BBM

Simulation of fuel purchases.

Declaration
Liter: integer;  
Uang (money): integer;  
Type of fuel: String;  
Description  
Read (Liter);  
Options Liter 
 1. 1 Liter 6500  
 2. 2 Liter 13000 
 3. 3 Liter 19500  
 4. 4 Litre 26000  
    End {select}  
    Write {L}  



Program  

# include (iostream) 
Class fuel {  
Private:  
int output;  
int liter;   

Public:  
void input ();  
void process ();
void output ();  

}; 

void fuel:: insert () {
cout <<"enter the price of fuel:";  
cin>> output;  
cout <<"type of fuel:"; cin>> output;
}
 
void fuel:: process () { 
output = liter * money  
}  

void fuel:: output () {  
cout <<"the output of the process:" <<result;  
}  

int main (int argc, char * argv []) {  
Fuel X;  
X input ();  
X process ();  
X output ();  
System ("pause");  
Return exit_success;  
 
}/ * Import to jeliot: * / 
 {Public class fuel        

void static void input ();        
void static void process ();        
void static void output (); 

private int output;
private int liter;  
};  
Public void input();{      
system.out.print ("enter the price of fuel")       
output = input.readint ();        
system.out.print ("type of fuel");       
output = input.readint ();  
}  
Public void process () {           
output = liter * money  
}  
Public void output () {           
system.out.print ("output of the process : " + result); 
}

Public static void main () {         
X = new fuel fuel ();            
X.input ();            
X.procces ();            
X.output ();  
}  }