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For this final assignment, you will use Qt to create a GUI version of the templated LinkedList you made for assignment 9.  


You may design your window as you wish, but it needs to have the minimum functionality:

  • Radio buttons to select between the different types of data your linked list will store(int, double, string, Rational, Date, Complex)
  • A button to display the contents of the linked list
  • The ability to display only a portion of the linked list
  • Buttons to push_back, push_front, pop_front, insert_sorted
  • Insert button that can insert an element at any spot in the list (have to define a new function in linked list class)
  • Button to perform select_sort
  • Button to remove_duplicates
  • Should have the ability to make a copy of a list and be able to retain and modify both copies (may make multiple copies).
  • Be able to modify any of the lists without losing any information going from one list to the other.
  • You may use vectors as long as you use your own vector class, not the one provided with C++/QtCreator.

explain the three principal recognition processes by 

providing appropriate diagram and examples to explain your answer.


Digit 9

You are given

N as input. Write a program to print the pattern of 2*N - 1 rows using an asterisk(*) as shown below.Note: There is a space after each asterisk * character.Input

The first line of input is an integer

N.Explanation

In the given example,

N = 4.So, the output should be


* * * *

* *

* *

* * * *

*

*

* * * *


Sample Input 1

4

Sample Output 1

* * * *

* *

* *

* * * *

*

*

* * * *




Weather condition


This Program name is Weather condition. Write a Python program to Weather condition, it has two test cases


The below link contains Weather condition question, explanation and test cases


https://drive.google.com/file/d/1scnLsEZFIGuWVs7r50zUIoPOl0UWzOJ0/view?usp=sharing


We need exact output when the code was run

Leap Year


This Program name is Leap Year. Write a Python program to Leap Year, it has two test cases


The below link contains Leap Year question, explanation and test cases


https://drive.google.com/file/d/1OxFAPhxSfay0CussSEZ_OmW78GAHhOvk/view?usp=sharing


We need exact output when the code was run

Profit or Loss


This Program name is Profit or Loss. Write a Python program to Profit or Loss, it has two test cases


The below link contains Profit or Loss question, explanation and test cases


https://drive.google.com/file/d/1D4lHuphIlZv7hGzq0mY8Y0-p892RyZFW/view?usp=sharing


We need exact output when the code was run

Relation between two numbers 2


This Program name is Relation between two numbers 2. Write a Python program to Relation between two numbers 2, it has two test cases


The below link contains Relation between two numbers 2 question, explanation and test cases


https://drive.google.com/file/d/1KhAb8euuuqtqoHSP0zqRb9Mojcj-iAx_/view?usp=sharing


We need exact output when the code was run

Day Name


This Program name is Day Name. Write a Python program to Day Name, it has two test cases


The below link contains Day Name question, explanation and test cases


https://drive.google.com/file/d/1S-OaOLA16zDWLo8MVkcc22Q30kLxaz3H/view?usp=sharing


We need exact output when the code was run

You are requested by a SuperStore (Spar) in Soshanguve to calculate it’s earning for the week (the store opens the entire week) and determine the day with the highest and lowest earnings. The Store comprises of two sections namely the Food section and the Liquor store. Your C++ program should prompt the total sales for each section for each day and store the total sales for the day into an array. At the end of the week It should display a report for Management for the total sales for that week, the day the lowest sales and the day with the highest sales were recorded.



  1. Assuming standard 1500 byte Ethernet max payloads: how many IPv4 fragments will be needed to transfer 2000 bytes of user data with a single UDP send? And, how do the 2000 bytes get split over the frags?
  2. Despite its conceptual elegance, RPC (Remote Procedure Call) has a few problems. Discuss any 3 of those in brief.
  3. Why is timestamping needed in real-time applications? This is in the context of Real-time Transport Protocol (RTP).
  4. Why does UDP exist? Would it not have been enough to just let user processes send raw IP packets?
  5. Explain how QUIC eliminates a couple of RTTs usually needed at the start of a secure web connection.
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