def test_range_filter_when_start_line_is_not_positive(
local_command: LocalCommandBuilder) -> None:
local_command.start_line = 0
with pytest.raises(Exception):
output = run_in_subprocess(local_command.build())
json.loads(output)
local_command.start_line = -1
with pytest.raises(Exception):
output = run_in_subprocess(local_command.build())
json.loads(output)
def inspect(self, path: Path, config: Dict[str, Any]) -> List[BaseIssue]:
with new_temp_dir() as temp_dir:
output_path = temp_dir / 'output.xml'
command = self._create_command(path, output_path)
run_in_subprocess(command)
issues = parse_xml_file_result(output_path, self.inspector_type,
self.choose_issue_type,
IssueDifficulty.get_by_issue_type,
self.origin_class_to_pattern, {})
output_path.unlink()
return issues
def inspect(self, path: Path, config: Dict[str, Any]) -> List[BaseIssue]:
if not (check_set_up_env_variable(DETEKT_DIRECTORY_ENV) and check_set_up_env_variable(DETEKT_VERSION_ENV)):
return []
with new_temp_dir() as temp_dir:
output_path = temp_dir / 'output.xml'
command = self._create_command(path, output_path)
run_in_subprocess(command)
return parse_xml_file_result(output_path,
self.inspector_type,
self.choose_issue_type,
IssueDifficulty.get_by_issue_type,
self.origin_class_to_pattern,
{})
def test_range_filter_when_start_line_is_not_first(
local_command: LocalCommandBuilder) -> None:
local_command.path = PATH_TO_FILE
local_command.format = 'json'
local_command.start_line = 3
output = run_in_subprocess(local_command.build())
output_json = json.loads(output)
expected_json_with_one_issue = {
'quality': {
'code': 'MODERATE',
'text': 'Code quality (beta): MODERATE'
},
'issues': [
{
'code': 'E225',
'text': 'missing whitespace around operator',
'line': 'c=a + b',
'line_number': 4,
'column_number': 2,
'category': 'CODE_STYLE',
'influence_on_penalty': 0,
'difficulty': "EASY",
},
],
}
assert output_json == expected_json_with_one_issue
def test_range_filter_when_no_range_specified(
local_command: LocalCommandBuilder) -> None:
local_command.path = PATH_TO_FILE
local_command.format = 'json'
output = run_in_subprocess(local_command.build())
output_json = json.loads(output)
assert output_json == EXPECTED_JSON
def test_range_filter_when_start_line_is_first(
local_command: LocalCommandBuilder) -> None:
local_command.path = PATH_TO_FILE
local_command.format = 'json'
local_command.start_line = 1
output = run_in_subprocess(local_command.build())
output_json = json.loads(output)
assert output_json == EXPECTED_JSON
def test_range_filter_when_end_line_out_of_range(
local_command: LocalCommandBuilder) -> None:
local_command.path = PATH_TO_FILE
local_command.format = 'json'
local_command.end_line = 10
output = run_in_subprocess(local_command.build())
output_json = json.loads(output)
assert output_json == output_json
def test_range_filter_when_end_line_is_last(
local_command: LocalCommandBuilder) -> None:
local_command.path = PATH_TO_FILE
local_command.format = 'json'
local_command.end_line = 4 # last line with an error
output = run_in_subprocess(local_command.build())
output_json = json.loads(output)
assert output_json == EXPECTED_JSON
def inspect(self, path: Path, config: Dict[str, Any]) -> List[BaseIssue]:
if not (check_set_up_env_variable(PMD_DIRECTORY_ENV)
and check_set_up_env_variable(PMD_VERSION_ENV)):
return []
with new_temp_dir() as temp_dir:
output_path = Path(temp_dir / 'out.csv')
language_version = config.get('language_version')
if language_version is None:
logger.info(
f"The version of Java is not passed. The version to be used is: {DEFAULT_JAVA_VERSION.value}.",
)
language_version = DEFAULT_JAVA_VERSION
command = self._create_command(path, output_path, language_version,
config['n_cpu'])
run_in_subprocess(command)
return self.parse_output(output_path)
def test_range_filter_when_both_start_and_end_lines_out_of_range(
local_command: LocalCommandBuilder) -> None:
local_command.path = PATH_TO_FILE
local_command.format = 'json'
local_command.start_line = 10
local_command.end_line = 11
output = run_in_subprocess(local_command.build())
output_json = json.loads(output)
assert output_json == NO_ISSUES_JSON
def test_range_filter_when_both_start_and_end_lines_specified(
local_command: LocalCommandBuilder) -> None:
local_command.path = PATH_TO_FILE
local_command.format = 'json'
local_command.start_line = 1
local_command.end_line = 5
output = run_in_subprocess(local_command.build())
output_json = json.loads(output)
assert output_json == EXPECTED_JSON
def inspect(cls, path: Path, config: Dict[str, Any]) -> List[CodeIssue]:
command = [
'pylint',
'--load-plugins',
'pylint_django',
f'--rcfile={PATH_PYLINT_CONFIG}',
f'--msg-template={MSG_TEMPLATE}',
str(path),
]
output = run_in_subprocess(command)
return cls.parse(output)
def test_range_filter_when_start_out_of_range(
local_command: LocalCommandBuilder) -> None:
local_command.path = PATH_TO_FILE
local_command.format = 'json'
local_command.start_line = 5
output = run_in_subprocess(local_command.build())
output_json = json.loads(output)
expected_json_without_issues = NO_ISSUES_JSON
assert output_json == expected_json_without_issues
def inspect(cls, path: Path, config: Dict[str, Any]) -> List[BaseIssue]:
mi_command = [
'radon',
'mi', # compute the Maintainability Index score
'--max',
'F', # set the maximum MI rank to display
'--show', # actual MI value is shown in results, alongside the rank
path,
]
mi_output = run_in_subprocess(mi_command)
return cls.mi_parse(mi_output)
def inspect(cls, path: Path, config: Dict[str, Any]) -> List[BaseIssue]:
command = [
'flake8',
f'--format={FORMAT}',
f'--config={PATH_FLAKE8_CONFIG}',
f'--whitelist={PATH_FLAKE8_SPELLCHECK_WHITELIST}',
'--max-complexity',
'0',
'--cohesion-below',
'100',
path,
]
output = run_in_subprocess(command)
return cls.parse(output)
def test_range_filter_when_both_start_and_end_lines_specified_not_equal_borders(
local_command: LocalCommandBuilder, ) -> None:
local_command.path = PATH_TO_FILE
local_command.format = 'json'
local_command.start_line = 2
local_command.end_line = 4
output = run_in_subprocess(local_command.build())
output_json = json.loads(output)
expected_json = {
'quality': {
'code': 'BAD',
'text': 'Code quality (beta): BAD',
},
'issues': [
{
'code': 'E225',
'text': 'missing whitespace around operator',
'line': 'b=20',
'line_number': 2,
'column_number': 2,
'category': 'CODE_STYLE',
'influence_on_penalty': 0,
'difficulty': "EASY",
},
{
'code': 'E225',
'text': 'missing whitespace around operator',
'line': 'c=a + b',
'line_number': 4,
'column_number': 2,
'category': 'CODE_STYLE',
'influence_on_penalty': 0,
'difficulty': "EASY",
},
],
}
assert output_json == expected_json
