View difference between Paste ID: SfkF82Rj and f02NsqDX

 #include <stdio.h>
 
 #define DataType struct DataType
 #define Stack struct Stack
 #define Storage struct Storage
 #define StorageType enum StorageType
 
 StorageType { VECTOR, LIST };
 
-StorageStructure {
+Storage {
 	Vector* vector;
 	List* list;
 };
 
-void initVector(Vecotr* vector, size_t size);
+void initVector(Vector* vector, size_t size);
 void initList(List* list);
 void initStorage(Storage* storage, StorageType storageType, size_t size) {
 	vector = list = NULL;
 	if(storageType == VECTOR)
 		initVector(storage->vector, size);
 	else if(storageType == LIST)
 		initList(storage->list);
 }
 int isImplementedUsingVector(Storage* storage) { return storage->vector != NULL; }
 int isImplementedUsingList(Storage* storage) { return storage->list != NULL; }
 void addElement(Storage* storage, DataType* element) {
 	if(isImplementedUsingList(storage))
 		pushBackList(storage->list, element);
 	else if(isImplementedUsingVector(storage))
 		pushBackVector(storage->vector, element);
 }
 void removeElement(Storage* storage) {
 	if(isImplementedUsingList(storage))
 		popBackList(storage->list);
 	else if(isImplementedUsingVector(storage))
 		popBackVector(storage->vector);
 }
 
 
 Stack {
 	Storage* storage;
 	size_t currentNumberOfElements;
 	size_t maxNumberOfElements;
 };
 void initStack(Stack* stack, StorageType storageType, size_t size) {
 		stack = malloc(sizeof(Stack));
 		stack->maxNumberOfElements = size;
 		stack->currentNumberOfElements = 0;
 		initStorage(stack->storage, storageType, size);
 }
 void push(Stack* stack, DataType* element) {
 	addElement(stack->storage, element);
 	stack->currentNumberOfElements++;
 }
 void pop(Stack* stack) {
 	removeElement(stack->storage);
 	stack->currentNumberOfElements--;
 }
 
 
 int main(void) {
 
 	return 0;
 }