import requests  # Set API endpoint and parameters url = "http://api.openweathermap.org/data/2.5/weather" params = {     "q": "New York",     "appid": "bdc131976a43a5df7074f0aef35fc088",     "units": "imperial" } # Make GET request to API response = requests.get(url, params=params) # Check if request was successful if response.status_code == 200:     # Parse JSON data from response     data = response.json()          # Extract relevant information from data     location = data['name']     temp = data['main']['temp']     humidity = data['main']['humidity']     description = data['weather'][0]['description']          # Print weather information     print(f"Current weather in {location}:")     print(f"Temperature: {temp}°F")     print(f"Humidity: {humidity}%")     print(f"Description: {description}") else:     print("Error retrieving weather information")

python:  def pokehelp(poke_name, stat_min):    """    Question 4 - API     You are looking for a Pokemon that can help you with    your programming homework. Since Porygon is made of code,    you decide to look into the species. Using the given API, return    a dictionary that returns the name of each of Porygon's stats    with a base stat GREATER THAN the given number, mapped to their value.    Do not hardcode Porygon's stats into the results!    It is not the only test case.     Base URL: https://pokeapi.co/     Endpoint: api/v2/pokemon/{poke_name}     Args:        Pokemon name (str), stat minimum (int)    Returns:        Dictonary of stats     >>> pokehelp("porygon", 65)        {'defense': 70, 'special-attack': 85, 'special-defense': 75}     >>> pokehelp("koraidon", 100)        {'attack': 135, 'defense': 115, 'speed': 135}     """    # pprint(pokehelp("porygon", 65))    # pprint(pokehelp("koraidon", 100))

You have to use comment function to describe what each line does    import java.io.BufferedReader; import java.io.FileNotFoundException; import java.io.FileReader; import java.io.IOException; import java.util.ArrayList; import java.util.Arrays; import java.util.List;   public class PreferenceData {   private final List<Student> students; private final List<Project> projects; private int[][] preferences;   private static enum ReadState { STUDENT_MODE, PROJECT_MODE, PREFERENCE_MODE, UNKNOWN; };   public PreferenceData() { super(); this.students = new ArrayList<Student>(); this.projects = new ArrayList<Project>(); }   public void addStudent(Student s) { this.students.add(s); }   public void addStudent(String s) { this.addStudent(Student.createStudent(s)); }   public void addProject(Project p) { this.projects.add(p); }   public void addProject(String p) { this.addProject(Project.createProject(p)); }   public void createPreferenceMatrix() { this.preferences = new…

Scenario:  You have been tasked with building a URL file validator for a web crawler. A web crawler is an application that fetches a web page, extracts the URLs present in that page, and then recursively fetches new pages using the extracted URLs. The end goal of a web crawler is to collect text data, images, or other resources present in order to validate resource URLs or hyperlinks on a page. URL validators can be useful to validate if the extracted URL is a valid resource to fetch. In this scenario, you will build a URL validator that checks for supported protocols and file types.

Please Code in JAVA. Type the code out neatly. Add comments . (No need for long comments). Dont add any unnecesary code or comments. Do what the attached file says. And call it a day. Thanks !

Define the missing method. Use "this" to distinguish the local member from the parameter name. Learn how our autograder works 528040.3489652.qx3zqy7 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32     } } // ===== end =====   // ===== Code from file CallCablePlan.java ===== import java.util.Scanner;   public class CallCablePlan { publicstaticvoidmain(String [] args) { Scannerscnr=newScanner(System.in); CablePlanhouse1Plan=newCablePlan(); intuserNum;   userNum=scnr.nextInt(); house1Plan.setNumDays(userNum); System.out.println(house1Plan.getNumDays()); } } // ===== end =====

Study the Table class and write a JUnit test class TableTest.java to test the Table class as follows. Submit the test class and screen captures showing pass of all the tests. Either JUnit4 or JUnit 5 in any IDE may be used. >>Table class code is in previous question a. Test findIndex() for an non-existing entry.b. Test findIndex() for an existing entry.c. Test put() for an non-existing entry.d. Test put() for an existing entrye. Test put() for a new entry putting into the full table.

Please help using java

Using this link: https://docs.oracle.com/javase/tutorial/java/concepts/interface.html and                           https://docs.oracle.com/javase/tutorial/java/concepts/class.html Create in Java: An interface named bicycle as described in the section: What is an interface? Add a new method for the interface bicycle: ring the bell with a parameter indicating how many time.  Pick a bicycle brand and create a new class of bicycles for that brand, as described in the sections What is an interface? and What is a Class? For the new method implementation, write in the console "Clang! Clang!..." for how many times the parameter indicates. Create another class, with a main method, in which you will take a trip aroound your house, changing your bicycle attributes, starting and ending from a complete stop, and ringing the bell once at start and twice at the end. Use as inspiration the method in What is a Class? Your trip must have at least 5 different parts in which you change your bicycle…

It will use a class called NameHelper (which you will write).  This class will provide methods to load the data files and to fetch name rankings by year.  The JavaFX class will be using NameHelper according to the following UML, so make sure your data helper has the methods defined below:   What does the (~) mean in the attached diagram.