C++ Programs
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C++ LAB ASSIGNMENT
VRINDA KAUSHAL 2ND SEMESTER SECTION - A BBA (CAM) 1031211908
1. TO PRINT “HELLO” :-
#include #include void main() { clrscr(); cout<<" HELLO"; getch(); }
2. TO PRINT A=10 :#include #include void main() { clrscr(); int a=10; cout<
3. TO PRINT “A=10” :#include #include void main() { clrscr(); int a=10; cout<<"a="<
4. TO PRINT CHARACTER :#include #include void main() { clrscr(); char a='z'; cout<
5. TO PRINT FLOAT VALUE :#include #include void main() { clrscr(); float a=26935.635; cout<
6. TO PRINT THE VALUE OF TWO NUMBERS :#include
#include void main() { clrscr(); int a,b; cout<<"Enter the value of a"; cin>>a; cout<<"Enter the value of b"; cin>>b; getch(); }
7. TO PRINT THE SUM OF TWO NUMBERS :#include #include void main() { clrscr(); int a,b,c; cout<<"Enter the value of a"; cin>>a; cout<<"Enter the value of b"; cin>>b; c=a+b; cout<<"c="<
8. TO SWAP THE VALUES OF TWO NUMBERS USING THIRD VARIABLE :#include #include void main()
{ clrscr(); int a,b,c; cout<<"Enter the value of a"; cin>>a; cout<<"Enter the value of b"; cin>>b; c=a; a=b; b=c; cout<
9. TO SWAP THE VALUES OF TWO NUMBERS WITHOUT USING THIRD VARIABLE :#include #include void main() { clrscr(); int a,b; cout<<"Enter the value of a"; cin>>a; cout<<"Enter the value of b"; cin>>b; a=a+b; b=a-b; a=a-b; cout<
10.
TO ENTER BASIC SALARY OF AN EMPLOYEE :-
#include #include void main() { clrscr(); int basic,hra,pf,da,total; cout<<"Enter the value of basic"; cin>>basic; hra=basic*0.12; cout<<"hra="< #include void main() { clrscr(); int i=20,j=10,a,s,m,d; a=i+j; cout<<"a="< #include void main() { clrscr(); int basic; cout<<"Enter the employee basic"; cin>>basic; if(basic<5000) cout<<"B"; else cout<<"A"; getch(); }
14. TO PRINT THE BASIC SALARY WITH A, B OR C GRADES :#include #include void main() { clrscr(); int basic; cout<<"Enter the employee basic"; cin>>basic; if(basic<=5000) cout<<"C"; else if(basic>=5000 && basic<15000) cout<<"B"; else cout<<"A"; getch(); }
15. TO CHECK WHETHER THE GIVEN YEAR IS LEAP YEAR OR NOT:#include #include void main() { clrscr(); int year; cout<<"Enter the Year"; cin>>year; if(year%4==0) cout<<"Leap Year"; else cout<<"Not a Leap Year"; getch(); }
16. TO CHECK WHETHER THE GIVEN CHARACTER IS VOWEL OR CONSONANT :#include #include void main() { clrscr(); char z; cout<<"Enter the character of z"; cin>>z; if(z=='a'||z=='e'||z=='i'||z=='o'||z=='u') cout<<"Vowel"; else cout<<"Consonant"; getch(); }
17. TO PRINT THE TABLE :#include #include void main() { clrscr(); int x,y=1; cout<<"Enter the value of x"; cin>>x; while(y<=10) { cout<<x*y<<endl; y++; } getch(); }
18. TO PRINT THE NUMBERS FROM 1 TO 20 :#include #include void main() { clrscr(); int y=1; while(y<=20) { cout<
} getch(); }
19. TO SUM UP FROM 1 TO 20 AND PRINT IT :#include #include void main() { clrscr(); int y=1,sum=0; while(y<=20) { cout<>a; while(a!=0) { b=a%10; cout<
21. TO PRINT FROM 1 TO 50 WITH EVEN OR ODD :#include #include void main() {
clrscr(); int y=1; while(y<=50) { if(y%2==0) cout<<" Even"<<endl; else cout<<" Odd"<<endl; cout<
22.TO CHECK THE CONDITION OF WHILE :#include #include void main() { clrscr(); int a=12; do { cout<
23. TO PRINT FROM 1 TO 10 USING WHILE LOOP :#include #include void main() { clrscr(); int a=1; do { cout<
24. TO CHECK WHATHER THE NUMBER IS EVEN OR ODD :#include #include void main() { clrscr(); int n; cout<<"Enter the value of n"; cin>>n; if(n%2==0) cout<<"Even number"; else
cout<<"Odd number"; getch(); }
25. TO PRINT THE TOTAL OF A NUMBER :#include #include void main() { clrscr(); int a,b,sum=0; cout<<"Enter the value of a"; cin>>a; while(a!=0) { b=a%10; sum=sum+b; a=a/10; } cout<<sum; getch(); }
26.TO PRINT FROM A TO Z USING FOR :#include #include void main() { clrscr(); char a; for(a=65;a<=90;a++)
{ cout<
27. TO PRINT A NUMBER TRIANGLE :#include #include void main() { clrscr(); int a,b; for(a=1;a<=6;a++) { for(b=1;b<=a;b++) { cout<
28. TO PRINT TABLE USING FOR LOOP :#include #include void main() { clrscr(); int a,b; cout<<"Enter the value of a"; cin>>a; for(b=1;b<=10;b++) { cout<
29. TO CHECK WHETHER THE NUMBER IS EVEN OR ODD AND ASK TO CONTINU FURTHER OR NOT :#include #include void main() { clrscr(); int a; char z;
do { cout<<"Enter the value of a"; cin>>a; if(a%2==0) cout<<"Even no."<<endl; else cout<<"Odd no."<<endl; cout<<"Do you want to continue Y/N"; cin>>z; } while(z=='y'||z=='Y'); getch(); }
30. TO PRINT FROM Z TO A :#include #include void main() { clrscr(); char z; for(z=90;z>=65;z--) { cout<
31. TO PRINT A TRIANGLE OFCHARACTERS :#include #include void main() { clrscr(); char a; int i; for(i=0;i<=6;i++) { for(a=65;a<=70-i;a++) { cout<
32. TO PRINT CHARACTERS - DOWNWARD TRIANGLE :#include #include void main() { clrscr(); char a; int i,j; for(i=0;i<=6;i++) { for(a=65;a<=70-i;a++) { cout<=65;a--) { cout<
33. TO PRINT CHARACTERS – UPWARD TRIANGLE :#include #include void main() { clrscr(); char a; int i,j; for(i=6;i>=0;i--) { for(a=65;a<=70-i;a++) {
cout<0;j--) { cout<<" "; } for(a=70-i;a>=65;a--) { cout<
34. TO SUM UP THE NUMBERS AND PRINT THEM :#include #include void main() { clrscr(); int i,a=0,b=1,c; cout<
35. TO PRINT LEFTSIDE TRIANGLE OF NUMBERS :#include #include void main() { clrscr(); int i,j,k,l; for(i=1;i<=6;i++) { for(j=1;j<=i;j++) { cout<<j; } cout<<endl; } for(k=5;k>=1;k--) { for(l=1;l<=k;l++) { cout<
36. TO PRINT THE NUMBERS AS A TRIANGLE AND OF ONE KIND IN ONE ROW :#include #include void main() { clrscr(); int i,j; for(i=1;i<=6;i++) { for(j=1;j<=i;j++) { cout<
37. TO PRINT “HELLO” IN A CONTINUATION :#include #include void main() { clrscr(); int i,j;
for(i=1;i<=6;i++) { for(j=1;j<=i;j++) { cout<<"Hello"; } cout<<endl; } getch(); }
38. TO PRINT THE CHARACTERS AS A TRIANGLE AND OF ONE KIND IN ONE ROW :#include #include void main() { clrscr(); int i,j; char a=65; for(i=1;i<=6;i++) { for(j=1;j<=i;j++) { cout<
39. TO PRINT A STAR OF UPWARD TRIANGLE :#include #include void main() { clrscr(); int i,j,k; for(i=1;i<=6;i++) { for(j=i;j<=6;j++) { cout<<" "; } for(k=1;k<=i;k++) { cout<<" *"; } cout<<endl; } getch(); }
40. TO PRINT A STAR OF DOWNWARD TRIANGLE :#include #include void main() { clrscr(); int i,j,k; for(i=6;i>=1;i--)
{ for(j=i;j<=6;j++) { cout<<" "; } for(k=1;k<=i;k++) { cout<<" *"; } cout<<endl; } getch(); }
41. TO PRINT STARS AS A SHAPE OF DIAMOND :#include #include void main() { clrscr(); int a,b,c,d,e,f; for(a=1;a<=6;a++) { for(b=a;b<=6;b++) { cout<<" "; } for(c=1;c<=a;c++) { cout<<" *"; } cout<<endl; } for(d=5;d>=1;d--) { for(e=d;e<=6;e++) { cout<<" "; } for(f=1;f<=d;f++)
{ cout<<" *"; } cout<<endl; } getch(); }
42. TO PRINT NUMBER TRIANGLE :#include #include void main() { clrscr(); int a,b,c,d; for(a=1;a<=7;a++) { for(b=a;b<=7;b++) { cout<<" "; } for(c=1;c<=a;c++) { cout<=1;d--) { cout<
43. TO PRINT THE SHAPE OF A HUT :#include #include void main() { clrscr(); int a,b,c,d; for(a=1;a<=6;a++) { for(b=a;b<=6;b++) { cout<<" "; } for(c=1;c<=a;c++) { cout<<" *"; } cout<<endl; } for(d=1;d<=6;d++) { cout<<" * * * *"; cout<<endl; } getch(); }
44. TO PRINT THE SHAPE OF DOWNWARD TRIANGLE WITH NUMBERS :#include #include void main() { clrscr(); int a,b,c,d; for(a=0;a<=6;a++) { for(b=1;b<=6-a;b++) { cout<=1;d--) { cout<
45. TO PRINT TWO NUMBERS AND USE THE SWITCH CASE :#include #include void main() { clrscr(); int a,b,c; cout<<"Enter the value of a"; cin>>a; cout<<"Enter the value of b";
cin>>b; cout<<"Enter the case"; cin>>c; switch(c) { case 1: cout<
46. TO USE SWITCH CASE WITH DO – WHILE :#include #include void main() { clrscr(); char a,z; do { cout<<"Enter the case"; cin>>a; switch(a) { case 'A': cout<<"Sunday"; break; case'B': cout<<"Monday";
break; case 'C': cout<<"Tuesday"; break; case 'D': cout<<"Wednesday"; break; case 'E': cout<<"Thrusday"; break; case 'F': cout<<"Friday"; break; case 'G': cout<<"Saturday"; break; default: cout<<"No match case"; }
47. TO SHOW THE USE OF GOTO :#include #include void main() { clrscr(); int a,b; char c; x: cout<<"Enter the value of a"; cin>>a; cout<<"Enter the value of b"; cin>>b; a=a+b; cout<<"\n\Do you want to continue Y/N"; cin>>c; if(c=='y'||c=='Y') goto x; getch(); }
48. TO DECLARE & DEFINE THE FUNCTIONS WITH NO ARGUMENTS AND NO RETURN VALUES. #include #include void add() { int a,b; cout<<"Enter the value of a & b"; cin>>a>>b; cout<>a; for(i=1;i<=10;i++) { cout<>a; if(a%2==0) { cout<<"Even no."<<endl; } else { cout<<"Odd n."<<endl; } } void main() { put(); getdata();
add(); getch(); }
49. USE OF SWICTH CASE WITH FUNCTIONS HAVING NO ARGUMENTS AND RETURN VALUE. #include #include #include<stdlib.h> void add() { int a,b; cout<<"Enter the value of a & b"; cin>>a>>b; cout<>a; for(i=1;i<=10;i++) { cout<>a; if(a%2==0) { cout<<"Even no."<<endl; }
else { cout<<"Odd n."<<endl; } } void main() { int z=0; clrscr(); while (z<5) { cout<<"1 add \n 2 getdata \n 3 put \n 4 exit \n"; cout<<"Enter the choice "; cin>>z; switch(z) { case 1: add(); break; case 2: getdata(); break; case 3: put(); break; case 4: exit(0); } getch(); } }
50. DECLARE & DEFINE FUNCTION WITH ARGUMENTS AND NO RETURN VALUE. #include #include sum (int x,int y); void main () { int a,b; cout<<"Enter the value of a & b"; cin>>a>>b; sum (a,b); getch(); } sum (int x, int y) { int p = x+y; cout<
51. DECLARE & DEFINE FUNCTION WITH ARGUMENTS AND RETURN VALUE. #include #include sum(int x,int y); void main () { int a,b; cout<<"Enter the value of a & b"; cin>>a>>b; sum(a,b); cout<<sum(a,b); } sum(int x,int y) { int p = x+y; return(p); }
52. CALLING OF A FUNCTION WITHIN ANOTHER FUNCTION. #include #include sum(int x,int y); sub(int x,int y); mul(int x,int y); div(int x,int y); void main() { clrscr(); int a,b,c; cout<<"Enter the value of a & b"; cin>>a>>b; c=sum(a,b); cout<<"Sum="< #include void main() { int a[5],i; for (i=0;i<=4;i++) { cout<<"Enter the elements"; cin>>a[i]; } for (i=4;i>=0;i--) {
cout<
55. TO FIND THE SUM OF ARRAYS. #include #include void main() { int a[5],i,sum=0; for (i=0;i<=4;i++) { cout<<"Enter the elements"; cin>>a[i]; } for (i=0;i<=4;i++) { sum=sum+a[i]; } cout<<sum; getch(); }
56. TO FIND EVEN AND ODD WITH THE HELP OF ARRAYS. #include #include void main() { int a[5],i;
for (i=0;i<=4;i++) { cout<<"Enter the elements"; cin>>a[i]; } for (i=0;i<=4;i++) { if(a[i]%2==0) { cout<<"Even no."<
57. SORT THE ORDER WITH THE HELP OF ARRAYS. #include #include void main() { int a[5],i,j,k; for (i=0;i<=4;i++) { cout<<"Enter the elements"; cin>>a[i]; } for (i=0;i<=4;i++) { for (j=i;j<=4;j++) { if(a[i]>a[j]) { k=a[i]; a[i]=a[j]; a[j]=k
} } } for (i=0;i<=4;i++) { cout<
58. SHOW THE USE OF TWO DIMENSIONAL ARRAYS. #include #include void main() { int a[3][3],i,j; for (i=0;i<3;i++) { for (j=0;j<3;j++) { cin>>a[i][j]; } } for (i=0;i<3;i++) { for (j=0;j<3;j++) { cout<
59. SHOW THE USE OF STRING IN ONE DIMENSIONAL ARRAY. #include #include void main() { char name[10]; cout<<"Enter the name"; cin>>name; cout<
60. SHOW THE USE OF STRINGS IN TWO DIMENSIONAL ARRAYS. #include #include void main() { char name[5][10]; int i; for(i=0;i<5;i++) { cout<<"Enter the name"; cin>>name[i]; } for(i=0;i<5;i++) { cout<
61. SHOW THE USE OF STRING LENGTH FUNCTION. #include #include #include<string.h> void main() { char name[10]; int l; cout<<"Enter the name"; cin>>name; l = str len(name); cout<
62. SHOW THE USE OF STRING COPY FUNCTION. #include #include #include<string.h> void main() { char z[10],y[10]; cout<<"Enter the string of z"; cin>>z; str cpy(y,z); cout<
63. COMPARE TO FUNCTIONS WITH THE HELP OF STRING COMPARE FUNCTION. #include #include #include<string.h> void main() { char z[10],y[10]; cout<<"Enter the string of z"; cin>>z; cout<<"Enter the string of y"; cin>>y; if(str cmp(z,y)==0) cout<<"String is equal"; else cout<<"String is not equal"; getch(); }
64. SHOW THE USE OF STRING REVERSE FUNCTION. #include #include #include<string.h> void main() { char z[10]; int *p; cout<<"Enter the name"; cin>>z; p =str rev(z) cout<
65. SHOW THE USE OF STRING CONCATENATION FUNCTION. #include #include #include<string.h> void main() { char z[10],y[10],p[20]; int *p; cout<<"Enter the string of z"; cin>>z; cout<<"Enter the string of y"; cin>>y; str cat(p,z) str cat(p,y) cout<
66. USE OF POINTER. #include #include #include<string.h> void main() { int a=10,*p,z; p = &a; z = *p; *p = 40; cout<<"a="< #include #include<string.h> void main() { int a=20,*p,z,**p1; p = &a; z = *p; p1 = &p; **p1 = 50; cout<<"a="< #include swap(int x,int y); void main() { int a,b; cout<<"Enter the value of a"; cin>>a; cout<<"Enter the value of b"; cin>>b; swap(&a , &b) getch(); } swap(int *x,int *y)
{ int p = *x; *x = *y; *y = p; cout<<"*x="<<*x<<endl; cout<<"*y="<<*y<<endl; }
69. TO DEFINE A STRUCTURE. #include #include void main() { struct emp { int code; char name[10]; }e; cout<<"Enter the emp code"; cin>>e.code; cout<<"Enter the emp name"; cin>>e.name; cout<<"Emp code="<>e.code; cout<<"Enter the emp name"; cin>>e.name; } for(i=0;i<5;i++) { cout<<"Emp code="<<e[i].code<<endl; cout<<"Emp name="<<e[i].name<<endl; } getch(); }
71. SHOW ARRAY OF POINTERS. #include #include void main() { int a=10, b=20, c=30, d=40, e=50; int *ar[5],i; ar[0] = &a; ar[1] = &b; ar[2] = &c; ar[3] = &d;
ar[4] = &e; for(i=0;i<=4;i++) { cout<<"Value="<<*ar[i]<<"Add="<<ar[i]<<endl; } getch(); }
72. TO DEFINE A STRUCTURE WITHIN ANOTHER STRUCTURE. #include #include void main() { struct emp { int code; char name[10]; }; struct student int roll no., char name[10]; struct emp e; }s; cout<<"Enter the student roll no."; cin>>s.roll no.; cout<<"Enter the student name"; cin>>s.name; cout<<"Enter the emp code"; cin<<s.e.code; cout<<"Enter the emp name"; cin>>s.e.name; cout<<"St. Rollno.="<<s.roll no.<<endl; cout<<"St. Name="<<s.name<<endl; cout<<"Emp Code="<<s.e.code<<endl; cout<<"Emp Name="<<s.e.name<<endl; getch(); }
73. TO DEFINE A STRUCTURE WITH THE USE OF ARRAYS. #include #include void main() { struct emp { int code; char name[10]; }; struct student int roll no., char name[10]; struct emp e; }s[5]; int i; for(i=0;i<5;i++) { cout<<"Enter the student roll no."; cin>>s.roll no.; cout<<"Enter the student name"; cin>>s.name; cout<<"Enter the emp code"; cin<<s.e.code; cout<<"Enter the emp name"; cin>>s.e.name; } for(i=0;i<5;i++) { cout<<"St. Rollno.="<<s.roll no.<<endl; cout<<"St. Name="<<s.name<<endl; cout<<"Emp Code="<<s.e.code<<endl; cout<<"Emp Name="<<s.e.name<<endl; } getch(); }
74.TO DECLARE A CLASS. #include #include class emp { int code; char name[10]; public: void getdata() { cout<<"Enter the emp code"; cin<>name; } void put() { cout<<"Emp Code="<>name; } void put() { cout<<"Emp Code="<
77. TO CREATE A CONSTRUCTOR. #include #include class A { int a; public: A() { a=10; } void show() { cout<
} }; void main() { A a2; a2.show(); getch(); }
78. TO CREATE A CONSTRUCTOR WITH THE ARGUMENT. #include #include class A { int a; public: A(int x) { a= x; } void show() { cout<
79. TO CREATE A DESTRUCTOR. #include
#include class A { int a; public: A(int x) { a= x; } void show() { cout<
80. TO CREATE A FRIEND FUNCTION. #include #include class B; class A { int a; public: A() { a=10; } void friend show(A,B); }; class B { int z; public: B()
{ z=20; } void friend show(A,B); }; void show(A a2, B b2) { cout<
81. TO CREATE A FUNCTION MEMBER OVERLOADING. #include #include class A { public: void add() { cout<<"Rahul"<<endl; } void add(int x) { cout<<x<<endl; } void add(int x, int y) { cout<<x+y; } }; void main() { A a2; a2.add(); a2.add(10); a2.add(10,20); getch();
}
82. TO CREATE A CONSTRUCTOR OVERLOADING WITH ARGUMENTS. #include #include class A { public: A (char *p) { cout<
83. TO CREATE A CONSTRUCTOR OVERLOADING WITHOUT ARGUMENTS.
#include #include class A { public: A (char *p) { cout<
84. TO CREATE A OPERATOR OVERLOADING. #include #include class A { public: int a; A() { a = 10; } void operator ++() { a++; } void show()
{ cout<
85. TO CREATE A STATIC DATA MEMBERS. #include #include class A { static int a; public: void add() { a++; } void show() { cout<
86. TO CREATE A SINGLE-LEVEL INHERITANCE. #include #include class A { public: void show() { cout<<"Class A"<<endl; } }; class B: class A { public: void put() { cout<<”Class B”; } }; void main() { B b2; b2.show(); b2.put(); getch(); }
87. TO CREATE A MULTI-LEVEL INHERITANCE. #include #include class A { public: void show() { cout<<"Class A"<<endl;
} }; class B: class A { public: void show1() { cout<<”Class B”<<endl; } }; class C : public B { public: void show2() { cout<<”Class C”; } }; void main() { C e; e.show(); e.show1(); e.show2(); getch(); }
88. TO CREATE A MULTIPLE-LEVEL INHERITANCE. #include #include class A { public: void show() { cout<<"Class A"<<endl; } }; class B { public: void show1()
{ cout<<”Class B”<<endl; } }; class C : public A, public B { public: void show2() { cout<<”Class C”; } }; void main() { C e; e.show(); e.show1(); e.show2(); getch(); }
89. TO CREATE A HYBRID INHERITANCE. #include #include class A { public: void show() { cout<<"Class A"<<endl; } }; class B: class A { public: void get() { cout<<”Class B”<<endl; } }; class C : public A {
public: void put() { cout<<”Class C”<<endl; } }; void main() { B b2; C c1; b2.show(); b2.get(); c2.put(); getch(); }
90. TO CREATE A HIERARCHIAL INHERITANCE. #include #include class A { int a; public: void add() { cout<<"Enter the value of a”; cin>>a; } }; void sum() { cout<
cin rel="nofollow">>a>>b; } }; class C : public virtual A { protected: float p; public: void getdata() { cout <<"Enter the value of p”; cin>>p; } }; class D: public B , public C { int total; public: void display() { total=a+b+p; cout<
91. TO SHOW POLYMORPHISM. #include #include class A { public: void virtual show()
{ cout<<"class A”<<endl; } }; class B : public A { public: void show() { cout <<"class B”<<endl; } }; class C : public A { public: void show () { cout <<"class C ”<<endl; } }; void main() { A *p; B b1; C c1; p = &b1 p → show(); p = &c1; p → show(); getch(); }
92. TO CREATE A PURE VIRTUAL FUNCTION. #include #include class A { public: void virtual show() = 0; }; class B : public A {
public: void show() { cout <<"class B”<<endl; } }; class C : public A { public: void show () { cout <<"class C ”<<endl; } }; void main() { A *p; B b1; C c1; p = &b1 p → show(); p = &c1; p → show(); getch(); }
93. TO SHOW THE USE OF GET(). #include #include void main() { char a; cout<<”Enter the char of a”; cin.get(a); cout<
94. TO SHOW THE USE OF PUT(). #include #include void main() { char a = ‘z’; cin.get(a); cout<
95. TO SHOW THE USE OF GETLINE(). #include #include void main() { char name[10]; cout<<”Enter the name”; cin.getline(name,10); cout<
96. TO SHOW THE USE OF WRITE(). #include #include void main()
{ char name[10] = “RAHUL”; cout.write(name,10); getch(); }
VRINDA KAUSHAL 2ND SEMESTER SECTION - A BBA (CAM) 1031211908
1. TO PRINT “HELLO” :-
#include
2. TO PRINT A=10 :#include
3. TO PRINT “A=10” :#include
4. TO PRINT CHARACTER :#include
5. TO PRINT FLOAT VALUE :#include
6. TO PRINT THE VALUE OF TWO NUMBERS :#include
#include
7. TO PRINT THE SUM OF TWO NUMBERS :#include
8. TO SWAP THE VALUES OF TWO NUMBERS USING THIRD VARIABLE :#include
{ clrscr(); int a,b,c; cout<<"Enter the value of a"; cin>>a; cout<<"Enter the value of b"; cin>>b; c=a; a=b; b=c; cout<
9. TO SWAP THE VALUES OF TWO NUMBERS WITHOUT USING THIRD VARIABLE :#include
10.
TO ENTER BASIC SALARY OF AN EMPLOYEE :-
#include
14. TO PRINT THE BASIC SALARY WITH A, B OR C GRADES :#include
15. TO CHECK WHETHER THE GIVEN YEAR IS LEAP YEAR OR NOT:#include
16. TO CHECK WHETHER THE GIVEN CHARACTER IS VOWEL OR CONSONANT :#include
17. TO PRINT THE TABLE :#include
18. TO PRINT THE NUMBERS FROM 1 TO 20 :#include
} getch(); }
19. TO SUM UP FROM 1 TO 20 AND PRINT IT :#include
21. TO PRINT FROM 1 TO 50 WITH EVEN OR ODD :#include
clrscr(); int y=1; while(y<=50) { if(y%2==0) cout<<" Even"<<endl; else cout<<" Odd"<<endl; cout<
22.TO CHECK THE CONDITION OF WHILE :#include
23. TO PRINT FROM 1 TO 10 USING WHILE LOOP :#include
24. TO CHECK WHATHER THE NUMBER IS EVEN OR ODD :#include
cout<<"Odd number"; getch(); }
25. TO PRINT THE TOTAL OF A NUMBER :#include
26.TO PRINT FROM A TO Z USING FOR :#include
{ cout<
27. TO PRINT A NUMBER TRIANGLE :#include
28. TO PRINT TABLE USING FOR LOOP :#include
29. TO CHECK WHETHER THE NUMBER IS EVEN OR ODD AND ASK TO CONTINU FURTHER OR NOT :#include
do { cout<<"Enter the value of a"; cin>>a; if(a%2==0) cout<<"Even no."<<endl; else cout<<"Odd no."<<endl; cout<<"Do you want to continue Y/N"; cin>>z; } while(z=='y'||z=='Y'); getch(); }
30. TO PRINT FROM Z TO A :#include
31. TO PRINT A TRIANGLE OFCHARACTERS :#include
32. TO PRINT CHARACTERS - DOWNWARD TRIANGLE :#include
33. TO PRINT CHARACTERS – UPWARD TRIANGLE :#include
cout<
34. TO SUM UP THE NUMBERS AND PRINT THEM :#include
35. TO PRINT LEFTSIDE TRIANGLE OF NUMBERS :#include
36. TO PRINT THE NUMBERS AS A TRIANGLE AND OF ONE KIND IN ONE ROW :#include
37. TO PRINT “HELLO” IN A CONTINUATION :#include
for(i=1;i<=6;i++) { for(j=1;j<=i;j++) { cout<<"Hello"; } cout<<endl; } getch(); }
38. TO PRINT THE CHARACTERS AS A TRIANGLE AND OF ONE KIND IN ONE ROW :#include
39. TO PRINT A STAR OF UPWARD TRIANGLE :#include
40. TO PRINT A STAR OF DOWNWARD TRIANGLE :#include
{ for(j=i;j<=6;j++) { cout<<" "; } for(k=1;k<=i;k++) { cout<<" *"; } cout<<endl; } getch(); }
41. TO PRINT STARS AS A SHAPE OF DIAMOND :#include
{ cout<<" *"; } cout<<endl; } getch(); }
42. TO PRINT NUMBER TRIANGLE :#include
43. TO PRINT THE SHAPE OF A HUT :#include
44. TO PRINT THE SHAPE OF DOWNWARD TRIANGLE WITH NUMBERS :#include
45. TO PRINT TWO NUMBERS AND USE THE SWITCH CASE :#include
cin>>b; cout<<"Enter the case"; cin>>c; switch(c) { case 1: cout<
46. TO USE SWITCH CASE WITH DO – WHILE :#include
break; case 'C': cout<<"Tuesday"; break; case 'D': cout<<"Wednesday"; break; case 'E': cout<<"Thrusday"; break; case 'F': cout<<"Friday"; break; case 'G': cout<<"Saturday"; break; default: cout<<"No match case"; }
47. TO SHOW THE USE OF GOTO :#include
48. TO DECLARE & DEFINE THE FUNCTIONS WITH NO ARGUMENTS AND NO RETURN VALUES. #include
add(); getch(); }
49. USE OF SWICTH CASE WITH FUNCTIONS HAVING NO ARGUMENTS AND RETURN VALUE. #include
else { cout<<"Odd n."<<endl; } } void main() { int z=0; clrscr(); while (z<5) { cout<<"1 add \n 2 getdata \n 3 put \n 4 exit \n"; cout<<"Enter the choice "; cin>>z; switch(z) { case 1: add(); break; case 2: getdata(); break; case 3: put(); break; case 4: exit(0); } getch(); } }
50. DECLARE & DEFINE FUNCTION WITH ARGUMENTS AND NO RETURN VALUE. #include
51. DECLARE & DEFINE FUNCTION WITH ARGUMENTS AND RETURN VALUE. #include
52. CALLING OF A FUNCTION WITHIN ANOTHER FUNCTION. #include
cout<
55. TO FIND THE SUM OF ARRAYS. #include
56. TO FIND EVEN AND ODD WITH THE HELP OF ARRAYS. #include
for (i=0;i<=4;i++) { cout<<"Enter the elements"; cin>>a[i]; } for (i=0;i<=4;i++) { if(a[i]%2==0) { cout<<"Even no."<
57. SORT THE ORDER WITH THE HELP OF ARRAYS. #include
} } } for (i=0;i<=4;i++) { cout<
58. SHOW THE USE OF TWO DIMENSIONAL ARRAYS. #include
59. SHOW THE USE OF STRING IN ONE DIMENSIONAL ARRAY. #include
60. SHOW THE USE OF STRINGS IN TWO DIMENSIONAL ARRAYS. #include
61. SHOW THE USE OF STRING LENGTH FUNCTION. #include
62. SHOW THE USE OF STRING COPY FUNCTION. #include
63. COMPARE TO FUNCTIONS WITH THE HELP OF STRING COMPARE FUNCTION. #include
64. SHOW THE USE OF STRING REVERSE FUNCTION. #include
65. SHOW THE USE OF STRING CONCATENATION FUNCTION. #include
66. USE OF POINTER. #include
{ int p = *x; *x = *y; *y = p; cout<<"*x="<<*x<<endl; cout<<"*y="<<*y<<endl; }
69. TO DEFINE A STRUCTURE. #include
71. SHOW ARRAY OF POINTERS. #include
ar[4] = &e; for(i=0;i<=4;i++) { cout<<"Value="<<*ar[i]<<"Add="<<ar[i]<<endl; } getch(); }
72. TO DEFINE A STRUCTURE WITHIN ANOTHER STRUCTURE. #include
73. TO DEFINE A STRUCTURE WITH THE USE OF ARRAYS. #include
74.TO DECLARE A CLASS. #include
77. TO CREATE A CONSTRUCTOR. #include
} }; void main() { A a2; a2.show(); getch(); }
78. TO CREATE A CONSTRUCTOR WITH THE ARGUMENT. #include
79. TO CREATE A DESTRUCTOR. #include
#include
80. TO CREATE A FRIEND FUNCTION. #include
{ z=20; } void friend show(A,B); }; void show(A a2, B b2) { cout<
81. TO CREATE A FUNCTION MEMBER OVERLOADING. #include
}
82. TO CREATE A CONSTRUCTOR OVERLOADING WITH ARGUMENTS. #include
83. TO CREATE A CONSTRUCTOR OVERLOADING WITHOUT ARGUMENTS.
#include
84. TO CREATE A OPERATOR OVERLOADING. #include
{ cout<
85. TO CREATE A STATIC DATA MEMBERS. #include
86. TO CREATE A SINGLE-LEVEL INHERITANCE. #include
87. TO CREATE A MULTI-LEVEL INHERITANCE. #include
} }; class B: class A { public: void show1() { cout<<”Class B”<<endl; } }; class C : public B { public: void show2() { cout<<”Class C”; } }; void main() { C e; e.show(); e.show1(); e.show2(); getch(); }
88. TO CREATE A MULTIPLE-LEVEL INHERITANCE. #include
{ cout<<”Class B”<<endl; } }; class C : public A, public B { public: void show2() { cout<<”Class C”; } }; void main() { C e; e.show(); e.show1(); e.show2(); getch(); }
89. TO CREATE A HYBRID INHERITANCE. #include
public: void put() { cout<<”Class C”<<endl; } }; void main() { B b2; C c1; b2.show(); b2.get(); c2.put(); getch(); }
90. TO CREATE A HIERARCHIAL INHERITANCE. #include
cin rel="nofollow">>a>>b; } }; class C : public virtual A { protected: float p; public: void getdata() { cout <<"Enter the value of p”; cin>>p; } }; class D: public B , public C { int total; public: void display() { total=a+b+p; cout<
91. TO SHOW POLYMORPHISM. #include
{ cout<<"class A”<<endl; } }; class B : public A { public: void show() { cout <<"class B”<<endl; } }; class C : public A { public: void show () { cout <<"class C ”<<endl; } }; void main() { A *p; B b1; C c1; p = &b1 p → show(); p = &c1; p → show(); getch(); }
92. TO CREATE A PURE VIRTUAL FUNCTION. #include
public: void show() { cout <<"class B”<<endl; } }; class C : public A { public: void show () { cout <<"class C ”<<endl; } }; void main() { A *p; B b1; C c1; p = &b1 p → show(); p = &c1; p → show(); getch(); }
93. TO SHOW THE USE OF GET(). #include
94. TO SHOW THE USE OF PUT(). #include
95. TO SHOW THE USE OF GETLINE(). #include
96. TO SHOW THE USE OF WRITE(). #include
{ char name[10] = “RAHUL”; cout.write(name,10); getch(); }
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