def main():
since_id = 1
while True:
timeOfDay = str(datetime.now())[11:16:1]
if timeOfDay == '23:00':
bucksGame = get_Bucks_game()
send_tweet(bucksGame)
time.sleep(45)
since_id = check_mentions(since_id)
time.sleep(2)
def twitter(params):
from twitter import send_tweet
logger.info('cli sends tweet')
response = send_tweet(params.message, mention=params.mention)
if response == True:
parser.exit(status=0, message='success, tweet sent\n')
else:
parser.exit(status=-1, message='fail: %s\n' %(response))
import cv2
import time
import twitter
cam = cv2.VideoCapture(0)
while True:
print('started')
ret, frame = cam.read()
if not ret:
print("failed to grab frame")
break
img_name = "../images/metminiwx_sky_image_" + time.ctime() + '.png'
img_name = img_name.replace(' ', ' ')
img_name = img_name.replace(' ', '_')
img_name = img_name.replace(':', '_')
cv2.imwrite(img_name, frame)
print("{} written to disk".format(img_name))
# Tweet the picture
tweet = 'TESTING : View of sky'
status = twitter.send_tweet(tweet, hashtags=None, image_pathname=img_name)
mins = 60 # 1 hour between images
sleep_secs = mins * 60
print(time.ctime() + ' sleeping...')
time.sleep(sleep_secs)
cam.release()
def data_handler():
import_data()
liste_objet = dict()
with open('declarations-exterminations-punaises-de-lit.csv',
newline='') as csvfile:
reader = csv.reader(csvfile, delimiter=',', quoting=csv.QUOTE_NONE)
next(reader, None) # skip the headers
for row in reader:
# recuperation des variables
no_declaration = row[0].strip('"') if len(
row[0].strip('"')) != 0 else "N/A"
date_declaration = row[1].strip('"') if len(
row[1].strip('"')) != 0 else "N/A"
date_insp_vispre = row[2].strip('"') if len(
row[2].strip('"')) != 0 else "N/A"
nbr_extermin = row[3].strip('"') if len(
row[3].strip('"')) != 0 else "N/A"
date_debuttrait = row[4].strip('"') if len(
row[4].strip('"')) != 0 else "N/A"
date_fintrait = row[5].strip('"') if len(
row[5].strip('"')) != 0 else "N/A"
no_qr = row[6].strip('"') if len(row[6].strip('"')) != 0 else "N/A"
nom_qr = row[7].strip('"') if len(
row[7].strip('"')) != 0 else "N/A"
nom_arrond = row[8].strip('"') if len(
row[8].strip('"')) != 0 else "N/A"
coord_x = row[9].strip('"') if len(
row[9].strip('"')) != 0 else "N/A"
coord_y = row[10].strip('"') if len(
row[10].strip('"')) != 0 else "N/A"
longitude = row[11].strip('"') if len(
row[11].strip('"')) != 0 else "N/A"
latitude = row[12].strip('"') if len(
row[12].strip('"')) != 0 else "N/A"
# Pour éviter les duplications
check_db = db.session.query(Declarations).filter_by(
no_declaration=no_declaration,
date_declaration=date_declaration,
date_insp_vispre=date_insp_vispre,
nbr_extermin=nbr_extermin,
date_debuttrait=date_debuttrait,
date_fintrait=date_fintrait,
no_qr=no_qr,
nom_qr=nom_qr,
nom_arrond=nom_arrond,
coord_x=coord_x,
coord_y=coord_y,
longitude=longitude,
latitude=latitude).all()
if len(check_db) == 0:
declaration = Declarations(no_declaration=no_declaration,
date_declaration=date_declaration,
date_insp_vispre=date_insp_vispre,
nbr_extermin=nbr_extermin,
date_debuttrait=date_debuttrait,
date_fintrait=date_fintrait,
no_qr=no_qr,
nom_qr=nom_qr,
nom_arrond=nom_arrond,
coord_x=coord_x,
coord_y=coord_y,
longitude=longitude,
latitude=latitude,
affichable=True)
if nom_qr not in liste_objet:
liste_objet[nom_qr] = list()
liste_objet[nom_qr].append(declaration)
db.session.add(declaration)
db.session.commit()
else:
print("Doublon")
pass
csvfile.close()
os.remove("declarations-exterminations-punaises-de-lit.csv")
if liste_objet is not None:
send_mail(liste_objet)
send_tweet(liste_objet)
send_mail(['*****@*****.**'], test_message, subject='test')
logger.info('Sending new mail with all parameters')
send_mail(
['*****@*****.**', '*****@*****.**'],
'Have fun with the readme!',
subject='mail to many recipients',
subjecttag='Information',
subjectdate=True,
cc=['*****@*****.**', '*****@*****.**'],
bcc=['*****@*****.**'],
sender='Sample User <*****@*****.**>',
footer='Fnord Industries 2000\nSky\'s-the-limit-lane 23\n23425 Fnord',
files=['README.markdown']
)
logger.info('Sending new test aspsms')
send_aspsms(['00991234567890'], test_message)
logger.info('Sending new aspsms with all parameters')
send_aspsms(
['00991234567890', '00119876543210'],
'This is a very important message',
originator='SampleUser',
flashing=True,
maxchars=320
)
logger.info('Sending new test tweet')
send_tweet(test_message, mention=['mossfromIT'])
def update_forecasts(julian_day, forecast_hour_utc, met_source):
query = {}
container_version = predictord_funcs.get_version()
try:
for place in locations.locations:
#print("===========================================================")
print("Location : " + place['location'])
lat, lon, pressure, ptrend, wind_deg, wind_quadrant, wind_strength, temp_avg, rain_avg, snow_avg, humidity_avg, dew_point_avg, slope , last_weather_description, last_record_id , last_record_timestamp = \
get_forecast_prereqs(place['location'], julian_day, forecast_hour_utc, met_source)
if lat is None:
print('Unable to retrieve data for ' + place['location'])
continue
query['pressure'] = pressure
query['trend_str'] = ptrend
query['wind_deg'] = wind_deg
status_code, response_dict = call_rest_api.call_rest_api(
definitions.endpoint_base + '/get_forecast_hughes38', query)
if status_code != 200:
raise
hughes38_forecast_text = response_dict['forecast_text']
hughes38_forecast_id = response_dict['forecast_id']
zambretti_forecast_text = 'NOT_IMPLEMENTED'
zambretti_forecast_id = '0' # 0 is not a valid Zambretti id
metmini_forecast_text = 'NOT_IMPLEMENTED'
metmini_forecast_id = -1
api_forecast_text = 'NOT_IMPLEMENTED' # e.g. forecast from a Weather API
full_forecast_txt = "MetMini Forecast\n"
full_forecast_txt += "----------------\n"
full_forecast_txt += time.ctime() + "\n"
full_forecast_txt += "Location : " + place['location'] + "\n"
full_forecast_txt += "Latitude : " + lat.__str__() + "\n"
full_forecast_txt += "Longitude : " + lon.__str__() + "\n"
full_forecast_txt += "Meteorological data source : " + met_source + "\n"
full_forecast_txt += "Hughes38 forecast for next 12 hours : " + hughes38_forecast_text + "\n"
full_forecast_txt += "Hughes38 forecast id : " + hughes38_forecast_id.__str__(
) + "\n"
full_forecast_txt += "Zambretti forecast for next 12 hours : " + zambretti_forecast_text + "\n"
full_forecast_txt += "Zambretti forecast id : " + zambretti_forecast_id.__str__(
) + "\n"
full_forecast_txt += "MetMini forecast for next 12 hours : " + metmini_forecast_text + "\n"
full_forecast_txt += "MetMini forecast id : " + metmini_forecast_id.__str__(
) + "\n"
full_forecast_txt += "API forecast for next 12 hours : " + api_forecast_text + "\n"
full_forecast_txt += "{"
full_forecast_txt += "pressure=" + pressure.__str__(
) + " mbar (ptrend=" + ptrend + ")"
full_forecast_txt += ", wind_deg=" + wind_deg.__str__()
full_forecast_txt += ", wind_quadrant=" + wind_quadrant.__str__()
full_forecast_txt += ", wind_strength=F" + wind_strength.__str__()
full_forecast_txt += ", pressure_slope=" + slope.__str__()
full_forecast_txt += ", last_record_id=" + last_record_id.__str__()
full_forecast_txt += "}"
full_forecast_txt += "\n"
full_forecast_txt += "["
full_forecast_txt += "temp_avg=" + temp_avg.__str__()
full_forecast_txt += ", dew_point_avg=" + dew_point_avg.__str__()
full_forecast_txt += ", humidity_avg=" + humidity_avg.__str__()
full_forecast_txt += ", rain_avg=" + rain_avg.__str__()
full_forecast_txt += ", snow_avg=" + snow_avg.__str__()
full_forecast_txt += ", last_weather_description=" + last_weather_description.__str__(
)
full_forecast_txt += "]"
#print("------------------------------------------------")
#print(full_forecast_txt)
#print("------------------------------------------------")
add_forecast_to_db(julian_day, place['location'], lat, lon,
pressure, ptrend, wind_deg, wind_quadrant,
wind_strength, temp_avg, rain_avg, snow_avg,
humidity_avg, dew_point_avg, slope, met_source,
last_weather_description, last_record_id,
hughes38_forecast_text, hughes38_forecast_id,
zambretti_forecast_text, zambretti_forecast_id,
metmini_forecast_text, metmini_forecast_id,
api_forecast_text, last_record_timestamp,
container_version)
# only Tweet out my local forecast
if place['location'] == "Stockcross, UK":
tweet = '12-14 hour forecast for ' + place[
'location'] + ' is ' + hughes38_forecast_text.lower()
print('Tweet = ' + tweet)
twitter.send_tweet(tweet, lat, lon)
except Exception as e:
print("update_forecasts() : error : " + e.__str__())