def test_should_decode_valid(self):
file_content = [
'"19-11-2020";"19-11-2020";"Entry 1";"269,00";"5.423,67"',
'"18-11-2020";"18-11-2020";"Entry 2";"-200,00";"5.223,67"',
'"16-11-2020";"16-11-2020";"Entry 3";"150,00";"5.373,67"',
]
sut = LsbReceiver("dummy-path", FakeCsvReader(file_content))
actual = sut.decode()
expect = [
Transaction("Entry 1", datetime(2020, 11, 19, 0, 0, 0, 0), 269.00),
Transaction("Entry 2", datetime(2020, 11, 18, 0, 0, 0, 0),
-200.00),
Transaction("Entry 3", datetime(2020, 11, 16, 0, 0, 0, 0), 150.00),
]
assert actual == expect
def decode(self) -> List[Transaction]:
csv_lines = self.reader.read(self.filepath)
transactions: List[Transaction] = []
for row in csv.reader(csv_lines, delimiter=";"):
if self.validate(row):
date = self.to_datetime(row[1])
description = row[2]
amount = self.to_float(row[3])
transactions.append(Transaction(description, date, amount))
return transactions
def test_should_decode_high_amount_correctly(self):
file_content = [
'"19-11-2020";"19-11-2020";"Entry 1";"5.269,00";"5.423,67"',
]
sut = LsbReceiver("dummy-path", FakeCsvReader(file_content))
actual = sut.decode()
expect = [
Transaction("Entry 1", datetime(2020, 11, 19, 0, 0, 0, 0),
5269.00),
]
assert actual == expect
class TestTransaction:
date = parser.parse("03-02-2020", dayfirst=True)
amount = 10.0
desc = "description"
sut = Transaction(desc, date, amount)
def test_normalization(self):
expect = " description "
assert self.sut.normalized_description == expect
def test_norm_visa_dankort(self):
sut = Transaction("Visa/Dankort transaction", self.date, self.amount)
expect = " transaction "
assert sut.normalized_description == expect
def test_norm_dankort(self):
sut = Transaction("Dankort transaction", self.date, self.amount)
expect = " transaction "
assert sut.normalized_description == expect
def test_norm_mobilepay(self):
sut = Transaction("MobilePay transaction", self.date, self.amount)
expect = " transaction "
assert sut.normalized_description == expect
def test_repr(self):
expect = "<Transaction: description='description', date=2020-02-03 00:00:00, amount=10.0>"
assert self.sut.__repr__() == expect
def test_comparandum(self):
expect = " description "
assert self.sut.comparandum() == expect
def test_date(self):
expect = self.date
actual = self.sut.date()
assert actual == expect
def test_eq(self):
other = Transaction(self.desc, self.date, self.amount)
assert self.sut.__eq__(other)
def test_eq(self):
other = Transaction(self.desc, self.date, self.amount)
assert self.sut.__eq__(other)
def test_norm_mobilepay(self):
sut = Transaction("MobilePay transaction", self.date, self.amount)
expect = " transaction "
assert sut.normalized_description == expect
def test_norm_dankort(self):
sut = Transaction("Dankort transaction", self.date, self.amount)
expect = " transaction "
assert sut.normalized_description == expect