ramka

# ----------------------------------------------------------------------------------------------------
def OutState():
    return bytearray([254, 254, 23, 254, 13])


# ----------------------------------------------------------------------------------------------------

# ----------------------------------------------------------------------------------------------------
def NewData():
    return bytearray([254, 254, 127, 254, 13])


# ----------------------------------------------------------------------------------------------------

# ----------------------------------------------------------------------------------------------------
def RotateL(Bin):
    BinL = (Bin << 1) & 65535
    BinR = (Bin >> 15)
    return (BinL | BinR)


# ----------------------------------------------------------------------------------------------------

# ----------------------------------------------------------------------------------------------------
def CRCheck(Frame):
    Crc = 0x147A
    for i in Frame:
        Crc = RotateL(Crc)
        Crc = Crc ^ 0xFFFF
        Crc = Crc + int(hex(Crc)[:4], 16) + i
    Crc = hex(Crc)[2:]
    Crc = [int(Crc[:2], 16), int(Crc[2:], 16)]
    return Crc


# ----------------------------------------------------------------------------------------------------

# ----------------------------------------------------------------------------------------------------
def OutToDec(Out):
    OutBits = [1, 2, 4, 8, 16, 32, 64, 128]
    OutBin = 0
    OutBit = 0
    for i in Out:
        OutBit = OutBits[i - 1]
        OutBin = OutBin + OutBit
    return OutBin


# ----------------------------------------------------------------------------------------------------

# ----------------------------------------------------------------------------------------------------
def OutDec(OutNr):
    Outs = [[], [], [], [], [], [], [], [], [], [], [], [], [], [], [], []]
    OutsDec = []

    # for i in OutNr:
    if OutNr % 8 == 0:
        Out8Nr = round(OutNr / 8) - 1
    else:
        Out8Nr = OutNr // 8
    Outs[Out8Nr].append(OutNr - Out8Nr * 8)
    #print('Outs in octets to check:', Outs)

    for i in Outs:
        if len(i) == 0:
            OutDec = 0x00
        else:
            OutDec = OutToDec(i)
        OutsDec.append(OutDec)
    return OutsDec


# ----------------------------------------------------------------------------------------------------

# ----------------------------------------------------------------------------------------------------
def OutFrame(OnOff, Pass, Out):
    """Generuje ramkę sterującą wyjściami typu BI lub MONO zgodną z protokołem RS232

  OnOff : int
    wyłączenie wyjścia - 0, załączenie wyjścia - 1, przełączenie wyjścia - 2
  Pass : str
    hasło użytkownika centrali systemu alarmowego
  Out : str
    numery wyjść do sterowania oddzielone przecinkami
  """
    Out = OutDec(Out)
    if OnOff == 0:
        OnOff = 137
    elif OnOff == 1:
        OnOff = 136
    else:
        OnOff = 145

    PassDec = []
    if len(Pass) < 16:
        Pass = Pass + 'F' * (16 - len(Pass))  # poprawione dodawanie 'F'
    for i in range(8):
        PassDec.append(int(Pass[0:2], 16))
        Pass = Pass[2:]

    Frame = [OnOff] + PassDec + Out

    Lista = ([254, 254] + Frame + CRCheck(Frame) + [254, 13])  # test ramki
    # test = ", ".join(str(x) for x in Lista).replace(',', '').replace(' ','')
    hexString = ''.join([format(x, '02x') for x in Lista])
    print("wypisz ciąg szesznastkowy: ", hexString)
    for i in Lista:  # test ramki
        print(hex(i), ' ', end='')  # test ramki
    print("\nwypisz ciag binarny ", bytes.fromhex(hexString))
    return bytes.fromhex(hexString)  # poprawione zwracanie wartości


# ----------------------------------------------------------------------------------------------------

# Password = '1111'
# OutNr = Out
# OnOffOut = OnOff
# OutNr = list(map(int, OutNr.split(',')))
# OutNr.sort()

print('----------------------------------------------------------------------------------------------------')
# print('Write outs frame:', OutFrame(OnOffOut, Password, OutNr))
print('----------------------------------------------------------------------------------------------------')