class Student:def _init_(self, firstname, lastname, idnum):self.first = firstnameself.last = lastnameself.id = idnumself.courses = []def add_course(self, course):''' don't allow overloads or signing up for the same course twiceif course not in self.courses and len(self.courses) < 5:self.courses.append (course)def clear_courses(self):''clear this student's course schedule''"self.courses = []def overload (self):return len(self.courses) >= 4What are all of the attributes of this class?lastoverloadidnumadd_courseselffirstcoursefirstnamecoursesidclear_courseslastname Consider the following code that uses the Student class:s1 = Student ("Andy","Exley", 1823204)s2 = Student ("Nate","Taylor", 2413225)s3 = Student ("Maria", "Tomlin", 1178392)s1. add_course("CSCI5511")s2. add_course("CSCI2021")s1. add_course("LING5105")students = [s1, s2, s3]for s in students:s.add_course("CSC1133")s.add_course("CSCI8902")s2. add_course("ENGL2003")s2. add_course("MUSC2112")s3.clear_courses ()Which of the following statements evaluate to True?len(s1.courses) == 4s3.clear_courses()True==s2.add_course('CSC14061')s2.overload()"CSC11133" in s1.courses

Sol-1. The program is in Python. The Program is in the form of an Object-Oriented Programming…

Answered: course): rloads or signing up for…

Engineering

Computer Science

course): rloads or signing up for lf.courses and len(self.. nd(course) f):

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter8: Arrays

Section: Chapter Questions

Problem 7PE

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class Student: def __init__(self, id, fn, ln, dob, m='undefined'): self.id = id self.firstName = fn self.lastName = ln self.dateOfBirth = dob self.Major = m def set_id(self, newid): #This is known as setter self.id = newid def get_id(self): #This is known as a getter return self.id def set_fn(self, newfirstName): self.fn = newfirstName def get_fn(self): return self.fn def set_ln(self, newlastName): self.ln = newlastName def get_ln(self): return self.ln def set_dob(self, newdob): self.dob = newdob def get_dob(self): return self.dob def set_m(self, newMajor): self.m = newMajor def get_m(self): return self.m def print_student_info(self): print(f'{self.id} {self.firstName} {self.lastName} {self.dateOfBirth} {self.Major}')all_students = []id=100user_input = int(input("How many students: "))for x in range(user_input): firstName = input('Enter…
#employee.py class Employee: def__init__(self,Emp_name,Emp_id): self.__Emp_name=Emp_name self.__Emp_id=Emp_id defset_Empname(self,Emp_name): self.__Emp_name=Emp_name defset_Empid_number(self,Emp_id): self.__Emp_id=Emp_id defget_Empname(self): returnself.__Emp_name defget_Empid_number(self): returnself.__Emp_id class ProductionWorker(Employee): def__init__(self,Emp_name,Emp_id,Emp_shift, Emp_pay_rate): Employee.__init__(self,Emp_name,Emp_id) self.__Emp_shift=Emp_shift self.__Emp_pay_rate=Emp_pay_rate defset_Empshift_number(self,Emp_shift): self.__Emp_shift=Emp_shift defset_Emppay_rate(self,Emp_pay_rate): self.__Emp_pay_rate=Emp_pay_rate defget_Empshift_number(self): returnself.__Emp_shift defget_Emppay_rate(self): returnself.__Emp_pay_rate def main(): Employee_name='' Employee_id='' Employee_shift=0 Employee_pay=0.0 Employee_name=input('Enter the employee name: ') Employee_id=input('Enter the employee ID number: ') Employee_shift=int(input('Enter the employee shift number: '))…
Code: class EmployeeInfo:emp_number = 0emp_last = ""emp_first = ""emp_position = ""emp_department = ""emp_birth = ""emp_RD = 0emp_NDWM = 0def add_emp():print("ADD EMPLOYEE");def update_emp():print("UPDATE EMPLOYEE");def increase_pay():print("INCREASE PAY");def generate_slip():print("INCREASE PAY");def exit_program():print("INCREASE PAY");print("1 - ADD EMPLOYEE DATA")print("2 - UPDATE EMPLOYEE DATA")print("3 - INCREASE PAY")print("4 - GENERATE PAY SLIP")print("5 - EXIT PROGRAM")print("----------")userChoice = int(input("Enter Choice: "))if userChoice == 1:add_emp()elif userChoice == 2:update_emp()elif userChoice == 3:increase_pay()elif userChoice == 4:generate_slip()elif userChoice == 5:exit_program()
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current_year = 2021 class Employee: # constructor def __init__(self) -> None: self.employee_no = 0 self.name = "" self.status = "" self.position = "" self.basic_salary = 0 self.year_end_bonus = 0 self.year_hired = 0 # function to get employee date from user def get_data(self): self.employee_no = int(input("Enter employee number: ")) self.name = input("Enter employee name: ") self.status = input("Enter employee name(R/P/C): ") self.position = input("Enter employee position title: ") self.year_hired = int(input("Enter year hired: ")) # function to calculate gross salary based on employee information # and criteria as given in question def calculate_gross_salary(self): rate_per_hour = 0.0 years_of_service = current_year - self.year_hired # rate per hour case 1 if self.status == "C" and years_of_service == 1: rate_per_hour =…
class Information: def __init__(self, name, address, age, phone_number): self.__name = name self.__address = address self.__age = age self.__phone_number = phone_number def main(): my_info = Information('John Doe','111 My Street', \ '555-555-1281')
Book Donation App Create a book-app directory. The app can be used to manage book donations and track donors and books. The catalog is implemented using the following classes: 1. The app should have donors-repo.js to maintain the list of donors and allow adding, updating, and deleting donors. The donor object has donorID, firstName, lastName, and email properties. This module should implement the following functions: • getDonor(donorId): returns a donor by id. • addDonor(donor): adds a donor to the list of donors; donorID should be autoassigned a random number. • updateDonor(donor): updates the donor having the matching donorID. • deleteDonor(donorID): delete the donor with donorID from the list of donors, only if they are not associated with any books. 2. The app should have books-repo.js to maintain the list of donated books and allow adding, updating, and deleting books. The book object has bookID, title, authors, and donorID properties. • donorID references the book’s donor. This…
14.23 LAB: Dean's list Students make the Dean's list if their GPA is 3.5 or higher. Complete the Course class by implementing the get_deans_list() instance method, which returns a list of students with a GPA of 3.5 or higher. The file main.py contains: . The main function for testing the program. Class Course represents a course, which contains a list of student objects as a course roster. (Type your code in here.) • Class Student represents a classroom student, which has three attributes: first name, last name, and GPA. (Hint: get_gpa() returns a student's GPA.) Note: For testing purposes, different student values will be used. Ex. For the following students: Henry Nguyen 3.5 Brenda Stern 2.0 Lynda Robison 3.2 Sonya King 3.9 the output is: Dean's list: Henry Nguyen (GPA: 3.5) Sonya King (GPA: 3.9)
Object oriented programming Intellij
class User:def __init__(self, first_name, last_name, user_id, last_login, password):self.first_name = first_nameself.last_name = last_nameself.user_id = user_idself.last_login = last_loginself.password = passworddef describe_user(self):print(f"Accessing user {self.user_id}:")print(f"{self.first_name} {self.last_name} last logged in on {self.last_login}")def greet_user(self):print(f"Welcome to the jungle {self.first_name} {self.last_name}, you gonna die")def new_login(self, month, day, year):if month < 1 or month > 12:print("That is not a valid month")returnif day < 1 or day > 31:print("That is not a valid day")returnif year < 0:print("That is not a valid year")returnmonths = ["January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"]month_name = months[month-1]self.last_login = f"{month_name} {day}, {year}" Hard-Code: # hard-coded callsjim =…
class User:def __init__(self, first_name, last_name, user_id, last_login, password):self.first_name = first_nameself.last_name = last_nameself.user_id = user_idself.last_login = last_loginself.password = passworddef describe_user(self):print(f"Accessing user {self.user_id}:")print(f"{self.first_name} {self.last_name} last logged in on {self.last_login}")def greet_user(self):print(f"Welcome to the jungle {self.first_name} {self.last_name}, you gonna die") Hard-code # hard-coded calls jim = User(first_name='Jim',last_name='Bob',user_id=1000,last_login='June 12, 1998',password='password123')jim.describe_user()jim.greet_user()joe = User('Joe','Bob',1001,'July 4, 2001','babygirl')joe.greet_user()joe.describe_user()joe.new_login(2, 3, 2025)joe.describe_user()joe.new_login(15, 3, 2025)joe.new_login(2, 35, 2025)joe.new_login(2, 3, -55)