def update():
"""
Init
"""
global APIKEY
global TIMEOUT
global font
global TEMP_FILE
global screen
global lcd
global icons
global cur_location
global fio
#lcd.clear()
"""
Main Code
"""
try:
with timeout.timeout(seconds=TIMEOUT):
fio.get_forecast(cur_location[0], cur_location[1])
except:
retry_attempt()
fiocur = FIOCurrently.FIOCurrently(fio)
current = fiocur.get()
temp = weather.get_temperature(current)
icon = icons[weather.get_icon(current)]
chance_of_rain = weather.get_rain_chance(fio)
print((temp, weather.get_icon(current)))
#lcd.clear()
"""
def first_start():
global TIMEOUT
global icons
global screen
global lcd
global cur_location
global fio
wake()
not_connected = True
try:
time_start = time.time()
images.display_img(icons["weatherdash_logo"], screen, lcd, 60, 20, 10)
lcd.pos(6, 40)
lcd.puts("Loading...")
while not_connected:
try:
with timeout.timeout(seconds=2):
fio.get_forecast(cur_location[0], cur_location[1])
not_connected = False
except:
time_elapsed = time.time() - time_start
if time_elapsed > 300:
raise timeout.TimeoutError("Max Timeout")
else:
time.sleep(2)
continue
except timeout.TimeoutError:
retry_attempt()
screen.clear()
lcd.clear()
update()
def first_start():
global TIMEOUT
global icons
global screen
global lcd
global cur_location
global fio
global TIMEZONES
global TIMEZONE
global cur_time
wake()
load_count = 0
images.display_img(icons["weatherdash_logo"], screen, lcd, 60, 20, 10)
not_connected = True
try:
time_start = time.time()
while not_connected:
try:
with timeout.timeout(seconds=2):
lcd.pos(6, 40)
if load_count == 0 or load_count >= 4:
lcd.puts("Loading ")
load_count = 0
elif load_count == 1:
lcd.puts("Loading. ")
elif load_count == 2:
lcd.puts("Loading.. ")
elif load_count == 3:
lcd.puts("Loading... ")
load_count += 1
fio.get_forecast(cur_location[0], cur_location[1])
not_connected = False
except:
time_elapsed = time.time() - time_start
if time_elapsed > 300:
raise timeout.TimeoutError("Max Timeout")
else:
time.sleep(2)
continue
except timeout.TimeoutError:
retry_attempt()
screen.clear()
lcd.clear()
cur_time = str(datetime.now().time())
cur_time = int(cur_time[0:2])
cur_time -= TIMEZONES[TIMEZONE]
if cur_time < 0:
cur_time += 24
if cur_time < 7 or cur_time >= 23:
sleep()
else:
update()
def retry_attempt():
global TIMEOUT
global lcd
global cur_location
global fio
time_start = time.time()
retry_timeout = TIMEOUT * 2
not_connected = True
print("Error")
"""
lcd.clear()
lcd.puts("Error")
lcd.pos(1)
lcd.puts("Unable to update data")
lcd.pos(2)
lcd.puts("Check your Internet Connection")
"""
time.sleep(1)
i = 10
while (i > 0):
"""
text = "Retrying in " + " " + " seconds..."
lcd.pos(3)
lcd.puts(text)
text = "Retrying in " + str(i) + " seconds..."
lcd.pos(3)
lcd.puts(text)
"""
time.sleep(1)
i -= 1
try:
while not_connected:
try:
with timeout.timeout(seconds=retry_timeout):
fio.get_forecast(cur_location[0], cur_location[1])
not_connected = False
except:
time_elapsed = time.time() - time_start
if time_elapsed > retry_timeout:
raise timeout.TimeoutError("Max Timeout")
else:
time.sleep(2)
continue
except timeout.TimeoutError:
"""
lcd.pos(4)
lcd.puts("Failed.")
lcd.pos(5)
lcd.puts("Rebooting device in 5s")
"""
time.sleep(5)
reboot()
def update():
"""
Init
"""
global APIKEY
global TIMEOUT
global font
global TEMP_FILE
global screen
global lcd
global icons
global cur_location
global fio
global cur_time
lcd.clear()
"""
Main Code
"""
try:
with timeout.timeout(seconds=TIMEOUT):
fio.get_forecast(cur_location[0], cur_location[1])
except:
retry_attempt()
fiocur = FIOCurrently.FIOCurrently(fio)
current = fiocur.get()
temp = weather.get_temperature(current)
icon = icons[weather.get_icon(current)]
rain_time = ""
if cur_time >= OVERVIEW_TIME:
overview = 23
else:
overview = OVERVIEW_TIME
hour_range = overview - cur_time
if hour_range <= 0:
hour_range = 1
chance_of_rain, rain_hour = weather.get_rain_chance(fio, hour_range)
rain_hour += cur_time
if rain_hour > 23:
rain_hour = 23
if rain_hour <= 0:
rain_time = "n"
elif rain_hour > 12:
rain_hour -= 12
rain_time = str(rain_hour) + "a"
elif rain_hour == 12:
rain_time = "12a"
else:
rain_time = str(rain_hour) + "m"
lcd.clear()
screen = images.display_img(icon, screen, lcd, 70, 77)
screen = fonts.display_s(str(temp) + "d", font, screen, lcd, 5, 5, 7)
screen = images.display_img(icons["umbrella"], screen, lcd, 20, 40, 48)
test_font = fonts.create_font("pixel", False)
if chance_of_rain >= 0.0:
screen = fonts.display_s(
str(chance_of_rain) + "p", font, screen, lcd, 2, 57, 48)
#screen = images.display_img(icons["at"], screen, lcd, 15, 69, 51)
#screen = fonts.display_s(rain_time,font, screen, lcd, 1.5, 84, 51)
temp = open(TEMP_FILE, "w")
pickle.dump(screen, temp, -1)