The following processes are being scheduled using a preemptive, priority-based, round-robin scheduling algorithm. Each process is assigned a numerical priority,with a higher number indicating a higher relative priority. The scheduler will execute the highest-priority process. For processes with the same priority, a round-robin scheduler will be used with a time quantum of 10 units. If a process is preempted by a higher-priority process, the preempted process is placed at the end of the queue.

Process            Burst Time Arrival Time Priority

P1 15 0 8

P2 20 0 3

P3 20 20 4

P4 20 25 4

P5 5 45 5

P6 15 55 5

What is the average turnaround time of these processes?

What is the average waiting time of these processes?

urgent!!! code in c++

- cannot use vector

- please use inheritance

-please identify the .h and .cpp files and add tester program and screenshot of output!

-please complete all parts I will upvote thank you!!!

0. Define the following classes to manage the booking of patients in a medical clinic.

   a) Define a class Date that has the following integer data members: month, day and year.
   b) Define a class AppointmentTime that has the following data members: day (string), hour (int) and minute (int).

1. c) Define a class Patient with the following data members:

   • The name of the patient as a standard library string.

   • The date of birth of the patient (from part a).

   • Medical insurance number of the patient as a standard library string.

   • Name of the doctor for the appointment.

   • Day and time of the appointment (from part b).

     A patient may have a single doctor’s appointment each week.

   • d) Define a class Doctor with the following data members:

   • The name of the doctor as a standard library string.

   • The date of birth of the doctor (from part a).

   • A two-dimensional string pointer array of 12-by-5 that shows the appointments of that doctor. The appointment durations are 30 mins and they always begin on the hour or half hour. Doctors see patients Monday to Friday during 9.00-12.00 and 14.00-17.00. This array is initialized to empty strings to indicate that at the beginning all the appointments are available. When an appointment is given a pointer to the medical insurance of the patient is stored at that location.

   • e) Define an AppointmentRequest class with the following data members:

   • A Patient object from part (b).

   • Doctor’s name.

   • The day that appointment is requested as a standard library string (Monday to Friday).

f) Define a class ClinicManager with the following data members:

An array of pointers to the Patient objects of size 200.
An array of pointers to the Doctor objects of size 20.
An integer variable that counts total number of patient appointments given by the clinic in a week.

At least the following member functions should be provided,

A member function that receives a patient object and inserts it to the Patient pointer array. It will check if the patient is already in the array to prevent multiple copies of the patient object in the array.
A member function that receives a doctor object and inserts to the Doctor pointer array.
A member function that processes appointment requests. The function will receive an AppointmentRequest object, then will check the requested doctor’s schedule to determine if the appointment can be made. If the appointment can be scheduled it will store the medical insurance of the patient in the appointment array of that doctor. It will create an AppointmentTime object from part b). Then, it will find the patient in the Patient pointer array and store the doctor’s name and AppointmentTime object in the patient object in the Patient pointer array. Finally, the member function will return the AppointmentTime object. If the doctor is already fully booked on that day this object should should return zeros for the appointment time.
A member function that cancels an appointment, receives doctor’s name and medical insurance of the patient. Then it removes the appointment both from the doctor’s schedule and from the patient.
A member function that receives a doctor’s name as a parameter and prints name and medical insurance number of all the patients that have booked an appointment with that doctor.

g) Write a driver program that demonstrate the functionality of your program including:

• - Creates a ClinicManager object

• - Creates doctor objects and calls to the doctor insert member function.

• - Creates Patient and AppointmentRequest objects and calls to the member functions that

  processes the appointments, then outputs the time of the appointment.

• Key Considerations for the assignment:

  • § You must enforce encapsulation by keeping all data members private.

  • § You need to make sure that your classes are well defined using the various concepts

    seen in the class.

  • § Provide needed set/get functions for the data members.

  • § Objects should be created dynamically and must be deleted when no longer needed. There should be an output statement confirming the deletion of an object from the destructor function.

In this assignment, you are going to write a Python program to demonstrate the IPO (Input-Process-Output) cycle that is the heart of many imperative programs used for processing large amount of data. Daisy is recently hired by a warehouse. One of her job is to keep track the items ordered by all the branches of the company. The company wants to automate the task using a computer program. Being a friend of Daisy, she knows you are a Computer Science major; so she recommended outsourcing the contract for writing the computer program to you. However, the timeline is short; and you only have less than three weeks to finish the job. The following is a description on the requirements:

• General requirements:

o The program you write must be a Python 3.x program, it cannot be written in any other language, not even in Python 2.x. You have to provide source code, and the company will run your program on a standard Python 3 implementation. Your program should produce no errors and/or warnings during execution.

o Your program will be a console program. There is no need to produce a window-based graphical user interface.

o Your program will have a main function named “main”. It takes two parameters. The first one being the name of the input data file, and the second is the name of the output result file; both are strings. You can assume that both the input and output files can be open without any problem. Therefore, there is no need to check for the result of opening the files.

• Input requirements:

o The input data file is guaranteed to contain only numbers and plus or minus sign, as well as the space and newline characters.

o The first line has only one (1) number, representing the number of items the system should manage. This number is guaranteed to be less than or equal to ten thousand (10,000).

o Each of the subsequence line is a transaction line which contains exactly two (2) numbers, separated by space characters. The first is an integer representing the item number (the items are numbered from 1 onward); and the second is an integer representing the quantity ordered by the branches. The two numbers are separated by one or more of space characters.

o The number of transaction lines is not known in advance but guaranteed to be less than or equal to 1 billion (1,000,000,000).

• Output requirements:

o For each order line read, you need to echo the line to the output, using the format '%5d %10d'.

o If the order data is not valid, you need to output the reason why it is not valid on the same line of the echo output, using the format '%5d %10d %s'. All invalid orders must be echoed but ignored in the processing.

o The following explain the error conditions (in the following, n represents the number of items involved, and “·” in the example outputs represents a space character):

▪ If the item number is not between 1 and n, inclusively, the item is invalid: ··141········878·invalid·item·number

▪ If the quantity is not a positive value, it is invalid: ···61·······-610·invalid·quantity

▪ If a line has multiple errors, only one error needed to be reported. The following shows the priority of errors, from high to low:

• Invalid item.

• Invalid quantity.

▪ The following example shows the echoed line in case of multiple errors: ··-12·······-922·invalid·item·number

o After you have echoed all order lines, you should output the number of valid orders in a separate line. There should be a blank line before and after this line. The format should be '%10d'.

o After that, you need to output a summary for all items, if and only if there are any orders for the item. The format, again, should be '%5d %10d'.

o All lines in the output file should have no trailing space or tab characters

----The input file is data-small.txt:

100

17 254

3 87

48 643

42 387

71 724

3 811

42 80

86 254

0 -107

97 135

86 518

35 91

24 146

82 312

73 348

2 842

3 671

141 878

22 361

45 405

3 580

-2 -224

73 341

52 828

69 662

41 759

53 924

39 175

0 805

-1 127

40 70

178 -652

26 486

38 814

0 -144

61 -610

72 162

97 711

91 522

14 660

33 520

19 895

91 664

20 776

5 490

72 356

62 290

94 636

80 352

96 606

----The output file is result-small.txt:

17 254

3 87

48 643

42 387

71 724

3 811

42 80

86 254

0 -107 invalid item number

97 135

86 518

35 91

24 146

82 312

73 348

2 842

3 671

141 878 invalid item number

22 361

45 405

3 580

-2 -224 invalid item number

73 341

52 828

69 662

41 759

53 924

39 175

0 805 invalid item number

-1 127 invalid item number

40 70

178 -652 invalid item number

26 486

38 814

0 -144 invalid item number

61 -610 invalid quantity

72 162

97 711

91 522

14 660

33 520

19 895

91 664

20 776

5 490

72 356

62 290

94 636

80 352

96 606

Number of Valid Orders = 42

Summary:

2 842

3 2149

5 490

14 660

17 254

19 895

20 776

22 361

24 146

26 486

33 520

35 91

38 814

39 175

40 70

41 759

42 467

45 405

48 643

52 828

53 924

62 290

69 662

71 724

72 518

73 689

80 352

82 312

86 772

91 1186

94 636

96 606

97 846

----Additional information and requirement:

1. Your program should contain at least three (3) top-level functions (including the “main” function). You probably will end up having more than 3 functions.

2. You cannot have any import statement in your program.

3. You cannot have any global variables

4. You cannot have any class definition in your program (this assignment is NOT about object-oriented programming).

5. You cannot have anything other than top-level function definitions in your program (not even a call to the main function – the tester will call it).

6. Since you only know the number of items when you run the program, you will need some sort of lists or matrices with dynamic storage to hold data.

7. Since there can be potentially up to 1 billion transactions in the input data file. You cannot read them all into a list and process them later (doing so may cause an out-of-memory error), you must process them as you read them in.

8. Your program must be a Python 3.x program.

9. You can assume that the input file contains no format error

This is my Python Code:

in_file = "data-small.txt"
out_file = "result-small.txt"
def main(in_file,out_file):
fin = open(in_file,"r")
fout = open(out_file,"w")
valid = 0
count = fin.readline()
count = int(count)
print("Number of items : ",count)
data = fin.readline()
summary_data = []
while data:
data = data.split()
first = int(data[0])
second = int(data[1])
if ((first > 0) and (first <= count) and (second > 0)):
print("%5d %10d"%(first,second))
fout.write("%5d %10d"%(first,second))
fout.write('\n')
i=0
for d in summary_data:
if d[0]>first:
break
i+=1
summary_data.insert(i, [first, second])
valid += 1
elif (first > count):
print("%5d %10d %s"%(first,second,"invalid item number"))
fout.write("%5d %10d %s"%(first,second,"invalid item number"))
fout.write('\n')
elif (first <= 0):
print("%5d %10d %s"%(first,second,"invalid item number"))
fout.write("%5d %10d %s"%(first,second,"invalid item number"))
fout.write('\n')
elif (second <= 0):
print("%5d %10d %s"%(first,second,"invalid quantity"))
fout.write("%5d %10d %s"%(first,second,"invalid quantity"))
fout.write('\n')
data = fin.readline()
fout.write('\n')
fout.write("%s %d"%("Number of valid orders =",valid))
fout.write('\n')
fout.write('\n')
fout.write("Summary:\n") #summary of the valid orders
for d in summary_data:
fout.write("%5d %10d\n"%(d[0],d[1]))
fout.close()
fin.close()
main(in_file,out_file)

Question: I want it to print out the output like below:

----The output file is result-small.txt:

17 254

3 87

48 643

42 387

71 724

3 811

42 80

86 254

0 -107 invalid item number

97 135

86 518

35 91

24 146

82 312

73 348

2 842

3 671

141 878 invalid item number

22 361

45 405

3 580

-2 -224 invalid item number

73 341

52 828

69 662

41 759

53 924

39 175

0 805 invalid item number

-1 127 invalid item number

40 70

178 -652 invalid item number

26 486

38 814

0 -144 invalid item number

61 -610 invalid quantity

72 162

97 711

91 522

14 660

33 520

19 895

91 664

20 776

5 490

72 356

62 290

94 636

80 352

96 606

Number of Valid Orders = 42

Summary:

2 842

3 2149

5 490

14 660

17 254

19 895

20 776

22 361

24 146

26 486

33 520

35 91

38 814

39 175

40 70

41 759

42 467

45 405

48 643

52 828

53 924

62 290

69 662

71 724

72 518

73 689

80 352

82 312

86 772

91 1186

94 636

96 606

97 846

**Note**: Please do it in python as soon as possible**

1. Processes A, B, C, D, E, and F require service times of 3, 5, 2, 5, 3, and 5. Their arrival times are 0, 1, 3, 9, 10, and 12. What is the average turnaround time, waiting time, response time, and throughput when using SRJF, RR (q=2), and MLF (q=²²ⁱ⁺¹). Show your work.

1. Processes A, B, C, D, E, and F require service times of 3, 5, 2, 5, 3, and 5. Their arrival times are 0, 1, 3, 9, 10, and 12. What is the average turnaround time, waiting time, response time, and throughput when using SRJF, RR (q=2), and MLF (q=2²ⁱ⁺¹⁾. Show your work.

What is a common attack technique used against ARP to send traffic to wrong destination?

Question 8 options:

	ARP timeout
	None of these
	Static ARP entries
	ARP reply

What is the behavior of the firewall in a situation when there are multiple eligible routing table rules for the packet source and destination?

Question 10 options:

	DROP packet
	ALLOW packet
	Depend on last rule executed
	Depends on first rule executed

List all the open Firewall ports for this IP address 162.241.253.120.

When you try to access services provided at the IP 162.241.253.120 from your host machine, what path do packets from your machine take right before they reach the destination? Please identify and list the IP or Host name of last network hop before final destination?

Please answer in C++ Thanks! Use an istream_iterator, the copy algorithm and a back_inserter to read the contents of a text file that contains int values separated by whitespace. Place the int values into a vector of ints. The first argument to the copy algorithm should be the istream_iterator object that's associated with the text file's ifstream object. The second argument should be the istream_iterator object that's initialized using the class template istream_iterator's default constructor-- the resulting object can be used as an "end" iterator. After reading the file's contents, display the contents of the resulting vector.

Create in raptor

In this progress report, you will be focusing on setting up accounts for multiple users. You will include defensive programming and error checking to ensure your program functions like an ATM machine would. The account details for your customers are as follows:

Customer UserName Pass Savings Checking

Rober Brown rbrown blue123 2500.00 35.00

Lisa White lwhite Red456 500.00 1250.00

Mark Black mblack Green789 750.00 200.00

For this progress report, update the Progress Report 4 Raptor program to allow one of the above users at a time to safely log in to their account, complete a maximum of 3 transactions, and end the program. Three incorrect attempts at entering the user name and password will end the program. Allow the user to make up to a maximum of 3 transactions at a time. After 3 transactions, the program will terminate. After a transaction is completed, the program will update the running balance and give the customer a detailed description of the transaction. A customer cannot overdraft on their account; if they try to withdraw more money than there is, a warning will be given to the customer. Also note that the ATM doesn’t distribute or collect coins – all monetary values are in whole dollars (e.g. an integer is an acceptable variable type). Any incorrect transaction types will display an appropriate message and count as a transaction.

1 – Deposit (adding money to the account)

2 – Withdrawal (removing money from the account)

3 – Balance Inquiry (check current balance)

4 – Transfer Balance (transfer balance from one account to another)

5 – Log Out (exits/ends the program)

You are required to come up with a single header file (IntList.h) that declares and implements the IntNode class (just copy it exactly as it is below) as well as declares the IntList Class interface only. You are also required to come up with a separate implementation file (IntList.cpp) that implements the member functions of the IntList class. While developing your IntList class you must write your own test harness (within a file named main.cpp). Never implement more than 1 or 2 member functions without fulling testing them with your own test harness.

IntNode struct

I am providing the IntNode class you are required to use. Place this class definition within the IntList.h file exactly as is. Make sure you place it above the definition of your IntList class. Notice that you will not code an implementation file for the IntNode class. The IntNode constructor has been defined inline (within the class declaration). Do not write any other functions for the IntNode class. Use as is.

struct IntNode {
    int data;
    IntNode *next;
    IntNode(int data) : data(data), next(0) {}
};

IntList class

Encapsulated (Private) Data Fields

head: IntNode *

tail: IntNode *

Public Interface (Public Member Functions)

IntList(): Initializes an empty list.

~IntList(): Deallocates all remaining dynamically allocated memory (all remaining IntNodes).

void display() const: Displays to a single line all of the int values stored in the list, each separated by a space. This function does NOToutput a newline or space at the end.

void push_front(int value): Inserts a data value (within a new node) at the front end of the list.

void pop_front(): Removes the value (actually removes the node that contains the value) at the front end of the list. Does nothing if the list is already empty.

bool empty() const: Returns true if the list does not store any data values (does not have any nodes), otherwise returns false.

main.cpp test harness for lab

Use this main.cpp file for testing your IntList.

#include <iostream>

using namespace std;

#include "IntList.h"


int main() {

  //tests constructor, destructor, push_front, pop_front, display

   {
      cout << "\nlist1 constructor called";
      IntList list1;
      cout << "\npushfront 10";
      list1.push_front(10);
      cout << "\npushfront 20";
      list1.push_front(20);
      cout << "\npushfront 30";
      list1.push_front(30);
      cout << "\nlist1: ";
      list1.display();
      cout << "\npop";
      list1.pop_front();
      cout << "\nlist1: ";
      list1.display();
      cout << "\npop";
      list1.pop_front();
      cout << "\nlist1: ";
      list1.display();
      cout << "\npop";
      list1.pop_front();
      cout << "\nlist1: ";
      list1.display();
      cout << endl;
   }
   cout << "list1 destructor called" << endl;

   return 0;
}

suggests on how to save the web portfolio

Programming languages Chosen: HTML, CSS, and JavaScript.

Project Name: Auto Portfolio

Project Goal: Create a website that will generate a web portfolio using information inputted by the user.

Product Backlog using user stories: As a user, I want to be able to save my web portfolio in a format which I can save so I can use the website later for my own needs.

In java:

-Create a class named Animal

Using a Python environment of your choice –

1. Create the following three dictionaries: Gary, Alice, and Tyler

Gary = {

"name": "Gary",

"homework": [90.0,97.0,75.0,92.0],

"quizzes": [88.0,40.0,94.0],

"tests": [75.0,90.0]

}

Alice = {

"name": "Alice",

"homework": [100.0, 92.0, 98.0, 100.0],

"quizzes": [82.0, 83.0, 91.0],

"tests": [89.0, 97.0]

}

Tyler = {

"name": "Tyler",

"homework": [0.0, 87.0, 75.0, 22.0],

"quizzes": [0.0, 75.0, 78.0],

"tests": [100.0, 100.0]

}

• Insert one additional (new) dictionary of your choice
• Create a new list named students that contains four dictionary items
• for each student in your students list, print out that student's data, as follows:
  • print the student's name
  • print the student's homework
  • print the student's quizzes
  • print the student's tests
• Write a function average that takes a list of numbers and returns the average
  • Define a function called average that has one argument, numbers
  • Inside that function, call the built-in sum() function with the numbers list as a parameter. Store the result in a variable called total
  • Use float() to convert total and store the result in total
  • Divide total by the length of the numbers list. Use the built-in len() function to calculate that
  • Return that result
• Write a function called get_average that takes a student dictionary (like lloyd, alice, or tyler) as input and returns his/her weighted average.
  • Define a function called get_average that takes one argument called student.
  • Make a variable homework that stores the average() of student["homework"].
  • Repeat step 2 for "quizzes" and "tests".
  • Multiply the 3 averages by their weights and return the sum of those three. Homework is 10%, quizzes are 30% and tests are 60%.
• Define a function called get_class_average that has one argument, students. You can expect students to be a list containing your three students.
  • First, make an empty list called results.
  • For each student item in the class list, calculate get_average(student) and then call results.append() with that result.
  • Finally, return the result of calling average() with results.
• Finally, print out the result of calling get_class_average with the students list.

Management Information systems

1. Would you replace a PC with a tablet computer for your studies or work? Why or why not?

2. Try to count how many hours per week you use a personal computer: at your home, in the PC lab, in the library, or elsewhere. Do you consider yourself “computer addicted”?

1. Write a program that ask the user for three integers. Use two functions to determine the largest and smallest number of the three. One function will determine the largest number, and the other function will determine the smallest number. (6 points) In c++ using functions.