stion 7 Which of the following code blocks produces The sum of 5 and 3 is 8 as the gutput? a. class Sum.: anit (self, numl, num2): self.nu2 = num2 I18 2(エTーE return(f"The sum of (self.numl} and self.num2, is 1self.numl + self.num2}')/ self.numl num2 I16 :ほT-s] print (Sum(5, 3, 8) Oc clas3 Sum: init :(zumu u zeturn (fIhe sum os {self.oum1) and (self.num2} is (3elf.numl + self.num27)) print(Su(5, 31) Od.class Sum: dnic (self, numl, Dun2) : self.num1 = numl det return (fThe sum ef (self.nunl} and (self.num2) is (self.num1 + gelf.num2) ') ((e 's)ums) autid A Moving to another question will save this response. search 立 7706

stion 7 Which of the following code blocks produces The sum of 5 and 3 is 8 as the gutput? a. class Sum.: anit (self, numl, num2): self.nu2 = num2 I18 2(エTーE return(f"The sum of (self.numl} and self.num2, is 1self.numl + self.num2}')/ self.numl num2 I16 :ほT-s] print (Sum(5, 3, 8) Oc clas3 Sum: init :(zumu u zeturn (fIhe sum os {self.oum1) and (self.num2} is (3elf.numl + self.num27)) print(Su(5, 31) Od.class Sum: dnic (self, numl, Dun2) : self.num1 = numl det return (fThe sum ef (self.nunl} and (self.num2) is (self.num1 + gelf.num2) ') ((e 's)ums) autid A Moving to another question will save this response. search 立 7706

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

See similar textbooks

Similar questions

using C++ 1- Creates a class called Member with two integer x and y.a. Add a constructor able to create a Member object with tow integers and the default values 0,0.b. Add the methods setX and setY to modify the attributes x and y; [2 Markc. Add the method display able to display the attributes. 2- A Stack is a special array where the insertion and deletion will be via a specific index called "head". A Stack is characterized by 3 attributes:a. capacity (int): the maximum number element Member that can be contained into the Stack.b. head: presents the index where we can add/remove element to the Stack. The head value presents also the current number of elements into the Stack. When a Stack is created the initial value of head is 0.c. Member content[]: an array of elements of type Member. Creates the class Stack with the following methods:a. bool empty(): this method returns true if no element exists in the Stack. b. bool full(): this method returns true if there are no place to add a…
MemoryManagerFirstFit The MemoryManagerFirstFit class is derived from the MemoryManagerBase class. Based on the TODO entries in memory_manager_first_fit.h and memory_manager_first_fit.cpp, implement the functions as instructed. memory_manager_first_fit.cpp #include "memory_manager_first_fit.h" #include using namespace std; MemoryManagerFirstFit::MemoryManagerFirstFit(int size) { // Set up the list of memory blocks with the info for this initial // unallocated block. memory_block b; // TODO: Fill in the appropriate values here based on the data elements // you added in the header file. // Add the block to the list of blocks m_blocks.push_back(b); } // Allocate a block of memory of the given size // We will walk through our current list of blocks and // find the block with the first fit. int MemoryManagerFirstFit::allocate(int size, string name) { // TODO: Implement the allocate logic here // // Iterate through the current list of blocks // and find the first one that is big enough…
do part 4 import java.util.*; // Car classclass Car{ private String name; // Variable to hold car name private String model; // Variable to hold car model // Default constructor Car(){ this.name = null; this.model = null; } // Parametrised constructor Car(String name, String model){ this.name = name; this.model = model; } // Function to get car name public String getName(){ return this.name; }} // Dealer classclass Dealer{ private Car[] arr; // Array holding car objects for a dealer private int count; // Variable to hold number of cars under a dealer // Default constructor Dealer(){ arr = new Car[50]; count=0; } // Function to add a car under a dealer public void addCar(Car obj){ this.arr[this.count] = obj; this.count++; } // Function to check if a car exists under a dealer or not public boolean contains(String name){…
c++ A FastCritter moves twice as fast as a regular critter. When asked to move by n steps, it actually moves by 2 * n steps. Implement a FastCritter class derived from Critter whose move function behaves as described. Complete the following file: fastcritter_Tester.cpp #include <iostream>using namespace std; #include "critter.h" /**A FastCritter moves twice as fast as a regular critter.*/class . . .{public:void move(int steps);}; . . . int main(){FastCritter speedy;speedy.move(10);cout << speedy.get_history() << endl;cout << "Expected: [move to 20]" << endl;speedy.move(-1);cout << speedy.get_history() << endl;cout << "Expected: [move to 20, move to 18]" << endl;return 0;} Use the following file: critter.h #ifndef CRITTER_H #define CRITTER_H #include <string> #include <vector> using namespace std; /** A simulated critter. */ class Critter { public: /** Constructs a critter at position 0 with blank history. */ Critter();…
Assign Barbecue's data member calories InSlice with a value read from input. Then, assign Ham and Cheese's data member caloriesInSlice with another value read from input. Input will contain two integer numbers. 1 #include 2 #include 3 4 typedef struct Pizza_struct { 5 6 7 } Pizza; 8 9 int main(void) { 9181112131415 16 17 18 19 28 21 10 char pizzaName [75]; int calories InSlice; 20 21 } Pizza listOfPizzas[2]; strcpy(listOfPizzas[0].pizzaName, "Barbecue"); strcpy(listOfPizzas [1].pizzaName, "Ham and Cheese"); * Your code goes here */ printf("A %s slice contains %d calories.\n", listOfPizzas [0].pizzaName, listOfPizzas[0].calories InSlice); printf("A %s slice contains %d calories.\n", listOfPizzas [1].pizzaName, listOfPizzas [1].caloriesInSlice); return 0;
Smart Pointer: Write a smart pointer class. A smart pointer is a data type, usually implemented with templates, that simulates a pointer while also providing automatic garbage collection. It automatically counts the number of references to a SmartPointer<?> object and frees the object of type T when the reference count hits zero.
C++ Coding Help (Operators: new delete) Assign pointer myGas with a new Gas object. Call myGas's Read() to read the object's fields. Then, call myGas's Print() to output the values of the fields. Finally, delete myGas. Ex: If the input is 14 45, then the output is: Gas's volume: 14 Gas's temperature: 45 Gas with volume 14 and temperature 45 is deallocated. #include <iostream>using namespace std; class Gas { public: Gas(); void Read(); void Print(); ~Gas(); private: int volume; int temperature;};Gas::Gas() { volume = 0; temperature = 0;}void Gas::Read() { cin >> volume; cin >> temperature;} void Gas::Print() { cout << "Gas's volume: " << volume << endl; cout << "Gas's temperature: " << temperature << endl;} Gas::~Gas() { // Covered in section on Destructors. cout << "Gas with volume " << volume << " and temperature " << temperature << " is deallocated."…
R2
C++ Define an "Expression" class that manages expression info: operand1 (integer), operand2 (integer), and the expression operator (char). It must provide at least the following method:- toString() to return a string containing all the expression info such as 50 + 50 = 100 Write a command-driven program named "ListExpressions" that will accept the following commands:add, listall, listbyoperator, listsummary, exit "add" command will read the expression and save it away in the list "listall" command will display all the expressions "listbyoperator" command will read in the operator and display only expressions with that given operator "listsummary" command will display the total number of expressions, the number of expressions for each operator, the largest and smallest expression values "exit" command will exit the program Requirements:- It must be using the array of pointers (not vector) to Expression objects to manage the list of Expression…
COSC 1336 – ProgrammingFundamentals I Python Programming Write a class named RetaiI_Item that holds data about an item in a retail store.The class should store the following data in attributes:• Item Number• Item Description• Units in Inventory• PriceCreate another class named Cash_Register that can be used with the Retail_Item class. The Cash_Register class should be able to internally keep a list of Retail_Item objects. The class should include the following methods:• A method named purchase_item that accepts a Retail_Item object as anargument. Each time the purchase_item method is called, the Retail_Itemthat is passed as an argument should be added to the list.• A method named get_total that returns the total price of all theRetail_Items objects stored in the Cash_Register’s internal list.• A method named show_items that displays data about the Retail_Itemobjects stored in the Cash_Register object’s internal list.• A method named clear_items that should clear the…
Q5: Correct the following code fragment and what will be the final results of the variable a and b class A {protected int x1,y1,z; public: A(a, b,c):x1(a+2),y1 (b-1),z(c+2) { for(i=0; i<5;i++) x1++;y1++;z++;}}; class B {protected: int x,y; public: B(a,b):x(a+1),y(b+2) { for(i=0; i<5;i++) x+=2; y+=1;}}; class D:public B, virtual public A { private: int a,b; public: D(k,m,n): a(k+n), B(k,m),b(n+2),A(k,m,n) { a=a+1;b=b+1;}); int main() {Dob(4,2,5);)
Q5: Correct the following code fragment and what will be the final results of the variable a and b class A {protected int x1,y1,z; public: A(a, b,c):x1(a+2),y1 (b-1),z(c+2) { for(i=0; i<5;i++) x1++;y1++;z++;}}; class B {protected: int x,y; public: B(a,b):x(a+1),y(b+2) { for(i=0; i<5;i++) x+=2; y+=1;}}; class D:public B, virtual public A { private: int a,b; public: D(k,m,n): a(k+n), B(k,m),b(n+2),A(k,m,n) { a=a+1;b=b+1;}); int main() {Dob(4,2,5);)