def decryption(text, key):
# Получаю раyндовые ключи
keys = k_main.k_conversion(key)
keys = keys[::-1]
result = text
state_info.raund = "start"
state_info.block = "input"
state_info.value = result
print_class.sleepy()
# Произвожу десять раундов
for i in range(len(keys)-1):
state_info.raund = i + 1
x = x_main.x_conversion(c_action.s32_to_v128(keys[i]), c_action.s32_to_v128(result))
state_info.block = "x"
state_info.value = c_action.v128_to_s32(x)
print_class.sleepy()
l = l_main.rl_conversion(c_action.v128_to_s32(x))
state_info.block = "l"
state_info.value = l + " "
print_class.sleepy()
result = s_main.rs_conversion(l)
state_info.block = "s"
state_info.value = result
print_class.sleepy()
state_info.raund = state_info.raund + 1
state_info.block = "x"
main_result = c_action.v128_to_s32(x_main.x_conversion(c_action.s32_to_v128(result),
c_action.s32_to_v128(keys[len(keys)-1])))
state_info.value = main_result
print_class.sleepy()
state_info.raund = "end"
state_info.block = "output"
state_info.value = main_result + " "
print_class.sleepy()
return main_result
def rlsx_conversion(k, a):
x = x_main.x_conversion(c_action.s32_to_v128(k), c_action.s32_to_v128(a))
l = l_main.rl_conversion(c_action.v128_to_s32(x))
return s_main.rs_conversion(l)