def test_parse_string_None(self):
input_string = report_filename = None
with self.assertRaises(TypeError):
entries, errors, _ = parser.parse_string(input_string)
with self.assertRaises(TypeError):
entries, errors, _ = parser.parse_string("something", None,
report_filename)
def test_run_transformations(self):
# Test success case.
entries, errors, options_map = parser.parse_string(TEST_INPUT)
trans_entries, trans_errors = loader.run_transformations(
entries, errors, options_map, None)
self.assertEqual(0, len(trans_errors))
# Test an invalid plugin name.
entries, errors, options_map = parser.parse_string(
'plugin "invalid.module.name"\n\n' + TEST_INPUT)
trans_entries, trans_errors = loader.run_transformations(
entries, errors, options_map, None)
self.assertEqual(1, len(trans_errors))
def test_print_extracted_entries(self):
entries, error, options = parser.parse_string(
textwrap.dedent('''
1970-01-01 * "Test"
Assets:Tests 10.00 USD'''))
extracted = [
('/path/to/test.csv', entries),
('/path/to/empty.pdf', []),
]
output = io.StringIO()
extract.print_extracted_entries(extracted, output)
self.assertEqual(
output.getvalue(),
textwrap.dedent('''\
;; -*- mode: beancount -*-
**** /path/to/test.csv
1970-01-01 * "Test"
Assets:Tests 10.00 USD
**** /path/to/empty.pdf
'''))
def test_bytes_encoded_invalid(self):
latin1_bytes = self.test_latin1_string.encode('latin1')
entries, errors, _ = parser.parse_string(latin1_bytes,
encoding='garbage')
self.assertEqual(1, len(errors))
self.assertRegex(errors[0].message, "unknown encoding")
self.assertFalse(entries)
def read_string_or_entries(entries_or_str):
"""Read a string of entries or just entries.
Args:
entries_or_str: Either a list of directives, or a string containing directives.
Returns:
A list of directives.
"""
if isinstance(entries_or_str, str):
entries, parse_errors, options_map = parser.parse_string(
textwrap.dedent(entries_or_str))
# Don't accept incomplete entries either.
if parser.has_auto_postings(entries):
raise TestError("Entries in assertions may not use interpolation.")
entries, booking_errors = booking.book(entries, options_map)
errors = parse_errors + booking_errors
# Don't tolerate errors.
if errors:
oss = io.StringIO()
printer.print_errors(errors, file=oss)
raise TestError("Unexpected errors in expected: {}".format(oss.getvalue()))
else:
assert isinstance(entries_or_str, list), "Expecting list: {}".format(entries_or_str)
entries = entries_or_str
return entries
def test_bytes_encoded_utf8(self):
utf8_bytes = self.test_utf8_string.encode('utf8')
entries, errors, _ = parser.parse_string(utf8_bytes)
self.assertEqual(1, len(entries))
self.assertFalse(errors)
# Check that the lexer correctly parsed the UTF8 string.
self.assertEqual(self.expected_utf8_string, entries[0].comment)
def test_bytes_encoded_latin1(self):
latin1_bytes = self.test_latin1_string.encode('latin1')
entries, errors, _ = parser.parse_string(latin1_bytes, encoding='latin1')
self.assertEqual(1, len(entries))
self.assertFalse(errors)
# Check that the lexer correctly parsed the latin1 string.
self.assertEqual(self.expected_latin1_string, entries[0].comment)
def test_print_extracted_entries(self, mock_extract_from_file):
entries, _, __ = parser.parse_string("""
2016-02-01 * "A"
Assets:Account1 11.11 USD
Assets:Account2 -11.11 USD
2016-02-01 * "B"
Assets:Account1 22.22 USD
Assets:Account3 -22.22 USD
""")
mock_extract_from_file.return_value = entries
entries[-2].meta[extract.DUPLICATE_META] = True
oss = io.StringIO()
extract.print_extracted_entries(entries, oss)
self.assertEqual(textwrap.dedent("""\
; 2016-02-01 * "A"
; Assets:Account1 11.11 USD
; Assets:Account2 -11.11 USD
2016-02-01 * "B"
Assets:Account1 22.22 USD
Assets:Account3 -22.22 USD
""").strip(), oss.getvalue().strip())
def test_print_extracted_entries_duplictes(self):
entries, error, options = parser.parse_string(
textwrap.dedent('''
1970-01-01 * "Test"
Assets:Tests 10.00 USD
1970-01-01 * "Test"
Assets:Tests 10.00 USD '''))
# Mark the second entry as duplicate
entries[1].meta[extract.DUPLICATE] = True
extracted = [
('/path/to/test.csv', entries),
]
output = io.StringIO()
extract.print_extracted_entries(extracted, output)
self.assertEqual(
output.getvalue(),
textwrap.dedent('''\
;; -*- mode: beancount -*-
**** /path/to/test.csv
1970-01-01 * "Test"
Assets:Tests 10.00 USD
; 1970-01-01 * "Test"
; Assets:Tests 10.00 USD
'''))
def test_bytes_encoded_incorrect(self):
latin1_bytes = self.test_utf8_string.encode('latin1')
entries, errors, _ = parser.parse_string(latin1_bytes)
# Check that the lexer failed to convert the string and reported an error.
self.assertEqual(1, len(errors))
self.assertRegex(errors[0].message,
"^UnicodeDecodeError: 'utf-8' codec ")
self.assertFalse(entries)
def test_bytes_encoded_incorrect(self):
latin1_bytes = self.test_utf8_string.encode('latin1')
entries, errors, _ = parser.parse_string(latin1_bytes)
self.assertEqual(1, len(entries))
self.assertFalse(errors)
# Check that the lexer failed to convert the string but did not cause
# other errors.
self.assertNotEqual(self.expected_utf8_string, entries[0].comment)
def test_import_exception(self):
# Test an invalid plugin name.
entries, errors, options_map = parser.parse_string(
'plugin "invalid.module.name"\n\n' + TEST_INPUT)
trans_entries, trans_errors = loader.run_transformations(
entries, errors, options_map, None)
self.assertEqual(1, len(trans_errors))
self.assertRegex(trans_errors[0].message, "ModuleNotFoundError")
def test_parse_None(self):
# None is treated as the empty string...
entries, errors, _ = parser.parse_string(None)
self.assertEqual(0, len(entries))
self.assertEqual(0, len(errors))
# ...however None in not a valid file like object
with self.assertRaises(TypeError):
entries, errors, _ = parser.parse_file(None)
def test_extract_with_balance_declared(self):
soup, exp_entries = self._extract_with_balance()
entries = ofximp.extract(soup, 'test.ofx', '379700001111222',
'Liabilities:CreditCard', '*',
ofximp.BalanceType.DECLARED)
balance_entries, _, __ = parser.parse_string("""
2014-01-13 balance Liabilities:CreditCard -2356.38 USD
""")
self.assertEqualEntries(exp_entries + balance_entries, entries)
def test_two_distinct_balances(self):
ofx_contents = clean_xml("""
<OFX>
<SIGNONMSGSRSV1>
</SIGNONMSGSRSV1>
<CREDITCARDMSGSRSV1>
<STMTTRNRS>
<TRNUID>0
<STMTRS>
<CURDEF>USD
<ACCTFROM>
<ACCTID>379700001111222
</ACCTID>
</ACCTFROM>
<BANKTRANLIST>
</BANKTRANLIST>
<LEDGERBAL>
<BALAMT>100.00
<DTASOF>20140101000000.000[-7:MST]</DTASOF>
</BALAMT>
</LEDGERBAL>
</CURDEF>
</STMTRS>
</TRNUID>
</STMTTRNRS>
<CCSTMTTRNRS>
<TRNUID>0
<CCSTMTRS>
<CURDEF>USD
<CCACCTFROM>
<ACCTID>379700001111222
</ACCTID>
</CCACCTFROM>
<BANKTRANLIST>
</BANKTRANLIST>
<LEDGERBAL>
<BALAMT>200.00
<DTASOF>20140102000000.000[-7:MST]</DTASOF>
</BALAMT>
</LEDGERBAL>
</CURDEF>
</CCSTMTRS>
</TRNUID>
</CCSTMTTRNRS>
</CREDITCARDMSGSRSV1>
</OFX>
""")
soup = bs4.BeautifulSoup(ofx_contents, 'lxml')
entries = ofx.extract(soup, 'test.ofx', '379700001111222',
'Liabilities:CreditCard', '*',
ofx.BalanceType.DECLARED)
balance_entries, _, __ = parser.parse_string("""
2014-01-02 balance Liabilities:CreditCard 100.00 USD
2014-01-03 balance Liabilities:CreditCard 200.00 USD
""",
dedent=True)
self.assertEqualEntries(balance_entries, entries)
def test_extract_with_balance_last(self):
soup, exp_entries = self._extract_with_balance()
entries = ofx.extract(soup, 'test.ofx', '379700001111222',
'Liabilities:CreditCard', '*',
ofx.BalanceType.LAST)
balance_entries, _, __ = parser.parse_string("""
2013-11-27 balance Liabilities:CreditCard -2356.38 USD
""")
self.assertEqualEntries(exp_entries + balance_entries, entries)
def test_run_transformation_exception(self):
# Test another exception occurring during import.
entries, errors, options_map = parser.parse_string(
'plugin "failing"\n\n' + TEST_INPUT)
loader.run_transformations(entries, errors, options_map, None)
trans_entries, trans_errors = loader.run_transformations(
entries, errors, options_map, None)
self.assertEqual(1, len(trans_errors))
self.assertRegex(trans_errors[0].message, "ValueError")
def deserialise_posting(posting):
"""Parse JSON to a Beancount Posting."""
amount = posting.get("amount", "")
entries, errors, _ = parse_string(
'2000-01-01 * "" ""\n Assets:Account {}'.format(amount))
if errors:
raise FavaAPIException("Invalid amount: {}".format(amount))
pos = entries[0].postings[0]
return pos._replace(account=posting["account"], meta=None)
def test_find_duplicate_entries(self):
entries, error, options = parser.parse_string(
textwrap.dedent('''
1970-01-01 * "Test"
Assets:Tests 10.00 USD'''))
extracted = [
('/path/to/test.csv', entries),
]
marked = extract.find_duplicate_entries(extracted, entries)
self.assertTrue(marked[0][1][0].meta[extract.DUPLICATE])
def test_has_auto_postings(self):
entries, _, __ = parser.parse_string("""
2014-01-27 * "UNION MARKET"
Liabilities:US:Amex:BlueCash -22.02 USD
Expenses:Food:Grocery 22.02 USD
""",
dedent=True)
self.assertFalse(parser.has_auto_postings(entries))
entries, _, __ = parser.parse_string("""
2014-01-27 * "UNION MARKET"
Liabilities:US:Amex:BlueCash -22.02 USD
Expenses:Food:Grocery
""",
dedent=True)
self.assertTrue(parser.has_auto_postings(entries))
def deserialise_posting(posting: Any) -> Posting:
"""Parse JSON to a Beancount Posting."""
amount = posting.get("amount", "")
entries, errors, _ = parse_string(
f'2000-01-01 * "" ""\n Assets:Account {amount}')
if errors:
raise FavaAPIException(f"Invalid amount: {amount}")
txn = entries[0]
assert isinstance(txn, Transaction)
pos = txn.postings[0]
return pos._replace(account=posting["account"], meta=None)
def test_extract_from_file_ensure_sanity(self):
entries, errors, options = parser.parse_string('''
1970-01-01 * "Test"
Assets:Tests 1.00 USD
''')
# Break something.
entries[-1] = entries[-1]._replace(narration=42)
importer = mock.MagicMock(wraps=self.importer)
importer.extract.return_value = entries
with self.assertRaises(AssertionError):
extract.extract_from_file(importer, path.abspath('test.csv'), [])
def _load_testset(testset):
path = os.path.join(os.path.dirname(__file__), "data",
testset + ".beancount")
with open(path, "r") as test_file:
_, *sections = re.split(r"# [A-Z]+\n", test_file.read())
parsed_sections = []
for section in sections:
entries, errors, __ = parser.parse_string(section)
assert not errors
parsed_sections.append(entries)
assert len(parsed_sections) == 3
return parsed_sections
def get_incomplete_entry(self, string):
"""Parse an incomplete entry and convert its LotSpec representation to a Lot.
Args:
string: The input string to parse.
Returns:
A pair of (entry, list of errors).
"""
entries, _, options_map = parser.parse_string(string, dedent=True)
entries_with_lots, errors = booking.convert_lot_specs_to_lots(entries, options_map)
entry = entries_with_lots[0]
errors = interpolate.balance_incomplete_postings(entry, options_map)
return entry, errors
def test_simple_interpolation(self):
entries, _, options_map = parser.parse_string("""
2013-05-01 open Assets:Bank:Investing
2013-05-01 open Equity:Opening-Balances
2013-05-02 *
Assets:Bank:Investing 5 HOOL {501 USD}
Equity:Opening-Balances
""")
interpolated_entries, errors = booking.simple_interpolation(
entries, options_map)
self.assertFalse(errors)
self.assertEqual(D('-2505'),
interpolated_entries[-1].postings[-1].position.number)
def test_is_entry_incomplete(self):
entries, _, __ = parser.parse_string("""
2014-01-27 * "UNION MARKET"
Liabilities:US:Amex:BlueCash -22.02 USD
Expenses:Food:Grocery 22.02 USD
2014-01-27 * "UNION MARKET"
Liabilities:US:Amex:BlueCash -22.02 USD
Expenses:Food:Grocery
""", dedent=True)
self.assertFalse(parser.is_entry_incomplete(entries[0]))
self.assertTrue(parser.is_entry_incomplete(entries[1]))
def get_incomplete_entry(self, string):
"""Parse a single incomplete entry and convert its CostSpec to a Cost.
Args:
string: The input string to parse.
Returns:
A pair of (entry, list of errors).
"""
entries, errors, options_map = parser.parse_string(string, dedent=True)
self.assertFalse(errors)
self.assertEqual(1, len(entries))
(entries_with_lots,
errors) = booking_simple.convert_lot_specs_to_lots(entries)
self.assertEqual(1, len(entries))
entry = entries_with_lots[0]
errors = booking_simple.balance_incomplete_postings(entry, options_map)
return entry, errors
def test_extract_from_file(self):
entries, errors, options = parser.parse_string(
textwrap.dedent('''
1970-01-03 * "Test"
Assets:Tests 1.00 USD
1970-01-01 * "Test"
Assets:Tests 1.00 USD
1970-01-02 * "Test"
Assets:Tests 1.00 USD
'''))
importer = mock.MagicMock(wraps=self.importer)
importer.extract.return_value = entries
entries = extract.extract_from_file(importer, path.abspath('test.csv'),
[])
dates = [entry.date for entry in entries]
self.assertSequenceEqual(dates, sorted(dates))
def test_validate__use_legacy_fixed_tolerances(self):
for input_value, expected_value in [
('TRUE', True),
('True', True),
('true', True),
('1', True),
('42', False),
('FALSE', False),
('False', False),
('false', False),
('0', False),
('something', False),
('other', False),
]:
input_str = """
option "use_legacy_fixed_tolerances" "{}"
""".format(input_value)
_, errors, options_map = parser.parse_string(input_str)
self.assertFalse(errors)
self.assertEqual(expected_value,
options_map['use_legacy_fixed_tolerances'])
def read_string_or_entries(entries_or_str, allow_incomplete=False):
"""Read a string of entries or just entries.
Args:
entries_or_str: Either a list of directives, or a string containing directives.
allow_incomplete: A boolean, true if we allow incomplete inputs and perform
light-weight booking.
Returns:
A list of directives.
"""
if isinstance(entries_or_str, str):
entries, errors, options_map = parser.parse_string(
textwrap.dedent(entries_or_str))
if allow_incomplete:
# Do a simplistic local conversion in order to call the comparison.
entries = [_local_booking(entry) for entry in entries]
else:
# Don't accept incomplete entries either.
if any(parser.is_entry_incomplete(entry) for entry in entries):
raise TestError(
"Entries in assertions may not use interpolation.")
entries, booking_errors = booking.book(entries, options_map)
errors = errors + booking_errors
# Don't tolerate errors.
if errors:
oss = io.StringIO()
printer.print_errors(errors, file=oss)
raise TestError("Unexpected errors in expected: {}".format(
oss.getvalue()))
else:
assert isinstance(entries_or_str,
list), "Expecting list: {}".format(entries_or_str)
entries = entries_or_str
return entries
def get_budgets(beancount_string):
entries, errors, options_map = parser.parse_string(beancount_string,
dedent=True)
return Budgets(entries)
