In assembly language please. Do not use Irvine$32$ library or any other library. Only use instructions that are covered in chapters $5-9$ in Irvine. Also do not use: MOVSB, MOVSW, MOVSD, CMPSB$,$CMPSW$,$CMPD$,$SCASB, SCASW, SCASD,STOSB, STOSW, STOSD, LODSB, LODSW, and LODSD. You are not allowed to use Conditional Directives. Only write the assembly part and avoid using directives. Write only one procedure that does the job.

$(10$ points$)$ 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 $4-(10$ points$)$ 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.

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 note that the program is not allowed to define any new data labels

$($variables$).$

Here is a sample call:

data

mesg BYTE "I wish you all the success! $",0.$ ; this is the encrypted message also will hold

the decrypted message later

key BYTE $-4,4,-1,0,3,-5,2,-4$rotation to the left and a positive value indicates a rotation to the right. 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.