Protein Motifs to Hide GA-Based Encrypted Data

Algorithm 1

GABEA.

	Input: PlainText, K.
	Output: En_text.//cipher text.
	Begin.
(1)	key = Generated_Key(K);
(2)	L_P = length (PlainText);
(3)	L_K = length(key);
(4)	for i = 1 to L_P do
	{//byte by byte.
	Binary_PlainText[i] = char_to_binary(ascii(PlainText[i]);
	BPT_XOR[i] = XOR_gate(Binary_PlainText[i],key[i]);
	}
(5)	i = 1; x = 0;
(6)	While(i ≤ L_P)
	{
	Cut_type = x mod 4; //crossover type.
	if(Cut_type =  = 0).
	then one_point_crossover(BPT_XOR[i], BPT_XOR[i+1]);
	else if(Cut_type =  = 1).
	then two_point_crossover(BPT_XOR[i], BPT_XOR[i+1]);
	else if(Cut_type =  = 2).
	then multi_point_crossover(BPT_XOR[i], BPT_XOR[i+1]);
	else uniform _crossover(BPT_XOR[i], BPT_XOR[i+1]);
	for(j = 0; j < 2; j++).
	En_text[j + i] = Not_gate(BPT_XOR[j + i]);//Mutation.
	i = i+2;
	x = x+1;
	}//while.
	Return En_text;
	End.//Algorithm.