Can you please correct and finish the following code? It isnt outputting the corrected hamming decoded message. The instructions are in the images attached. All without veering to far from the original code given and without including other libraries. Thank you!

#include

#include

using namespace std;

$//$ Function to get the value of a specific bit in a short integer

int getBit$($short num, int pos$)\{$

return $($num $>>$ pos$)$ & $1$;

$\}$

$//$ Function to set a specific bit in a char variable

char setBit$($char ch$,$ int pos, int val$)\{$

if $($val$)$

return ch $|(1$ pos$)$;

else

return ch & ~$(1$ pos$)$;

$\}$

int main$()\{$

short HammingChar;

uint bit$1,$ bit$2,$ bit$4,$ bit$8,$ offendingBit;

char ch;

$//$ Read an unknown number of short ints, each representing a Hamming character

while $($cin $>>$ HammingChar$)\{$

offendingBit $=0$;

$//$ Use the formula to calculate parity bit $1$

bit$1=($getBit$($HammingChar$,11-3)+$ getBit$($HammingChar$,11-5)+$

getBit$($HammingChar$,11-7)+$ getBit$($HammingChar$,11-9)+$

getBit$($HammingChar$,11-11))\%2$;

$//$ Use the formulas to calculate parity bits $2,4,$ and $8$

bit$2=($getBit$($HammingChar$,11-3)+$ getBit$($HammingChar$,11-6)+$

getBit$($HammingChar$,11-7)+$ getBit$($HammingChar$,11-10)+$

getBit$($HammingChar$,11-11))\%2$;

bit$4=($getBit$($HammingChar$,11-5)+$ getBit$($HammingChar$,11-6)+$

getBit$($HammingChar$,11-7))\%2$;

bit$8=($getBit$($HammingChar$,11-9)+$ getBit$($HammingChar$,11-10)+$

getBit$($HammingChar$,11-11))\%2$;

$//$ Check if any calculated parity bit disagrees with the value from HammingChar

if $($bit$1!=$ getBit$($HammingChar$,11-1))$ offendingBit $+=1$;

if $($bit$2!=$ getBit$($HammingChar$,11-2))$ offendingBit $+=2$;

if $($bit$4!=$ getBit$($HammingChar$,11-4))$ offendingBit $+=4$;

if $($bit$8!=$ getBit$($HammingChar$,11-8))$ offendingBit $+=8$;

cout $$ "Debug: offendingBit $="$ offendingBit $$ endl;

$//$ If offendingBit is not $0,$ correct the bit and build the character

if $($offendingBit $!=0)\{$

int correctedBitPos $=11-$ offendingBit;

HammingChar $=$ HammingChar correctedBitPos $-1))$;

$\}$

$//$ Build ch from HammingChar

ch $=$ HammingChar $>>4$; $//$ Extract the ASCII character from the Hamming code

cout $$ ch;

$\}$

return $0$;

$\}$