Koji, the mathematician and philosopher, is hereby proving the statement that $$$$$$\Huge\text{9 \gt 10}$$$$$$ by the following solid proof.
Proof. We write down two numbers in decimal representation. $$$$$$\Large \underline{\texttt{9}}\texttt{.}$$$$$$ $$$$$$\Large \underline{\texttt{1}}\texttt{0}$$$$$$
Look at the first digit that they are different at! Since $$$9 \gt 1$$$, we proved that $$$9 \gt 10$$$. $$$Q.E.D.$$$
Again, you can easily use the same argument to prove $$$114\,514 \lt 1919$$$: $$$$$$\Large \texttt{1}\underline{\texttt{1}}\texttt{4514}$$$$$$ $$$$$$\Large \texttt{1}\underline{\texttt{9}}\texttt{19..}$$$$$$ and $$$9 \lt 999$$$: $$$$$$\Large \texttt{9}\underline{\texttt{.}}\texttt{.}$$$$$$ $$$$$$\Large \texttt{9}\underline{\texttt{9}}\texttt{9}$$$$$$
Wow, that is math! How logical it is! Now you have fully understood how the Koji compares two numbers. Write a program to compare two input numbers!
A single input line consists of two positive integers $$$a, b~(1 \leq a, b \leq 20\,220\,924)$$$ seperated by a single space, both are guaranteed without leading zeros.
Print a single line by the method of Koji Comparison,
9 10
9>10
114514 1919
114514<1919
9 999
9<999
99 99
99=99
2022 924
2022<924