') as json_out:
json.dump(json_data, json_out)
json_out.close()
print(img_name)
relay.relay(Relay, 0)
cam.camera_take(image_save_dir+img_name)
time.sleep(1)
relay.relay(Relay, 1)
upload_blob(bucket_name, "data.json", "data.json")
upload_blob(bucket_name, image_save_dir+img_name, str(image_save_dir+cur_date+"/"+img_name))
body = "Your mailbox was triggered on {0} {1}\nYou can view more info on https://rich-ripple-262608.appspot.com".format(cur_date, cur_time)
sendmail.send_mail("IOT Mailbox got Mail", body)
def move(self, x, y):
utils.player.x += x
utils.player.y += y
if x > 0:
utils.direction = "right"
elif x < 0:
utils.direction = "left"
elif y > 0:
utils.direction = "down"
elif y < 0:
utils.direction = "up"
if utils.player.x <= 0:
utils.player.x -= x
elif utils.player.x >= 800 - 32:
utils.player.x -= x
elif utils.player.y <= 0:
utils.player.y -= y
elif utils.player.y >= 600 - 32:
utils.player.y -= y
relay.relay({"type":"player", "x":utils.player.x, "y":utils.player.y, "id":utils.id_, "health":utils.health})
def __init__(self):
for key in hotpiConfig['devices'].keys():
device = hotpiConfig['devices'][key]
if device['type'] == 'ds18b20':
device['handler'] = ds18b20(device)
elif device['type'] == 'ct30':
device['handler'] = ct30(device)
elif device['type'] == 'relay':
device['handler'] = relay(device)
elif device['type'] == 'semaphore':
device['handler'] = semafile(device)
def update(self):
if len(utils.enemies) < utils.max_enemies:
top_bottom = random.randint(0, 1)
left_right = random.randint(0, 1)
sides_top = random.randint(0, 1)
if sides_top == 1 and top_bottom == 1: # Bottom
enemy = {"x":random.randint(0, 800), "y":800, "health":100}
elif sides_top == 1 and top_bottom == 0: # Top
enemy = {"x":random.randint(0, 800), "y":0, "health":100}
elif sides_top == 0 and top_bottom == 1: # Left
enemy = {"x":random.randint(0, 800), "y":0, "health":100}
else:
enemy = {"x":random.randint(0, 800), "y":800, "health":100}
enemy['type'] = "enemy"
relay.relay(enemy)
for index, enemy in enumerate(utils.enemies):
try:
self.collide(index)
except:
pass
self.animate(index)
def main():
id = 27
r = relay(id)
r.output(True)
r.output(False)
r.cleanup()
print 'Started httpserver on port ' , PORT_NUMBER
#Wait forever for incoming htto requests
server.serve_forever()
except KeyboardInterrupt:
print '^C received, shutting down the web server'
server.socket.close()
# Runs the web server thread
thread.start_new_thread(WebServerThread,())
iremote = IRemote()
iremote.add_listener(my_iremote_handler)
iremote.start()
theRelay = relay()
player = iTunes()
alarm = wecker(player,theRelay)
alarm.start()
beamer = projector()
room = my_hue()
#theTimer = sleeptimer(player,theRelay)
print 'Remote catch up and running'
while True:
try:
if alarm_set and not alarm.alarm_set:
alarm.set_time(alarm_time)
#alarm_set = True
#alarm_on = True
if not alarm_set and alarm.alarm_set:
return retval
logging.basicConfig(level=logging.INFO)
system('clear')
print('Python GSM control module')
print('by Yves Pattyn, June 2019')
print('--------------------------')
now = datetime.now()
logging.info("Current date is : %s" % now.strftime("%d-%m-%y %H:%M:%S"))
logging.info("IP Address of this RaspberryPi is: %s" % getIPaddress())
r = relay(12, "Testing")
r.off()
try:
out = system('ls /dev/ttyU*')
except:
logging.error('Failed system call')
ser = serial.Serial(port="/dev/ttyUSB0", baudrate=460800, timeout=1)
# ATtention - Set Echo Off
serialCommand(ser, "ATE0\r\n")
# Preferred Message Storage
logging.info("Setting Preferred Message Storage to SIM card.")
cmd = 'AT+CPMS="SM","SM","SM"\r\n'
serialCommand(ser, cmd)
# see the README file for more details
CONFIG ='CONFIG'
# first read the config file
conf = door.readConfig(CONFIG)
print conf
# then load the database of authorized RFID tags
tagsDB = rfid.tagsDB(conf['rfidDB'][0]) # read the rfid.db (database) if CONFIG Debug mode is True, add first index of tag to database?
# then instantiate the relays
strikeRelay = relay.relay(conf['strikeRelay'])
doorRelay = relay.relay(conf['doorRelay'])
# then the door lock
doorLock = zwaving.zwave(conf['vera'][0])
doorId = int(conf['doorId'][0]) # door ID is 16 in CONFIG (not sure why)
# then start threads for each RFID reader
for dev in conf['rfidReader']:
rfid.readRFID(dev, tagsDB, doorLock, doorId).start() #??? is .start() specifically for things that are being threaded?
rfid.readRFID(dev, tagsDB, doorLock, doorId).start() #??? is .start() specifically for things that are being threaded?
# instantiate object to perform open action
delay = float(conf['openDelay'][0])
action = door.opendoor(strikeRelay, doorRelay, delay)
BACKLIGHT_DIM_SECONDS = 30
BACKLIGHT_BRIGHT_LEVEL = 50
BACKLIGHT_DIM_LEVEL = 20
# Global objects for our hardware devices
DOOR = door.door(door_pin, door_open_state)
if rotary is not None:
encoder = rotaryEncoder.rotaryEncoder(rotary_A, rotary_B, rotary_PB)
else:
encoder = rotaryEncoder.rotaryEncoder(0, 0, 0, dummy=True)
encoder.start()
heater = relay.relay(relay_HOT, invert=invert_hot)
cooler = relay.relay(relay_COLD, invert=invert_cold)
# Nokia LCD has 17 chars by 6 lines, but original display and web display
# show 20 chars by 4 lines, so make a buffer at least that big.
LCD = lcd.lcd(lines=6, chars=20, hardware=LCD_hardware)
tempControl = tempControl.tempController(ID_fridge,
ID_beer,
ID_ambient,
cooler=cooler,
heater=heater,
door=DOOR)
# Set the temperature calibration offsets (if available)
# FIXME - This should be part of deviceManager & saved to/loaded from the eeprom
def shoot(self):
relay.relay({"type":"bullet", "x":utils.player.x, "y":utils.player.y, "direction":utils.direction, "id":uuid.uuid4().hex})
print('log - ', path.logPath, '\n')
# ZAPIS NASTAW DO PLIKU
settings.settingsWrite(temp_zad1, temp_zad2, histereza, time_sleep, run)
# PĘTLA GŁÓWNA
while run: # jezeli 0 to stop
set = settings.settingsRead() # ODCZYT NASTAW Z PLIKU
temp_zad1_F = set[0]
temp_zad2_F = set[1]
histereza_F = set[2]
time_sleep_F = set[3]
run = set[4]
temperatura = read_temp() # ODCZYT SENSORA
local_time = loc_time() # ODCZYT DATY
data = local_time[1]
godzina = local_time[2]
relayMesage = relay.relay(pin, temperatura, temp_zad1_F, histereza_F) # WYSTEROWANIE WYJSCIA
# WYDRUK POMIARU
if temperatura > temp_zad1_F and temperatura < temp_zad2_F:
color = '\x1b[1;32;40m'
message = ' ' + relayMesage
else:
color = '\x1b[1;31;40m'
if temperatura < temp_zad1_F:
message = '!!! Temp. poniżej dolnej granicy !!! ' + relayMesage
elif temperatura > temp_zad2_F:
message = '!!! Temp. powyzej górnej granicy !!! ' + relayMesage
print(godzina + ' ' + color + str(temperatura) + '°C ' + message + '\x1b[0m')
# ZAPIS POMIARU
BACKLIGHT_DIM_SECONDS = 30
BACKLIGHT_BRIGHT_LEVEL = 50
BACKLIGHT_DIM_LEVEL = 20
# Global objects for our hardware devices
DOOR = door.door(door_pin, door_open_state)
if rotary is not None:
encoder = rotaryEncoder.rotaryEncoder(rotary_A, rotary_B, rotary_PB)
else:
encoder = rotaryEncoder.rotaryEncoder(0, 0, 0, dummy=True)
encoder.start()
heater = relay.relay(relay_HOT, invert=invert_hot)
cooler = relay.relay(relay_COLD, invert=invert_cold)
# Nokia LCD has 17 chars by 6 lines, but original display and web display
# show 20 chars by 4 lines, so make a buffer at least that big.
LCD = lcd.lcd(lines=6, chars=20, hardware=LCD_hardware)
tempControl = tempControl.tempController(ID_fridge, ID_beer, ID_ambient,
cooler=cooler, heater=heater, door=DOOR)
# Set the temperature calibration offsets (if available)
# FIXME - This should be part of deviceManager & saved to/loaded from the eeprom
tempControl.fridgeSensor.calibrationOffset = fridgeCalibrationOffset
tempControl.beerSensor.calibrationOffset = beerCalibrationOffset
tempControl.ambientSensor.calibrationOffset = ambientCalibrationOffset
def test_one():
relay.relay()
with codecs.open('output.json', 'r', encoding='utf-8') as jfile:
data = json.load(jfile)
expect = [{
'id': 6634,
'result': 1,
'time': '2:25:18'
}, {
'id': 1742,
'result': 1,
'time': '2:25:18'
}, {
'id': 4983,
'result': 2,
'time': '2:25:52'
}, {
'id': 2479,
'result': 2,
'time': '2:25:52'
}, {
'id': 5190,
'result': 2,
'time': '2:25:52'
}, {
'id': 4867,
'result': 3,
'time': '2:27:23'
}, {
'id': 919,
'result': 3,
'time': '2:27:23'
}, {
'id': 829,
'result': 4,
'time': '2:28:07'
}, {
'id': 5923,
'result': 4,
'time': '2:28:07'
}, {
'id': 4462,
'result': 4,
'time': '2:28:07'
}, {
'id': 3034,
'result': 5,
'time': '2:32:25'
}, {
'id': 2064,
'result': 5,
'time': '2:32:25'
}, {
'id': 5619,
'result': 5,
'time': '2:32:25'
}, {
'id': 5411,
'result': 6,
'time': '2:33:45'
}, {
'id': 182,
'result': 6,
'time': '2:33:45'
}, {
'id': 3884,
'result': 6,
'time': '2:33:45'
}, {
'id': 5188,
'result': 7,
'time': '2:44:44'
}, {
'id': 6162,
'result': 7,
'time': '2:44:44'
}, {
'id': 986,
'result': 7,
'time': '2:44:44'
}, {
'id': 394,
'result': 8,
'time': '3:15:09'
}, {
'id': 995,
'result': 8,
'time': '3:15:09'
}, {
'id': 350,
'result': 8,
'time': '3:15:09'
}, {
'id': 18442,
'result': 1,
'time': '2:04:26'
}, {
'id': 10138,
'result': 1,
'time': '2:04:26'
}, {
'id': 9529,
'result': 1,
'time': '2:04:26'
}, {
'id': 12357,
'result': 2,
'time': '2:05:26'
}, {
'id': 10816,
'result': 2,
'time': '2:05:26'
}, {
'id': 17304,
'result': 2,
'time': '2:05:26'
}, {
'id': 17447,
'result': 3,
'time': '2:05:43'
}, {
'id': 15737,
'result': 3,
'time': '2:05:43'
}, {
'id': 15748,
'result': 3,
'time': '2:05:43'
}, {
'id': 15946,
'result': 4,
'time': '2:07:41'
}, {
'id': 16077,
'result': 4,
'time': '2:07:41'
}, {
'id': 14392,
'result': 4,
'time': '2:07:41'
}, {
'id': 11846,
'result': 5,
'time': '2:09:17'
}, {
'id': 9777,
'result': 5,
'time': '2:09:17'
}, {
'id': 7939,
'result': 6,
'time': '2:13:23'
}, {
'id': 15943,
'result': 6,
'time': '2:13:23'
}, {
'id': 15478,
'result': 6,
'time': '2:13:23'
}, {
'id': 13198,
'result': 7,
'time': '2:14:45'
}, {
'id': 10354,
'result': 7,
'time': '2:14:45'
}, {
'id': 9272,
'result': 7,
'time': '2:14:45'
}, {
'id': 11612,
'result': 8,
'time': '2:16:09'
}, {
'id': 15148,
'result': 8,
'time': '2:16:09'
}, {
'id': 8263,
'result': 8,
'time': '2:16:09'
}, {
'id': 8150,
'result': 9,
'time': '2:19:21'
}, {
'id': 9760,
'result': 9,
'time': '2:19:21'
}, {
'id': 14485,
'result': 10,
'time': '2:22:01'
}, {
'id': 15654,
'result': 10,
'time': '2:22:01'
}, {
'id': 7411,
'result': 10,
'time': '2:22:01'
}, {
'id': 6902,
'result': 11,
'time': '2:21:41'
}, {
'id': 9423,
'result': 11,
'time': '2:21:41'
}, {
'id': 13291,
'result': 11,
'time': '2:21:41'
}, {
'id': 15533,
'result': 12,
'time': '2:30:29'
}, {
'id': 13583,
'result': 13,
'time': '2:35:42'
}, {
'id': 10891,
'result': 13,
'time': '2:35:42'
}, {
'id': 11886,
'result': 13,
'time': '2:35:42'
}, {
'id': 16741,
'result': 14,
'time': '2:38:26'
}, {
'id': 8526,
'result': 14,
'time': '2:38:26'
}, {
'id': 16354,
'result': 14,
'time': '2:38:26'
}, {
'id': 17020,
'result': 15,
'time': '2:57:59'
}, {
'id': 7077,
'result': 15,
'time': '2:57:59'
}]
assert all(x in expect for x in data) and len(data) == len(expect)
