CF119D.String Transformation

Let $s$ be a string whose length equals $n$ . Its characters are numbered from 0 to $n-1$ , $i$ and $j$ are integers, 0<=i<j<n . Let's define function $f$ as follows:

$f(s,i,j)=s[i+1...\ j-1]+r(s[j...\ n-1])+r(s[0...\ i])$ .

Here $s[p...\ q]$ is a substring of string $s$ , that starts in position $p$ and ends in position $q$ (inclusive); "+" is the string concatenation operator; $r(x)$ is a string resulting from writing the characters of the $x$ string in the reverse order. If $j=i+1$ , then the substring $s[i+1...\ j-1]$ is considered empty.

You are given two strings $a$ and $b$ . Find such values of $i$ and $j$ , that $f(a,i,j)=b$ . Number $i$ should be maximally possible. If for this $i$ there exists several valid values of $j$ , choose the minimal $j$ .

The first two input lines are non-empty strings $a$ and $b$ correspondingly. Each string's length does not exceed $10^{6}$ characters. The strings can contain any characters with ASCII codes from 32 to 126 inclusive.

Print two integers $i$ , $j$ — the answer to the problem. If no solution exists, print "-1 -1" (without the quotes).