def setUp(self):
self.fst_three_rows = StringIO(
'1009476,1,1_IDC_ML ,4644028,2002,9,3,21,37,37.110,1.290,0.950,'
'25.4812,97.9598,61.5,18.6,73,0.0,,6,,156,7.0500,59.3200,4644028,'
'3.90,0.30,1,IDC ,ML ,IDC' '\n'
'1009476,1,1_IDC_mb ,4644028,2002,9,3,21,37,37.110,1.290,0.950,'
'25.4812,97.9598,61.5,18.6,73,0.0,,6,,156,7.0500,59.3200,4644028,'
'3.70,0.20,3,IDC ,mb ,IDC' '\n'
'1009476,1,1_IDC_mb ,4644028,2002,9,3,21,37,37.110,1.290,0.950,'
'25.4812,97.9598,61.5,18.6,73,0.0,,6,,156,7.0500,59.3200,4644028,'
'3.70,0.20,3,IDC ,mb ,IDC')
self.fst_exp_entry = {'azimuthGap': 156.0, 'solutionAgency': 'IDC',
'mag_agency': 'IDC', 'month': 9,
'minDistance': 7.05, 'depthError': None,
'second': 37.11, 'year': 2002,
'Latitude': 25.4812, 'time_rms': 0.95,
'originID': '4644028', 'phases': 6,
'solutionKey': '1', 'solutionDesc': '1_IDC_ML',
'timeError': 1.29, 'solutionID': '4644028',
'semiMajor90': 61.5, 'semiMinor90': 18.6,
'Longitude': 97.9598, 'errorAzimuth': 73.0,
'maxDistance': 59.32, 'day': 3, 'minute': 37,
'mag_type': 'ML', 'magStations': 1, 'hour': 21,
'stations': None, 'depth': 0.0,
'magnitude': 3.9, 'eventKey': '1009476',
'magnitudeError': 0.3}
self.reader = CsvEqCatalogueReader(self.fst_three_rows)
self.convert = Converter()
self.reader_gen = self.reader.read(self.convert)
self.maxDiff = None
class EqCatalogueReaderTestCase(unittest.TestCase):
def setUp(self):
self.fst_three_rows = StringIO(
'1009476,1,1_IDC_ML ,4644028,2002,9,3,21,37,37.110,1.290,0.950,'
'25.4812,97.9598,61.5,18.6,73,0.0,,6,,156,7.0500,59.3200,4644028,'
'3.90,0.30,1,IDC ,ML ,IDC' '\n'
'1009476,1,1_IDC_mb ,4644028,2002,9,3,21,37,37.110,1.290,0.950,'
'25.4812,97.9598,61.5,18.6,73,0.0,,6,,156,7.0500,59.3200,4644028,'
'3.70,0.20,3,IDC ,mb ,IDC' '\n'
'1009476,1,1_IDC_mb ,4644028,2002,9,3,21,37,37.110,1.290,0.950,'
'25.4812,97.9598,61.5,18.6,73,0.0,,6,,156,7.0500,59.3200,4644028,'
'3.70,0.20,3,IDC ,mb ,IDC')
self.fst_exp_entry = {'azimuthGap': 156.0, 'solutionAgency': 'IDC',
'mag_agency': 'IDC', 'month': 9,
'minDistance': 7.05, 'depthError': None,
'second': 37.11, 'year': 2002,
'Latitude': 25.4812, 'time_rms': 0.95,
'originID': '4644028', 'phases': 6,
'solutionKey': '1', 'solutionDesc': '1_IDC_ML',
'timeError': 1.29, 'solutionID': '4644028',
'semiMajor90': 61.5, 'semiMinor90': 18.6,
'Longitude': 97.9598, 'errorAzimuth': 73.0,
'maxDistance': 59.32, 'day': 3, 'minute': 37,
'mag_type': 'ML', 'magStations': 1, 'hour': 21,
'stations': None, 'depth': 0.0,
'magnitude': 3.9, 'eventKey': '1009476',
'magnitudeError': 0.3}
self.reader = CsvEqCatalogueReader(self.fst_three_rows)
self.convert = Converter()
self.reader_gen = self.reader.read(self.convert)
self.maxDiff = None
def tearDown(self):
self.fst_three_rows.close()
def test_read_eq_entry(self):
first_entry = self.reader_gen.next()
self.assertEqual(self.fst_exp_entry, first_entry)
def test_number_generated_entries(self):
exp_num_gen_entries = 3
num_entries = 0
for num_entries, _ in enumerate(self.reader_gen, start=1):
print _
self.assertEqual(exp_num_gen_entries, num_entries)
