Eee 5th V sem CS 2312 Oop lab manual

7/22/2019 Eee 5th V sem CS 2312 Oop lab manual

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CS2312 OBJECT ORIENTED PROGRAMMING LAB L T P C

0 0 3 2

Aim:

To develop object-oriented programming skills using C++ and Java.

1. Function overloading, default arguments in C++

2. Simple class design in C++, namespaces, objects creations

3. Class design in C++ using dynamic memory allocation, destructor, copy constructor

4. Operator overloading, friend functions

5. Overloading assignment operator, type conversions

6. Inheritance, run-time polymorphism

7. Template design in C++

8. I/O, Throwing and Catching exceptions

9. Program development using STL

10.Simple class designs in Java with Javadoc

11.Designing Packages with Javadoc comments

12. Interfaces and Inheritance in Java

13.Exceptions handling in Java

14.Java I/O

15.Design of multi-threaded programs in Java

TOTAL: 45 PERIODS

PKS


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Programming using C++


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Output:

Volume of Cube :1000

Volume of Cuboid :1004.94

Volume of Cylinder:2795.92

Viva questions:

1. What are the features of OOP? When a program termed to be OO Program?

2. Define Function Overloading

3. Give prototype for Function Overloading

4. Brief default parameters available in exercise


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Ex. No. : 1Function overloading, default arguments in C++

Aim:

To implement calculation for volume of Cube, Cuboids and Cylinder through Function

Overloading and also passing Default arguments in C++.

Algorithm:

Step 1: Defining the variable and function for cube, cuboids and cylinder.

Step 2: Declaring the function with one argument for cube and return type as integer.

Step 3: Declaring the function with three argument length, breadth, and height for cuboids with

return type double.

Step 4: Declaring the function with two argument radius and height for cylinder with return type

double.

Step 5: Calling the declared function with parameter value for cube, cuboid and cylinder.

Step 6: Print the return value.

Step 7: Stop the process.

Program:

#include

#include

int volume(int); // Volume of cube

double volume (int, double, int h = 9); // Volume of Cuboids

double volume (double, int h = 8); // Volume of Cylinder

float pi=3.14;

int volume (int a) //Implementation of above definition

{return (a*a*a);

}

double volume (int l, double b, int h)

{

return (l*b*h);

}

double volume (double r, int h)

{

return (pi*r*r*h);

}


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5. Write a program for area of circle, rectangle and triangle using function overloading

6. Write a program to demonstrate function overloading is carried out for swapping of two

variables of the various data types, namely integer, floating point number and character.

Result:

Thus, Volume of Cube, Cuboids and Cylinder was calculated using Function Overloading

and Default arguments.


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int main()

{

cout


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Output:

Simple Class design

Enter the values a &b: 78

96

C = 174

Average=87

Viva questions:

1. Define namespace

2. Give prototype for Class and creation of object

3. Brief use of data member and function in exercise


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Ex. No. : 2Simple class design in C++, namespaces, objects creations

Aim:

To implement the class with namespaces, object creations in C++.

Algorithm:

Step 1: Defining the namespace, class, variable and function.

Step 2: Declaring the function getdata and enter the two values for variable.

Step 3: Declaring the function sum for performing adding operation.

Step 4: Declaring the function display then print the added value.

Step 5: Creating the object for a class and calling the functions by object variable.


Program:

#include

using namespace std;

namespacevalD

{

int t=2;

}

class add

{

inta,b,c; // Declare members to class Add

public:

voidgetdata(void); // Declare member functions to class Add

voidsumavg(void);

void display(void);

};

void add::getdata(void) // Collect the data

{

couta>>b;

}

void add::sumavg(void) // Sum the data values

{

c=a+b;

}


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4. Write a program to declare a integer, float and character in different namespace and use it

5. Write aSimple Class Example Program to checka number is Prime or not

Result:

Thus the implementation of class with namespaces and creating object are executed

successfully.


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void add::display(void) // Display the data

{

cout


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Output:

Enter rows and cols of the matrix...

3

3

Enter the matrix elements one by one...5

5

5

5

5

5

5

5

5

Entered matrix is...

5 5 5

5 5 5

5 5 5

Copy constructor invoked...

Result of copy constructor is...

5 5 5

5 5 5

5 5 5

Destructor invoked...

Destructor invoked...


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Ex. No. : 3 Class design in C++ using dynamic memory allocation,

destructor, copy constructor

Aim:

To implement class with the dynamic memory allocation of construct a matrix, destructorand copy constructor using C++.

Algorithm:

Step 1: Defining the namespace, class and variable.

Step 2: Declaring the class matrix along with the constructor and destructor.

Step 3: Constructor with no argument which assign the value for row and column as null.

Step 4: Constructor with two argument are the function are declared.

Step 5: The values are copied to another matrix.

Step 6: De-allocate the memory after copying the matrix.


Program:

#include


class matrix

{

int **m;

int row, col;

public:

matrix()

{

row=col=0;m=NULL;

}

matrix(int r ,int c); // Two argument Constructor

~matrix(); // Destructor

voidgetmatrix(); // Collect value

voidshowmatrix(); // Display & delete matrix memory

matrix(matrix &m2); //copy constructor

};


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Viva questions:

1. Define dynamic memory allocation

2. What is Constructor? When it will be invoked? Give Prototype for multiple arguments

Constructor?

3. What is Destructor?When it will be invoked? Give Prototype for Destructor?

4. What is need for Copy Constructor? Give prototype for Copy Constructor

5. Compare features of Constructors and Destructors.


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matrix::~matrix()

{

cout


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6. Write a Program using above code create two matrices A and B and perform addition display

it

Result:

Thus implementation of dynamic memory allocation of construct a matrix, destructor and

copy constructor are executed successfully.


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int main()

{

intr,c;

coutr>>c;

matrix m1(r,c);

cout


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Output:

Before operator overloading

I : Longitude :10 Latitude :20

II : Longitude :5 Latitude :30

After overloading binary operator +: Longitude :15 Latitude :50

After overloading binary operator -: Longitude :10 Latitude :20

After overloading unary operator ++: Longitude :11 Latitude :21

After overloading unary operator ++: Longitude :12 Latitude :22

Viva questions:

1. What is need for Operator overloading? Give prototype for Operator overloading

2. What is need for Friend function? Give prototype for Friend function

3. Give prototype for Friend class

4. What are operators cannot be overloaded ?


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Ex. No. : 4Operator overloading, friend functions

Aim:

To implement Longitude and Latitude value based operation using operator overloading and

friend functions using C++.

Algorithm:


Step 2: Constructor with two arguments for assigning the longitude and latitude values.

Step 3: Declaring the friend function with operator overloading.

Step 4: Declaring the show function, displays the operator overloaded values.

Step 5: Creating the object for a class and calling the functions by object variable for unary,

binary overloading operation.


Program:

#include


class loc

{

intlongitude,latitude;

public:

loc()

{

}

loc(intlg, intlt)

{

longitude=lg;

latitude=lt;

}

void show()

{

cout


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5. Give prototype for Unary and Binary operator overloading

6. Write a Program to create collect two complex number and perform addition, subtraction

Result:

Thus the implementation of operator overloading and friend function executed successfully.


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loc operator +(loc op1,loc op2)

{

loc temp;

temp.longitude=op1.longitude+op2.longitude;

temp.latitude=op1.latitude+op2.latitude;

return temp;

}

loc operator -(loc op1,loc op2)

{

loc temp;

temp.longitude=op1.longitude-op2.longitude;

temp.latitude=op1.latitude-op2.latitude;

return temp;

}

loc operator++(loc &op1)

{op1.longitude ++;

op1.latitude ++;

return op1;

}

int main()

{

loc ob1(10,20),ob2(5,30);

cout


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Output:

c1= 5+10i

c2= 50+100i

c2 with += increment of c1:

c2= 55+110i

Assign c2 to c3:

c3= 55+110i

c4= 10+50i

c3 with -= decrement of c4

c3= 45+60i


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Ex. No. : 5Overloading assignment operator, type conversions

Aim:

To implement assignment operator overloading and type conversions are using C++.

Algorithm:


Step 2: Constructor with two arguments for assigning the real and imaginary values in complex

number.

Step 3: Declaring the function with assignment operator overloading.

Step 4: Passing the values in the calling function argument for complex number.

Step 5: The incremented values are copied to another complex number.

Step 6: The decrement operation are performed with the copied complex number using the

assignment operator.


Program:

#include


classMyComplex

{

private:

double real, imag;

public:

MyComplex() // Constructor declaration

{

real = 0;

imag = 0;

}

MyComplex(double r, double i) // Constructor invoked with parameters

{

real = r;

imag = i;

}


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Viva questions:

1. Give prototype for Assignment Operator overloading

2. Compare the Operator and Assignment Operator overloading

3. Is default value is exist in declaration or not ?

4. Compare the Binary and Assignment operator overloading


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doublegetReal()

{

return real;

}

doublegetImag()

{returnimag;

}

MyComplex& operator=(MyComplex&);// Assignment of complex numbers

MyComplex& operator+=(MyComplex& );// Increment of one with another complex

MyComplex& operator-=(MyComplex& );// Decrement of one with another complex

};

MyComplex&MyComplex::operator = (MyComplex& c)

{this->real = c.real;

this->imag = c.imag;

return *this;

}

MyComplex&MyComplex::operator += (MyComplex& c)

{

this->real += c.real;

this->imag += c.imag;

return *this;

}

MyComplex&MyComplex::operator -= (MyComplex& c)

{

this->real -= c.real;

this->imag -= c.imag;

return *this;

}

int main()

{

MyComplexc1(5,10);

MyComplexc2(50,100);

cout


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5. Write a Program to create collect two matrix and perform addition, subtraction

Result:

Thus the implementation of assignment operator overloading and type conversions are

executed successfully.


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c3 = c2;

cout


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Output:

Enter your A/c no.:15421

Account Number : 15421

Enter the A/c type, 1.Savings 2.Current 3.Exit

1

Enter the A/c type, 1.Deposit 2.Withdraw

1

Enter the amount to be deposited = Rs.21545

Your A/c Balance is=Rs.21545



1

Enter the A/c type, 1.Deposit 2.Withdraw

2

Enter the amount to be withdrawn = Rs.254



Enter the A/c type, 1.Savings 2.Current 3.Exit2

Last amount withdrawn=Rs.254

Last amount deposited=Rs.21545




3


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Ex. No. : 6Inheritance, run-time polymorphism

Aim:

To implement the inheritance and run-time polymorphism using C++.

Algorithm:


Step 2: Class bank displays the customer name and account number.

Step 3: Inherit properties of the class bank in newly created class savings.

Step 4: Class savings to perform the deposit and withdraw process.

Step 5: Class current inherits with class savings to display the account information.

Step 6: By creating the object for a class currentall the values are accessed and calling the

functions by object variable for performing banking operation.


Program:

#include


class bank // Create Bank Base Class

{

public: //Bank account Number

longintacno;

virtual void display()

{

cout


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Viva questions:

1. Define inheritance

2. What are types of inheritance

3. Compare inheritance and run-time polymorphism

4. Write a Program to collect student details of mark using Multilevel Inheritance


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switch(ch)

{

case 1:

coutdep;

bal+=dep;

cout


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5. Write a Program to maintain book lending to staff and students using Multiple Inheritance

Result:

Thus the implementation of inheritance and run time polymorphism are executed

successfully.


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switch(ch)

{

case 1:

ac.saves();

break;

case 2:

ac.display();break;

case 3:

break;

default:

cout


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Output:

Bubble SORT

1.Integer Sort 2.Float Sort 3.Character Sort 4.Exit

Enter Ur choice:1

Bubble Sort on Integer Values...

Enter the size of array:

4

Enter the array elements:85

68

45

21

The sorted array is...

21 45 68 85Bubble SORT


Enter Ur choice:2

Bubble Sort on Float Values...


4

Enter the array elements:5.665532

3.24541

8.456541

4.56646665


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Ex. No. : 7Template design in C++

Aim:

To implement the template design using C++

Algorithm:


Step 2: Declaring the template class T.

Step 3: Declaring the get function for getting the value to bubble sort.

Step 4: Declaring the display function to display the value before bubble sorting.

Step 5: Declaring the sort function for bubble sorting process.

Step 6: The integer, float and character are bubble sorted.

Step 7: Separate object are created for bubble sorting integer, float and character.


Program:

#include

#include


template // Create template class

class bubble

{

t a[25]; // Declare template variable

public:

void get(int); // Definition for collect values

void sort(int); // Definition for sort values

void display(int); // Definition for display sorted values

};

template

void bubble ::get(int n)

{

inti;

cout


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3.24541 4.56647 5.66553 8.45654

Bubble SORT


Enter Ur choice:3

Bubble Sort on Character Values...


4

Enter the array elements:p

a

s

d


a d p s

Bubble SORT


Enter Ur choice:4


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template

void bubble ::display(int n)

{

inti;

cout


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Viva questions:

1. Define Template

2. Compare Class and Template

3. Classify features of template member with class member

4. Can we use friend member function for template? If so How?

5. Can we use constructor in template? If so How?

Result:

Thus the implementation of Template executed successfully.


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case 2:

cout


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Output:

STACK

1.Push 2.Pop 3.Display 4.ExitENTER THE CHOICE:1

Enter Number to Push:56

Top element in stack is:56

1.Push 2.Pop 3.Display 4.Exit

ENTER THE CHOICE:1




ENTER THE CHOICE:1




ENTER THE CHOICE:1




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Ex. No. : 8I/O, Throwing and Catching exceptions

Aim:

To implement the I/O, Throwing and Catching Exceptions using C++.

Algorithm:


Step 2:Declaring the function for push, pop, and display operation.

Step 3:In push function the stack is full it return x=1, otherwise it gets the number and push into

the stack.

Step 4:In pop function the stack is empty it return x=-1, otherwise it removes the number from top

of stack

Step 5: By selecting the operation that will performed on the stack

Step 6: The values in stack are displayed by selecting the display option.

Step 7: Stop the process using exit.

Program:

#include

#include


template

class bubble

{

#include


classstk // Declare a stack class

{

intx,top=-1; //Stack pointer initialize with -1

int stack[5]; // Integer type stack is created with size of 5

public:

int push(); // Stack push operation with return type

int pop(); // Stack pop operation with return type

int display(); // Display Stack contents with return type

};


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ENTER THE CHOICE:1




ENTER THE CHOICE:3

CONTENTS OF STACK:

55

23

99

78

56


ENTER THE CHOICE:1

An exception occurred!

Stack is Full


ENTER THE CHOICE:2

Popped element from Stack is55


ENTER THE CHOICE:2



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intstk::push()

{

int x = 0;

if(top==5-1)

x=1;

else

{

top=top+1;

coutx;

stack[top]=x;

cout


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ENTER THE CHOICE:2



ENTER THE CHOICE:2



ENTER THE CHOICE:2



ENTER THE CHOICE:2


Stack is Empty


ENTER THE CHOICE:3


Stack is Empty


ENTER THE CHOICE:4


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int main()

{

stk s;

int a;

cout


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Viva questions:

1. What is need for exception handling

2. Write prototype for exception handling

3. How many catches and throws use for a try ?

4. Write a program for Array bound exception

5. Write a program for handling divide by zero

Result:

Thus the implementation of I/O, Throwing and Catching exceptions are executed

successfully.


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catch (float b) // Message for stack full is catched

{

cout


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Input (test.txt):

File Types of access

Parameter mode detailed

Output:

File Types of access

Parameter mode detailed

Viva questions:

1. Write a program using files to handle exceptions

2. What are different modes for accessing files

3. List some STL features available

4. Can we create a STL on our own?

Result:

Thus the implementation of file operation executed successfully.


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Ex. No. : 9Program development using STL File Operation

Aim:

To implement the file operation using C++.

Algorithm:Step 1: Declaring the header file file.h

Step 2:Declaring the file output stream

Step 3: Open the file in append mode

Step 4: Add content to file through stream

Step 5: Close the file in write mode

Step 6:Declaring the file input stream

Step 7: Open the file read mode

Step 8: Get content from file through stream and print it

Step 9: Close the file in write mode

Step 10: Stop the process using exit.

Program:

#include

#include


int main (){

string line;

ofstream myfile1 ("test.txt", ofstream::app); // File opened in append mode to write

if(myfile1.is_open()) {

myfile1


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50/80

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Programming using Java


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Output:

Generating 10 random integers in range 0..99.

Random No is 60

Random No is 79

Random No is 31

Random No is 62

Random No is 6

Random No is 79

Random No is 1

Random No is 26

Random No is 76

Random No is 28

Viva questions:

1. List some packages and its operation

2. Compare STL and Java package

3. What are types of data types can be generated randomly?

4. Is Java partially object oriented or fully object oriented? How ?

Result:


.


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Ex. No. : 10Simple class designs in Java with Javadoc

Aim:

To implement class with usage of random number generation using java.

Algorithm:

Step 1: Declare the class and variable.

Step 2: To generate the random number from 0.99 using RandomGenerator.

Step 3: Limiting the number range by passing the value to the functionnextInt.

Step 4: Display the random number.


Program:

importjava.util.Random;

public final class l10

{

public static final void main(String[] Args)

{

System.out.println("Generating 10 random integers in range 0..99.");

Random randomGenerator = new Random();

for (int n = 1; n


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Output:

Number Serious Generation

7

Factorial is 5040

Fibonacci Serious

0, 1, 1,2,3,5,8,13

Viva questions:

1. Design a package for banking operations


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Ex. No. :11Designing Packages with Javadoc comments

Aim:

To implement design of packages and utilize using java.

Algorithm:

Step 1: Declaring the package L11pack, class L11numman and function

Step 2:Enter the value for Number Serious Generation

Step 3: Import the package L11pack

Step 3: Passing the value as parameter for Factorial number and Fibonacci series

Step 4: The generated series are displayed

Step 5: Stop the process

Program:

// Liinumman.java

package L11pack; // Package Declaration

public class L11numman{

public void factorial(int n)

{

int f=1;

if(n==0)

{

System.out.println("Factorial is 1");

}

else

{for(inti=1; i


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2. Design a package for library lending operations

3. Write prototype for package declaration and accessing it

Result:

Thus the implementation of package design using java

.


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public void fibonci(int n)

{

int f1=0, f2=1;

System.out.println("Fibonacci Serious ");

if(n>=0)

{

System.out.print("0");}

if(n>=1)

{

System.out.print(", 1");

}

if(n>=2)

{

for(inti=2; i


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Output:

Enter Rectangle length and width :

10

5

Area of Rectangle =50.0

Circle Radius :

6

Area of Circle =113.04

Viva questions:

1. What is need for interface?

2. What is inheritance?

3. What are types of inheritance? Give it in pictorial form.

4. Write prototype for interface and implementing interface.

5. How to create multiple inheritance in Java ?


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Ex. No. : 12Interfaces and Inheritance in Java

Aim:

To implement the interface and inheritance using java.

Algorithm:

Step 1: Define the interface area.

Step 2: Implement the interface are to the class rectangle and circle.

Step 3: Inherit the rectangle and circle by using the interface.

Step 4: Entering the length, breadth and radius total area for rectangle and circle are calculate.

Step 4: By creating the objects the area of the rectangle and circle are Displayed.


Program:

// Area.java

interface Area

{

final static float pi=3.14F;

float compute(float x,float y);

}

//Rectangle.java

class Rectangle implements Area

{

public float compute(float x,float y)

{

return(x*y);

}

}

//Circle.java

class Circle implements Area

{

public float compute(float x, float y)

{

return(pi*x*x);

}

}


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6. Write a interface for sorting and implement bubble and selection sort

Result:

Thus the implementation of interfacing and inheritance are executed successfully in java.

.


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// l12.java

class l12

{

public static void main(String args[])

{Rectangle rect=new Rectangle();

Circle cir=new Circle();

Area ar;

ar=rect;

Scanner ir= new Scanner(System.in);

System.out.println("Enter Rectangle length and width :");

int x = ir.nextInt();

int y = ir.nextInt();

System.out.println("Area of Rectangle ="+ar.compute(x,y));

ar=cir;System.out.println("Circle Radius :");

int r = ir.nextInt();

System.out.println("Area of Circle ="+ar.compute(r,0));

}

}


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Output:

Oops, we went to far, better go back to 0!3

Next Process

Cannot Divide by Zero!

Viva questions:

1. Write prototype for Exception handling

2. What are default exception available

3. Compare difference between C++ and Java exception handling

4. Write a program to find IO exception


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Ex. No. :13Exceptions handling in Java

Aim:

To implement the Exception handling using java.

Algorithm:

Step 1: Declare the class.

Step 2: Define the variables.

Step 3: By the single try, catch and finally block for handling array out of exception.

Step 4: By using single try and multiple catch block handles many exception.

Step 5: Stop the process

Program:

public class l13

{

public static void main(String[] args)

{

int[] array = new int[3];

try

{

for(inti=0;i


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5. Write a program to find Class not found exception

Result:

Thus the implementation of java exception handling executed successfully.


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try

{

array[0] = 2/0;

}

catch(ArithmeticException e)

{

System.out.println("Cannot Divide by Zero!");}

catch(Exception e)

{

System.out.println("An Unknown Error has Occured");

}

}

}


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Input:

Hai

Basic demo for

File Manipulation with streams

exit

Output:

Hai

Basic demo forFile Manipulation with streams

Viva questions:

1. Write a program using files to handle exceptions

2. What are different modes for accessing files


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Ex. No. : 14Java I/O

Aim:

To implement the Java input and output for file based using java.

Algorithm:

Step 1: Declaring class and variables.

Step 2: Read the input and write in input text file in bytes until exit String is not input.

Step 3: Read the input file in bytes and display it.

Step 4: In each read and write operation the file must be open and close properly.


Program:

import java.io.*;

importjava.util.Scanner;

public class l13

{

public static void main (String args[]) throws Exception

{

String src = "";

String s;

do

{

Scanner in = new Scanner(System.in);

s = in.nextLine();

src += s;

}while(!(s.equals("exit")));

bytebuf[] = src.getBytes();

OutputStream f1 = new FileOutputStream("input.txt");

f1.write(buf);

f1.close();


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3. Write a program using reader and writer class to perform file operation

\

4. What are different streamsfor file operations

Result:


.


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InputStreaminputStream = new FileInputStream("input.txt");

Reader reader = new InputStreamReader(inputStream);

int data = reader.read();

while(data != -1)

{chartheChar = (char) data;

data = reader.read();

System.out.print(theChar);

}

reader.close();

}

}


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Output (Run 1):

Run method: Thread 1

Run method: 2nd Thread











Output (Run 2):









Run method: 2nd ThreadRun method: Thread 1




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Ex. No. :15Design of multi-threaded programs in Java

Aim:

To implement the multi-threading using Java.

Algorithm:

Step 1: Declare the class with extended thread.

Step 2: Define the variables.

Step 3: Multi-Threads are handled by the declared package.

Step 4: By using try and catch interrupted exception are handled.


Program:

//ThreadClass.java

Package l15pack;

public class ThreadClass extends Thread

{

String msg;public void run()

{

for(inti=0;i


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Viva questions:

1. What are differences between wait and sleep method in java

2. How will you awake a blocked thread in java?

3. What is the difference between Process and Thread?

4. What are different states in lifecycle of Thread?

5. What do you understand about Thread Priority?

Result:

Thus the implementation of multi-threading executed successfully.


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//l15.java

class l15

{

public static void main(String[] args)

{

ThreadClass dt1=new ThreadClass("Thread 1");

ThreadClass dt2=new ThreadClass("2nd Thread");

dt1.start(); // this will start thread of object 1

dt2.start(); // this will start thread of object 2

}

}


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Additional Exercise for Practice

C++:

1. Write a Program For Simple Class Example Program to Prime Number or not.

2. Write a C++ program for Students mark analysis using Static Data member, Default

Argument and Friend Function.

3. Write a C++ program for Students mark analysis using Static Data member, Default

Argument and Friend Function.

4. Design C++ classes with static members, methods with default arguments, friend functions.

(For example, design matrix and vector classes with static allocation, and a friend function to

do matrix-vector multiplication)

5. Write a Program for Addition of two distances of different object using Friend Function in

C++

6. Write a Program for Maximum of two distances of different object using Friend Function in

C++

7. Write a Program for Addition and Subtraction of Two Polynomial Object using Operator

Overloading in C++

8. Write a C++ program to Implement Matrix Class using Constructor, Destructor, Copy

Constructor, Overloading assignment operator.

9. Write a C++ program to implement complex number class with operator overloading and type

conversions such as integer to complex, double to complex, complex to double.

10.Implement complex number class with necessary operator overloading and type conversions

such as integer to complex, double to complex, complex to double etc.

Implement Matrix class with dynamic memory allocation and necessary methods. Give proper

constructor, destructor, copy constructor, and overloading of assignment operator.

Overload the new and delete operators to provide custom dynamic allocation of memory.

11.Write a C++ program to Overload the new and delete operators for addition of vector

elements to provide custom dynamic allocation of memory.

12.Write a Program for String concatenation using Operator Overloading concept in C++

13.Write a Program for Implementation of Arithmetic Operations on Complex numbers using

Constructor Overloading in C++.

14.Write a Program for String concatenation using Dynamic Memory Allocation in C++

15.Write a C++ program to implement the template of linked list class

16.Write a C++ program to implement the Templates of standard sorting algorithms such as

bubble sort, insertion sort, merge sort, and quick sort.

17.Write a Program for Implementation of Virtual Base Class in C++.


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18.Define Point class and an Arc class. Define a Graph class which represents graph as a

collection of Point objects and Arc objects. Write a method to find a minimum cost spanning

tree in a graph.

19.Develop with suitable hierarchy, classes for Point, Shape, Rectangle, Square, Circle, Ellipse,

Triangle, Polygon, etc. Design a simple test application to demonstrate dynamic

polymorphism and RTTI.

20.Develop a template of linked-list class and its methods.

21.Design stack and queue classes with necessary exception handling.

22.Write a C++ program that randomly generates complex numbers (use previously designed

Complex class) and writes them two per line in a file along with an operator (+, -, *, or /). The

numbers are written to file in the format (a + ib). Write another program to read one line at a

time from this file, perform the corresponding operation on the two complex numbers read,

and write the result to another file (one per line).

23.Write a C++ program to implement the Queue class with necessary exception handling.

24.Write a Program for Student Grade Calculations in C++.

25.Write a Program for Employee Details in C++.

26.Write a Program for Convert Fahrenheit to Celsius in C++.

27.Write a Program for Implementation of Addition Operation of Octal Object in C++

28.Write a Program for Managing Bank Account using Inheritance concept in C++.

29.Write a Program for Area of different dimensions using Virtual Function in C++.

30.Write a Program for Implementation of Pure Virtual Function in C++.

Java:

31.Write a Program for Area of Different Dimension Using Interface in Java

32.Write a Program for Student Mark Details using Interface in Java.

33.Write a Program for Developing Packages in Java

34.Write a Program for Arithmetic operations in Java

35.Write a Program to Implement Exceptions in Java.

36.Write a Program for Largest of two numbers in Java

37.Write a Program for Addition of two numbers using Data Input Stream in Java.

38.Write a Program for Program to Implement Exceptions in Java.

39.Write a Program for Odd or Even using Data Input Stream in Java

40.Write a Program for Factorial using Data Input Stream in Java.


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Documents

Eee 5th V sem CS 2312 Oop lab manual