PART $2$:

Error Indicator$/$Corrector

YOUR TASK $-$ Now, develop two more modules capable of detecting and subsequently resolving errors in a $7-$bit code

For the first block, the output will be the check code CBA $($which indicate the position of the error$).$ If there is no error, CBA should equal $000.$ The corrector will take as input the $\backslash ($ A B C $\backslash )$ check code, as well as bits $3,5,6,$ and $7($D$8,\backslash (\backslash$mathrm$\{$D$\}\_\{4\},\backslash$mathrm$\{$D$\}\_\{2\},\backslash$mathrm$\{$D$\}\_\{1\}\backslash ))$ from the received $7-$bit code, and output the corrected data bits, if any are in need of correction. Finally, wire these two symbols together to create a complete circuit that both detects and corrects the error. Check you implementation by giving a correct code, then changing just one bit. Regardless of which bit you flip, the output should stay static.