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import requests
import json
from time import sleep
from datetime import datetime
from settings import weather
gridX = weather["gridX"]
gridY = weather["gridY"]
wfo = weather["WFO"]
units = weather["Units"] # either si or us
hourly = weather["Hourly"]
detailed = weather["Detailed"]
hours = weather["Hours"]
def getForecast():
output = []
dayForecastUrl = f"https://api.weather.gov/gridpoints/{wfo}/{gridX},{gridY}/forecast?units={units}"
hourlyForecastUrl = f"https://api.weather.gov/gridpoints/{wfo}/{gridX},{gridY}/forecast/hourly?units={units}"
dayResp = requests.get(dayForecastUrl)
hourResp = requests.get(hourlyForecastUrl)
while (dayResp.status_code != 200) and (hourResp.status_code != 200):
dayResp = requests.get(dayForecastUrl)
hourResp = requests.get(hourlyForecastUrl)
sleep(10)
dayData = json.loads(dayResp.text)
hourData = json.loads(hourResp.text)
dayPeriods = dayData["properties"]["periods"]
hourPeriods = hourData["properties"]["periods"]
todayFor = dayPeriods[0]
tonightFor = dayPeriods[1]
if detailed:
output.append("Today's Forecast: " + todayFor["detailedForecast"])
output.append("\nTonight's Forecast: " + tonightFor["detailedForecast"] + "\n")
if hourly:
output.append(f"{hours} Hour Forecast")
for i in range(hours):
forecast = hourPeriods[i]
sTime = datetime.strptime(forecast["startTime"], "%Y-%m-%dT%H:%M:%S%z")
formatTime = sTime.strftime("%m-%d %H:%M")
temp = str(forecast["temperature"]) + "°" + forecast["temperatureUnit"] + " " + forecast["shortForecast"]
hourlyForecast = f"{formatTime}: {temp}"
output.append(hourlyForecast)
return output
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