def encode_daikin1(device):
Daikin_template = "885BE40F0000004011DA2700003130007F000000000000C00000B2"
DAIKIN_HDR_MARK_USER = "******"
DAIKIN_HDR_SPACE_USER = "******"
DAIKIN_BIT_MARK_USER = "******"
DAIKIN_ONE_SPACE_USER = "******"
DAIKIN_ZERO_SPACE_USER = "******"
if device.swing == 0:
_swing = 15
elif device.swing == 1:
_swing = 0
else:
_swing = 15
if device.mode == 0:
_mode = 0
elif device.mode == 1:
_mode = 4
elif device.mode == 2:
_mode = 3
elif device.mode == 3:
_mode = 2
elif device.mode == 4:
_mode = 6
else:
_mode = 0
if device.fan == 0:
_fan = 10
elif device.fan == 1:
_fan = 3
elif device.fan == 2:
_fan = 4
elif device.fan == 3:
_fan = 5
elif device.fan == 4:
_fan = 6
elif device.fan == 5:
_fan = 7
else:
_fan = 10
_buff = AC_IR.hex_string_to_byte_array(Daikin_template)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if int(device.temp) == 0:
_buff = temp_down(_buff)
elif int(device.temp) == 1:
_buff = temp_up(_buff)
elif int(device.temp) == 2:
pass
elif ((int(device.temp) > 17) & (int(device.temp) < 33)):
_buff = change_temp(_buff)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if int(device.temp) == 0:
_buff = temp_down(_buff)
elif int(device.temp) == 1:
_buff = temp_up(_buff)
elif int(device.temp) == 2:
pass
elif ((int(device.temp) > 17) & (int(device.temp) < 33)):
_buff = change_temp(_buff)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
cs = check_sum(_buff, 8, 26)
str_raw = ""
str_bin = ""
for i in range(0, 8):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 1)
for i in range(8, len(_buff)):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 0)
str_raw += DAIKIN_HDR_MARK_USER
str_raw += ','
str_raw += DAIKIN_HDR_SPACE_USER
str_raw += ','
for i in range(0, 8 * 8):
str_raw += DAIKIN_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += DAIKIN_ONE_SPACE_USER
str_raw += ','
else:
str_raw += DAIKIN_ZERO_SPACE_USER
str_raw += ','
str_raw += DAIKIN_BIT_MARK_USER
str_raw += ','
str_raw += "29500"
str_raw += ','
str_raw += DAIKIN_HDR_MARK_USER
str_raw += ','
str_raw += DAIKIN_HDR_SPACE_USER
str_raw += ','
for i in range(8 * 8, 27 * 8):
str_raw += DAIKIN_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += DAIKIN_ONE_SPACE_USER
str_raw += ','
else:
str_raw += DAIKIN_ZERO_SPACE_USER
str_raw += ','
str_raw += DAIKIN_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_samsung(device):
samsung_template = "02920F000000F001D2FE718019F001C2FE71C015F0"
samsung_template_on = "02920F000000F001D20E0000000001C2FE71C015F0"
samsung_template_off = "02B20F000000C001D20F0000000001E2FE719015C0"
SAMSUNG_HDR_MARK_USER = "******"
SAMSUNG_HDR_SPACE_USER = "******"
SAMSUNG_BIT_MARK_USER = "******"
SAMSUNG_ONE_SPACE_USER = "******"
SAMSUNG_ZERO_SPACE_USER = "******"
state = 1
if device.swing == "off":
_swing = 10
elif device.swing == "swing":
_swing = 15
else:
_swing = 15
if device.mode == "auto":
_mode = 0
elif device.mode == "fan_only":
_mode = 4
elif device.mode == "dry":
_mode = 1
elif device.mode == "cool":
_mode = 2
elif device.mode == "heat":
_mode = 3
else:
_mode = 0
if device.fan == "auto":
_fan = 0
elif device.fan == "1":
_fan = 2
elif device.fan == "2":
_fan = 4
elif device.fan == "3":
_fan = 5
else:
_fan = 0
str_raw = ""
str_bin = ""
_buff_header = AC_IR.hex_string_to_byte_array(samsung_template)
_buff_on = AC_IR.hex_string_to_byte_array(samsung_template_on)
_buff_off = AC_IR.hex_string_to_byte_array(samsung_template_off)
if device.mode == "off":
_buff_off = switch_off(_buff_off)
for i in range(0, len(_buff_off)):
str_bin += AC_IR.byte_to_string(_buff_off[i].to_bytes(1, 'big'), 0)
str_raw += SAMSUNG_HDR_MARK_USER
str_raw += ','
str_raw += SAMSUNG_HDR_SPACE_USER
str_raw += ','
for i in range(7 * 8):
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += SAMSUNG_ONE_SPACE_USER
str_raw += ','
else:
str_raw += SAMSUNG_ZERO_SPACE_USER
str_raw += ','
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
str_raw += "3000"
str_raw += ','
str_raw += SAMSUNG_HDR_MARK_USER
str_raw += ','
str_raw += SAMSUNG_HDR_SPACE_USER
str_raw += ','
for i in range(7 * 8, 14 * 8):
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += SAMSUNG_ONE_SPACE_USER
str_raw += ','
else:
str_raw += SAMSUNG_ZERO_SPACE_USER
str_raw += ','
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
str_raw += "3000"
str_raw += ','
str_raw += SAMSUNG_HDR_MARK_USER
str_raw += ','
str_raw += SAMSUNG_HDR_SPACE_USER
str_raw += ','
for i in range(14 * 8, 21 * 8):
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += SAMSUNG_ONE_SPACE_USER
str_raw += ','
else:
str_raw += SAMSUNG_ZERO_SPACE_USER
str_raw += ','
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
str_raw += "0"
else:
_buff_on = switch_on(_buff_on)
_buff_on = change_mode(_buff_on, _mode)
if (int)(device.temp) == 0:
_buff_on = temp_down(_buff_on)
elif (int)(device.temp) == 1:
_buff_on = temp_up(_buff_on)
elif (int)(device.temp) == 2:
pass
elif (((int)(device.temp) > 15) and ((int)(device.temp) < 31)):
_buff_on = change_temp(_buff_on, (int)(device.temp))
else:
pass
_buff_on = change_fan(_buff_on, _fan)
_buff_on = change_swing(_buff_on, _swing)
checksum = 0x00
samsungByte = []
for j in range(10, 14):
samsungByte = _buff_on[j]
if j == 2:
samsungByte &= 0b11111110
for i in range(0, 8):
if ((samsungByte & 0x01) == 1):
checksum += 1
samsungByte >> 1
checksum = 28 - checksum
checksum << 4
checksum |= 0x02
_buff_on[8] = checksum
str_bin = AC_IR.byte_to_string(_buff_on, 0)
str_raw += SAMSUNG_HDR_MARK_USER
str_raw += ','
str_raw += SAMSUNG_HDR_SPACE_USER
str_raw += ','
for i in range(0, 7 * 8):
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += SAMSUNG_ONE_SPACE_USER
str_raw += ','
else:
str_raw += SAMSUNG_ZERO_SPACE_USER
str_raw += ','
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
str_raw += "3000"
str_raw += ','
str_raw += SAMSUNG_HDR_MARK_USER
str_raw += ','
str_raw += SAMSUNG_HDR_SPACE_USER
str_raw += ','
for i in range(7 * 8, 14 * 8):
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += SAMSUNG_ONE_SPACE_USER
str_raw += ','
else:
str_raw += SAMSUNG_ZERO_SPACE_USER
str_raw += ','
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
str_raw += "3000"
str_raw += ','
str_raw += SAMSUNG_HDR_MARK_USER
str_raw += ','
str_raw += SAMSUNG_HDR_SPACE_USER
str_raw += ','
for i in range(14 * 8, 21 * 8):
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += SAMSUNG_ONE_SPACE_USER
str_raw += ','
else:
str_raw += SAMSUNG_ZERO_SPACE_USER
str_raw += ','
str_raw += SAMSUNG_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_funiki(device):
Funiki_template = "38080060000100001020"
FUNIKI_HDR_MARK_USER = "******"
FUNIKI_HDR_SPACE_USER = "******"
FUNIKI_BIT_MARK_USER = "******"
FUNIKI_ONE_SPACE_USER = "******"
FUNIKI_ZERO_SPACE_USER = "******"
state = 1
_swing = device.swing
_temp = (int)(device.temp)
_fan = device.fan
_mode = device.mode
if _swing == "auto":
_swing = 1
elif _swing == "1":
_swing = 2
elif _swing == "2":
_swing = 3
elif _swing == "3":
_swing = 4
elif _swing == "4":
_swing = 5
elif _swing == "5":
_swing = 6
else:
_swing = 1
if _mode == "heat":
_mode = 2
elif _mode == "cool":
_mode = 0
elif _mode == "dry":
_mode = 3
elif _mode == "fan_only":
_mode = 1
else:
_mode = 0
if _fan == "auto":
_fan = 0
elif _fan == "1":
_fan = 1
elif _fan == "2":
_fan = 2
elif _fan == "3":
_fan = 3
else:
_fan = 0
_buff = AC_IR.hex_string_to_byte_array(Funiki_template)
if __debug__:
print(_buff)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 32):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 32):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
str_raw = ""
str_bin = ""
for i in range(0, len(_buff)):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_raw += FUNIKI_HDR_MARK_USER
str_raw += ','
str_raw += FUNIKI_HDR_SPACE_USER
str_raw += ','
for i in range(0, 8 * 10):
str_raw += FUNIKI_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += FUNIKI_ONE_SPACE_USER
str_raw += ','
else:
str_raw += FUNIKI_ZERO_SPACE_USER
str_raw += ','
str_raw += FUNIKI_BIT_MARK_USER
str_raw += ','
str_raw += FUNIKI_ONE_SPACE_USER
str_raw += ','
str_raw += FUNIKI_BIT_MARK_USER
str_raw += ','
str_raw += FUNIKI_ZERO_SPACE_USER
str_raw += ','
str_raw += FUNIKI_BIT_MARK_USER
str_raw += ','
str_raw += FUNIKI_ONE_SPACE_USER
str_raw += ','
str_raw += FUNIKI_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_panasonic(device):
Panasonic_template = "40040720000000600220E004003930807F00000EE00000810000DD"
PANASONIC_HDR_MARK_USER = "******"
PANASONIC_HDR_SPACE_USER = "******"
PANASONIC_BIT_MARK_USER = "******"
PANASONIC_ONE_SPACE_USER = "******"
PANASONIC_ZERO_SPACE_USER = "******"
state = 1
_temp = (int)(device.temp)
_swing = device.swing
_fan = device.fan
_mode = device.mode
if _swing == "auto":
_swing = 15
elif _swing == "1":
_swing = 1
elif _swing == "2":
_swing = 2
elif _swing == "3":
_swing == 3
elif _swing == "4":
_swing = 4
elif _swing == "5":
_swing = 5
else:
_swing = 15
if _mode == "auto":
_mode = 0
elif _mode == "heat":
_mode = 4
elif _mode == "cool":
_mode == 3
elif _mode == "dry":
_mode = 2
elif _mode == "fan_only":
_mode = 6
else:
_mode = 0
if _fan == "auto":
_fan = 10
elif _fan == "1":
_fan = 3
elif _fan == "2":
_fan = 4
elif _fan == "3":
_fan = 5
elif _fan == "4":
_fan = 6
elif _fan == "4":
_fan = 7
else:
_fan = 10
_buff = AC_IR.hex_string_to_byte_array(Panasonic_template)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 31):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 31):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
cs = check_sum(_buff, 8, 26)
str_raw = ""
str_bin = ""
for i in range(0, 8):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 1)
for i in range(8, len(_buff) - 1):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 0)
str_raw += PANASONIC_HDR_MARK_USER
str_raw += ','
str_raw += PANASONIC_HDR_SPACE_USER
str_raw += ','
for i in range(0, 8 * 8):
str_raw += PANASONIC_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += PANASONIC_ONE_SPACE_USER
str_raw += ','
else:
str_raw += PANASONIC_ZERO_SPACE_USER
str_raw += ','
str_raw += PANASONIC_BIT_MARK_USER
str_raw += ','
str_raw += "9950"
str_raw += ','
str_raw += PANASONIC_HDR_MARK_USER
str_raw += ','
str_raw += PANASONIC_HDR_SPACE_USER
str_raw += ','
for i in range(8 * 8, 27 * 8):
str_raw += PANASONIC_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += PANASONIC_ONE_SPACE_USER
str_raw += ','
else:
str_raw += PANASONIC_ZERO_SPACE_USER
str_raw += ','
str_raw += PANASONIC_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_sumikura(device):
Sumikura_template = "56740000210600000C000C2529114B"
SUMIKURA_HDR_MARK_USER = "******"
SUMIKURA_HDR_SPACE_USER = "******"
SUMIKURA_BIT_MARK_USER = "******"
SUMIKURA_ONE_SPACE_USER = "******"
SUMIKURA_ZERO_SPACE_USER = "******"
state = 1
if device.swing == "auto":
_swing = 26
elif device.swing == "1":
_swing = 6
elif device.swing == "2":
_swing = 10
elif device.swing == "3":
_swing = 14
elif device.swing == "4":
_swing = 18
elif device.swing == "5":
_swing = 22
else:
_swing = 26
if device.mode == "cool":
_mode = 2
elif device.mode == "heat":
_mode = 3
elif device.mode == "fan_only":
_mode = 5
else:
_mode = 2
if device.fan == "auto":
_fan = 0
elif device.fan == "1":
_fan = 2
elif device.fan == "2":
_fan = 3
elif device.fan == "3":
_fan = 1
else:
_fan = 0
str_raw = ""
str_bin = ""
_buff = AC_IR.hex_string_to_byte_array(Sumikura_template)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if (int)(device.temp) == 0:
_buff = temp_down(_buff)
elif (int)(device.temp) == 1:
_buff = temp_up(_buff)
elif (int)(device.temp) == 2:
pass
elif (int(device.temp) > 15) and (int(device.temp) < 33):
_buff = change_temp(_buff, int(device.temp))
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if int(device.temp) == 0:
_buff = temp_down(_buff)
elif int(device.temp) == 1:
_buff = temp_up(_buff)
elif int(device.temp) == 2:
pass
elif ((int(device.temp) > 15) and (int(device.temp) < 32)):
_buff = change_temp(_buff, int(device.temp))
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
cs = check_sum(_buff, 0, len(_buff) - 1)
_buff_temp = _buff
_buff_temp.pop(len(_buff) - 1)
str_bin = AC_IR.byte_to_string(_buff_temp, 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 0)
str_raw += SUMIKURA_HDR_MARK_USER
str_raw += ','
str_raw += SUMIKURA_HDR_SPACE_USER
str_raw += ','
for i in range(0, 15 * 8):
str_raw += SUMIKURA_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += SUMIKURA_ONE_SPACE_USER
str_raw += ','
else:
str_raw += SUMIKURA_ZERO_SPACE_USER
str_raw += ','
str_raw += SUMIKURA_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_asanzo(device):
Asanzo_template = "C38700002000200000200005AF"
ASANZO_HDR_MARK_USER = "******"
ASANZO_HDR_SPACE_USER = "******"
ASANZO_BIT_MARK_USER = "******"
ASANZO_ONE_SPACE_USER = "******"
ASANZO_ZERO_SPACE_USER = "******"
state = 1
if device.swing == "on":
_swing = 7
elif device.swing == "off":
_swing = 0
else:
_swing = 7
if device.mode == "auto":
_mode = 0
elif device.mode == "heat":
_mode = 4
elif device.mode == "dry":
_mode = 1
elif device.mode == "cool":
_mode = 2
elif device.mode == "fan_only":
_mode = 6
else:
_mode = 0
if device.fan == "auto":
_fan = 5
elif device.fan == "1":
_fan = 3
elif device.fan == "2":
_fan = 2
elif device.fan == "3":
_fan = 1
else:
_fan = 5
_temp = (int)(device.temp)
_buff = AC_IR.hex_string_to_byte_array(Asanzo_template)
if __debug__:
print(_buff)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if (int)(_temp) == 0:
_buff = temp_down(_buff)
elif (int)(_temp) == 1:
_buff = temp_up(_buff)
elif (int)(_temp) == 2:
pass
elif ((int)(_temp) > 15) and ((int)(_temp) < 33):
_buff = change_temp(_buff, (int)(_temp))
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
else:
switch_on(_buff)
change_mode(_buff, _mode)
if (int)(_temp) == 0:
_buff = temp_down(_buff)
elif (int)(_temp) == 1:
_buff = temp_up(_buff)
elif (int)(_temp) == 2:
pass
elif (_temp > 15) and (_temp < 33):
change_temp(_buff, _temp)
else:
pass
change_fan(_buff, _fan)
change_swing(_buff, _swing)
cs = check_sum(_buff, 0, 12)
str_raw = ""
str_bin = ""
for i in range(0, len(_buff)):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 0)
str_raw += ASANZO_HDR_MARK_USER
str_raw += ','
str_raw += ASANZO_HDR_SPACE_USER
str_raw += ','
for i in range(0, 13 * 8):
str_raw += ASANZO_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += ASANZO_ONE_SPACE_USER
str_raw += ','
else:
str_raw += ASANZO_ZERO_SPACE_USER
str_raw += ','
str_raw += ASANZO_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_daikin_2(device):
Daikin_template = "11DA27F00D000F11DA2700D3313100001C070872"
DAIKIN_HDR_MARK_USER = "******"
DAIKIN_HDR_SPACE_USER = "******"
DAIKIN_BIT_MARK_USER = "******"
DAIKIN_ONE_SPACE_USER = "******"
DAIKIN_ZERO_SPACE_USER = "******"
state = 1
if device.swing == "on":
_swing = 15
elif device.swing == "1":
_swing = 1
elif device.swing == "2":
_swing = 2
elif device.swing == "3":
_swing = 3
elif device.swing == "4":
_swing = 4
elif device.swing == "5":
_swing = 5
else:
_swing = 15
if device.mode == "heat":
_mode = 4
elif device.mode == "cool":
_mode = 3
elif device.mode == "dry":
_mode = 2
elif device.mode == "fan_only":
_mode = 6
else:
_mode = 3
if device.fan == "auto":
_fan = 10
elif device.fan == "1":
_fan = 3
elif device.fan == "2":
_fan = 4
elif device.fan == "3":
_fan = 5
elif device.fan == "4":
_fan = 6
elif device.fan == "5":
_fan = 7
else:
_fan = 10
_temp = (int)(device.temp)
_buff = AC_IR.hex_string_to_byte_array(Daikin_template)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 17) and (_temp < 33):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _mode)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 17) and (_temp < 33):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
cs = check_sum(_buff, 7, 19)
str_raw = ""
str_bin = ""
for i in range(0, len(_buff) - 1):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 0)
str_raw += DAIKIN_HDR_MARK_USER
str_raw += ','
str_raw += DAIKIN_HDR_SPACE_USER
str_raw += ','
for i in range(0, 7*8):
str_raw += DAIKIN_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += DAIKIN_ONE_SPACE_USER
str_raw += ','
else:
str_raw += DAIKIN_ZERO_SPACE_USER
str_raw += ','
str_raw += DAIKIN_BIT_MARK_USER
str_raw += ','
str_raw += "29500"
str_raw += ','
str_raw += DAIKIN_HDR_MARK_USER
str_raw += ','
str_raw += DAIKIN_HDR_SPACE_USER
str_raw += ','
for i in range(7*8, 20*8):
str_raw += DAIKIN_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += DAIKIN_ONE_SPACE_USER
str_raw += ','
else:
str_raw += DAIKIN_ZERO_SPACE_USER
str_raw += ','
str_raw += DAIKIN_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_nagakawa(device):
Nagakawa_template = "23CB2601002403070D0000000050"
NAGAKAWA_HDR_MARK_USER = "******"
NAGAKAWA_HDR_SPACE_USER = "******"
NAGAKAWA_BIT_MARK_USER = "******"
NAGAKAWA_ONE_SPACE_USER = "******"
NAGAKAWA_ZERO_SPACE_USER = "******"
state = 1
_temp = (int)(device.temp)
_swing = device.swing
_fan = device.fan
_mode = device.mode
if _mode == "auto":
_mode = 0
elif _mode == "heat":
_mode = 1
elif _mode == "cool":
_mode = 3
elif _mode == "dry":
_mode = 2
elif _mode == "fan_only":
_mode = 7
else:
_mode = 0
if _swing == "on":
_swing = 0
elif _swing == "off":
_swing = 3
else:
_swing = 0
if _fan == "auto":
_fan = 0
elif _fan == "1":
_fan = 1
elif _fan == "2":
_fan = 2
elif _fan == "3":
_fan = 3
elif _fan == "4":
_fan = 4
elif _fan == "5":
_fan = 5
else:
_fan = 0
_buff = AC_IR.hex_string_to_byte_array(Nagakawa_template)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 32):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 32):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
cs = check_sum(_buff, 0, len(_buff) - 1)
str_raw = ""
str_bin = ""
for i in range(0, len(_buff) - 1):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 0)
str_raw += NAGAKAWA_HDR_MARK_USER
str_raw += ','
str_raw += NAGAKAWA_HDR_SPACE_USER
str_raw += ','
for i in range(0 * 8, 14 * 8):
str_raw += NAGAKAWA_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += NAGAKAWA_ONE_SPACE_USER
str_raw += ','
else:
str_raw += NAGAKAWA_ZERO_SPACE_USER
str_raw += ','
str_raw += NAGAKAWA_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_sharp(device):
Sharp_template = "AA5ACF1007317200088000F031"
SHARP_HDR_MARK_USER = "******"
SHARP_HDR_SPACE_USER = "******"
SHARP_BIT_MARK_USER = "******"
SHARP_ONE_SPACE_USER = "******"
SHARP_ZERO_SPACE_USER = "******"
state = 1
_temp = (int)(device.temp)
_swing = device.swing
_fan = device.fan
_mode = device.mode
if _mode == "auto":
_mode = 0
elif _mode == "dry":
_mode = 3
elif _mode == "cool":
_mode = 2
elif _mode == "heat":
_mode = 1
elif _mode == "fan":
_mode = 4
else:
pass
if _fan == "auto":
_fan = 2
elif _fan == "1":
_fan = 3
elif _fan == "2":
_fan = 5
elif _fan == "3":
_fan = 7
if _swing == "swing": #change
_swing = 7
elif _swing == "set": #unchange
_swing = 1
else:
_swing = 1
_buff = AC_IR.hex_string_to_byte_array(Sharp_template)
if _mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 17) and (_temp < 33):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
elif True:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 17) and (_temp < 33):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_active(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 17) and (_temp < 33):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
cs = check_sum(_buff, 0, 12)
str_raw = ""
str_bin = ""
for i in range(0, len(_buff) - 1):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 0)
str_raw += SHARP_HDR_MARK_USER
str_raw += ','
str_raw += SHARP_HDR_SPACE_USER
str_raw += ','
for i in range(0, 13 * 8):
str_raw += SHARP_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += SHARP_ONE_SPACE_USER
str_raw += ','
else:
str_raw += SHARP_ZERO_SPACE_USER
str_raw += ','
str_raw += SHARP_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_gree(device):
Gree_template = "79080050"
GREE_HDR_MARK_USER = "******"
GREE_HDR_SPACE_USER = "******"
GREE_BIT_MARK_USER = "******"
GREE_ONE_SPACE_USER = "******"
GREE_ZERO_SPACE_USER = "******"
state = 1
_temp = (int)(device.temp)
_swing = device.swing
_fan = device.fan
_mode = device.mode
if _swing == "on":
_swing = 4
elif _swing == "off":
_swing = 0
else:
_mode = 0
if _mode == "auto":
_mode = 0
elif _mode == "cool":
_mode = 4
elif _mode == "dry":
_mode = 1
elif _mode == "fan":
_mode = 2
elif _mode == "heat":
_mode = 3
else:
_mode = 0
if __debug__:
print(_mode)
if _fan == "auto":
_fan = 0
elif _fan == "1":
_fan = 1
elif _fan == "2":
_fan = 2
elif _fan == "3":
_fan = 3
else:
_fan = 0
_buff = AC_IR.hex_string_to_byte_array(Gree_template)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 31):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 31):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
str_raw = ""
str_bin = ""
for i in range(0, len(_buff)):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_raw += GREE_HDR_MARK_USER
str_raw += ','
str_raw += GREE_HDR_SPACE_USER
str_raw += ','
for i in range(0, 8 * 4):
str_raw += GREE_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += GREE_ONE_SPACE_USER
str_raw += ','
else:
str_raw += GREE_ZERO_SPACE_USER
str_raw += ','
str_raw += GREE_BIT_MARK_USER
str_raw += ','
str_raw += GREE_ONE_SPACE_USER
str_raw += ','
str_raw += GREE_BIT_MARK_USER
str_raw += ','
str_raw += GREE_ZERO_SPACE_USER
str_raw += ','
str_raw += GREE_BIT_MARK_USER
str_raw += ','
str_raw += GREE_ONE_SPACE_USER
str_raw += ','
str_raw += GREE_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_lg(device):
LG_Test = "88100001"
LG_template_on = "88089405"
LG_template_off = "88C00501"
LG_template_swing_on = "88100001"
LG_HDR_MARK_USER = "******"
LG_HDR_SPACE_USER = "******"
LG_BIT_MARK_USER = "******"
LG_ONE_SPACE_USER = "******"
LG_ZERO_SPACE_USER = "******"
state = 1
_temp = (int)(device.temp)
_swing = device.swing
_fan = device.fan
_mode = device.mode
if _mode == "cool":
_mode = 4
elif _mode == "auto":
_mode = 0
elif _mode == "dry":
_mode = 1
else:
_mode = 4
if _fan == "auto":
_fan = 5
elif _fan == "1":
_fan = 0
elif _fan == "3":
_fan = 2
elif _fan == "2":
_fan = 4
else:
_fan = 5
_swing = 1
_buff = AC_IR.hex_string_to_byte_array(LG_template_on)
if device.mode == "off":
_buff = AC_IR.hex_string_to_byte_array(LG_template_off)
else:
if _swing == 0:
_buff = AC_IR.hex_string_to_byte_array(LG_template_swing_on)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 31):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
str_raw = ""
str_bin = ""
cs = check_sum(_buff, 0, 3)
for i in range(0, len(_buff) - 1):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 1)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 1)
_str = ""
_str += str_bin[0: len(str_bin) - 8]
_str += str_bin[len(str_bin) - 4: len(str_bin)]
str_bin = _str
str_raw += LG_HDR_MARK_USER
str_raw += ','
str_raw += LG_HDR_SPACE_USER
str_raw += ','
for i in range(0, 28):
str_raw += LG_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += LG_ONE_SPACE_USER
str_raw += ','
else:
str_raw += LG_ZERO_SPACE_USER
str_raw += ','
str_raw += LG_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_general(device):
General_template_state_test = "1463001010FE0930700210000000202E"
General_template_state_on = "1463001010FE0930910101000000201D"
General_template_state_off = "146300101002FD"
General_template_swing_on = "14630010106C93"
GENERAL_HDR_MARK_USER = "******"
GENERAL_HDR_SPACE_USER = "******"
GENERAL_BIT_MARK_USER = "******"
GENERAL_ONE_SPACE_USER = "******"
GENERAL_ZERO_SPACE_USER = "******"
state = 1
_temp = (int)(device.temp)
_swing = device.swing
_fan = device.fan
_mode = device.mode
if __debug__:
print(_temp)
print(_swing)
print(_fan)
print(_mode)
if _mode == "auto":
_mode = 0
elif _mode == "heat":
_mode = 4
elif _mode == "cool":
_mode = 1
elif _mode == "dry":
_mode = 2
elif _mode == "fan_only":
_mode = 3
else:
pass
if _fan == "auto":
_fan = 0
elif _fan == "1":
_fan = 4
elif _fan == "2":
_fan = 3
elif _fan == "3":
_fan = 2
elif _fan == "4":
_fan = 1
else:
_fan = 0
if _swing == "set":
_swing = 0
elif _swing == "swing":
_swing = 1
elif _swing == "swing":
_swing = 2
else:
_swing = 2
str_raw = ""
str_bin = ""
if device.mode != "off":
if _swing == 0:
_buff = AC_IR.hex_string_to_byte_array(General_template_swing_on)
for i in range(0, 7):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_raw += GENERAL_HDR_MARK_USER
str_raw += ','
str_raw += GENERAL_HDR_SPACE_USER
str_raw += ','
for i in range(0, 7 * 8):
str_raw += GENERAL_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += GENERAL_ONE_SPACE_USER
str_raw += ','
else:
str_raw += GENERAL_ZERO_SPACE_USER
str_raw += ','
str_raw += GENERAL_BIT_MARK_USER
str_raw += ','
str_raw = "0"
else:
_buff = AC_IR.hex_string_to_byte_array(General_template_state_on)
_buff = switch_on(_buff)
_buff = change_swing(_buff, _swing)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 17) and (_temp < 31):
_buff = change_temp(_buff, _temp)
_buff = change_fan(_buff, _fan)
cs = check_sum(_buff, 7, len(_buff) - 1)
for i in range(0, len(_buff) - 1):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big', signed=True),
0)
str_raw += GENERAL_HDR_MARK_USER
str_raw += ','
str_raw += GENERAL_HDR_SPACE_USER
str_raw += ','
for i in range(0, 16 * 8):
str_raw += GENERAL_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += GENERAL_ONE_SPACE_USER
str_raw += ','
else:
str_raw += GENERAL_ZERO_SPACE_USER
str_raw += ','
str_raw += GENERAL_BIT_MARK_USER
str_raw += ','
str_raw += "0"
else:
_buff = AC_IR.hex_string_to_byte_array(General_template_state_off)
for i in range(0, 7):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_raw += GENERAL_HDR_MARK_USER
str_raw += ','
str_raw += GENERAL_HDR_SPACE_USER
str_raw += ','
for i in range(0, 7 * 8):
str_raw += GENERAL_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += GENERAL_ONE_SPACE_USER
str_raw += ','
else:
str_raw += GENERAL_ZERO_SPACE_USER
str_raw += ','
str_raw += GENERAL_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_mitsubishi(device):
Mitsubishi_template = "23CB260100A403070500000000C8"
MITSUBISHI_HDR_MARK_USER = "******"
MITSUBISHI_HDR_SPACE_USER = "******"
MITSUBISHI_BIT_MARK_USER = "******"
MITSUBISHI_ONE_SPACE_USER = "******"
MITSUBISHI_ZERO_SPACE_USER = "******"
state = 1
_temp = (int)(device.temp)
_swing = device.swing
_fan = device.fan
_mode = device.mode
if _mode == "cool":
_mode = 8
elif _mode == "heat":
_mode = 3
elif _mode == "auto":
_mode = 2
elif _mode == "dry":
_mode = 7
else:
_mode = 8
if _fan == "auto":
_fan = 0
elif _fan == "1":
_fan = 2
elif _fan == "2":
_fan = 3
elif _fan == "3":
_fan = 5
else:
_fan = 0
if _swing == "auto":
_swing = 0
elif _swing == "1":
_swing = 1
elif _swing == "2":
_swing = 2
elif _swing == "3":
_swing = 3
elif _swing == "4":
_swing = 4
elif _swing == "5":
_swing = 5
_buff = AC_IR.hex_string_to_byte_array(Mitsubishi_template)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 32):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _swing)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 32):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _swing)
_buff = change_swing(_buff, _swing)
cs = check_sum(_buff, 0, 13)
str_raw = ""
str_bin = ""
for i in range(0, len(_buff) - 1):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 0)
str_raw += MITSUBISHI_HDR_MARK_USER
str_raw += ','
str_raw += MITSUBISHI_HDR_SPACE_USER
str_raw += ','
for i in range(0, 14 * 8):
str_raw += MITSUBISHI_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += MITSUBISHI_ONE_SPACE_USER
str_raw += ','
else:
str_raw += MITSUBISHI_ZERO_SPACE_USER
str_raw += ','
str_raw += MITSUBISHI_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw
def encode_funiki2(device):
Funiki_2_template = "C38700002000200000200005AF"
FUNIKI_2_HDR_MARK_USER = "******"
FUNIKI_2_HDR_SPACE_USER = "******"
FUNIKI_2_BIT_MARK_USER = "******"
FUNIKI_2_ONE_SPACE_USER = "******"
FUNIKI_2_ZERO_SPACE_USER = "******"
state = 1
_temp = (int)(device.temp)
_swing = device.swing
_fan = device.fan
_mode = device.mode
if _swing == "auto":
_swing = 0
elif _swing == "1":
_swing = 1
elif _swing == "2":
_swing = 2
elif _swing == "3":
_swing = 3
elif _swing == "3":
_swing = 4
elif _swing == "5":
_swing = 5
else:
_swing = 0
if _mode == "fan_only":
_mode = 4
elif _mode == "heat":
_mode = 1
elif _mode == "dry":
_mode = 2
elif _mode == "dry":
_mode = 6
elif _mode == "cool":
_mode = 0
else:
_mode = 0
if _fan == "auto":
_fan = 0
elif _fan == "1":
_fan = 3
elif _fan == "2":
_fan = 1
elif _fan == "3":
_fan = 5
else:
_fan = 0
_buff = AC_IR.hex_string_to_byte_array(Funiki_2_template)
if device.mode == "off":
_buff = switch_off(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 32):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
else:
_buff = switch_on(_buff)
_buff = change_mode(_buff, _mode)
if _temp == 0:
_buff = temp_down(_buff)
elif _temp == 1:
_buff = temp_up(_buff)
elif _temp == 2:
pass
elif (_temp > 15) and (_temp < 32):
_buff = change_temp(_buff, _temp)
else:
pass
_buff = change_fan(_buff, _fan)
_buff = change_swing(_buff, _swing)
cs = check_sum(_buff, 0, 12)
str_raw = ""
str_bin = ""
for i in range(0, len(_buff) - 1):
str_bin += AC_IR.byte_to_string(_buff[i].to_bytes(1, 'big'), 0)
str_bin += AC_IR.byte_to_string(cs.to_bytes(1, 'big'), 0)
str_raw += FUNIKI_2_HDR_MARK_USER
str_raw += ','
str_raw += FUNIKI_2_HDR_SPACE_USER
str_raw += ','
for i in range(0, 8 * 13):
str_raw += FUNIKI_2_BIT_MARK_USER
str_raw += ','
if str_bin[i] == '1':
str_raw += FUNIKI_2_ONE_SPACE_USER
str_raw += ','
else:
str_raw += FUNIKI_2_ZERO_SPACE_USER
str_raw += ','
str_raw += FUNIKI_2_BIT_MARK_USER
str_raw += ','
str_raw += "0"
str_raw = AC_IR.gz_base64_compress(str_raw)
return str_raw