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C++ Library Management System Project (LMS)
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Library system Features/Methods:
- Add Book
- Add Teachers
- Add Students
- Issue book to teachers
- Issue book to student
- Return book from teachers
- Return book from students
- Display all books
- Display all teachers
- Display all students
- Check book is issued or not?
- Check all issued books
How you can use or run this code:
Copy the bellow mentioned class in separate files like book
class in book.ccp file, teacher class in teacher.cpp, student in student.cpp
and main in main.cpp
After that compile and run the main class.
download from here: https://drive.google.com/file/d/0B599xkio99pxd0NyX0d5OWNZTFE/edit
Overview:
This tutorial is about Library Management System, created in
C++. It is a small library system.
In this system user can add books, teachers and students
it’s a default. Default means first you enter these three things. After that
you can issue the books to teachers or students. Teachers can issue the 3 books
at a time but a student can issue the single book at a time. Book return
functionality is also available on this system.
C++ Library Management System has different search
criteria’s as mention in above.
Library Management System has 4 main classes
Classes:
- Book Class
- Teacher
- Student
- Main
Book Class:
Book class manages the books like book number, book name and
book issued or not.
Here is a code of book class:
#include <cstdlib>
#include <iostream>
#include <string>
using namespace std;
class book
{
protected:
int b_no;
string bname;
int bissued;
public:
book();
void
set_bname(string bn);
string
get_bname();
void
set_bno(int b_no);
int
get_bno();
void
set_bissued(int b_iss);
int
get_bissued();
};
book::book()
{
b_no =
0;
bissued
= 0;
}
void book :: set_bname(string bn)
{
bname = bn;
}
void book :: set_bno(int bno)
{
b_no = bno;
}
void book :: set_bissued(int b_iss)
{
bissued =
b_iss;
}
string book :: get_bname()
{
return
bname;
}
int book :: get_bno()
{
return b_no;
}
int book :: get_bissued()
{
return
bissued;
}
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Teacher Class:
Teacher class manages the all teacher related things like
teacher name, book issued limit and book no (which is issued to teacher).
Here is a code of teacher class:
#include <cstdlib>
#include <iostream>
#include <string>
using namespace std;
class teacher
{
public:
string name;
int limit;
int emp_code;
int bno[3];
public:
teacher();
void set_limit(int lmt);
int get_limit();
//void set_emp_code(int lmt);
//int get_emp_code();
void set_name(string n);
string get_name();
void Insert_Teacher_Data(string tn, int lm);
};
teacher :: teacher()
{
limit = 0;
bno[0]=0;
bno[1]=0;
bno[2]=0;
}
void teacher :: set_limit(int lmt)
{
limit = lmt;
}
void teacher :: set_name(string n)
{
name = n;
}
int teacher :: get_limit()
{
return limit;
}
string teacher :: get_name()
{
return name;
}
void teacher :: Insert_Teacher_Data(string tn,
int lm)
{
this->set_name(tn);
this->set_limit(lm);
}
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Student Class:
Student class manages the all student related data like
student name, book issued limit and book no (which is issued to student).
Here is a code of student class:
#include <cstdlib>
#include <iostream>
#include <string>
using namespace std;
class Student
{
public:
string name;
int limit;
int bno;
public:
Student();
void set_limit(int lmt);
int get_limit();
void set_b_code(int bc);
int get_b_code();
void set_name(string n);
string get_name();
};
Student :: Student()
{
limit = 0;
bno = 0;
}
void Student :: set_limit(int lmt)
{
limit = lmt;
}
void Student :: set_name(string n)
{
name = n;
}
void Student :: set_b_code(int bc)
{
bno = bc;
}
int Student :: get_b_code()
{
return bno;
}
int Student :: get_limit()
{
return limit;
}
string Student :: get_name()
{
return name;
}
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Main Class:
All the activities are managed in the main class like add
book, add teacher, add student, book issue, book return, search etc.
Here is a code of Main class:
#include <cstdlib>
#include <iostream>
#include <string>
#include "book.cpp"
#include "teacher.cpp"
#include "student.cpp"
using namespace std;
int main(int argc, char *argv[])
{
const int
max_bk = 100, max_t = 5, max_std = 5;
book
bk[max_bk];
teacher
tec[max_t];
Student
std[max_std];
int bkn=0;
int tn=0;
int sn=0;
char ans;
char menu;
do
{
system("cls");
cout<<"----------------
Main Menu ---------------------------"<<endl;
cout<<"1. For Add Book"<<endl;
cout<<"2. Add Teacher"<<endl;
cout<<"3. Add Student"<<endl;
cout<<"4. Issue Book to Teacher"<<endl;
cout<<"5. For Return Book from teacher"<<endl;
cout<<"6. Issue Book to Student"<<endl;
cout<<"7. For Return Book from Student"<<endl;
cout<<"8. For Searching"<<endl;
cout<<"0. For Exit"<<endl;
cout<<"------------------------------------------------------"<<endl;
cout << "Select from Menu:";
cin>>menu;
switch (menu)
{
case '1':{
cout<<"---------------- Add Book
-----------------------"<<endl;
do{
string bn;
int bno;
cout << "Enter Book
Name";
cin>>bn;
cout << "Enter Book
Code:";
cin>>bno;
bk[bkn].set_bname(bn);
bk[bkn].set_bno(bno);
bk[bkn].set_bissued(0);
bkn++;
cout << "Enter another (y/n)?: " ;
cin
>> ans;
}
while ( ans != 'n' );
}break;
case '2':{
cout<<"---------------- Insert Teacher
-----------------------"<<endl;
do{
string tnm;
cout << "Enter
Teacher Name";
cin>>tnm;
tec[tn].set_name(tnm);
//bk[tn++].set_bno(bno);
tec[tn].set_limit(0);
tn++;
cout << "Enter another (y/n)?: " ;
cin
>> ans;
}
while ( ans != 'n' );
}break;
case
'3':{
cout<<"---------------- Insert Student
-----------------------"<<endl;
do{
string stdn;
cout << "Enter
Student Name";
cin>>stdn;
std[sn].set_name(stdn);
std[sn].set_b_code(0);
std[sn].set_limit(0);
sn++;
cout << "Enter another (y/n)?: " ;
cin
>> ans;
}
while ( ans != 'n' );
}break;
case '4':{
cout<<"---------------- Issue Book to Teacher
-----------------------"<<endl;
do{
string tnm;
int bcode;
cout << "Enter
Teacher Name";
cin>>tnm;
cout << "Enter Book
Code";
cin>>bcode;
for(int i=0; i<max_t; i++)
{
if(tec[i].get_name() == tnm)
{
int lm = tec[i].get_limit();
// cout<<"Limit is: "<<lm<<endl;
if(lm
<=3)
{
for(int k=0; k<max_bk; k++)
{
if(bk[k].get_bno()==bcode)
{
cout<<"Issued:
"<<bk[k].get_bissued()<<endl;
if(bk[k].get_bissued()==0)
{
bk[k].set_bissued(1);
tec[i].bno[lm] = bcode;
lm
= lm +1;
tec[i].set_limit(lm);
}
else
{
cout
<< "This Book is already issued" <<endl;
}
break;
}
}
}
else
{
cout << "You have reached the MAX Limit."<<endl;
}
}
}
cout << "Enter another (y/n)?: " ;
cin
>> ans;
}
while ( ans != 'n' );
}break;
case '5':{
cout<<"---------------- Return Book -----------------------"<<endl;
do{
string tnm;
int bcode;
cout << "Enter
Teacher Name";
cin>>tnm;
cout << "Enter Book
Code";
cin>>bcode;
for(int i=0; i<max_t; i++)
{
if(tec[i].get_name() == tnm)
{
for(int b=0;
b<3; b++)
{
int
bkno = tec[i].bno[b];
//cout<<"bk: "<<bkno<<endl;
if(bkno
== bcode)
{
int lm =
tec[i].get_limit();
// cout<<"Limit is: "<<lm<<endl;
if(lm <=3)
{
for(int
k=0; k<max_bk; k++)
{
if(bk[k].get_bno()==bcode)
{
//cout<<"Issued:
"<<bk[k].get_bissued()<<endl;
if(bk[k].get_bissued()==1)
{
bk[k].set_bissued(0);
lm
= lm - 1;
tec[i].set_limit(lm);
tec[i].bno[lm] = 0;
}
break;
}
}
}
}
}
}
}
cout << "Enter another (y/n)?: " ;
cin
>> ans;
}
while ( ans != 'n' );
}break;
case '6':{
cout<<"---------------- Issue Book to Student
-----------------------"<<endl;
do{
string stdn;
int bcode;
cout
<< "Enter student Name";
cin>>stdn;
cout << "Enter Book
Code";
cin>>bcode;
for(int i=0; i<max_std; i++)
{
if(std[i].get_name() == stdn)
{
int lm = std[i].get_limit();
// cout<<"Limit is: "<<lm<<endl;
if(lm == 0)
{
for(int k=0; k<max_bk; k++)
{
if(bk[k].get_bno()==bcode)
{
//cout<<"Issued:
"<<bk[k].get_bissued()<<endl;
if(bk[k].get_bissued()==0)
{
bk[k].set_bissued(1);
std[i].set_b_code(bcode);
lm = lm +1;
std[i].set_limit(lm);
}
else
{
cout << "This Book is already issued" <<endl;
}
break;
}
}
}
else
{
cout << "You have reached the MAX Limit."<<endl;
}
}
}
cout << "Enter another (y/n)?: " ;
cin
>> ans;
}
while ( ans != 'n' );
}break;
case '7':{
cout<<"---------------- Return Book
-----------------------"<<endl;
do{
string stdn;
int bcode;
cout << "Enter
student Name";
cin>>stdn;
cout << "Enter Book
Code";
cin>>bcode;
for(int i=0; i<max_std; i++)
{
if(std[i].get_name() == stdn)
{
for(int b=0;
b<3; b++)
{
int
bkno = std[i].get_b_code();
//cout<<"bk:
"<<bkno<<endl;
if(bkno
== bcode)
{
int lm = std[i].get_limit();
// cout<<"Limit is:
"<<lm<<endl;
if(lm ==1)
{
for(int k=0; k<max_bk; k++)
{
if(bk[k].get_bno()==bcode)
{
//cout<<"Issued:
"<<bk[k].get_bissued()<<endl;
if(bk[k].get_bissued()==1)
{
bk[k].set_bissued(0);
lm
= lm - 1;
std[i].set_limit(lm);
std[i].set_b_code(0);
}
break;
}
}
}
}
}
}
}
cout << "Enter another (y/n)?: " ;
cin
>> ans;
}
while ( ans != 'n' );
}break;
case '8':{
char
smenu;
system("cls");
cout<<"---------------- Search Menu
---------------------------"<<endl;
cout<<"1. For Display all Book"<<endl;
cout<<"2.
For Display all Teachers"<<endl;
cout<<"3. For Display all Student"<<endl;
cout<<"4. For check book is issued or
not"<<endl;
cout<<"5. For check all issued Book"<<endl;
cout<<"------------------------------------------------------"<<endl;
cout << "Select from
Menu: ";
cin>>smenu;
switch
(smenu)
{
case '1':{
for(int i=0; i<max_bk; i++)
{
cout<<"Name is:
"<<bk[i].get_bname()<<endl;
cout<<"Book Code:
"<<bk[i].get_bno()<<endl;
cout<<"Book issued:
"<<bk[i].get_bissued()<<endl;
}
system("pause");
}break;
case '2':{
for(int i=0; i<max_t; i++)
{
cout<<"Name is:
"<<tec[i].get_name()<<endl;
cout<<"Limit is:
"<<tec[i].get_limit()<<endl;
for(int j=0;
j<3; j++)
{
cout<<"Book Code: "<<tec[i].bno[j]<<endl;
}
}
system("pause");
}break;
case '3':{
for(int i=0; i<max_std; i++)
{
cout<<"Name
is: "<<std[i].get_name()<<endl;
cout<<"Book Code:
"<<std[i].get_b_code()<<endl;
cout<<"Limit is:
"<<std[i].get_limit()<<endl;
}
system("pause");
}break;
case '4':{
int bk_no;
cout << "Book Code:
";
cin>>bk_no;
for(int i=0; i<max_bk; i++)
{
if(bk[i].get_bno()==bk_no)
{
cout<<"Name is:
"<<bk[i].get_bname()<<endl;
cout<<"Book Code:
"<<bk[i].get_bno()<<endl;
if(bk[i].get_bissued()==1)
{
cout<<"Book is issued. "<<endl;
}
else
{
cout<<"Book is not issued. "<<endl;
}
}
}
system("pause");
}break;
case '5':{
for(int i=0; i<max_bk; i++)
{
if(bk[i].get_bissued()==1)
{
cout<<"Name is:
"<<bk[i].get_bname()<<endl;
cout<<"Book Code:
"<<bk[i].get_bno()<<endl;
}
}
system("pause");
}break;
default:{
break;
} break;
}
}break;
default:{
cout << "Realy want to Exit
(y/n)?: " ;
cin >> menu;
} break;
}
}while(menu!='y');
system("pause");
return 0;
}
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nice article for beginners.thank you for sharing useful post.
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