function print(...)
	local szString = "";
	for i, v in pairs{...}do
		szString = szString..tostring(v).."\t";
	end
	
	local orig = Input.GetText("Input1");
	Input.SetText("Input1", orig..szString.."\r\n");
end

qsha = {
	algorithm = "sha512";
	allowed   = {"sha1", "sha224", "sha256", "sha384", "sha512"};
	
	-- Set the algorithm to use, defaults to sha512
	setAlgorithm = function(name)
		for i, v in pairs(qsha.allowed)do
			if(v == name)then
				qsha.algorithm = name;
				return true;
			end
		end;
		
		return false;
	end;
	
	-- Get a table of available aglorithms
	getAlgorithms = function()
		return qsha.allowed;
	end;
	
	-- Generate SHA from string
	string = function(sz)	
		return DLL.CallFunction("AutoPlay\\Docs\\qsha.dll", "quickStringHash", "\""..qsha.algorithm.."\",\""..sz.."\"", DLL_RETURN_TYPE_STRING, DLL_CALL_STDCALL);
	end;
	
	-- Generate SHA from string, but first blowfish encrypt the input string using the key.
	blowfishString = function(sz, key)	
		return DLL.CallFunction("AutoPlay\\Docs\\qsha.dll", "quickBlowfishStringHash", "\""..qsha.algorithm.."\",\""..sz.."\",\""..key.."\"", DLL_RETURN_TYPE_STRING, DLL_CALL_STDCALL);
	end;
	
	-- Generate SHA from file
	file = function(path)
		return DLL.CallFunction("AutoPlay\\Docs\\qsha.dll", "quickFileHash", "\""..qsha.algorithm.."\",\""..path.."\"", DLL_RETURN_TYPE_STRING, DLL_CALL_STDCALL);
	end;
	
	-- Generate SHA from buffer
	buffer = function(lpBuffer, size)
		return DLL.CallFunction("AutoPlay\\Docs\\qsha.dll", "quickHash", "\""..qsha.algorithm.."\","..tostring(lpBuffer)..","..tostring(size), DLL_RETURN_TYPE_STRING, DLL_CALL_STDCALL);
	end;
}