Dioxyribonucleic Acid $($DNA$)$ and Ribonucliec Acid are long molecules forming the genetics and is copied over the generations. One of the components of DNA$/$RNA is a nucleotide which has nucleobases:

$1.$ Cytosine $($C$)$

$2.$ Guanine $($G$)$

$3.$ Adenine $($A$)$

$4.$ Thymine $($T$)[$Occurs in DNA only instead of Uracil $($U$)]$

$5.$ Uracil $($U$)[$Occurs in RNA only instead of Thymine $($T$)]$

Combination of these nucleobases form a DNA$/$RNA$.$ Consider this table for solving the

problem below:

Additionally, the sequence $000$ is used to identify DNA and $111$ identifies RNA.

Given a sequence of binary integers of $3-$bits each, you are expected to decode it in the readable format and also correct any errors in the input sequence.

Consider an example of an input as:

$000001001011101010010110011$

Now, the first $3$ bits of the input are $000$ which depicts that the remaining set of binary digits should be interpreted as DNA sequence. Now, we group the remaining bits into a set of $3-$bits which can be represented as $001001011101010010110011.$ Upon decoding this, we get the sequence as CCATGGUA. Now, since the letter U is an invalid nucleobase in a DNA, it should be replaced with T$.$ Therefore, after correcting the output, the final output should be:

CCATGGTA

Function Description

Complete the function decodeSequence in the editor below. The function must print the decoded sequence of the DNA$/$RNA$.$

decodeSequence has the following parameter$($s$)$: binarySequence: a string of binary numbers representing the DNA sequence; to be decoded.

Constraints

$$ Only binary digits should be present in the input.

$$ The length of the input string should be a multiple of $3.$