Project 2 - Implement the Code for controlling the retraction and extension of Airplane’s landing gear

#include
#include

void initial_state();
void gear_down();
void checking_before_takeoff();
void raising_gear();
void lowering_gear();
void checking_before_landing();
void gear_up();

enum states
{
geardown,
chkb4_takeoff,
raisinggear,
gearup,
chkb4_landing,
loweringgear
};

enum pilot_lever_state
{
raising,
falling,
up,
down
};

enum switch_state
{
close,
open
};
enum hyd_mech
{
working,
malfunction
};
int squat_switch;
int limit_switch;
int pilot_lever;
int hyd_machism;

enum states current_state;

struct airplane
{
char* current_status;
char* light_status;
char* direction_valve_status;
char* hydraulic_pump_status;
//char* gas_pressurized;

};
struct airplane state_machine[6]=
{
{"gear down","green","down","enabled"},
{"chkbtakeof","green","down","enabled"},
{"raising_gear","red","up","enabled"},
{"gear_up","off","null","disabled"},
{"chkb4_landing","red","down","enabled"},
{"lowring_gear","green","down","enabled"}

};
void gear_down()
{
current_state=geardown;
printf("\n enter the pilot lever state and squat switch state");
scanf("%d%d",&pilot_lever,&squat_switch);
if(pilot_lever==raising && squat_switch==open)
{
current_state=chkb4_takeoff;
printf("\n the current state is :%s",state_machine[current_state].current_status);
printf("\n light status is %s",state_machine[current_state].light_status);
}
else
{
gear_down();
}

}
void checking_before_takeoff()
{
current_state=chkb4_takeoff;
printf("\n enter the pilot lever state and the squat swwitch state");
scanf("%d%d",&pilot_lever,&squat_switch);
if(pilot_lever ==up && squat_switch==open)
{
current_state=raisinggear;
printf("\n the current state is :%s",state_machine[current_state].current_status);
printf("\n light status is :%s",state_machine[current_state].light_status);
printf("\n direction valve states:%s",state_machine[current_state].direction_valve_status);
}
}
void raising_gear()
{
current_state=raisinggear;
printf("\n enter the limit switch state");
scanf("%d",&limit_switch);
if(limit_switch==close)
{
current_state=gearup;
printf("\n the current state is :%s",state_machine[current_state].current_status);
printf("\n light states is :%s",state_machine[current_state].light_status);
printf("\n direction valve states is :%s",state_machine[current_state].direction_valve_status);
printf("\n hydraulic_pump_status is :%s",state_machine[current_state].hydraulic_pump_status);

}
printf("\n enter the pilot lever state");
scanf("%d",&pilot_lever);
if(pilot_lever==falling)
{
current_state=chkb4_landing;
printf("\n the current state is :%s",state_machine[current_state].current_status);
printf("\n light states is :%d",state_machine[current_state].light_status);
printf("\n direction valve states is :%s",state_machine[current_state].direction_valve_status);
printf("\n hydraulic_pump_status is :%s",state_machine[current_state].hydraulic_pump_status);

}

}
void gear_up()
{
current_state=gearup;
printf("\n enter the pilot_valve_state");
scanf("%d",&pilot_lever);
if(pilot_lever==falling)
{
current_state=chkb4_landing;
printf("\n the current state is:%s",state_machine[current_state].current_status);
printf("\n light states is :%s",state_machine[current_state].light_status);
printf("\n direction valve status is :%s",state_machine[current_state].direction_valve_status);
printf("\n hydraulic pumb status is :%s",state_machine[current_state].hydraulic_pump_status);

}
}
void checking_before_landing()
{
current_state=chkb4_landing;
printf("\n enter pilot lever state");
scanf("%d",&pilot_lever);
if(pilot_lever==falling)
{
current_state=loweringgear;
printf("\n the current state is:%s",state_machine[current_state].current_status);
printf("\n light states is :%s",state_machine[current_state].light_status);
printf("\n direction valve status is :%s",state_machine[current_state].direction_valve_status);
printf("\n hydraulic pumb status is :%s",state_machine[current_state].hydraulic_pump_status);

}
}
void lowering_gear()
{
current_state=loweringgear;
printf("\n limit switch state");
scanf("%d",&limit_switch);
if(limit_switch==open)
{
current_state=geardown;
printf("\n the current state is:%s",state_machine[current_state].current_status);
printf("\n light states is :%s",state_machine[current_state].light_status);
printf("\n direction valve status is :%s",state_machine[current_state].direction_valve_status);
printf("\n hydraulic pumb status is :%s",state_machine[current_state].hydraulic_pump_status);
}
printf("\n enter the pilot lever status");
scanf("%d",&pilot_lever);
if(pilot_lever==raising)
{
current_state=chkb4_takeoff;
printf("\n the current state is:%s",state_machine[current_state].current_status);
printf("\n light states is :%s",state_machine[current_state].light_status);
printf("\n direction valve status is :%s",state_machine[current_state].direction_valve_status);
printf("\n hydraulic pumb status is :%s",state_machine[current_state].hydraulic_pump_status);
}

}
void inital_state()
{
current_state=geardown;
}
void(*airplane[])(void)= {gear_down,checking_before_takeoff,raising_gear,gear_up,checking_before_landing,lowering_gear};
int main()
{
//initial_state();
while(1)
{
airplane[current_state]();
}
return 0;
}