goodeffort

here is an updated version of the code i pasted before. it can handle all characters and white spaces or a mix of everything together . the thing i would like the most is a technical clarification on a palindrome so we can build off of what they REALLY are and not our guesses =/. i reinvented the wheel on the Reverse() rather than using reverse() in the STL algorithm class so it would be a tad more challanging and fun to do. for space reasons, code organization and stuff like that i put it up on a code pasting site =). the link can be found here -> http://rafb.net/paste/results/1zLtoc63.html

i would just like to point out that mine handles spaces, every type of character, numbers and letters, and  the whole schmeal. EXCEPT, now that you mention it i never checked about casing. now i ask this question though, is aBbA or AbBa a palindrome. basically i want someone to list the criteria that makes a string a palindrome and we can work from there.

here is my stab at the palindrome problem. its the complete code to the program and all =D and it even works with spaces

#include <iostream>

#include <algorithm>

#include <string>

using namespace std;

bool IsPalindrome(string strName)

{

string strReverse = strName;

if(strName == "")

{

return false;

}

reverse(strReverse.begin(), strReverse.end());

for(int i = 0; i < strName.size(); i++)

{

if( strName[i] == strReverse[i] )

{

continue;

}

else

{

return false;

}

}

}

int main()

{

string strPalindrome;

cout << "Enter a word: ";

getline(cin, strPalindrome);

if(IsPalindrome(strPalindrome.c_str()) == false )

{

cout << strPalindrome << " is not a palindrome" << endl;

}

else

{

cout << strPalindrome << " is a palindrome" << endl;

}

getchar();

getchar();

return 0;

}

ok i got it. there is a dead body in the back of the truck. it was eric in the kitchen with the pipe.

it looks like there is something in the back of the bed covered up with some type of sheet, blanker, or cover?¿?¿