The program should be able to read a fasta file and then extract out the DNA sequence. The program should be able to translate three forwarding open reading frames. You can first use the transcribe() method of the GeneticCodes class to transcribe the DNA sequence into a RNA sequence, and then use the translate() method to translate it into a protein sequence. Please note that the translate method only takes a sequence with a length divisible by 3, so you need to adjust the length of the sequence depends on which reading frame is used. You can also choose the toProtein() method in the DNATools class without adjusting the length of the sequence. The program should be able to translate three forwarding open reading frames. You can first use the transcribe() method of the GeneticCodes class to transcribe the DNA sequence into a RNA sequence, and then use the translate() method to translate it into a protein sequence. Please note that the translate method only takes a sequence with a length divisible by 3, so you need to adjust the length of the sequence depends on which reading frame is used. You can also choose the toProtein() method in the DNATools class without adjusting the length of the sequence. 

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