def test_ibs01_with_usbtype():
message = '$GPRP,C874A59968B3,F008D1789208,-59,02010612FF590080BC2E0100BF0A3900000005000000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.humidity == 57
assert msd.temperature == 27.51
MessageParser.parse(message, handler)
def test_ibs01_json_temperature():
message = '{"data":["$GPRP,7ABA6F20ACCF,806172C89C09,-2,02010612FF590080BCFF00007A0D4300FFFFFFFFFFFF"]}'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.humidity == 67
assert msd.temperature == 34.50
MessageParser.parse(message, handler)
def test_ibs02m2():
message = '$GPRP,806FB0C7C148,F008D1798BA4,-44,02010612FF0D0083BC3E0140AAAAFFFF000004070000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS02M2'
assert msd.events.din is True
MessageParser.parse(message, handler)
def test_ibs02pir():
message = '$GPRP,607771FCD6FB,DB024BFC4863,-49,02010612FF0D0083BC4A0110AAAAFFFF000001140000,1604900518'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS02PIR2'
assert msd.battery == 3.3
assert msd.events.pir is True
MessageParser.parse(message, handler)
def test_ibs02hm():
message = '$GPRP,F0F8F2CADCCF,C82B96AE3B04,-52,02010612FF0D0082BC280100AAAAFFFF000004050000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS02HM'
assert msd.battery == 2.96
MessageParser.parse(message, handler)
def test_ibs05():
message = '$GPRP,EAC653D3AA8E,CCB97E7361A4,-44,02010612FF2C0883BC290101AAAAFFFF000030000000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS05'
assert msd.events.button is True
MessageParser.parse(message, handler)
def test_ibs01_hall_detected():
message = '$GPRP,F704B6D48BE8,1173AE7325A2,-24,02010612FF590080BC2B0104FFFFFFFFFFFFFFFFFFFF'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS01'
assert msd.battery == 2.99
assert msd.events.hall is True
MessageParser.parse(message, handler)
def test_ibs02m2_counter():
message = '$GPRP,806FB0C7C148,F008D1798BA4,-44,02010612FF0D0083BC240100AAAA37060000040B0600'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS02M2'
assert msd.counter == 1591
assert msd.events.din is False
MessageParser.parse(message, handler)
def test_ibs02ir():
message = '$GPRP,0081F9889BF9,DB024BFC4863,-44,02010612FF0D0083BC200120AAAAFFFF000002070000,1604900604'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS02IR2'
assert msd.battery == 2.88
assert msd.events.ir is True
MessageParser.parse(message, handler)
def test_ibs03t_rh():
message = '$GPRP,CDCB34E2D0A2,77AE1C1DC33D,-91,02010612FF0D0083BCAD0000A20B4700FFFF14000000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS03T'
assert msd.temperature == 29.78
assert msd.humidity == 71
MessageParser.parse(message, handler)
def test_ibs03r():
message = '$GPRP,0C61CFC14A4E,E3C33FF55AEC,-50,02010612FF0D0083BCFFFF00FFFF6400000013030000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS03R'
assert msd.range == 100
assert not hasattr(msd, 'humidity')
MessageParser.parse(message, handler)
def test_ibs03p():
message = '$GPRP,0C61CFC14745,E7DAE08E6FC3,-67,02010612FF0D0083BC280100AAAAD207000012080000,1608516227'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS03P'
assert msd.temperatureExt == 20.02
assert not hasattr(msd, 'humidity')
MessageParser.parse(message, handler)
def test_ibs02ir_counter():
message = '$GPRP,0081F9889BF9,F008D1789294,-42,02010612FF0D0083BC4D0120AAAA05000000020A0600'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS02IR2'
assert msd.battery == 3.33
assert msd.counter == 5
assert msd.events.ir is True
MessageParser.parse(message, handler)
def test_irs02rg():
message = '$GPRP,0C61CFC14B58,CC4B73906F8C,-21,02010612FF0D0083BC4D010000002400FCFE22074B58,1575440728'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iRS02RG'
assert msd.accel.x == 0
assert msd.accel.z == -260
MessageParser.parse(message, handler)
def test_ibs05co2():
message = '$GPRP,C8B629D6DAC3,F008D1789294,-35,02010612FF2C0883BC270100AAAA6804000034010000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS05CO2'
assert msd.co2 == 1128
assert not hasattr(msd, 'temperature')
MessageParser.parse(message, handler)
def test_ibs05t():
message = '$GPRP,EAC653D3AA8D,CCB97E7361A4,-44,02010612FF2C0883BC4A0100A10AFFFF000032000000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS05T'
assert msd.battery == 3.3
assert msd.temperature == 27.21
MessageParser.parse(message, handler)
def test_ibs01_button_pressed():
message = '$GPRP,FE581D9DB308,2F9203AFA66B,-21,02010612FF590080BC360101FFFFFFFFFFFFFFFFFFFF'
def handler(data, index):
assert data.beacon == 'FE581D9DB308'
assert data.gateway == '2F9203AFA66B'
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS01'
assert msd.battery == 3.10
assert msd.events.button is True
MessageParser.parse(message, handler)
def test_ibs06():
message = '$GPRP,1804ED7048F5,E3C33FF55AEC,-55,02010612FF2C0883BC4A0100AAAAFFFF000040110000'
def handler(data, index):
assert data.beacon == '1804ED7048F5'
assert data.gateway == 'E3C33FF55AEC'
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS06'
assert msd.battery == 3.3
MessageParser.parse(message, handler)
def test_ibs03t():
message = '$GPRP,0C61CFC14A4E,E3C33FF55AEC,-50,02010612FF0D0083BC2801020A09FFFF000015030000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS03T'
assert msd.temperature == 23.14
assert msd.events.button is False
assert not hasattr(msd, 'humidity')
MessageParser.parse(message, handler)
def test_ibs04():
message = '$GPRP,1804ED7048F5,E3C33FF55AEC,-55,02010612FF0D0083BC3A0101AAAAFFFF000019070000'
def handler(data, index):
assert data.beacon == '1804ED7048F5'
assert data.gateway == 'E3C33FF55AEC'
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS04'
assert msd.battery == 3.14
assert msd.events.button is True
MessageParser.parse(message, handler)
def test_empty_payload():
message = '$GPRP,7ABA6F20ACCF,806172C89C09,-2,'
data = MessageParser.parse(message, None)
ad = data[0].advertisement
msd = ad.manufacturerData
assert msd is None
message = '$GPRP,7ABA6F20ACCF,806172C89C09,-2,,1575440728'
data = MessageParser.parse(message, None)
ad = data[0].advertisement
msd = ad.manufacturerData
assert msd is None
assert data[0].timestamp == 1575440728
def test_ibs03tp():
message = '$GPRP,1804ED7D9C00,C82B96AE3B04,-48,02010612FF0D0083BC280100D809060A640017040000'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.company == 'Ingics'
assert msd.type == 'iBS03TP'
assert msd.battery == 2.96
assert msd.temperature == 25.20
assert msd.temperatureExt == 25.66
MessageParser.parse(message, handler)
def test_ibs03rg():
message = '$GPRP,806FB0C9963F,C3674946C293,-71,02010619FF0D0081BC3E110A00F4FF00FF1600F6FF00FF1400F6FF08FF,1586245829'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS03RG'
assert msd.battery == 3.18
assert msd.events.moving is True
assert msd.accels[0].x == 10
assert msd.accels[1].y == -10
assert msd.accels[2].z == -248
MessageParser.parse(message, handler)
def test_ibs03gp():
message = '$GPRP,806FB0C9963F,C3674946C293,-71,0201061BFF0D0085BC3111160082FF9EFE4E001200D2FE10003A005CFFD9C5'
def handler(data, index):
msd = data.advertisement.manufacturerData
assert msd.type == 'iBS03GP'
assert msd.battery == 3.05
assert msd.events.moving is True
assert msd.accels[0].x == 22
assert msd.accels[1].y == 18
assert msd.accels[2].z == -164
assert msd.gp == 1012.98
MessageParser.parse(message, handler)
def test_ibs01_multi_messages():
messages = {'data': [
'$GPRP,7ABA6F20ACCF,806172C89C09,-2,02010612FF590080BCFF00007A0D4300FFFFFFFFFFFF',
'$GPRP,F704B6D48BE8,1173AE7325A2,-24,02010612FF590080BC2B0104FFFFFFFFFFFFFFFFFFFF'
]}
def handler(data, index):
msd = data.advertisement.manufacturerData
if index == 0:
assert msd.humidity == 67
assert msd.temperature == 34.50
elif index == 1:
assert msd.battery == 2.99
assert msd.events.hall is True
else:
assert 'invalid index'
MessageParser.parse(json.dumps(messages), handler)
def test_multi_messages():
messages = [
'$GPRP,7ABA6F20ACCF,806172C89C09,-2,02010612FF590080BCFF00007A0D4300FFFFFFFFFFFF',
'$GPRP,F704B6D48BE8,1173AE7325A2,-24,02010612FF590080BC2B0104FFFFFFFFFFFFFFFFFFFF'
]
data = MessageParser.parse('\n'.join(messages), None)
index = 0
while index < len(data):
msd = data[index].advertisement.manufacturerData
if index == 0:
assert msd.humidity == 67
assert msd.temperature == 34.50
elif index == 1:
assert msd.battery == 2.99
assert msd.events.hall is True
else:
assert 'invalid index'
index += 1
#!/usr/bin/env python
import sys
import pprint
from igsparser import MessageParser as parser
def cb(data, index):
pprint.pprint(vars(data))
if len(sys.argv) > 1:
parser.parse(sys.argv[1], cb)
else:
print('Usage: {} <iGS Message>'.format(sys.argv[0]))
print('Example: {} \'{}\''.format(
sys.argv[0],
'$GPRP,F973D9D36662,E7DAE08E6FC3,-87,02010612FF590080BC330100FFFFFFFF000004000000'
))