Show that the following encryption scheme does not have one$-$time secrecy$,$ by constructing a program that distinguishes the two relevant libraries from the one$-$time secrecy definition.

K $=\{1,...,9\}$

M $=\{1,...,9\}$

C $=$ Z$10$

KeyGen:

k $\{1,...,9\}$

return k

Enc$($k$,$m$)$:

return k $\backslash$times m $\%1$