This laboratory work covers the following concepts in C++ programming language: class declaration (access specifiers: public, private) data members, member functions, constructors, destructor object composition Create a Win32 Console application and an empty C++ source file in Visual Studio IDE to be able to start typing programs. Task-1: In Cartesian coordinate system, a linear equation represents a line passing through two discrete points, such as, (1, 1) and (4, 2), respectively. Hence, one can easily describe the "point" object with a C++ class as given below. elass Point ( public: Point (); Point(-); Point(-); -Point ()) - set_x(-); - set_y(-); - get_x(-); - get y(-); - print(); 1/default constructor /paraneterized constructor I/copy constructor 1/destructor / sone menber functions /prints the point object using sone fornat, e.g., [1,2) private: int x, y: 1data nenbers On the other hand, in order to create a "line" object, one can think of executing data composition technique where the line object is composed of two discrete point objects. Hence, one can write the following: class Line ( public: Line(); Line(-); Line(-); -Line(); - set pointi(-); - set point2(-); - get_slope(): - print(); /default constructor // paraneterized constructor I/copy constructor 1/destructor I/some menber functions Ilcalculates the slope value //prints the line object using sone format le.g., A line passing through [2,2] and [4,4] with slope - 1.0 private: Point pl, p2; 11data composition! a. Write definitions of the member functions listed above. b. Rewrite the program by separating the implementation file from the interface using a header file. O Provide a driver program to test each implementation.
This laboratory work covers the following concepts in C++ programming language: class declaration (access specifiers: public, private) data members, member functions, constructors, destructor object composition Create a Win32 Console application and an empty C++ source file in Visual Studio IDE to be able to start typing programs. Task-1: In Cartesian coordinate system, a linear equation represents a line passing through two discrete points, such as, (1, 1) and (4, 2), respectively. Hence, one can easily describe the "point" object with a C++ class as given below. elass Point ( public: Point (); Point(-); Point(-); -Point ()) - set_x(-); - set_y(-); - get_x(-); - get y(-); - print(); 1/default constructor /paraneterized constructor I/copy constructor 1/destructor / sone menber functions /prints the point object using sone fornat, e.g., [1,2) private: int x, y: 1data nenbers On the other hand, in order to create a "line" object, one can think of executing data composition technique where the line object is composed of two discrete point objects. Hence, one can write the following: class Line ( public: Line(); Line(-); Line(-); -Line(); - set pointi(-); - set point2(-); - get_slope(): - print(); /default constructor // paraneterized constructor I/copy constructor 1/destructor I/some menber functions Ilcalculates the slope value //prints the line object using sone format le.g., A line passing through [2,2] and [4,4] with slope - 1.0 private: Point pl, p2; 11data composition! a. Write definitions of the member functions listed above. b. Rewrite the program by separating the implementation file from the interface using a header file. O Provide a driver program to test each implementation.
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...
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![This laboratory work covers the following concepts in C++ programming language:
class declaration (access specifiers: public, private)
data members, member functions, constructors, destructor
object composition
Create a Win32 Console application and an empty C++ source file in Visual Studio IDE to be able to start typing programs.
Task-1: In Cartesian coordinate system, a linear equation represents a line passing through two discrete points, such
as, (1, 1) and (4, 2), respectively. Hence, one can easily describe the "point" object with a C++ class as given below.
class Point (
public:
Point ();
Point (-);
Point (-);
-Point ();
- set_x();
- set y(-);
- get_x();
- get_y();
- print();
private:
int x, y;
//default constructor
// paraneterized constructor
//copy constructor
// destructor
// sone menber functions
I/prints the point object using some fornat, e.g., [1,2]
1/data menbers
On the other hand, in order to create a "line" object, one can think of executing data composition technique where
the line object is composed of two discrete point objects. Hence, one can write the following:
class Line (
public:
Line();
Line(-);
Line(-);
-Line();
- set_pointi(-);
- set_point2(-);
//default constructor
// paraneterized constructor
//copy constructor
// destructor
// sone menber functions
- get_slope();
- print();
//calculates the slope value
//prints the line object using sone format
//e.g., A line passing through [2,2] and [4,4] with slope - 1.0
private:
Point pi, p2;
1/data conposition!
a. Write definitions of the member functions listed above.
b. Rewrite the program by separating the implementation file from the interface using a header file.
O Provide a driver program to test each implementation.
1/1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F044f0fa6-4885-459b-9504-e044e9e34b37%2F676614de-d54b-4a22-9efb-0c26006c5661%2F910wlll_processed.jpeg&w=3840&q=75)
Transcribed Image Text:This laboratory work covers the following concepts in C++ programming language:
class declaration (access specifiers: public, private)
data members, member functions, constructors, destructor
object composition
Create a Win32 Console application and an empty C++ source file in Visual Studio IDE to be able to start typing programs.
Task-1: In Cartesian coordinate system, a linear equation represents a line passing through two discrete points, such
as, (1, 1) and (4, 2), respectively. Hence, one can easily describe the "point" object with a C++ class as given below.
class Point (
public:
Point ();
Point (-);
Point (-);
-Point ();
- set_x();
- set y(-);
- get_x();
- get_y();
- print();
private:
int x, y;
//default constructor
// paraneterized constructor
//copy constructor
// destructor
// sone menber functions
I/prints the point object using some fornat, e.g., [1,2]
1/data menbers
On the other hand, in order to create a "line" object, one can think of executing data composition technique where
the line object is composed of two discrete point objects. Hence, one can write the following:
class Line (
public:
Line();
Line(-);
Line(-);
-Line();
- set_pointi(-);
- set_point2(-);
//default constructor
// paraneterized constructor
//copy constructor
// destructor
// sone menber functions
- get_slope();
- print();
//calculates the slope value
//prints the line object using sone format
//e.g., A line passing through [2,2] and [4,4] with slope - 1.0
private:
Point pi, p2;
1/data conposition!
a. Write definitions of the member functions listed above.
b. Rewrite the program by separating the implementation file from the interface using a header file.
O Provide a driver program to test each implementation.
1/1
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