/*prints the list*/
void List_print(struct nodeStruct* head)
{
int i=0;
struct nodeStruct* tempnode = head;
while(tempnode!=NULL)
{
printf("\nElement 1 of list is %i, address is %p\n", tempnode->item,tempnode);
i++;
tempnode=tempnode->next;
}
printf("\nThere are %i elements in the list\n",List_countNodes(head));
return;
}
int main(int argc, char *argv[]){
printf("Starting tests...\n");
struct nodeStruct *head = NULL;
// Starting count:
assert(List_countNodes(head) == 0);
// Create 1 node:
struct nodeStruct* firstNode = List_createNode(0);
List_insertHead(&head, firstNode);
assert(List_countNodes(head) == 1);
assert(List_findNode(head, 0) == firstNode);
assert(List_findNode(head, 1) == NULL);
// Insert tail:
struct nodeStruct* lastNode = List_createNode(-5);
List_insertTail(&head, lastNode);
struct nodeStruct* lastNode2 = List_createNode(2);
List_insertTail(&head, lastNode2);
struct nodeStruct* lastNode3 = List_createNode(3);
List_insertTail(&head, lastNode3);
struct nodeStruct* lastNode4 = List_createNode(8);
List_insertTail(&head, lastNode4);
assert(List_countNodes(head) == 5);
assert(List_findNode(head, 0) == firstNode);
assert(List_findNode(head, -5) == lastNode);
assert(List_findNode(head, 1) == NULL);
// Verify list:
struct nodeStruct *current = head;
assert(current->item == 0);
assert(current->next != NULL);
current = current->next;
assert(current->item == -5);
assert(current->next != NULL);
// Sort and verify:
List_sort(&head);
current = head;
assert(current->item == -5);
assert(current->next != NULL);
current = current->next;
assert(current->item == 0);
assert(current->next != NULL);
// Delete
assert(List_countNodes(head) == 5);
List_deleteNode(&head, firstNode);
assert(List_countNodes(head) == 4);
assert(List_findNode(head, 0) == NULL);
assert(List_findNode(head, 1) == NULL);
current = head;
assert(current->item == -5);
assert(current->next->item == 2);
printf("\nExecution finished.\n");
return 0;
return 0;
}