111 lines
2.9 KiB
Python
111 lines
2.9 KiB
Python
from fastapi import APIRouter, Request
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from datetime import datetime
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from database import session
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from pyowm import OWM
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from app.models.auto import Auto_Delivery, Auto_Temp
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from app.models.delivery import Delivery
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router = APIRouter(
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prefix="/main",
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tags=["main"],
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responses={404: {"description": "Not found"}},
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)
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@router.get("/update", status_code=200)
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def update_auto_customers():
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today_temp = session\
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.query(Auto_Temp)\
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.order_by(Auto_Temp.id.desc())\
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.first()
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# get all automatic customers
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auto_customers = session\
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.query(Auto_Delivery)\
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.order_by(Auto_Delivery.last_updated.desc())\
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.limit(25)
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for f in auto_customers:
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# figure out how much temperature effects oil
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if today_temp >= 60:
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use_day = 1
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elif 40 >= today_temp >= 59:
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use_day = 3
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elif 30 >= today_temp >= 39:
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use_day = 5
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elif 0 >= today_temp >= 29:
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use_day = 7
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elif -20 >= today_temp >= -1:
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use_day = 10
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else:
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use_day = 0
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# times temp factory by house factor
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gallon_use_today = f.house_factor * use_day
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# get estimated gallons left
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get_gallons_left = f.estimated_gallons_left_prev_day - gallon_use_today
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# get previous day gallons left
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f.estimated_gallons_left_prev_day = f.estimated_gallons_left + gallon_use_today
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f.estimated_gallons_left = get_gallons_left
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session.add(f)
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session.commit()
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return ({"ok": True}), 200
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@router.get("/temp", status_code=200)
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def update_temp():
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temps = []
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owm = OWM('21648d8c8d1a4ae495ace0b7810b4d36')
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mgr = owm.weather_manager()
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# Search for current weather in London (Great Britain) and get details
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observation = mgr.weather_at_place('Worcester, US')
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w = observation.weather
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temp_dict_fahrenheit = w.temperature() # a dict in Kelvin units (default when no temperature units provided)
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temp_dict_fahrenheit['temp_min']
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temp_dict_fahrenheit['temp_max']
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temp_dict_fahrenheit = w.temperature('fahrenheit')
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low_temp = temp_dict_fahrenheit['temp_min']
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high_temp = temp_dict_fahrenheit['temp_max']
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temps.append(temp_dict_fahrenheit['temp_max'])
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temps.append(temp_dict_fahrenheit['temp_min'])
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get_avg = Average(temps)
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rounded_temp = round(get_avg)
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dday = (65 - ((low_temp + high_temp) /2))
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add_new_temp = Auto_Temp(
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temp = temp_dict_fahrenheit['temp'],
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temp_max = temp_dict_fahrenheit['temp_max'],
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temp_min = temp_dict_fahrenheit['temp_min'],
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temp_avg = rounded_temp,
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degree_day = dday
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)
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session.add(add_new_temp)
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session.commit()
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return ({"ok": True}), 200
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def Average(lst):
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return sum(lst) / len(lst)
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