def main(): ll = LinkList() l1 = [1, 2, 3, 2, 1] for i in l1: ll.addNode(i) print(checkllPal(ll)) ll.addNode(2) ll.addNode(3) print(checkllPal(ll))
def main(): ll = LinkList() l1 = [6, 7, 3, 4, 9, 5, 1, 2, 8] for i in l1: ll.addNode(i) print('Before Part') ll.printList() print('After Part') newll = partList(ll, 6) newll.printList()
def main(): ll = CircLinkList() for i in range(10): ll.addNode(i) ll.printList() print(isCircularll(ll)) ll2 = LinkList() for i in range(10): ll2.addNode(i) ll2.printList() print(isCircularll(ll2))
def main(): l1 = LinkList() # 2671 l1.addNode(1) l1.addNode(7) l1.addNode(6) l1.addNode(2) l2 = LinkList() # 455 l2.addNode(5) l2.addNode(5) l2.addNode(4) lsum = sumlls(l1, l2) lsum.printList()# 3126
def main(): l1 = LinkList() # 2671 l1.addNode(1) l1.addNode(7) l1.addNode(6) l1.addNode(2) l2 = LinkList() # 455 l2.addNode(5) l2.addNode(5) l2.addNode(4) lsum = sumlls(l1, l2) lsum.printList() # 3126
def partList(ll, n): more = LinkList() less = LinkList() node_old = ll.head while node_old: item = node_old.value if item < n: less.addNode(item) elif item > n: more.addNode(item) node_old = node_old.next less.addNode(n) nodemore = more.head while nodemore: less.addNode(nodemore.value) nodemore = nodemore.next return less
def sumlls(l1, l2): lsum = LinkList() dig1 = l1.head dig2 = l2.head next = 0 while dig1 and dig2: d1 = dig1.value d2 = dig2.value sum_d = d1 + d2 + next if sum_d > 9: next = sum_d//10 lsum.addNode(sum_d%10) else: lsum.addNode(sum_d) next = 0 dig1 = dig1.next dig2 = dig2.next if dig1: sum_d = next + dig1.value if sum_d > 9: lsum.addNode(sum_d%10) else: lsum.addNode(sum_d) dig1 = dig1.next if dig2: sum_d = next + dig2.value if sum_d > 9: lsum.addNode(sum_d%10) else: lsum.addNode(sum_d) dig2 = dig2.next return lsum
def sumlls(l1, l2): lsum = LinkList() dig1 = l1.head dig2 = l2.head next = 0 while dig1 and dig2: d1 = dig1.value d2 = dig2.value sum_d = d1 + d2 + next if sum_d > 9: next = sum_d // 10 lsum.addNode(sum_d % 10) else: lsum.addNode(sum_d) next = 0 dig1 = dig1.next dig2 = dig2.next if dig1: sum_d = next + dig1.value if sum_d > 9: lsum.addNode(sum_d % 10) else: lsum.addNode(sum_d) dig1 = dig1.next if dig2: sum_d = next + dig2.value if sum_d > 9: lsum.addNode(sum_d % 10) else: lsum.addNode(sum_d) dig2 = dig2.next return lsum