MySQL存储过程可以用于分割字符串,下面就为您详细介绍这种MySQL存储过程的用法,供您参考学习之用. 现有一段字符串,如apple,banana,orange,pears,grape,要把它按照逗号(,)分割成: apple banana orange pears grape 然后使用where in()方法可以查询. 1.具体函数: # 函数:func_split_TotalLength DELIMITER $$ DROP function IF EXISTS `fun
hdu 3553 Just a String (后缀数组) 题意:很简单,问一个字符串的第k大的子串是谁. 解题思路:后缀数组.先预处理一遍,把能算的都算出来.将后缀按sa排序,假如我们知道答案在那个区间范围内了(假设为[l,r]),那么我们算下这个区间内的lcp的最小值(设最小值的位置为mid,大小为x),如果x*(r-l+1)>=k,那么,答案就是这个区间的lcp的最小值的某一部分(具体是哪一部分,画个图稍微算下就出来了).如果x * ( r - l + 1 ) < k 那么我们分两种情况
新建类,int[]数组模型绑定 using System; using System.Collections.Generic; using System.Linq; using System.Web; using System.Web.Mvc; namespace Koukou.Admin.ModelBinder { public class IntArrayModelBinder : DefaultModelBinder { public override object BindModel(C
Array类可以如下定义: var aValues = new Array(); 如果预先知道数组的长度,可以用参数传递长度 var aValues = new Array(20); ------------------如下2种定义方式是一样的--------1----------- var aColors = new Array(); aColors[0] = "red"; aColors[1] = "green"; aColors[2] = "blue
Rabbit's String Time Limit: 40000/20000 MS (Java/Others) Memory Limit: 65536/65536 K (Java/Others) Total Submission(s): 288 Accepted Submission(s): 108 Problem Description Long long ago, there lived a lot of rabbits in the forest. One day, the
题目链接 Problem Description Uncle Mao is a wonderful ACMER. One day he met an easy problem, but Uncle Mao was so lazy that he left the problem to you. I hope you can give him a solution.Given a string s, we define a substring that happens exactly k time
public class Test { public static void main(String[] args) { int[] a = {1, 2, 4, 6}; int[] b = a; int[] c = {1, 2, 4, 6}; //下面这个方法打印的是a数组的引用地址 System.out.println(a.toString()); //下面这个方法比较的是两个数组的引用是否相等 System.out.println("a.equals(b):"+a.equals(b
public class Use{ public static void main(String[] args){ int[] arr=new int[]{19,10,20,30,23,13}; //计算上面定义数组的长度 int len=arr.length; //字符创长度的获取与数组的长度获取有区别 String str="123456789"; int length=str.length(); //定义一个list集合 List list=new ArrayList(); li
It is well known that AekdyCoin is good at string problems as well as number theory problems. When given a string s, we can write down all the non-empty prefixes of this string. For example: s: "abab" The prefixes are: "a", "ab&qu