Download and unzip the files in the V$1$PartialDecoder.zip file into your Current Folder. The decoder will implement $4$ different rules to determine if the code is correct or not. In version $1,$ you will implement Rules $1$ and $2$ and the partial implementation of Rule $3$ and $4.$ Please use the provide

lab$2$V$1.$py file to write your program.

NOTE. Only Rules $1$ and $2$ may display an invalid message. When an invalid message is encountered, do not proceed with the remaining Rule checks. For example, if Rule $1$ is invalid, do not check Rules $2,3$ or $4.$

Rule $1.$ A valid code must be a $9-$digit number.

e$.$g$.123456789,$ message MAY be valid

e$.$g$.12345678,$ message invalid

e$.$g$.1234567890,$ message invalid

If the code entered is invalid, display the message 'Decoy Message: Not a nine$-$digit number.$\text{'}$ to the command window and terminate the program

Rule $2.$ The code must pass the odd$-$even "truth" test. $($Do not use any loops to do this$)$

If the sum of the digits is even, the message is invalid.

e$.$g$.222222222,$ sum $=2+2+2+2+2+2+2+2+2=18,$ message invalid

If the sum of the digits is odd, the message MAY be valid.

e$.$g$.222222223,$ sum $=2+2+2+2+2+2+2+2+3=19,$ message may be valid

If the code entered is invalid, display the message 'Decoy Message: Sum is even.$\text{'}$ to the command window and terminate the program