def generate():
meals = json.loads(secureData.file("mealExample.json", "/home/pi/Git/Tools/ExampleFiles"))
ingredients = []
plannedMeals = []
# iterate through each meal set and write to file
key_index = -1
for key in meals.keys():
key_index += 1
for i in range(7):
day_w = (datetime.datetime(2021, 4, 29) + datetime.timedelta(days=i+1)).strftime("%A") # start the list for Friday. Change date to modify
if(key_index == 0):
plannedMeals.append({day_w: [{}, {}, {}]})
mod_i = i % len(meals[key])
if i < 7:
plannedMeals[i][day_w][key_index] = {key: (meals[key][mod_i])}
for ingredient in meals[key][mod_i]["ingredients"]:
ingredients.append(ingredient)
print("Generated.")
ingredients = list(dict.fromkeys(ingredients))
secureData.write("WeeklyMeals.json", json.dumps(plannedMeals), "notes")
secureData.appendUnique("Shopping.txt", '\n'.join(ingredients), "notes")
print(f"Meals have been saved to {secureData.notesDir}WeeklyMeals.json.")
print(f"Ingredients from WeeklyMeals.json have been added to {secureData.notesDir}Shopping.txt.")
secureData.log("Generated meals, shopping list, and WeeklyMeals.json")
ls(plannedMeals)
def ls(mealsFile=json.loads(secureData.file("WeeklyMeals.json", "notes"))):
toWrite=""
for day in range(7):
toWrite += f"{list(mealsFile[day].keys())[0]}:\n"
for mealType in range(0,3):
meals = list(mealsFile[day].values())[0]
toWrite += f" {list(meals[mealType].values())[0]['name']}\n"
secureData.write("MealsList.txt", toWrite, "notes")
print(f"A simplified meal list (without the ingredients) is available at {secureData.notesDir}MealsList.txt.")
secureData.log("Generated MealsList.txt")
def renewAccessToken():
params = (('client_id', client_id), ('client_secret', client_secret),
('refresh_token', secureData.variable("NestRefreshToken")),
('grant_type', 'refresh_token'))
response = requests.post('https://www.googleapis.com/oauth2/v4/token',
params=params)
response_json = response.json()
print(response.json())
access_token = response_json['token_type'] + ' ' + response_json[
'access_token']
print('Access token: ' + access_token)
secureData.write("NestAccessToken", access_token)
currentIP = secureData.variable("currentIP")
email = secureData.variable("email")
print("Updating IP Address, " + email)
ip = get('https://api.ipify.org?format=json').text
discoveredIP = json.loads(ip)["ip"]
print("Found " + discoveredIP + ", currently " + currentIP + ".")
# IP was updated
if (currentIP == discoveredIP):
print("No change.")
else:
print("New IP! Updating and sending email.")
secureData.write("currentIP", discoveredIP)
# Replace OVPN file with new IP and email it
newLine = "remote " + discoveredIP + " 1194"
vpnFile = secureData.file("tyler.cloud.ovpn")
vpnFile = vpnFile.split("remote ")[0] + newLine + vpnFile.split(" 1194")[1]
secureData.write("tyler.cloud.ovpn", vpnFile)
# Send email
message = """
Your public IP was updated from %s to %s. To keep tyler.cloud, update your Namecheap settings.<br><br>
To keep TylerVPN, please switch your OVPN file to the one located in SecureData.""" % (
currentIP, discoveredIP)
mail.send("IP Updated - new OVPN file", message)
sunset = response["daily"][0]["sunset"]
timeToSunset = (sunset - time.time()) / 3600
if(((temperature >= 65 and temperature <= 85) or (high >= 65 and high <=90)) and wind < 10 and timeToSunset > 2):
message = f"""\
Hi Tyler,\
<br><br>Get walking, biking, and moving!<br><br>
<ul>
<li>It's {temperature}° right now with a high of {high}°- what a promising day to get outside!</li>
<li>It's not raining</li>
<li>The wind isn't bad</li>
<li>It's a nice time of day</li>
<br><br><h2><a href='{getBikeLink()}'>Here's a random place for you to go.</a></h2>"""
mail.send("Get outside today, please!", message)
secureData.write("walkAlertSent",str(int(time.time())))
secureData.log("Walk Alert Sent")
# Planty Alerts
if(int(secureData.variable("plantyAlertSent")) < (time.time() - 43200)):
secureData.log("Checked Planty")
if(low < 55 and plantyStatus == "out"):
mail.send("Take Planty In", "Hi Tyler,<br><br>The low tonight is {}°. Please take Planty in!".format(low))
secureData.write("plantyStatus", "in")
secureData.write("plantyAlertSent", str(int(time.time())))
if(high > 80 and plantyStatus == "in"):
mail.send("Take Planty Out", "Hi Tyler,<br><br>It looks like a nice day! It's going to be around {}°. Please take Planty out.".format(high))
secureData.write("plantyStatus", "out")
secureData.write("plantyAlertSent", str(int(time.time())))
return toReturn
if __name__ == '__main__':
client_credentials_manager = SpotifyClientCredentials()
sp = spotipy.Spotify(client_credentials_manager=client_credentials_manager)
filePath = f"/var/www/html/Logs/Songs/{str(datetime.date.today())}.csv"
f = open(filePath, 'w+')
# parse playlist by ID
results = sp.playlist(spotipy_playlist_id)
tracks = results['tracks']
totalTracks = results['tracks']['total']
secureData.write("SPOTIPY_SONG_COUNT", str(totalTracks))
# go through each set of songs, 100 at a time (due to API limits)
f.write(str(show_tracks(tracks)))
while tracks['next']:
tracks = sp.next(tracks)
f.write(str(show_tracks(tracks)))
print(f"Average Year: {str(mean(songYears))}")
secureData.log("Updated Spotify Log")
secureData.write("SPOTIPY_AVERAGE_YEAR", str(mean(songYears)))
print("\n\nDone. Updating Git:")
f.close()
# Push the new log file (and anything else from today) to Github
os.system("cd /var/www/html; git pull; git add -A; git commit -m 'Updated Logs'; git push")