def test_default_table():
table = Table([
Header('Header'),
Line('row_1', 'key_1'),
Spacer(),
Line('row_2', 'key_2'),
Line('row_3', 'key_3'),
Header('Subheader'),
Line('row_4', 'key_4'),
], header_color=None)
assert table.construct() == _EXPECTED_DEFAULT_RENDER
def test_custom_table_2():
table = Table(
[
Header('Header'),
Line('row_1', 'key_1'),
Spacer(),
Line('row_2', 'key_2'),
Line('row_3', 'key_3'),
Header('Subheader'),
],
header_color=None,
vertical_separator='o',
horizontal_separator='o',
horizontal_hinges=('o', 'o', 'o'),
vertical_hinges=('o', 'o'),
corners=('o', 'o', 'o', 'o'),
)
assert table.construct() == _EXPECTED_CUSTOM_TABLE_2
def _print_test_suites_summary(self, test_suites: TestSuites):
tests_color = Colors.GREEN if test_suites.tests else Colors.RED
fails_color = Colors.RED if test_suites.failures else Colors.GREEN
errors_color = Colors.RED if test_suites.errors else Colors.GREEN
table = Table([
Header('Test run summary'),
Line('Test suites', len(test_suites.test_suites)),
Line('Total tests ran', test_suites.tests, value_color=tests_color),
Line('Total tests failed', test_suites.failures, value_color=fails_color),
Line('Total tests errored', test_suites.errors, value_color=errors_color),
Line('Total tests skipped', test_suites.skipped)
], align_values_left=False)
self.print(table.construct())
def test_custom_table_1():
table = Table(
[
Header('Header'),
Line('row_1', 'key_1'),
Spacer(),
Line('row_2', 'key_2'),
Line('row_3', 'key_3'),
Header('Subheader'),
Line('row_4', 'key_4'),
],
header_color=None,
vertical_separator='|',
horizontal_separator='-',
horizontal_hinges=('+', '+', '+'),
vertical_hinges=('+', '+'),
corners=('+', '+', '+', '+'),
left_padding=' < ',
right_padding=' > ',
)
rendered = table.construct()
assert rendered == _EXPECTED_CUSTOM_TABLE_1
def _print_test_suite(self, test_suite: TestSuite):
tests_color = Colors.GREEN if test_suite.tests else Colors.RED
fails_color = Colors.RED if test_suite.failures else Colors.GREEN
errors_color = Colors.RED if test_suite.errors else Colors.GREEN
table = Table([
Header('Testsuite summary'),
Line('Name', test_suite.name),
*(Line(p.name.replace('_', ' ').title(), p.value) for p in test_suite.properties),
Spacer(),
Line('Total tests ran', test_suite.tests or 0, value_color=tests_color),
Line('Total tests failed', test_suite.failures or 0, value_color=fails_color),
Line('Total tests errored', test_suite.errors or 0, value_color=errors_color),
Line('Total tests skipped', test_suite.skipped or 0),
*self._get_test_suite_errored_lines(test_suite),
*self._get_test_suite_failed_lines(test_suite),
*self._get_test_suite_skipped_lines(test_suite)
])
self.print(table.construct())
def _get_test_suite_skipped_lines(self, test_suite: TestSuite) -> List[Line]:
def to_line(tc):
return Line(f'{tc.classname}.{tc.name}', self._truncate(tc.skipped.message))
skipped_tests = test_suite.get_skipped_test_cases()
return [Header('Skipped tests'), *map(to_line, skipped_tests)] if skipped_tests else []
def _get_test_suite_failed_lines(self, test_suite: TestSuite) -> List[Line]:
def to_line(tc):
return Line(f'{tc.classname}.{tc.name}', self._truncate(tc.failure.message))
failed_tests = test_suite.get_failed_test_cases()
return [Header('Failed tests'), *map(to_line, failed_tests)] if failed_tests else []
def _get_test_suite_errored_lines(self, test_suite: TestSuite) -> List[Line]:
def to_line(tc):
return Line(f'{tc.classname}.{tc.name}', self._truncate(tc.error.message))
errored_tests = test_suite.get_errored_test_cases()
return [Header('Errored tests'), *map(to_line, errored_tests)] if errored_tests else []