I am trying to create a Palindrome program that doesn\'t consider spaces, punctuation, and uppercase and lowercase when determining whether a string is a palindrome.
I am trying to add the chars from a string in a textbox开发者_运维问答 into my Stack, here is my code so far:
I want to find the largest palindrome that can be obtained through the multiplication of two 3-digit numbers.
package testing.project; public class PalindromeThreeDigits { public static void main(String[] args) { int value = 0;
I was working on (for fun) writing a script that would recognize palindromes. So far, I\'m successful with \"Kayak\", \"Racecar\", \"Anna\", \"A man a plan a canal Panama\": yet variations on the latt
Can I get a recursive Prolog predicate having two arguments, called reverse, which returns the inverse of a list:
I am trying to solve a dynamic programming problem from Cormem\'s Introduction to Algorithms 3rd edition (pg 405) which asks the following:
Closed. This question needs to be more focused. It is not currently accepting answers. Want to improve this question? Update the question so it focuses on one problem only by editing this
#include \"usefunc.h\" #define MY_SIZE 256 int inpArr(char tmp[], int size) { size = -1; while(1) { size++;
My assignment was to use the reference-based implementation of the ADT List and the array-based implementation of the ADT Stack in a program that has a user enter a string of lower-case letters. I was
加载中,请稍侯......