Search & Filtering
function to read the data members supplied by the user, write a function to display the
data members in standard (24) hour and also in (12) hour format
Develop an OOP program to maintain a list of homework
assignments. When an assignment is assigned, add it to the list, and when it is
completed, remove it. You should keep track of the due date. Your program should
provide the following services:
• Add a new assignment.
• Remove an assignment.
• Provide a list of the assignments in the order they were assigned.
• Find the assignment(s) with the earliest due date.
create a class called assignments to complete the task and use STL to implement the
linked list. compile and run your project and test all the methods.
Write a C++ program that compute the given formula below
Describe the difference between a chained conditional and a nested conditional. Give your own example of each.
Deeply nested conditionals can become difficult to read. Describe a strategy for avoiding nested conditionals. Give your own example of a nested conditional that can be modified to become a single conditional, and show the equivalent single conditional.
Id of type long, ProductName of type string, SupplierName of type string and Include
appropriate
Getters and setters. Include a 3-argument constructor, 2 argument constructor and a default constructor. Assume that most of the products are supplied by "Nivas" suppliers and in the 2-argument constructor set the value of supplier Name to "Nivas".
Include a method named Display. It does not accept any arguments and its return type is void. Display the details of the product in this method. The method prototype is void Display ();
Create another class and write a man method to test the above class.
bottom. The following operation is performed as long as there are at least two cards in the deck:
Throw away the top card and move the card that is now on the top of the deck to the
bottom of the deck.
Your task is to find the sequence of discarded cards and the last, remaining card.
Each line of input (except the last) contains a number 2 ≤ n ≤ 52. The last line contains 0 and this line
should not be processed.
Sample:
Input:
7
19
2
0
Output:
Discarded cards: 1, 3, 5, 7, 4, 2,
Remaining card: 6
Discarded cards: 1, 3, 5, 7, 9, 11, 13, 15, 17, 19, 4, 8, 12, 16, 2, 10, 18, 14,
Remaining card: 6
Discarded cards: 1,
Remaining card: 2
You have to design your own Java console application about any valid problem that your application must solve. Your solution can include solving a business problem, a new idea or even a game. Your application must make use of concepts such as arrays, loops, inheritance, constructors and information hiding. Output must be shown in the form of a report using the console.
the digits of the number, one digit per line. For example, if the input is 3245, the output is:
3
2
4
5
This question follow the ones last posted:
Open and edit your console application to use a List Class instead (called RecipientList). Update the Recipient class to include the following method: public void updateHours(int H) //update the hours left – //If a student has worked H hours in the department, the number of hours should decrease by H //It is also possible that number of hours can be increased The List Class should declare the list as an array of 10 Recipient objects, and should contain the following methods: public void Add(Recipient addNew) //adds a new recipient to the list (if list is full, an error message is displayed public int Count() //returns the number of objects in the list public void Display() //Displays all the recipients in the list public int Find(string Wanted) //returns the position of the wanted element in the list private int LinearSearch(string Wanted)
Create a console application for the department to record information for students who receive bursaries in the department. For each recipient you need to store the recipient’s name and the number of hours outstanding. Most new recipients start with 90 hours, but there are some exceptions. As recipients works in the department, the number of hours left needs to be updated (decreased) from time to time, based on hours already worked. Implement class Recipient which has private attributes for Name and Hours. Create two constructors, one with a default allocation of 90 hours for a recipient, and the other should accept the number of hours for a recipient. In addition to the constructors, the class should have the following methods: public string getName() //Returns the name of the recipient public int getHours() //Returns the hours outstanding public void setHours(int H) //Set the hours outstanding public void displayRecipient() //Display the name and number of hours left for a recipient
