Voilà comment gérer ses threads comme un boss

Resident/Resident.c

@@ -11,6 +11,7 @@ GETTER(Resident, char *, name);
 GETTER(Resident, int, destination);
 GETTER(Resident, int, id);
 GETTER(Resident, int, apartment_floor);
+SETTER(Resident, int, thread_number);
 
 void * runnable_Resident(void * void_this){
 	Resident * this = (Resident*) void_this;
@@ -30,6 +31,7 @@ void * runnable_Resident(void * void_this){
 	else
 		data->main_building->go_to_floor(data->main_building, this->position, this->destination, passenger);
 	data->decrement_active_passengers(data);
+	data->unregister_thread(data, this->thread_number);
 	return NULL;
 }
 
@@ -50,13 +52,15 @@ Resident *_init_Resident(int id, char* name, int apartment_floor, int destinatio
 	new_resident->position = new_resident->apartment_floor;
 	new_resident->destination = destination;
 	new_resident->passenger = NULL;
+	new_resident->thread_number = -1;
 
 	LINK_ALL(Resident, new_resident,
-		 get_name,
-		 get_destination,
-		 get_id,
-		 runnable,
-		 get_apartment_floor
+			 get_name,
+			 get_destination,
+			 get_id,
+			 runnable,
+			 get_apartment_floor,
+			 set_thread_number
 	)
 
 	return new_resident;

Resident/Resident.h

@@ -9,6 +9,7 @@
 
 typedef struct o_Resident {
 	PRIVATE int id;
+	PRIVATE int thread_number;
 	PRIVATE int apartment_floor;
 	PRIVATE int destination;
 	PRIVATE int position;
@@ -20,6 +21,7 @@ typedef struct o_Resident {
 	PUBLIC int (*get_id)(_THIS(Resident));
 	PUBLIC int (*get_apartment_floor)(_THIS(Resident));
 	PUBLIC int (*get_destination)(_THIS(Resident));
+	PUBLIC void (*set_thread_number)(_THIS(Resident), int data);
 
 	DESTRUCTOR(Resident);
 } Resident;