//----------------------------------------------------------------------------------------------------------
			mov		ebx, 0						//	Here we create our values for the for loop, we set the index as 0
			jmp		checkloop2					//	and store it in the ebx register. We then call the check
												//  loop method to make sure the length is big enough.
			//------------------------------------------------ LOOP ------------------------------------------------------
			checkloop2 :						//	Start our method inside the for loop.
				mov		edx, len				//	Set EDX register to the length of our character array.
				cmp		ebx, edx				//	Compare to see if the current index EBX isnt greater than
				jg		endloop2				//	our length.
												//
				movzx	ecx, [ebx + EChars]		//	Get our current character at the index of EBX.
				lea 	eax, EKey				//	We load the value into the memeory address
												//	This is so it does not reset every loop.
			//----------------------------------------------- DECRYPT METHOD -------------------------------------------
				ror		cl, 2					//	Reverse the last ROL operation on the character.
				mov 	edx, [eax]				//	Bring edx to store the starting encryption key, recast edx becuase its not needed
												//	anymore.
				rol		byte ptr[eax], 3		//	Access the address of EAX so it does not reset per loop
												//	Changing the EKey so the next operation is a correct reversal.
				xor		cl, byte ptr[eax]		//	Xor our new EKey with the current character value.
												//	This simply replicates what happened in the encryption part.
				xor		cl, dl					//	Compare our original ekey of this loop to reverse the encryption xor.
				rol		cl, 1					//	Reverse the ror 1 in the encryption operation by rotating left by 1.
				neg		cl						//	This is the final alteration to our character, we reverse the encrytion
												//	2's Complement by applying it again.
			//----------------------------------- TO LOWER CASE METHOD -------------------------------------------------------------
				cmp		cl, 'A'					//	Check to see of the current ASCII value is larger smaller than 65 (A)
				jl		exitnow					//	If its less then jump away becuase it doest need modifying.
				cmp		cl, 'Z'					//	We need to also make it jump away if its current value is larger than Z (99)
				jg		exitnow					//
				add		cl, 32					//	We then add 32 to the current char value, whihc, if it fits the previous statements
			exitnow:							//	it will capitalise it, as each Upper case character in the ASCII table are 32 values above
				mov		[ebx + DChars], cl		//	Get our value from the ecx register as we're no longer have to return with EAX
			//--------------------------------------------------------------------------------------------------------------
				add		ebx, 1					//	Increase our current index value of EBX by 1.
				jmp		checkloop2				//	Send back to the top of the loop and check our conditions again.
			//--------------------------------------------------------------------------------------------------------------
			endloop2: