def __init__(self, details=False, kind=PYLINT):
self.details = details
self.kind = kind
if kind == PYLINT:
self.analyzer = PyLint()
else:
self.analyzer = Flake8()
def test_analyze_error(self, check_output_mock):
"""Test whether an exception is thrown in case of errors"""
check_output_mock.side_effect = subprocess.CalledProcessError(
-1, "command", output=b'output')
pylint = PyLint()
kwargs = {
'module_path': os.path.join(self.repo_path, ANALYZER_TEST_FILE),
'details': False
}
with self.assertRaises(GraalError):
_ = pylint.analyze(**kwargs)
class ModuleAnalyzer:
"""Class to evaluate code quality in a Python project
:params details: if enable, it returns fine-grained results
:param kind: the analyzer kind (e.g., PYLINT, FLAKE8)
"""
def __init__(self, details=False, kind=PYLINT):
self.details = details
self.kind = kind
if kind == PYLINT:
self.analyzer = PyLint()
else:
self.analyzer = Flake8()
def analyze(self, module_path, worktree_path):
"""Analyze the content of a module
:param module_path: module path
:param worktree_path: worktree path
:returns a dict containing the results of the analysis, like the one below
{
'warnings': [..]
}
"""
kwargs = {'module_path': module_path, 'details': self.details}
if self.kind == FLAKE8:
kwargs['worktree_path'] = worktree_path
analysis = self.analyzer.analyze(**kwargs)
return analysis
def test_analyze_no_details(self):
"""Test whether pylint returns the expected fields data"""
pylint = PyLint()
kwargs = {
'module_path': os.path.join(self.repo_path, ANALYZER_TEST_FILE),
'details': False
}
result = pylint.analyze(**kwargs)
self.assertNotIn('modules', result)
self.assertIn('quality', result)
self.assertTrue(type(result['quality']), str)
self.assertIn('num_modules', result)
self.assertTrue(type(result['num_modules']), int)
self.assertIn('warnings', result)
self.assertTrue(type(result['warnings']), int)
def test_analyze_details(self):
"""Test whether pylint returns the expected fields data"""
pylint = PyLint()
kwargs = {
'module_path': os.path.join(self.repo_path, "perceval"),
'details': True
}
result = pylint.analyze(**kwargs)
self.assertIn('quality', result)
self.assertTrue(type(result['quality']), str)
self.assertIn('num_modules', result)
self.assertTrue(type(result['num_modules']), int)
self.assertIn('warnings', result)
self.assertTrue(type(result['warnings']), int)
self.assertIn('modules', result)
self.assertTrue(type(result['modules']), dict)
first_key = list(result['modules'].keys())[0]
for md in result['modules'].get(first_key):
self.assertTrue(type(md), str)