def list_test():
linked_list = LinkedList()
linked_list.insert("Noura")
linked_list.insert("Jana")
linked_list.insert(10)
linked_list.append(1222)
return linked_list
def edge_test():
linked_list_one = LinkedList()
linked_list_two = LinkedList()
linked_list_one.append(25)
linked_list_one.append(1996)
linked_list_one.append("birthday")
result = zipLists(linked_list_one, linked_list_two)
return result
def kth_test_same():
linked_l = LinkedList()
linked_l.insert(2)
linked_l.insert(8)
linked_l.insert(3)
linked_l.insert(1)
return linked_l.ll_kthFromEnd(4)
def zipLists(list_one,list_two):
#Edge cases when one of the lists is empty
if not list_one:
return list_two
elif not list_two:
return list_one
zip_list = LinkedList()
current_one=list_one
current_one=current_one.head
current_two=list_two.head
while current_one or current_two:
if current_one:
zip_list.append(current_one.data)
current_one=current_one.next_node
if current_two:
zip_list.append(current_two.data)
current_two=current_two.next_node
return zip_list
def zipLists(list_one,list_two):
#Edge cases when one of the lists is empty
if not list_one:
return list_two
elif not list_two:
return list_one
zip_list = LinkedList()
current_one=list_one
current_one=current_one.head
current_two=list_two.head
while current_one or current_two:
if current_one:
zip_list.append(current_one.data)
current_one=current_one.next_node
if current_two:
zip_list.append(current_two.data)
current_two=current_two.next_node
return zip_list
if __name__=='__main__':
list_one=LinkedList()
list_two=LinkedList()
list_one.append(25)
list_one.append(1996)
list_one.append("birthday")
list_two.append(5)
list_two.append("my")
result=zipLists(list_one,list_two)
print(result)
def kth_test_two():
linked_l = LinkedList()
linked_l.insert(2)
return linked_l.ll_kthFromEnd(0)
def e_list():
e_list = LinkedList()
e_list.append("test")
return e_list
def empty_list():
linked = LinkedList()