def test_process_B_record():
"""Check whether correct extension information is taken from B record"""
# split up per extension for easy reading
i_record = 'I08' + '3638FXA' + '3941ENL' + '4246TAS' + '4751GSP' + '5254TRT' + '5559VAT' + '6063OAT' + '6467ACZ'
fix_record_extensions = LowLevelReader.decode_I_record(i_record)
# split up per 10 to enable easy counting
b_record = 'B093232520' + '2767N00554' + '786EA00128' '0019600600' '1145771529' + '3177005930' + '2770090'
decoded_b_record = LowLevelReader.decode_B_record(b_record)
processed_b_record = LowLevelReader.process_B_record(decoded_b_record, fix_record_extensions)
# split per extension: 006 001 14577 15293 177 00593 0277 0090
expected_values = [
('FXA', (36, 38), 6),
('ENL', (39, 41), 1),
('TAS', (42, 46), 14577),
('GSP', (47, 51), 15293),
('TRT', (52, 54), 177),
('VAT', (55, 59), 593),
('OAT', (60, 63), 277),
('ACZ', (64, 67), 90),
]
for extension, bytes, expected_value in expected_values:
assert {'bytes': bytes, 'extension_type': extension} in fix_record_extensions
assert extension in processed_b_record
assert expected_value == processed_b_record[extension]
def test_process_B_record():
"""Check whether correct extension information is taken from B record"""
# split up per extension for easy reading
i_record = 'I08' + '3638FXA' + '3941ENL' + '4246TAS' + '4751GSP' + '5254TRT' + '5559VAT' + '6063OAT' + '6467ACZ'
fix_record_extensions = LowLevelReader.decode_I_record(i_record)
# split up per 10 to enable easy counting
b_record = 'B093232520' + '2767N00554' + '786EA00128' '0019600600' '1145771529' + '3177005930' + '2770090'
decoded_b_record = LowLevelReader.decode_B_record(b_record)
processed_b_record = LowLevelReader.process_B_record(
decoded_b_record, fix_record_extensions)
# split per extension: 006 001 14577 15293 177 00593 0277 0090
expected_values = [
('FXA', (36, 38), 6),
('ENL', (39, 41), 1),
('TAS', (42, 46), 14577),
('GSP', (47, 51), 15293),
('TRT', (52, 54), 177),
('VAT', (55, 59), 593),
('OAT', (60, 63), 277),
('ACZ', (64, 67), 90),
]
for extension, bytes, expected_value in expected_values:
assert {
'bytes': bytes,
'extension_type': extension
} in fix_record_extensions
assert extension in processed_b_record
assert expected_value == processed_b_record[extension]
def test_decode_H_competition_class():
line = 'HFCCLCOMPETITIONCLASS:15m Motor Glider\r\n'
expected_result = {
'competition_class': '15m Motor Glider'
}
assert LowLevelReader.decode_H_competition_class(line) == expected_result
def test_decode_H_hardware_revision():
line = 'HFRHWHARDWAREVERSION:3.0\r\n'
expected_result = {
'hardware_revision': '3.0'
}
assert LowLevelReader.decode_H_hardware_revision(line) == expected_result
def test_decode_H_site():
line = 'HFSITSite: lk15comp\r\n'
expected_result = {
'site': 'lk15comp'
}
assert LowLevelReader.decode_H_site(line) == expected_result
def test_decode_H_time_zone_offset2():
line = 'HFTZNTIMEZONE:11.00\r\n'
expected_result = {
'time_zone_offset': 11
}
assert LowLevelReader.decode_H_time_zone_offset(line) == expected_result
def test_decode_H_mop_sensor():
line = 'HFMOPSENSOR:MOP-(SN:1,ET=1375,0,1375,0,3.05V,p=0),Ver:0\r\n'
expected_result = {
'mop_sensor': 'MOP-(SN:1,ET=1375,0,1375,0,3.05V,p=0),Ver:0'
}
assert LowLevelReader.decode_H_mop_sensor(line) == expected_result
def test_decode_H_utc_date():
line = 'HFDTE160701\r\n'
expected_result = {
'utc_date': datetime.date(2001, 7, 16)
}
assert LowLevelReader.decode_H_utc_date(line) == expected_result
def test_decode_H_competition_id():
line = 'HFCIDCOMPETITIONID: XYZ-78910\r\n'
expected_result = {
'competition_id': 'XYZ-78910'
}
assert LowLevelReader.decode_H_competition_id(line) == expected_result
def test_decode_J_record():
line = 'J010812HDT\r\n'
expected_result = [
{'bytes': (8, 12), 'extension_type': 'HDT'}
]
assert LowLevelReader.decode_J_record(line) == expected_result
def test_decode_H_firmware_revision():
line = 'HFRFWFIRMWAREVERSION:6.4\r\n'
expected_result = {
'firmware_revision': '6.4'
}
assert LowLevelReader.decode_H_firmware_revision(line) == expected_result
def test_decode_H_units_of_measure():
line = 'HFUNTUnits: km,ft,kt'
expected_result = {
'units_of_measure': ['km', 'ft', 'kt']
}
assert LowLevelReader.decode_H_units_of_measure(line) == expected_result
def test_decode_H_glider_registration():
line = 'HFGIDGLIDERID: ABCD-1234\r\n'
expected_result = {
'glider_registration': 'ABCD-1234'
}
assert LowLevelReader.decode_H_glider_registration(line) == expected_result
def test_decode_H_gps_datum():
line = 'HFDTM100GPSDATUM: WGS-1984\r\n'
expected_result = {
'gps_datum': 'WGS-1984'
}
assert LowLevelReader.decode_H_gps_datum(line) == expected_result
def test_decode_H_glider_model():
line = 'HFGTYGLIDERTYPE: Schleicher ASH-25\r\n'
expected_result = {
'glider_model': 'Schleicher ASH-25'
}
assert LowLevelReader.decode_H_glider_model(line) == expected_result
def test_decode_H_copilot():
line = 'HFCM2CREW2: Smith-Barry John A\r\n'
expected_result = {
'copilot': 'Smith-Barry John A'
}
assert LowLevelReader.decode_H_copilot(line) == expected_result
def test_decode_H_pilot():
line = 'HFPLTPILOTINCHARGE: Bloggs Bill D\r\n'
expected_result = {
'pilot': 'Bloggs Bill D'
}
assert LowLevelReader.decode_H_pilot(line) == expected_result
def test_decode_H_mop_sensor():
line = 'HFMOPSENSOR:MOP-(SN:1,ET=1375,0,1375,0,3.05V,p=0),Ver:0\r\n'
expected_result = {
'mop_sensor': 'MOP-(SN:1,ET=1375,0,1375,0,3.05V,p=0),Ver:0'
}
assert LowLevelReader.decode_H_mop_sensor(line) == expected_result
def test_decode_F_record():
line = 'F160240040609123624221821\r\n'
expected_result = {
'time': datetime.time(16, 2, 40),
'satelites': ['04', '06', '09', '12', '36', '24', '22', '18', '21']
}
assert LowLevelReader.decode_F_record(line) == expected_result
def test_decode_L_record():
line = 'LXXXRURITANIAN STANDARD NATIONALS DAY 1\r\n'
expected_result = {
'source': 'XXX',
'comment': 'RURITANIAN STANDARD NATIONALS DAY 1'
}
assert LowLevelReader.decode_L_record(line) == expected_result
def test_decode_H_manufacturer_model():
line = 'HFFTYFRTYPE: Manufacturer, Model\r\n'
expected_result = {
'logger_manufacturer': 'Manufacturer',
'logger_model': 'Model'
}
assert LowLevelReader.decode_H_manufacturer_model(line) == expected_result
def test_decode_H_manufacturer_model():
line = 'HFFTYFRTYPE: Manufacturer, Model\r\n'
expected_result = {
'logger_manufacturer': 'Manufacturer',
'logger_model': 'Model'
}
assert LowLevelReader.decode_H_manufacturer_model(line) == expected_result
def test_decode_H_record():
line = 'HFFXA035\r\n'
expected_result = {
'source': 'F',
'fix_accuracy': 35
}
assert LowLevelReader.decode_H_record(line) == expected_result
def test_decode_F_record():
line = 'F160240040609123624221821\r\n'
expected_result = {
'time': datetime.time(16, 2, 40),
'satellites': ['04', '06', '09', '12', '36', '24', '22', '18', '21']
}
assert LowLevelReader.decode_F_record(line) == expected_result
def test_decode_D_record():
line = 'D20331\r\n'
expected_result = {
'qualifier': 'DGPS',
'station_id': '0331'
}
assert LowLevelReader.decode_D_record(line) == expected_result
def test_decode_L_record():
line = 'LXXXRURITANIAN STANDARD NATIONALS DAY 1\r\n'
expected_result = {
'source': 'XXX',
'comment': 'RURITANIAN STANDARD NATIONALS DAY 1'
}
assert LowLevelReader.decode_L_record(line) == expected_result
def test_decode_E_record():
line = 'E160245PEV\r\n'
expected_result = {
'time': datetime.time(16, 2, 45),
'tlc': 'PEV',
'extension_string': ''
}
assert LowLevelReader.decode_E_record(line) == expected_result
def test_decode_A_record():
line = 'AXXXABC FLIGHT:1\r\n'
expected_result = {
'manufacturer': 'XXX',
'id': 'ABC',
'id_addition': 'FLIGHT:1'
}
assert LowLevelReader.decode_A_record(line) == expected_result
def test_decode_A_record():
line = 'AXXXABC FLIGHT:1\r\n'
expected_result = {
'manufacturer': 'XXX',
'id': 'ABC',
'id_addition': 'FLIGHT:1'
}
assert LowLevelReader.decode_A_record(line) == expected_result
def test_decode_K_record():
line = 'K16024800090\r\n'
expected_result = {
'time': datetime.time(16, 2, 48),
'value_string': '00090',
'start_index': 7
}
assert LowLevelReader.decode_K_record(line) == expected_result
def test_decode_invalid_B_record():
"""Test whether decoding invalid B record raise Error"""
invalid_b_records = [
'B1053175438931N0ÿÿÿøÈÐÀÀÜÐáÀÄÈàÔÀÄÈÌØÀÀÜÀÀ',
'BÿÿÿøÄÀÈÌÄàÐäÐàààÁ8ÀÄÔÀäÈÌå��ÀÄàÔäÀ',
'B1140ÿÿÿøÌÈÔÐÌÌààÑ8ÀÈÐÈÌàÌÕÀÀääÈÀÀäÔ',
'B1309044931600N0153ÿÿÿøÐÀÄÍÀÄÔÌØÀÄÔÜØÀÀäÀ',
'B10470349ÿÿÿøÌÔäØÕ8ÀÄÔÄÈàÜÙÀÄàÐÐÀÄäÀÜÀÀØÀ',
'B11052249474ÿÿÿøÀÉ8ÀÄÔÀÜÜäÕÀÄÌÐÌÀÄÐÀÈÀÀÔÀ',
'B12ÿÿÿøÐØÀÌÐäÐÈØäÝ8ÀÄÔÄÜÌÐÑÀÄØÐàÀÄÜÐÀÀÀÜÀÀÀ4)ÄÈ',
'B1124185148269N9833N00553309EA0084800873000068000000',
'B1245085122369N00614242EÿÿÿùÀÄÜØÄÀÄàÐäÀÀØÀ',
]
for b_record in invalid_b_records:
with pytest.raises(ValueError):
LowLevelReader.decode_B_record(b_record)
def test_decode_K_record():
line = 'K16024800090\r\n'
expected_result = {
'time': datetime.time(16, 2, 48),
'value_string': '00090',
'start_index': 7
}
assert LowLevelReader.decode_K_record(line) == expected_result
def test_decode_invalid_B_record():
"""Test whether decoding invalid B record raise Error"""
invalid_b_records = [
'B1053175438931N0ÿÿÿøÈÐÀÀÜÐáÀÄÈàÔÀÄÈÌØÀÀÜÀÀ',
'BÿÿÿøÄÀÈÌÄàÐäÐàààÁ8ÀÄÔÀäÈÌå��ÀÄàÔäÀ',
'B1140ÿÿÿøÌÈÔÐÌÌààÑ8ÀÈÐÈÌàÌÕÀÀääÈÀÀäÔ',
'B1309044931600N0153ÿÿÿøÐÀÄÍÀÄÔÌØÀÄÔÜØÀÀäÀ',
'B10470349ÿÿÿøÌÔäØÕ8ÀÄÔÄÈàÜÙÀÄàÐÐÀÄäÀÜÀÀØÀ',
'B11052249474ÿÿÿøÀÉ8ÀÄÔÀÜÜäÕÀÄÌÐÌÀÄÐÀÈÀÀÔÀ',
'B12ÿÿÿøÐØÀÌÐäÐÈØäÝ8ÀÄÔÄÜÌÐÑÀÄØÐàÀÄÜÐÀÀÀÜÀÀÀ4)ÄÈ',
'B1124185148269N9833N00553309EA0084800873000068000000',
'B1245085122369N00614242EÿÿÿùÀÄÜØÄÀÄàÐäÀÀØÀ',
]
for b_record in invalid_b_records:
with pytest.raises(ValueError):
LowLevelReader.decode_B_record(b_record)
def test_decode_I_record():
line = 'I033638FXA3940SIU4143ENL\r\n'
expected_result = [
{'bytes': (36, 38), 'extension_type': 'FXA'},
{'bytes': (39, 40), 'extension_type': 'SIU'},
{'bytes': (41, 43), 'extension_type': 'ENL'}
]
assert LowLevelReader.decode_I_record(line) == expected_result
def test_decode_E_record():
line = 'E160245PEV\r\n'
expected_result = {
'time': datetime.time(16, 2, 45),
'tlc': 'PEV',
'extension_string': ''
}
assert LowLevelReader.decode_E_record(line) == expected_result
def test_decode_C_record2():
line = 'C5111359N00101899W Lasham Clubhouse\r\n'
expected_result = {
'subtype': 'waypoint_info',
'latitude': 51.18931666666667,
'longitude': -1.03165,
'description': 'Lasham Clubhouse'
}
assert LowLevelReader.decode_C_record(line) == expected_result
def test_decode_C_record2():
line = 'C5111359N00101899W Lasham Clubhouse\r\n'
expected_result = {
'subtype': 'waypoint_info',
'latitude': 51.18931666666667,
'longitude': -1.03165,
'description': 'Lasham Clubhouse'
}
assert LowLevelReader.decode_C_record(line) == expected_result
def test_decode_H_pressure_sensor2():
line = 'HFPRSPressAltSensor:Intersema MS5534B,8191\r\n'
expected_result = {
'pressure_sensor_manufacturer': 'Intersema',
'pressure_sensor_model': 'MS5534B',
'pressure_sensor_max_alt': {
'value': 8191,
'unit': 'm'
}
}
assert LowLevelReader.decode_H_pressure_sensor(line) == expected_result
def test_decode_H_pressure_sensor():
line = 'HFPRSPRESSALTSENSOR: Sensyn, XYZ1111, max11000m\r\n'
expected_result = {
'pressure_sensor_manufacturer': 'Sensyn',
'pressure_sensor_model': 'XYZ1111',
'pressure_sensor_max_alt': {
'value': 11000,
'unit': 'm'
}
}
assert LowLevelReader.decode_H_pressure_sensor(line) == expected_result
def test_decode_H_pressure_sensor2():
line = 'HFPRSPressAltSensor:Intersema MS5534B,8191\r\n'
expected_result = {
'pressure_sensor_manufacturer': 'Intersema',
'pressure_sensor_model': 'MS5534B',
'pressure_sensor_max_alt': {
'value': 8191,
'unit': 'm'
}
}
assert LowLevelReader.decode_H_pressure_sensor(line) == expected_result
def test_decode_H_pressure_sensor():
line = 'HFPRSPRESSALTSENSOR: Sensyn, XYZ1111, max11000m\r\n'
expected_result = {
'pressure_sensor_manufacturer': 'Sensyn',
'pressure_sensor_model': 'XYZ1111',
'pressure_sensor_max_alt': {
'value': 11000,
'unit': 'm'
}
}
assert LowLevelReader.decode_H_pressure_sensor(line) == expected_result
def test_decode_C_record1():
line = 'C150701213841160701000102 500K Tri\r\n'
expected_result = {
'subtype': 'task_info',
'declaration_date': datetime.date(2001, 7, 15),
'declaration_time': datetime.time(21, 38, 41),
'flight_date': datetime.date(2001, 7, 16),
'number': '0001',
'num_turnpoints': 2,
'description': '500K Tri'
}
assert LowLevelReader.decode_C_record(line) == expected_result
def test_decode_H_gps_receiver6():
line = 'HFGPS:Cambridge 302,\r\n'
expected_result = {
'gps_manufacturer': 'Cambridge 302',
'gps_model': None,
'gps_channels': None,
'gps_max_alt': {
'value': None,
'unit': None
}
}
assert LowLevelReader.decode_H_gps_receiver(line) == expected_result
def test_decode_H_gps_receiver4():
line = 'HFGPS:UBLOX,NEO-6G,16Ch,50000\r\n'
expected_result = {
'gps_manufacturer': 'UBLOX',
'gps_model': 'NEO-6G',
'gps_channels': 16,
'gps_max_alt': {
'value': 50000,
'unit': 'm'
}
}
assert LowLevelReader.decode_H_gps_receiver(line) == expected_result
def test_decode_H_gps_receiver3():
line = 'HFGPS:GlobalTopPA6B,66ch,max18000m\r\n'
expected_result = {
'gps_manufacturer': 'GlobalTopPA6B',
'gps_model': None,
'gps_channels': 66,
'gps_max_alt': {
'value': 18000,
'unit': 'm'
}
}
assert LowLevelReader.decode_H_gps_receiver(line) == expected_result
def test_decode_H_gps_receiver2():
line = 'HFGPS:GLOBALTOP,FGPMMOPA6,66,max18000m\r\n'
expected_result = {
'gps_manufacturer': 'GLOBALTOP',
'gps_model': 'FGPMMOPA6',
'gps_channels': 66,
'gps_max_alt': {
'value': 18000,
'unit': 'm'
}
}
assert LowLevelReader.decode_H_gps_receiver(line) == expected_result
def test_decode_H_gps_receiver():
line = 'HFGPS:MarconiCanada, Superstar, 12ch, max10000m\r\n'
expected_result = {
'gps_manufacturer': 'MarconiCanada',
'gps_model': 'Superstar',
'gps_channels': 12,
'gps_max_alt': {
'value': 10000,
'unit': 'm'
}
}
assert LowLevelReader.decode_H_gps_receiver(line) == expected_result
def test_decode_C_record1():
line = 'C150701213841160701000102 500K Tri\r\n'
expected_result = {
'subtype': 'task_info',
'declaration_date': datetime.date(2001, 7, 15),
'declaration_time': datetime.time(21, 38, 41),
'flight_date': datetime.date(2001, 7, 16),
'number': '0001',
'num_turnpoints': 2,
'description': '500K Tri'
}
assert LowLevelReader.decode_C_record(line) == expected_result
def test_decode_B_record():
line = 'B1602455107126N00149300WA002880042919509020\r\n'
expected_result = {
'time': datetime.time(16, 2, 45),
'lat': 51.118766666666666,
'lon': -1.8216666666666668,
'validity': 'A',
'pressure_alt': 288,
'gps_alt': 429,
'start_index_extensions': 35,
'extensions_string': '19509020'
}
assert LowLevelReader.decode_B_record(line) == expected_result
def test_decode_I_record():
line = 'I033638FXA3940SIU4143ENL\r\n'
expected_result = [{
'bytes': (36, 38),
'extension_type': 'FXA'
}, {
'bytes': (39, 40),
'extension_type': 'SIU'
}, {
'bytes': (41, 43),
'extension_type': 'ENL'
}]
assert LowLevelReader.decode_I_record(line) == expected_result
def test_decode_longitude():
assert LowLevelReader.decode_longitude('00657383E') == 6.956383333333333
assert LowLevelReader.decode_longitude('09942706W') == -99.71176666666666
def test_decode_latitude():
assert LowLevelReader.decode_latitude('5117983N') == 51.29971666666667
assert LowLevelReader.decode_latitude('3356767S') == -33.94611666666667
def test_decode_H_competition_id():
line = 'HFCIDCOMPETITIONID: XYZ-78910\r\n'
expected_result = {'competition_id': 'XYZ-78910'}
assert LowLevelReader.decode_H_competition_id(line) == expected_result
def test_decode_H_competition_class():
line = 'HFCCLCOMPETITIONCLASS:15m Motor Glider\r\n'
expected_result = {'competition_class': '15m Motor Glider'}
assert LowLevelReader.decode_H_competition_class(line) == expected_result
def test_decode_J_record():
line = 'J010812HDT\r\n'
expected_result = [{'bytes': (8, 12), 'extension_type': 'HDT'}]
assert LowLevelReader.decode_J_record(line) == expected_result
def test_decode_H_units_of_measure():
line = 'HFUNTUnits: km,ft,kt'
expected_result = {'units_of_measure': ['km', 'ft', 'kt']}
assert LowLevelReader.decode_H_units_of_measure(line) == expected_result
def test_decode_H_site():
line = 'HFSITSite: lk15comp\r\n'
expected_result = {'site': 'lk15comp'}
assert LowLevelReader.decode_H_site(line) == expected_result
def test_decode_H_firmware_revision():
line = 'HFRFWFIRMWAREVERSION:6.4\r\n'
expected_result = {'firmware_revision': '6.4'}
assert LowLevelReader.decode_H_firmware_revision(line) == expected_result
def test_decode_H_time_zone_offset2():
line = 'HFTZNTIMEZONE:11.00\r\n'
expected_result = {'time_zone_offset': 11}
assert LowLevelReader.decode_H_time_zone_offset(line) == expected_result
def test_decode_H_hardware_revision():
line = 'HFRHWHARDWAREVERSION:3.0\r\n'
expected_result = {'hardware_revision': '3.0'}
assert LowLevelReader.decode_H_hardware_revision(line) == expected_result
