def _set_config(config: Config) -> None:
# validate and set IO directories that are relative to project root
config.input_glob = [
str(Path(config.project_root).joinpath(str(pattern)).absolute())
for pattern in ensure_list(config.input_glob)
]
config.output_dir = str(
Path(config.project_root).joinpath(config.output_dir).absolute())
def run(config: Config):
examples = {}
failures = []
# validate and set IO directories that are relative to project root
config.input_glob = [
os.path.abspath(os.path.join(config.project_root, pattern)) for pattern in ensure_list(config.input_glob)
]
config.output_dir = os.path.abspath(os.path.join(config.project_root, config.output_dir))
paths = file_wrangler.find_files(config)
logger.debug('files to parse:\n%s', textwrap.indent('\n'.join(paths), prefix=' '))
for path in paths:
# load the file
lines = wrap(config, failures, path, partial(
file_wrangler.load_file_lines, path
), [])
# extract snippets
new_examples = wrap(config, failures, path, partial(
extract_snippets, config, lines, path
), {})
# store the new examples for analysis
examples.update(new_examples)
unique_example_names = dict()
for (path, line_num, example_name), code_lines in examples.items():
existing = unique_example_names.get(example_name)
if existing:
raise exceptions.DuplicateName('Example with duplicate name %s %s matches %s' % (path, line_num, existing))
else:
unique_example_names[example_name] = (path, line_num, example_name)
for (path, line_num, example_name), code_lines in examples.items():
example_block = '\n'.join(code_lines)
logger.info('example: %r', example_name)
logger.debug('example code: %s', example_block)
wrap(config, failures, path, partial(
file_wrangler.write_example, config, example_name, example_block
))
return examples, paths, failures
def test_read(self):
with open(self.tmp_fp, "w", encoding="utf8") as fh:
fh.write(self.text)
config = Config()
config.stop_on_first_failure = True
config.input_glob = self.tmp_fp
config.output_dir = self.tmpdir.name
examples, paths, failures = workflow.run(config)
with self.subTest(part="found the file"):
self.assertEqual([self.tmp_fp], paths)
with self.subTest(part="no failures"):
self.assertEqual([], failures)
with self.subTest(part="one example extracted"):
self.assertEqual(len(examples), self.expect_examples)
for k, v in examples.items():
with self.subTest(part="example matches"):
self.assertEqual("\n".join(v), P.sample_output)
self.assertIn(self.example_name, k[-1])
