def test_parse_into_db_incident(self):
parse_to_db(db, 'tests/poll244_sample.csv')
t_url = 'https://textizen-attachments.s3.amazonaws.com/'
license1 = 'AG26081'
vehicle1 = '250'
agency1 = 'ABBONIZIO TRANSFER'
duration1 = '0:03:00'
pic1 = t_url+'uploads/response/photo_attachment/255089/IMG_2937.jpg'
desc1 = 'Driver in truck, possibly eating, windows partially down'
i1 = IncidentReport.query.filter_by(license_plate=license1).first()
self.assertTrue(i1.vehicle_id == vehicle1)
self.assertTrue(i1.agency.name == agency1)
self.assertTrue(str(i1.duration) == duration1)
self.assertTrue(i1.picture_url == pic1)
self.assertTrue(i1.description == desc1)
license2 = 'YSK9618'
vehicle2 = '220530591'
agency2 = 'VERIZON'
duration2 = '0:05:00'
pic2 = t_url+'uploads/response/photo_attachment/255080/IMG_3656.jpg'
desc2 = 'Driver sleeping in truck, no work being done.'
i2 = IncidentReport.query.filter_by(license_plate=license2).first()
self.assertTrue(i2.vehicle_id == vehicle2)
self.assertTrue(i2.agency.name == agency2)
self.assertTrue(str(i2.duration) == duration2)
self.assertTrue(i2.picture_url == pic2)
self.assertTrue(i2.description == desc2)
license3 = 'MG0512E'
vehicle3 = '105014'
agency3 = 'STREETS'
duration3 = '0:06:00'
pic3 = t_url+'uploads/response/photo_attachment/255071/IMG_5074.jpg'
desc3 = 'Driver in truck talking on phone, window partially down,' + \
' no work being done'
i3 = IncidentReport.query.filter_by(license_plate=license3).first()
self.assertTrue(i3.vehicle_id == vehicle3)
self.assertTrue(i3.agency.name == agency3)
self.assertTrue(str(i3.duration) == duration3)
self.assertTrue(i3.picture_url == pic3)
self.assertTrue(i3.description == desc3)
def test_parse_into_db_location(self):
parse_to_db(db, 'tests/poll244_sample.csv')
loc1_text = '15 & chestnut '
loc1 = Location.query.filter_by(original_user_text=loc1_text).first()
# Check that geocoded coordinates match expected 39.951304, -75.165601
self.assertAlmostEqual(float(loc1.latitude), 39.951304, places=3)
self.assertAlmostEqual(float(loc1.longitude), -75.165601, places=3)
loc2_text = 'Poplar & n American '
loc2 = Location.query.filter_by(original_user_text=loc2_text).first()
# Check that geocoded coordinates match expected 39.964792, -75.141594
self.assertAlmostEqual(float(loc2.latitude), 39.964792, places=3)
self.assertAlmostEqual(float(loc2.longitude), -75.141594, places=3)
loc3_text = 'Broad & arch '
loc3 = Location.query.filter_by(original_user_text=loc3_text).first()
# Check that geocoded coordinates match expected 39.954659, -75.163059
self.assertAlmostEqual(float(loc3.latitude), 39.954659, places=3)
self.assertAlmostEqual(float(loc3.longitude), -75.163059, places=3)
def parse_csv(filename):
"""Parses the given csv file into the database."""
parse_to_db(db, filename)
def parse_csv(filename):
"""Parses the given csv file into the database."""
parse_to_db(db, filename)
def test_parse_columns(self):
columns = parse_to_db(db, 'tests/poll244_sample.csv')
self.assertTrue(columns[0] == 'Timestamp:first')
self.assertTrue(columns[15] == 'Phone Prefix')
def test_parse_columns(self):
columns = parse_to_db(db, 'tests/poll244_sample.csv')
self.assertTrue(columns[0] == 'Timestamp:first')
self.assertTrue(columns[15] == 'Phone Prefix')