Write a procedure named PackedToAsc that converts a $4-$byte packed decimal integer to a string of ASCII decimal digits. Pass the packed integer and the address of a buffer holding the ASCII digits to the procedure. Write a short test program that passes at least $5$ packed decimal integers to your procedure. Display the string of digits to the console. Take a screenshot. $(50$ points$)$

numbers DWORD $12345678$h$,23456781$h$,45678123$h$,78654321$h$,56781234$h

buffer BYTE $9$ DUP$(0)$

The first number is $12345678$h

After converting, you will see the following in buffer $3132333435363738$

writeString will output $12345678($this is what you see on the console which is the string $"12345678"$ not the integer $)$

Unpacked Decimal:

In unpacked decimal representation, each decimal digit is stored in a separate nibble $(4$ bits$).$ The high $4$ bits of each nibble are reserved for the digit itself, and the low $4$ bits are often unused or set to zero $03=$low $4$ bits$0000$ high $4$ bits$0011$

ASCII Decimal:

In ASCII representation of decimal numbers, each decimal digit is encoded using $7$ or $8$ bits, typically within a byte. The binary representation of the ASCII digits starts with the binary value $0011,$ which corresponds to the hexadecimal value $3.\text{'}3\text{'}=33=$low $4$ bits$0011$ high$4$bits$0011$

Putting it together:

In an unpacked decimal integer, the high $4$ bits of each nibble are always zeros because they are used solely to represent the decimal digit. For example, if you have the decimal digit $5,$ its unpacked representation would be $0101,$ where the high $4$ bits are $0000($zeros$).$

In an ASCII decimal representation, the high $4$ bits of the binary representation of each digit are set to $0011$ because ASCII digits start with the value $3$ in binary. For example, the ASCII representation of the digit $5$ is $00110101$ in binary.

In summary, when comparing the high $4$ bits of unpacked decimal and ASCII decimal representations:

Unpacked Decimal: Always zeros $($unused for the digit itself$).$

ASCII Decimal: Always $0011$ because it corresponds to the starting value of ASCII digits. Please help me write Full Program in Assembly language using microsoft visual studio, Irvine library.