Project 3
/*
* project_3_Automobile_maintenance.c++
*
* Created on: 01-Apr-2024
* Author: CHIRAG
*/
/******************************************************************************/
output
#include <iostream> // for input/output display
using namespace std; // defining standard way of name space
#define size 2 // macros variable size declaring 2
#define MAXKM 50000 // max kilometer of the vehicel beyond which maintenance require
class vehicle // creating a class name vehicle
{ public:
// vehicle();
// ~vehicle();
public: // publicly defining string variable make,model,type for accessing outside class
string make, model,type;
enum TYPE{GAS,ELECTRIC,DIESEL}; // for type of the fuel varient
int year;
float odometer; // for odometer readings
virtual void setmake(); // to set information of make from user
virtual void putmake(); // to get information of make from user
virtual void setmodel(); // to set information of model from user
virtual void putmodel(); // to get information of model from user
virtual void setyear(); // to set information of year from user
virtual void putyear(); // to get information of year from user
virtual void setodometer(); // to set information of odometer from user
virtual void putodometer(); // to get information of odometer from user
};
void vehicle::setmake() // function to get information from user
{
cout<<"Enter make of the vehicle"<<endl;
cin >> make;
}
void vehicle::putmake() // for record
{
cout<<"\t"<<make;
}
void vehicle::setmodel() // function to get information from user
{
cout<<"\n Enter model of the vehicle"<<endl;
cin >> model;
}
void vehicle::putmodel() // for record
{
cout<<"\t"<<model;
}
void vehicle::setyear() // function to get information from user
{
cout<<"\n Enter manufactured year of the vehicle"<<endl;
cin >> year;
}
void vehicle::putyear() // for record
{
cout<<"\t"<<year;
}
void vehicle::setodometer() // function to get information from user
{
cout<<"\n Float data speedometer of the vehicle"<<endl;
cin >> odometer;
}
void vehicle::putodometer() // for record
{
cout<<"\t"<<odometer;
if(odometer>50000) // if kilometer driven by vehicle < 50000km
cout<<"\n Tyre Rotation to be done "<<endl; // tyre rotation no need to done status is pending
else
cout<<" \n Less than 50000 KMS -Tyre rotation can be done in next visit."<<endl; // if km driven is >50000 tyre rotation will require in next visiting hour
if(odometer < 400) // for odo meter reading <400km battery maintenance requirement as per condition below
cout<<"\n Battery need not be recharged"<<endl;
else
cout<<"\n Battery need to be recharged"<<endl; // else km driven is greater then 400 battery need to be recharge
}
void menudisplay() // for workshop requirement for service information or to add vehicle
{
cout << " 0. Quit.\n";
cout<< " 1. displayservices.\n";
cout<< " 2. Add vehicle.\n\n";
}
void displayservices()
{
cout<<"\n oil change or replace oil filter, replace air filter"<<endl; // service reuirement oil change replace oil filer
cout<<"replace fuel filter, tire rotations, infotainment debug"<<endl; // fuel filter
cout<<"replace spark plugs, replace the cabin filter, check the level"<<endl; // spark plug
cout<<" refill clutch fluid"<<endl; // refill clutch fluid
cout<<"brake fluid, examine belts, wipers, hoses"<<endl; // brake fluid
cout<<"check the tire conditions, check the charging systems, battery"<<endl; // battery condition as per requirement
}
int main() // main function
{
while(1) // for infinite loop
{
int user_choice; // what is require quit-service or add vehicle
beginning: menudisplay();
cout<<"Enter your choice in no"<<endl; // taking customer requirements
cin >> user_choice;
switch(user_choice)
{
case 0 :cout <<"Exiting the program \n";
break ;
case 1 : displayservices(); // display service
goto beginning; // goto beginning
case 2:
vehicle *pv=new vehicle();
pv->setmake();
pv->setmodel();
pv->setyear();
pv->setodometer();
pv->putmake();
pv->putmodel();
pv->putyear();
pv->putodometer();
goto beginning;
}
}
}