سورس پروژه مدیریت پارکینگ به زبان سی پلاس پلاس

با سلام. توی این پست سورس پروژه مدیریت پارکینگ به زبان سی پلاس پلاس رو براتون گذاشتیم. با مراجعه به ادامه مطلب میتونید این سورس رو هم دانلود نمایید و هم بصورت آنلاین سورس کدش رو ببینید.

جهت دانلود سورس پروژه مدیریت پارکینگ به زبان سی پلاس پلاس به ادامه مطلب مراجعه نمایید.

سورس پروژه مدیریت پارکینگ به زبان سی پلاس پلاس :

#include <stdio.h>
#include <conio.h>
#include <windows.h>

#define CAR 1
#define SCOOTER 2

struct vehicle
{
	int num ;
	int row ;
	int col ;
  int type ;
} ;

int parkinfo[4][10] ;
int vehcount ;
int carcount ;
int scootercount ;

void display( ) ;
void changecol ( struct vehicle * ) ;
struct vehicle * add ( int, int, int, int ) ;
void del ( struct vehicle * ) ;
void getfreerowcol ( int, int * ) ;
void getrcbyinfo ( int, int, int * ) ;
void show( ) ;

void changecol ( struct vehicle *v )
{
	v -> col = v -> col - 1 ;
}
struct vehicle * add ( int t, int num, int row, int col )
{
    struct vehicle *v ;

    v = ( struct vehicle * ) malloc ( sizeof ( struct vehicle ) ) ;

    v -> type = t ;
    v -> row = row ;
    v -> col = col ;

	  if ( t == CAR )
      carcount++ ;
    else
    	scootercount++ ;

    vehcount++ ;
	  parkinfo[row][col] = num ;

    return v ;
}
void del ( struct vehicle *v )
{
  int c ;

	for ( c = v -> col ; c < 9 ; c++ )
	  parkinfo[v -> row][c] = parkinfo[v -> row][c+1] ;

	parkinfo[v -> row][c] = 0 ;

	if ( v -> type == CAR )
    carcount-- ;
  else
    scootercount-- ;

	vehcount-- ;
}

void getfreerowcol ( int type, int *arr )
{
  int r, c, fromrow = 0, torow = 2 ;

  if ( type == SCOOTER )
  {
    fromrow += 2 ;
    torow += 2 ;
  }

	for ( r = fromrow ; r < torow ; r++ )
	{
		for ( c = 0 ; c < 10 ; c++ )
		{
			if ( parkinfo[r][c] == 0 )
			{
				arr[0] = r ;
				arr[1] = c ;
        return ;
			}
		}
	}

	if ( r == 2 || r == 4 )
	{
   	arr[0] = -1 ;
    arr[1] = -1 ;
  }
}
void getrcbyinfo ( int type, int num, int *arr )
{
  int r, c, fromrow = 0, torow = 2 ;

  if ( type == SCOOTER )
	{
    fromrow += 2 ;
    torow += 2 ;
	}

	for ( r = fromrow ; r < torow ; r++ )
	{
		for ( c = 0 ; c < 10 ; c++ )
		{
			if ( parkinfo[r][c] == num )
			{
				arr[0] = r ;
				arr[1] = c ;
        return ;
			}
		}
	}

	if ( r == 2 || r == 4 )
	{
		arr[0] = -1 ;
		arr[1] = -1 ;
	}
}
void display( )
{
  int r, c ;

  printf ( "Cars ->\n" ) ;

  for ( r = 0 ; r < 4 ; r++ )
  {
    if ( r == 2 )
		  printf ( "Scooters ->\n" ) ;

    for ( c = 0 ; c < 10 ; c++ )
      printf ( "%d\t", parkinfo[r][c] ) ;
    printf ( "\n" ) ;
	}
}

int main( )
{
	int choice, type, number, row = 0, col = 0 ;
	int i, tarr[2] ;
	int finish = 1 ;
	struct vehicle *car[2][10] ;
	struct vehicle *scooter[2][10] ;

  system ( "cls" ) ;
	while ( finish )
	{
    system ( "cls" ) ;

		printf ( "\nCar Parking\n" ) ;
		printf ( "1. Arrival of a vehicle\n" ) ;
		printf ( "2. Total no. of vehicles parked\n" ) ;
		printf ( "3. Total no. of cars parked\n" ) ;
		printf ( "4. Total no. of scooters parked\n" ) ;
		printf ( "5. Display order in which vehicles are parked\n" ) ;
		printf ( "6. Departure of vehicle\n" ) ;
		printf ( "7. Exit\n" ) ;
		scanf ( "%d", &choice ) ;

		switch ( choice )
		{
			case 1 :
          system ( "cls" ) ;
				  printf ( "\nAdd: \n" ) ;

          type = 0 ;

          /* check for vehicle type */
          while ( type != CAR && type != SCOOTER )
          {
					  printf ( "Enter vehicle type (1 for Car / 2 for Scooter ): \n" ) ;
            scanf ( "%d", &type ) ;
	          if ( type != CAR && type != SCOOTER )
						  printf ( "\nInvalid vehicle type.\n" ) ;
          }

				  printf ( "Enter vehicle number: " ) ;
				  scanf ( "%d", &number ) ;

				  /* add cars' data */
				  if ( type == CAR || type == SCOOTER )
				  {
					  getfreerowcol ( type, tarr ) ;

					  if ( tarr[0] != -1 && tarr[1] != -1 )
					  {
						  row = tarr[0] ;
						  col = tarr[1] ;

              if ( type == CAR )
                car[row][col] =  add ( type, number, row, col ) ;
              else
							  scooter[row - 2][col] = add ( type, number, row, col ) ; ;
            }
					  else
            {
              if ( type == CAR )
                printf ( "\nNo parking slot free to park a car\n" ) ;
              else
                printf ( "\nNo parking slot free to park a scooter\n" ) ;
            }
          }
				  else
				  {
            printf ( "Invalid type\n" ) ;
					  break ;
          }

          printf ( "\nPress any key to continue..." ) ;
          getch( ) ;
				  break ;

      case 2 :
          system ( "cls" ) ;
				  printf ( "Total vehicles parked: %d\n", vehcount ) ;
          printf ( "\nPress any key to continue..." ) ;
          getch( ) ;
				  break ;

			case 3 :
          system ( "cls" ) ;
				  printf ( "Total cars parked: %d\n", carcount ) ;
          printf ( "\nPress any key to continue..." ) ;
          getch( ) ;
				  break ;

			case 4 :
          system ( "cls" ) ;
				  printf ( "Total scooters parked: %d\n", scootercount ) ;
          printf ( "\nPress any key to continue..." ) ;
          getch( ) ;
				  break ;

			case 5 :
          system ( "cls" ) ;
				  printf ( "Display\n" ) ;
				  display( ) ;
          printf ( "\nPress any key to continue..." ) ;
          getch( ) ;
				  break ;

			case 6 :
          system ( "cls" ) ;
				  printf ( "Departure\n" ) ;
          type = 0 ;
          while ( type != CAR && type != SCOOTER )
          {
					  printf ( "Enter vehicle type (1 for Car / 2 for Scooter ): \n" ) ;
            scanf ( "%d", &type ) ;
	          if ( type != CAR && type != SCOOTER )
						  printf ( "\nInvalid vehicle type.\n" ) ;
          }
				  printf ( "Enter number: "  ) ;
				  scanf ( "%d", &number ) ;

  				if ( type == CAR || type == SCOOTER )
	  			{
		  			getrcbyinfo ( type, number, tarr ) ;
			  		if ( tarr[0] != -1 && tarr[1] != -1 )
				  	{
              col = tarr [1] ;
              if ( type == CAR )
              {
                row = tarr [0] ;
	              del ( car [row][col] ) ;
							  for ( i = col ; i < 9 ; i++ )
							  {
								  car[row][i] = car[row][i + 1] ;
								  changecol ( car[row][i] ) ;
							  }
                free ( car[row][i] ) ;
							  car[row][i] = NULL ;
              }
						  else
              {
                row = tarr[0] - 2 ;
							  if ( ! ( row < 0 ) )
							  {
								  del ( scooter[row][col] ) ;
								  for ( i = col ; i < 9 ; i++ )
								  {
									  scooter[row][i] = scooter[row][i + 1] ;
									  changecol ( scooter[row][col] ) ;
								  }
								  scooter[row][i] = NULL ;
                }
              }
            }
					  else
            {
              if ( type == CAR )
							  printf ( "\nInvalid car number, or a car with such number has not been parked here.\n" ) ;
              else
                printf ( "\nInvalid scooter number, or a scooter with such number has not been parked here.\n" ) ;
            }
          }
          printf ( "\nPress any key to continue..." ) ;
          getch( ) ;
				  break ;

			case 7 :
          system ( "cls" ) ;
          for ( row = 0 ; row < 2 ; row++ )
          {
            for ( col = 0 ; col < 10 ; col++ )
            {
              if ( car[row][col] -> num != 0 )
                free ( car[row][col] ) ;
              if ( scooter[row][col] -> num != 0 )
							  free ( scooter[row+2][col] ) ;
            }
          }
				  finish = 0 ;
				  break ;
    }
	}
  return 0 ;
}

راستی! برای دریافت مطالب جدید در کانال تلگرام یا پیج اینستاگرام سورس باران عضو شوید.