def sw_vehicle_search(cargo_capacity: int, max_speed: int, cost: int) -> list: This function will use the https://swapi.dev/ API to collect its information. This function is meant to be used to search for vehicles in Star Wars that meet the specified criteria. The function should return a list of names of the vehicles that have cargo capacities and a max speed greater than or equal to the value specified but also cost less than or equal to the cost given. Vehicles with "unknown" or "none" for any of the mentioned categories should

def sw_vehicle_search(cargo_capacity: int, max_speed: int, cost: int) -> list: This function will use the https://swapi.dev/ API to collect its information. This function is meant to be used to search for vehicles in Star Wars that meet the specified criteria. The function should return a list of names of the vehicles that have cargo capacities and a max speed greater than or equal to the value specified but also cost less than or equal to the cost given. Vehicles with "unknown" or "none" for any of the mentioned categories should not be regarded.

Keep in mind that not all of the vehicles in star wars are returned in one request to https://swapi.dev/api/vehicles/. The JSON object returned by this request has a next attribute that represents the next page of information. You must make multiple requests for each page to collect all vehicle information. You might find it helpful to use the following API handle(s): https://swapi.dev/api/vehicles/ - to retrieve all vehicles in Star Wars def starship_piloted_species(starship: str) -> list: This function will use the https://swapi.dev/ API to collect its information. This function will be given a string that represents the name of a starship in star wars. It should return a list of names of species that have piloted the specified starship. The order of the list does not matter. If the pilot's species is empty, then the pilot is considered a "Human". You might find it helpful to use the following API handle(s): https://swapi.dev/api/starships/ - to retrieve all starships in Star Wars def wear_a_jacket(us_zip:str) -> bool: This function should use https://openweathermap.org/ API (user account required) to collect its weather information. The purpose of this function is to inform you if you should wear a jacket or not. It will be given a US zip code. This function should query the API to figure out the current temperature in the region associated with the US zip code. If the temperature is less than 60 degrees Fahrenheit (main.feels_like float: This function should use https://openweathermap.org/ API (user account required) to collect its weather information. This function should retrieve the historical temperature in Fahrenheit at a particular US location. You will be given a number of days, hours, and minutes and a United States zip code. The time values given are the cumulative total time in the past minus the current time, you should retrieve the historical temperature (current.temp). In other words, if the parameter days is 4 hours is 0 and minutes is 5. Then you should return the temperature 4 days and 5 minutes ago at the specified zip code. Since the open weather API does not have a method querying for historical weather with a zip code, please make use of this git hub document that maps US zip codes to latitude and longitude. https://gist.githubusercontent.com/erichurst/7882666/raw/5bdc46db47d9515269ab12ed6fb2850377fd869e/US%2520Zip%2520Codes%2520from%25202013%2520Government%2520Data Keep in mind, you might need to remove erroneous white space characters from the beginning and end of the latitude and longitude values in this document after splitting the line with a comma delimiter ",". You might find it helpful to use the following API handle(s): http://api.openweathermap.org/data/2.5/onecall/timemachine - to retrieve past weather information def borders(country_name_a: str, country_name_b: str) -> bool: Using the https://restcountries.com/ API, this function will answer the question, are two countries neighbors? The function will be given two arguments country_name_a and country_name_b. Both arguments are partial names of countries. The function's job is to find all nations with a name that contains country_name_a. Then check whether any countries are neighbors of the matching countries for country_name_b.   One challenging aspect of this problem is that the country's name will not be complete. For example, the partial country name may be "united" which will yield a long list of possible countries because many countries' official names include the word "united" for example, United States of America, United States Minor Outlying Islands, United Republic of Tanzania, United Mexican States, United Arab Emirates, and many more. Your goal is to check if the specified language is spoken in any countries that match the partial name. Use the endpoint https://restcountries.com/v3.1/name/{name} to get a complete list of countries with the partial name in their official name (replace {name} with the actual country_partial_name argument's value).   The endpoint https://restcountries.com/v3.1/name/{name} will return a lot of information about each country. The critical bits you want to look at are the keys "borders" and "cca3". The key "borders" will tell you which country(s) border the given nation. The value associated with the key "borders" will be a list of 3-letter country codes. Remember that the key "border" will not be in the dictionary if the nation has no neighbors because it's an island. The key "cca3" will tell you the 3-letter country code for the given nation.   The function should return True if a country matching country_name_a borders a country matching country_name_b.   Example:   assert borders("united", "united") assert borders("sweden", "republic") assert not borders("united", "tanzania") assert not borders("british", "sweden")