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test_manage_dolibarr_db.py
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test_manage_dolibarr_db.py
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import unittest
import sys
import copy
from pprint import pprint
import manage_dolibarr_db as mddb
dmem = ('De Main en Main', 'Villa des violettes, impasse Odeau', 'Billère', 43.3022, -0.39749, "Association porteuse de la Monnaie Locale Complémentaire du Béarn, la T!nda. Comptoir d'échange sur événement ou sur rendez-vous (téléphoner).")
aquiu = ('Aquiu', '28 rue Carnot', '64000', 'Pau', 1, 1)
res_aquiu = {'type': 'FeatureCollection', 'version': 'draft', 'features': [{'type': 'Feature', 'geometry': {'type': 'Point', 'coordinates': [-0.369283, 43.301366]}, 'properties': {'label': '28 Rue Carnot 64000 Pau', 'score': 0.8840318181818182, 'housenumber': '28', 'id': '64445_0790_00028', 'name': '28 Rue Carnot', 'postcode': '64000', 'citycode': '64445', 'x': 426532.61, 'y': 6250524.22, 'city': 'Pau', 'context': '64, Pyrénées-Atlantiques, Nouvelle-Aquitaine', 'type': 'housenumber', 'importance': 0.72435, 'street': 'Rue Carnot'}}], 'attribution': 'BAN', 'licence': 'ETALAB-2.0', 'query': '28 rue Carnot', 'filters': {'postcode': '64000'}, 'limit': 5}
res_aquiu_multi_ok = copy.deepcopy(res_aquiu)
res_aquiu_multi_ok['features'].append(copy.deepcopy(res_aquiu['features'][0]))
res_aquiu_multi_ok['features'][0]['properties']['city'] = 'Billère'
class test_update_dolibarr_map(unittest.TestCase):
def test_db_connection(self):
ddbm = mddb.dolibarr_DB_manager()
self.assertTrue(ddbm.mydb is not None and ddbm.mycursor is not None, 'Connection issue with Dolibarr database')
def test_fetch_categories(self):
ddbm = mddb.dolibarr_DB_manager()
res = ddbm.fetch_categories()
expected = ['Agriculture', 'Alimentation', 'Art et culture', 'Artisanat',
'Associations', 'Autre', 'Commerce', "Comptoirs d'échanges",
'Habitat', 'Marchés', 'Restauration', 'Santé', 'Service',
'Sport et loisirs', 'Transport']
for i in res:
self.assertTrue(res==expected, f'{res}\ndifferent from\n{expected}')
def test_valid_gps_1(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = list(dmem)
inputs[3] = 'lol'
with self.assertRaises(mddb.UDM_Error) as context:
ddbm.valid_gps(inputs)
self.assertTrue(f'Gen_csv error: GPS coordinate ({inputs[4]},{inputs[3]}) not valid for "{inputs[0]}" => not in CSV file' in str(context.exception))
def test_valid_gps_2(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = list(dmem)
inputs[3] = '49.3'
with self.assertRaises(mddb.UDM_Error) as context:
ddbm.valid_gps(inputs)
self.assertTrue(f'Gen_csv error: GPS coordinate ({inputs[4]},{inputs[3]}) not in Bearn for "{inputs[0]}" => not in CSV file' in str(context.exception))
def test_valid_gps_3(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = list(dmem)
res = ddbm.valid_gps(inputs)
self.assertTrue(res == True, f'GPS data not valid for {inputs}')
def test_csv_name_1(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = "Comptoirs d'échanges"
name = 'comptoirs'
basename = "Prestataires_gps"
expected = f"{basename}_{name}.csv"
res = ddbm.csv_filename(basename, inputs)
self.assertTrue(res == expected, f'"{expected}" was expected, got "{res}" for input "{inputs}"')
def test_csv_name_2(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = "Art et culture"
name = 'art_et_culture'
basename = "Prestataires_gps"
expected = f"{basename}_{name}.csv"
res = ddbm.csv_filename(basename, inputs)
self.assertTrue(res == expected, f'"{expected}" was expected, got "{res}" for input "{inputs}"')
#def test_fetch_adress(self):
# inputs = list(aquiu)
# res = mddb.fetch_adress(inputs)
# self.assertTrue(res == res_aquiu, f'data fetched {res} not corresponding to expeceted {res_aquiu}')
def gen_UDM_Error_message(self, inputs, message, match=None):
msg = f'[presta] Error: {message} for "{inputs[0]}", address ({inputs[1]}), postcode ({inputs[2]}) and town ({inputs[3]}), gps info not updated'
if match is None:
return msg
else:
possible_match = ''
for val in match:
possible_match += f'\n\tPossible match : {val["properties"]["label"]}'
return msg + possible_match
def test_extract_gps_data_fail(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = list(aquiu)
expected = self.gen_UDM_Error_message(inputs, 'request failed')
with self.assertRaises(mddb.UDM_Error) as context:
ddbm.extract_gps_data({}, inputs)
self.assertTrue(expected == context.exception.message)
def test_extract_gps_data_nomatch(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = list(aquiu)
res_aquiu_nomatch = copy.deepcopy(res_aquiu)
res_aquiu_nomatch['features'] = []
expected = self.gen_UDM_Error_message(inputs, 'no match')
with self.assertRaises(mddb.UDM_Error) as context:
ddbm.extract_gps_data(res_aquiu_nomatch, inputs)
self.assertTrue(expected == context.exception.message)
def test_extract_gps_data_ok(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = list(aquiu)
expected = [-0.369283, 43.301366]
res = ddbm.extract_gps_data(res_aquiu, inputs)
self.assertTrue(expected == res, f'"{expected}" was expected, got "{res}" for input "{inputs}"')
def test_fetch_gps_multimatch_nomatch(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = list(aquiu)
res_aquiu_multi_nomatch = copy.deepcopy(res_aquiu_multi_ok)
res_aquiu_multi_nomatch['features'][1]['properties']['city'] = 'Lons'
expected = self.gen_UDM_Error_message(inputs, 'no match')
with self.assertRaises(mddb.UDM_Error) as context:
ddbm.fetch_gps_multimatch(res_aquiu_multi_nomatch['features'], inputs, False)
self.assertTrue(expected == context.exception.message, f'"{expected}" was expected, got "{context.exception.message}" for input "{inputs}"')
def test_fetch_gps_multimatch_multimatch(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = list(aquiu)
res_aquiu_multi_multimatch = copy.deepcopy(res_aquiu_multi_ok)
res_aquiu_multi_multimatch['features'][0]['properties']['city'] = 'Pau'
expected = self.gen_UDM_Error_message(inputs, '2 matches', res_aquiu_multi_multimatch['features'])
with self.assertRaises(mddb.UDM_Error) as context:
ddbm.fetch_gps_multimatch(res_aquiu_multi_multimatch['features'], inputs, False)
self.assertTrue(expected == context.exception.message, f'"{expected}" was expected, got "{context.exception.message}" for input "{inputs}"')
def test_fetch_gps_multimatch_ok(self):
ddbm = mddb.dolibarr_DB_manager()
inputs = list(aquiu)
expected = [-0.369283, 43.301366]
res = ddbm.fetch_gps_multimatch(res_aquiu_multi_ok['features'], inputs, False)
self.assertTrue(expected == res, f'"{expected}" was expected, got "{res}" for input "{inputs}"')
def runTest(method_to_test):
if len(method_to_test) == 0:
suite = test_all()
else:
suite = unittest.TestSuite()
for i in method_to_test:
suite.addTest(test_update_dolibarr_map(i))
unittest.TextTestRunner(verbosity=2).run(suite)
def test_all():
return unittest.TestLoader().loadTestsFromTestCase(test_update_dolibarr_map)
if __name__ == "__main__":
"""Without argument, all tests are executed otherwise only methods put as argument are executed"""
runTest(sys.argv[1:])