(1)無頭頭插單鏈表排序:
(思路:在原煉表中逐個比較大小,將最小的插入新的鍊錶(插入順序按照尾插的順序))
#include #include typedef struct person
per;
per *head_list(per *one, int num) //頭插
void show(per *head) //遍歷
while(head)
}void *sort(per *head) //排序
if(null == head->next) //若煉表中只有乙個數,則不用比較
per *min_pre = null;
per *min = head;
per *tmp = head;
per *new_list = null;
per *tail_sort = null;
while(head)
tmp = tmp->next;
}if(min == head)
else
if(null == new_list) //按照尾插將最小的數組成新的鍊錶
else
}return new_list;
}int main()
show(head);
printf("*****==after sort*****===\n");
head = sort(head);
show(head);
return 0;
}
(2)無頭尾插單鏈表排序:
(思路:在原煉表中逐個比較大小,將最小的插入新的鍊錶(插入順序按照頭插的順序))
#include #include typedef struct person
per;
per *tail_list(per *one, int num) //尾插
per *head = one;
while(one->next)
one->next = temp;
return head;
}void show(per *head)
while(head)
}per *sort(per *head)
if(null == head->next)
per *min = head;
per *tmp = head;
per *min_pre = null;
per *new_list = null;
per *tail_list = null;
while(head)
tmp = tmp->next;
}if(min == head)
else
min->next = new_list; //頭插順序插入新鍊錶
new_list = min;
}return new_list;
}int main()
show(head);
printf("*****====after sort**********==\n");
head = sort(head);
show(head);
return 0;
}
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