Write Assembly code $($only assembly code and no procedure call$)$ that performs decryption $($recovers the original string$)$ of an encrypted string. The encryption is performed by rotating each plaintext byte a varying number of positions in different directions. For example, in the following array that represents the encryption key, a negative value indicates a rotation to the left and a positive value indicates a rotation to the right $($for rotation you are only allowed to use ROR instruction$).$ The integer in each position indicates the magnitude of the rotation: key BYTE $-4,4,-1,0,3,-5,2,-4$

Encryption algorithm rotates each plaintext byte by the amount indicated by its matching key array value. Then, align the key to the next $8$ bytes of the message and repeat the process.

Please remember that ROR eax, $-3$ is the same as ROL. eax,$3$

Here is a sample input:

$.$data

Encryptkey BYTE $-4,4,-1,0,3,-5,2,-4$

encrypted BYTE $"1$Hv$$4$Pq&JzXu$8$T@w$"$

size$1=$ $$-$encrypted

decrypted BYTE DUP size$1(?)($Please only in MASM $)$