Can you solve this question considering ID = 12345678, and using only from the following instructions to check the validity of the ID (checking the most significant nibble if equal to zero):

Instructions to be used: (plus using simple arithmetic and logical instructions)

B label	Branch to label Always
BEQ label	Branch to if Z == 1 Equal
BNE label	Branch to if Z == 0 Not equal
BCS label	Branch to if C == 1 Higher or same, unsigned
BHS label	Branch to if C == 1 Higher or same, unsigned
BCC label	Branch to if C == 0 Lower, unsigned
BLO label	Branch to if C == 0 Lower, unsigned
BMI label	Branch to if N == 1 Negative
BPL label	Branch to if N == 0 Positive or zero
BVS label	Branch to if V == 1 Overflow
BVC label	Branch to if V == 0 No overflow
BHI label	Branch to if C==1 and Z==0 Higher, unsigned >
BLS label	Branch to if C==0 or Z==1 Lower or same, unsigned
BGE label	Branch to if N == V Greater than or equal, signed
BLT label	Branch to if N != V Less than, signed
BGT label	Branch to if Z==0 and N==V Greater than, signed >
BLE label	Branch to if Z==1 or N!=V Less than or equal, signed
BX Rm	Branch indirect to location specified by Rm Branch to subroutine at label
BL label
BLX Rm	Branch to subroutine indirect specified by Rm

Compile and execute a program in ARM assembly (keil program) to perform the following; - Load your ID number as decimal into a register - Check the validity of your ID (valid only if the most significant nibble (4 bits) is ZERO). - If the ID is invalid, reset the register containing your ID to ZERO - If the ID is valid, count the number of 1's and 0's in it and store the counts in two memory locations labeled 'Ones' and 'Zeros' respectively