Under //Functions, how do I implement those functions to be member functions. Please help and please write it in C++. In an earlier lesson, you wrote the "accessor" functions getHours and getMinutes which returnthe appropriate data members for the Time type. Convert them to member functions.time.cpp1 #include "time.h"2 using namespace std;int getHours(const Time& t){6.4return t.hours;78int getMinutes (const Times t)10return t.minutes;11 }12time.h1#ifndef TIMEH2#define TIME H#include 4#include 6.struct Time7{int hours;int minutes;8// add your member functions here};101112// FunctionsTime makeTime (int h, int m);int getHours (const Time& t);int getMinutes (const Time& t);std::ostreams operator<<(std::ostreamá out, const Time& t);13141516171819#endifTester.cpn Tester.cpp1 #include 3 #include "time.h"4 using namespace std;26.int main()7 {Time t = makeTime(3, 15);cout <« t « endl;cout « "hours: " « t.getHours() « endl;cout « "Expected: 3" « endl;cout « "minutes: " « t.getMinutes () « endl;cout « "Expected: 15" « endl <« endl;891011121314t = makeTime (23, 59);cout « t « endl;1516cout « "hours: " «t.getHours () <« endl;cout « "Expected: 23" « endl;cout « "minutes: " « t.getMinutes() « endl;cout « "Expected: 59" « endl « endl;1718192021t = makeTime (0, 3);cout <« t << endl;cout « "hours: " «t.getHours() « endl;cout « "Expected: 0" « endl;2223242526cout « "minutes:« t.getMinutes () « endl;27cout « "Expected: 3" « endl « endl;28 }

#ifndef TIME_H #define TIME_H #include <iostream> #include <iomanip> struct Time {…

In an earlier lesson, you wrote the "accessor" functions getHours and getMinutes which return the appropriate data members for the Time type. Convert them to member functions. time.cpp 1 #include "time.h" 2 using namespace std; 3 4 int getHours(const Time& t) 5 { 6. return t.hours; 8 int getMinutes(const Time& t) 10 return t.minutes; 11 } 12 time.h 1 #ifndef TIME_H 2 #define TIME_H 3 sinclude 4 sinclude 5 6 struct Time int hours; int minutes; // add your member functions here 11 }: 9 10 12 // Functions 14 Time makeTime(int h, int m); 15 int getHours (const Time& t); int getMinutes (const Time& t); 17 std:ostreams operator<<(std::ostream& out, const Time& t); 13 16 18 19 #endif

In an earlier lesson, you wrote the "accessor" functions getHours and getMinutes which return the appropriate data members for the Time type. Convert them to member functions. time.cpp 1 #include "time.h" 2 using namespace std; 3 4 int getHours(const Time& t) 5 { 6. return t.hours; 8 int getMinutes(const Time& t) 10 return t.minutes; 11 } 12 time.h 1 #ifndef TIME_H 2 #define TIME_H 3 sinclude 4 sinclude 5 6 struct Time int hours; int minutes; // add your member functions here 11 }: 9 10 12 // Functions 14 Time makeTime(int h, int m); 15 int getHours (const Time& t); int getMinutes (const Time& t); 17 std:ostreams operator<<(std::ostream& out, const Time& t); 13 16 18 19 #endif

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter12: Adding Functionality To Your Classes

Section12.3: Class Scope And Duration Categories

Problem 3E

See similar textbooks

Similar questions

in C++ Write a function that allows you to modify a Planet in the SolarSystem class. You can choose to pass a Planet into this function, or have the function prompt for planet information. Either way, you need to be able to specify the Planet at a specific index to be modified. This is an example of how it could potentially look in the main: // code that declared a SolarSystem the_system// and assigned planetsPlanet p("X", 2000, 4000);int index = 2;the_system.changePlanet(p, index);
C++ Programming Use the following code, which could be added to your current file in CLion, so this code compiles and the assertion passes. This means you need to implement class AccountContainer. The member function getValue() must always return the sum of all BankAccounts. Do not hard code getValue to return 109.99. auto acct1 = shared_ptr(new RegularAccount("account", 100.00)); auto acct2 = shared_ptr(new RegularAccount("account", 9.99)); auto accounts = new AccountContainer(); accounts->add(acct1); accounts->add(acct2); assert(accounts->getValue() == 109.99);
C++ Write a function named “createPurchaseOrder” that accepts the quantity(integer), the cost per item (double), and the description (string). It will return anewly created PurchaseOrder object holding that information if they are valid:quantity and cost per item cannot be negative and the description cannot be empty or blank(s). When it is invalid, it will return NULL to indicate that it cannot create such PurchaseOrder object. PurchaseOrder createPurchaseOrder(int quantity, double costPerItem, string description) { if(quantity < 0 || costPerItem < 0.0 || description == "") return NULL; else { PurchaseOrder p = new PurchaseOrder(quantity,costPerItem,description); return p; } } what's the issue with this function and how to rewrite it
in C#, Make any necessary modifications to the RushJob class so that it can be sorted by job number. Modify the JobDemo3 application so the displayed orders have been sorted. Save the application as JobDemo4. An example of the program is shown below: Enter job number 22 Enter customer name Joe Enter description Powerwashing Enter estimated hours 4 Enter job number 6 Enter customer name Joey Enter description Painting Enter estimated hours 8 Enter job number 12 Enter customer name Joseph Enter description Carpet cleaning Enter estimated hours 5 Enter job number 9 Enter customer name Josefine Enter description Moving Enter estimated hours 12 Enter job number 21 Enter customer name Josefina Enter description Dog walking Enter estimated hours 2 Summary: RushJob 6 Joey Painting 8 hours @$45.00 per hour. Rush job adds 150 premium. Total price is $510.00 RushJob 9 Josefine Moving 12 hours @$45.00 per hour. Rush job adds 150 premium. Total price is $690.00 RushJob 12 Joseph Carpet cleaning 5…
In C#, Make any necessary modifications to the RushJob class so that it can be sorted by job number. Modify the JobDemo3 application so the displayed orders have been sorted. Save the application as JobDemo4. An example of the program is shown below: Enter job number 22 Enter customer name Joe Enter description Powerwashing Enter estimated hours 4 Enter job number 6 Enter customer name Joey Enter description Painting Enter estimated hours 8 Enter job number 12 Enter customer name Joseph Enter description Carpet cleaning Enter estimated hours 5 Enter job number 9 Enter customer name Josefine Enter description Moving Enter estimated hours 12 Enter job number 21 Enter customer name Josefina Enter description Dog walking Enter estimated hours 2 Summary: RushJob 6 Joey Painting 8 hours @$45.00 per hour. Rush job adds 150 premium. Total price is $510.00 RushJob 9 Josefine Moving 12 hours @$45.00 per hour. Rush job adds 150 premium. Total price is $690.00 RushJob 12 Joseph Carpet cleaning 5…
(Program) Include the Date class definition in Class 11.1 in a complete program. Your program should verify that each member function works correctly.
write a function that returns the name of the root property that a particular integer lives in. * * E.g * Here's what the object looks like: object = { "one": { "nest1": { "val1": [9, 34, 92, 100] } }, "2f7": { "n1": [10, 92, 53, 71], "n2": [82, 34, 6, 19] } } *
Create a class Distance having a member meter. Now create a friend function named convert() that increments meter by 5 and then convert that meter in kilo meters and return the answer. Call the function in main. Note: use OOP and C++
C++ Write a function named “createPurchaseOrder” that accepts the quantity (integer), the cost per item (double), and the description (string). It will return a newly created PurchaseOrder object holding that information if they are valid: quantity and cost per item cannot be negative and the description cannot be empty or blank(s). When it is invalid, it will return NULL to indicate that it cannot create such PurchaseOrder object.
The two header files below describe the interface of the base class Person and its derived class Empolyee, respectively. Please implement all the functions declared in these two header files in their corresponding .cpp files. 1. Header file: Person.h #ifndef Person_h #define Person_h #include <iostream> #include <string> #include <new> using namespace std; class Person{ public: //******************Note********* //This interface is by no means complete. Please feel free to // add more functions if needed. The test cases however will only // test the following functions. virtual ~Person(); Person(); //0->SSN, "na"->name, "personal@"->personalEmail, 10->cntPlaces, allocate space to placesVisited and initializes each place to "unknown" Person operator=(const Person& rhs ); // **Minor revision**: changes the return mechanism from by-reference to by-value //copy constructor Person( const Person &clone );…
Can you help me please: 2. Consider the following statements: class temporary { public: void set(string, double, double); void print(); double manipulate(); void get(string&, double&, double&); void setDescription(string); void setFirst(double); void setSecond(double); string getDescription() const; double getFirst()const; double getSecond()const; temporary(string = "", double = 0.0, double = 0.0); private: string description; double first; double second; }; Now answer the following questions: a. Write the definition of the member function set so that the instance variables are set according to the parameters. b. Write the definition of the member function manipulate that returns a decimal number as follows: If the value of description is "rectangle", it returns first * second; if the value of description is "circle", it returns the area of the circle with radius first; if the value of description is "sphere", it returns the volume of the sphere with radius first; if the…
Write a program in java a class Box having three private data members (width, depth, height) The class has three constructors which are having no parameter – for setting values to zero or null. having three parameters for assigning values to height, width, depth respectively. Overload the above constructor and use this keyword to set the values of width, height & depth. Provide getters/setters for data members. Write a function calculateVolume() which calculates the volume of the box. Write test Application that demonstrates the Box class by calling all the three constructors and method, creating a Create Box object, and then displaying the Box’s width , height, length and volume