HEAP:
0 : CURRENT_OUTPUT
1 : CURRENT_INPUT
2 : BIT_A
3 : BIT_B
4 : PREVIOUS_BIT_A
5 : PREVIOUS_BIT_B
6 : GENERIC_VARIABLE
7 : GENERIC_VARIABLE_2
8 : GENERIC_VARIABLE_3
{XOR_SIGN_BIT}
{
	PUSH GENERIC_VARIABLE
	POP XOR_REGISTER
	POP [XOR_REGISTER]

	PUSH GENERIC_VARIABLE_3
	POP XOR_REGISTER
	POP [XOR_REGISTER]

	PUSH 2

	PUSH GENERIC_VARIABLE
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	PUSH 1

	EXECUTE SUBTRACTION, 2

	;THE BELOW LINE OF CODE SPECIFIES HOW MANY BITS AFTER INPUT_BIT_COUNT THE SIGN BIT IS PLACED IN (IE: IF INPUT_BIT_COUNT IS 32 AND THE BELOW CODE IS 1 IT PUTS THE SIGN BIT IN THE 33RD BIT SLOT)
	PUSH 0

	EXECUTE ADDITION, 2

	EXECUTE POWER, 2

	PUSH GENERIC_VARIABLE
	POP XOR_REGISTER
	POP [XOR_REGISTER]

	PUSH GENERIC_VARIABLE_3
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	EXECUTE ABSN, 1

	PUSH GENERIC_VARIABLE
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	EXECUTE DIVISION, 2

	PUSH 2

	EXECUTE MODULO, 2

	PUSH GENERIC_VARIABLE_2
	POP XOR_REGISTER
	POP [XOR_REGISTER]

	PUSH GENERIC_VARIABLE_2
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	PUSH GENERIC_VARIABLE_2
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	PUSH 1

	EXECUTE MODULO, 2

	EXECUTE SUBTRACTION, 2

	IF ON_STACK == 0: JUMP LABEL_1
	JUMP LABEL_3:

	LABEL_1:

	PUSH GENERIC_VARIABLE_3
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	EXECUTE EXTRACT_SIGN, 1

	IF ON_STACK == 0: JUMP LABEL_3

	PUSH 1

	PUSH GENERIC_VARIABLE_2
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	EXECUTE ADDITION, 2

	PUSH GENERIC_VARIABLE
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	EXECUTE MULTIPLICATION, 2

	JUMP LABEL_2:

	LABEL_3:
	PUSH GENERIC_VARIABLE_2
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	PUSH GENERIC_VARIABLE
	POP XOR_REGISTER
	PUSH [XOR_REGISTER]

	EXECUTE MULTIPLICATION, 2

	LABEL_2:
}