def test_compass(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['output_type'] = 'compass'
dc = DataConverter(full_file_path, parameters)
dc.convert()
compare_files(reference_file('test_Heading.csv'),
reference_file('test_Heading_GS.txt'))
def test_yaw_pitch_roll(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['output_type'] = 'ypr'
dc = DataConverter(full_file_path, parameters)
dc.convert()
compare_files(reference_file('test_YawPitchRoll.csv'),
reference_file('test_ypr_GS.txt'))
def test_specify_file_name(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['file_name'] = 'calley'
dc = DataConverter(full_file_path, parameters)
dc.convert()
compare_files(reference_file('calley_AccelMag.csv'),
reference_file('test_AccelMag-posix.csv.expect'))
compare_files(reference_file('calley_Temperature.csv'),
reference_file('test_Temperature-posix.csv.expect'))
def test_set_userdata(self):
with _name_patch():
appdata_path = reference_file("appdata_dir/")
environ["APPDATA"] = appdata_path
filename = "appdata.test"
set_userdata(filename, "field", "data")
assert cmp(userdata_path(filename),
reference_file("appdata.test.expect"))
assert "field" in get_userdata(filename)
rmtree(appdata_path)
def test_custom_calibration(self):
full_file_path = reference_file('custom_cal/test.lid')
cal_path = reference_file('custom_cal/hoststorage_default.txt')
calibration = make_from_calibration_file(cal_path)
parameters = default_parameters()
parameters['calibration'] = calibration
parameters['average'] = False
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('custom_cal/test_AccelMag.csv')
assert_compare_expected_file('custom_cal/test_Temperature.csv')
def test_current(self):
full_file_path = reference_file('test.lid')
tilt_file_path = reference_file('tiltcurve/TCM-1, 1BalSalt.cal')
tilt_curve = TiltCurve(tilt_file_path)
parameters = default_parameters()
parameters['output_type'] = 'current'
parameters['tilt_curve'] = tilt_curve
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('test_Current.csv')
assert_compare_expected_file('test_Temperature.csv')
def test_current_with_spike(self):
full_file_path = reference_file('spike.lid')
tilt_file_path = reference_file(
'tiltcurve/TCM-3, Deep Water Meter.cal')
tilt_curve = TiltCurve(tilt_file_path)
parameters = default_parameters()
parameters['output_type'] = 'current'
parameters['tilt_curve'] = tilt_curve
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('spike_Current.csv')
assert_compare_expected_file('spike_Temperature.csv')
def test_accel_mag_no_temp(self):
full_file_path = reference_file('accel_mag_no_temp.lid')
parameters = default_parameters()
parameters['average'] = False
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('accel_mag_no_temp_AccelMag.csv')
def test_current_no_accel(self):
full_file_path = reference_file('temp_mag_no_accel.lid')
parameters = default_parameters()
parameters['output_type'] = 'current'
dc = DataConverter(full_file_path, parameters)
with self.assertRaises(ValueError):
dc.convert()
def test_missing_hss_from_calibration(self):
"""
HSE is present, but HSS is missing
"""
with self.assertRaises(ValueError):
data_file = load_data_file(reference_file('missing_hss.lid'))
data_file.calibration()
def test_header(self):
expected_dict = {
'ACL': True,
'BAT': '0e5e',
'BMN': 8,
'BMR': 8,
'CLK': '2018-05-25 08:27:07',
'DFS': 32768,
'DPL': 2,
'ETM': '4096-01-01 00:00:00',
'FWV': '1.8.32.5',
'LED': True,
'MGN': True,
'ORI': 10,
'PHD': False,
'PRN': 4,
'PRR': 4,
'PRS': False,
'PWC': '0001',
'SER': '1805225',
'STM': '1970-01-01 00:00:00',
'STS': 1,
'TMP': True,
'TRI': 10,
}
h = header.header_factory(reference_file('test.lid'))
h.parse_header()
assert h._header == expected_dict
def test_conversion(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['average'] = False
converter = DataConverter(full_file_path, parameters)
converter.convert()
assert_compare_expected_file('test_AccelMag.csv')
assert_compare_expected_file('test_Temperature.csv')
def test_observer(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['average'] = False
dc = DataConverter(full_file_path, parameters)
dc.register_observer(lambda percent_done: None)
dc.convert()
assert_compare_expected_file('test_AccelMag.csv')
assert_compare_expected_file('test_Temperature.csv')
def test_load_tiltcurve(self):
file = 'tiltcurve/TCM-1, No Ballast Washer, Salt Water.cal'
curve = tiltcurve.TiltCurve(reference_file(file))
curve.parse()
assert curve.ballast == 0
assert curve.salinity == 'Salt'
assert curve.model == 'TCM-1'
assert curve.speed_from_tilt(0) == 0
assert curve.speed_from_tilt(90) == 120
def test_convert_w_posix_time(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['time_format'] = 'posix'
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('test_AccelMag.csv',
'test_AccelMag-posix.csv.expect')
assert_compare_expected_file('test_Temperature.csv',
'test_Temperature-posix.csv.expect')
def test_make_v3_serial_string(self):
expected_str = 'RVN13TMO!!!!!TMR7N=YnTMA3g37`TMB3HeWDTMC1U\\q^' \
'AXX^3r#pAXY3o"WbAXZ]$(%<AXV]iUNrAXC371Q,AYX3lUq+' \
'AYY^5\'fKAYZ],&@5AYV]XanMAYC[l%)^AZX3pdq^AZY3sJ+' \
'AAZZ^5PmKAZV]dm-)AZC2WI`EMXX5EIA\'MXY41=3(MXZ]XM[/' \
'MXV`#NikMYX]FW\\@MYY5E\'\\6MYZ]H%>OMYV`8>F#' \
'MZX]F[-YMZY47Q=5MZZ5E,?gMZV`<)CMMRF6-$2o'
file = reference_file('v3_calibration.txt')
cal = make_from_calibration_file(file)
serial_str = ''.join(cal.make_serial_string())
assert serial_str == expected_str
def test_make_v2_serial_string(self):
expected_str = 'RVN12TMO30.0TMR710000.0TMAd0.00112381007' \
'TMBd0.00023494571TMC98.484e-08AXX6-0.243' \
'AXY6-0.006AXZ6-0.002AXV6-0.077AXC30.0AYX50.004' \
'AYY6-0.258AYZ4-0.0AYV50.014AYC4-0.0AZX30.0AZY4-0.0' \
'AZZ6-0.264AZV6-0.007AZC4-0.0MXX50.166MXY50.005' \
'MXZ6-0.001MXV63439.7MYX6-0.004MYY50.164MYZ6-0.008' \
'MYV5974.9MZX50.001MZY6-0.011MZZ50.155MZV6-287.3'
file = reference_file('v2_calibration.txt')
cal = make_from_calibration_file(file)
serial_str = ''.join(cal.make_serial_string())
assert serial_str == expected_str
def test_load_v3_from_data_file(self):
load_data_file(reference_file('test.lid'))
def test_header_out_of_order(self):
with self.assertRaises(ValueError):
file = 'tiltcurve/out_of_order.cal'
curve = tiltcurve.TiltCurve(reference_file(file))
curve.parse()
def test_calibration_missing_value(self):
with self.assertRaises(ValueError):
file = reference_file('v3_calibration_missing_value.txt')
make_from_calibration_file(file)
def test_missing_hse(self):
with self.assertRaises(ValueError):
sdf = load_data_file(reference_file('missing_hse.lid'))
sdf.calibration()
def test_temp_comp_magnetometer(self):
full_file_path = reference_file('TCM1_Calibrate_(0).lid')
dc = DataConverter(full_file_path, default_parameters())
dc.convert()
assert_compare_expected_file('TCM1_Calibrate_(0)_AccelMag.csv')
assert_compare_expected_file('TCM1_Calibrate_(0)_Temperature.csv')
def test_unsupported_format(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['output_format'] = 'unsupported'
with self.assertRaises(ValueError):
DataConverter(full_file_path, parameters).convert()
def test_userdata_path_posix(self):
with _name_patch(name="posix"):
environ["HOME"] = reference_file("appdata_dir/")
assert POSIX_SUBDIR in userdata_path()
def test_extra_line(self):
with self.assertRaises(ValueError):
file = 'tiltcurve/extra_line.cal'
curve = tiltcurve.TiltCurve(reference_file(file))
curve.parse()
def test_load_v2_from_data_file(self):
load_data_file(reference_file('v2_datafile.lid'))
def test_compare_avg_lid_files(self):
file1 = reference_file('compare_data_files/test_accelmag1.csv')
file2 = reference_file('compare_data_files/test_accelmag2.csv')
compare_files(file1, file2)
def test_compare_mlc_to_converter(self):
file1 = reference_file('compare_data_files/test_accelmag.csv')
file2 = reference_file('compare_data_files/test_MA.txt')
compare_files(file1, file2)
def test_empty_calibration(self):
load_data_file(reference_file('empty_calibration.lid'))
def test_data_converter_creation(self):
full_file_path = reference_file("test.lid")
parameters = default_parameters()
parameters['output_format'] = 'csv'
DataConverter(full_file_path, parameters)
