Pyhthon PLease. # App to Get Temperature Data from "Open Weather Map" Serviceimport pyowm#Define global variable to store OWN weather-query objectOwm = pyowm. OWM ("Replace this text with your pyoWM API-key')Wman = owm.weather_manager()#Function that gets weather info from API - DO NOT EDITReturns results in dictionary withkeys 'temp',and values that are floats#3'temp_max', 'temp_min'%23DO NOT EDIT THIS FUNCTIONdef getweather(city, country):Location = city+','+countryobservation = wman.weather_at_place(location).weatherreturn observation.temperature('fahrenheit')#3def main():# Add code that prints program's purpose, then:1. Prompts user for city and country2. Calls getWeat3. Uses keys "temp_max", "temp", and "temp_min" to extract temperatures4. Prints the temperatures5. Asks if user wants to check another city (Y or N)* 6. Validates user response7. If Y, loop back to step 1er with city and country andreturned dictionary%3D%3D#Start the appmain() From this assignment in Canvas, download the starter app weather.py. It includes a pre-defined function getweather() that calls OWM's Web-API to get today's temperatures (inFahrenheit) for the specified city and return them in a dictionary with keys "temp_max","temp", and "temp_min". Do not edit getweather(). Insert your API key where indicated.Add code in main() that asks users for a city and country, calls getweather() with the city andcountry, prints the min, current, and max temperatures from the returned dictionary in bothFahrenheit and Celsius ( (°F - 32) / 1.8 = °C), then asks the user if they want to checkanother city (with input validation). The program's input and output should look like this ifthe user enters Y or N (but if the user enters anything other than Y or N, it asks again):Check temperature in cities worldwideCity: ParisCountry: FranceMax temperature: 42.01 FCurrent temperature: 36.39FMinimum temperature: 28.99 F5.56 C2.44 C-1.67 CCheck weather in another city? (Y or N): YCity: NYCountry: USA

The complete Python code is given in below step with code and output screenshots My API-key is used…

# App to Get Temperature Data from "Open weather Map" Service import pyowm #Define global variable to store OWN weather-query object Owm = pyowm. OWM("Replace this text with your pyOwM API-key') wman = owm.weather_manager() =Function that gets weather info from API - DO NOT EDIT = Returns results in dictionary with = keys 'temp', 'temp_max', 'temp_min' # and values that are floats * DO NOT EDIT THIS FUNCTION def getweather(city, country): Location city+','+country observation = wman. weather_at place(location).weather return observation.temperature('fahrenheit') def main(): = Add code that prints program's purpose, then: = 1. Prompts user for city and country 2. Calls getweather with city and country and saves returned dictionary 3. Uses keys "temp_max", "temp", and "temp_min" to extract temperatures 4. Prints the temperatures 5. Asks if user wants to check another city 6. Validates user response 7. If Y, loop back to step 1 (Y or N) =Start the app main()

# App to Get Temperature Data from "Open weather Map" Service import pyowm #Define global variable to store OWN weather-query object Owm = pyowm. OWM("Replace this text with your pyOwM API-key') wman = owm.weather_manager() =Function that gets weather info from API - DO NOT EDIT = Returns results in dictionary with = keys 'temp', 'temp_max', 'temp_min' # and values that are floats * DO NOT EDIT THIS FUNCTION def getweather(city, country): Location city+','+country observation = wman. weather_at place(location).weather return observation.temperature('fahrenheit') def main(): = Add code that prints program's purpose, then: = 1. Prompts user for city and country 2. Calls getweather with city and country and saves returned dictionary 3. Uses keys "temp_max", "temp", and "temp_min" to extract temperatures 4. Prints the temperatures 5. Asks if user wants to check another city 6. Validates user response 7. If Y, loop back to step 1 (Y or N) =Start the app main()

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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