def test_output_issue(self, get_code):
issue = _get_issue_instance()
get_code.return_value = "DDDDDDD"
indent_val = "CCCCCCC"
def _template(_issue, _indent_val, _code, _color):
return_val = [
"{}{}>> Issue: [{}:{}] {}".format(
_indent_val,
_color,
_issue.test_id,
_issue.test,
_issue.text,
),
"{} Severity: {} CWE: {} Confidence: {}".format(
_indent_val,
_issue.severity.capitalize(),
_issue.cwe,
_issue.confidence.capitalize(),
),
"{} Location: {}:{}:{}".format(
_indent_val, _issue.fname, _issue.lineno, _issue.col_offset
),
"{} More Info: {}{}".format(
_indent_val,
docs_utils.get_url(_issue.test_id),
screen.COLOR["DEFAULT"],
),
]
if _code:
return_val.append(f"{_indent_val}{_code}")
return "\n".join(return_val)
issue_text = screen._output_issue_str(issue, indent_val)
expected_return = _template(
issue, indent_val, "DDDDDDD", screen.COLOR["MEDIUM"]
)
self.assertEqual(expected_return, issue_text)
issue_text = screen._output_issue_str(
issue, indent_val, show_code=False
)
expected_return = _template(
issue, indent_val, "", screen.COLOR["MEDIUM"]
)
self.assertEqual(expected_return, issue_text)
issue.lineno = ""
issue.col_offset = ""
issue_text = screen._output_issue_str(
issue, indent_val, show_lineno=False
)
expected_return = _template(
issue, indent_val, "DDDDDDD", screen.COLOR["MEDIUM"]
)
self.assertEqual(expected_return, issue_text)
def test_output_issue(self, get_code):
issue = _get_issue_instance()
get_code.return_value = 'DDDDDDD'
indent_val = 'CCCCCCC'
def _template(_issue, _indent_val, _code, _color):
return_val = [
"{}{}>> Issue: [{}:{}] {}".format(_indent_val, _color,
_issue.test_id, _issue.test,
_issue.text),
"{} Severity: {} Confidence: {}".format(
_indent_val, _issue.severity.capitalize(),
_issue.confidence.capitalize()),
"{} Location: {}:{}:{}".format(_indent_val, _issue.fname,
_issue.lineno,
_issue.col_offset),
"{} More Info: {}{}".format(
_indent_val, docs_utils.get_url(_issue.test_id),
screen.COLOR['DEFAULT'])
]
if _code:
return_val.append("{}{}".format(_indent_val, _code))
return '\n'.join(return_val)
issue_text = screen._output_issue_str(issue, indent_val)
expected_return = _template(issue, indent_val, 'DDDDDDD',
screen.COLOR['MEDIUM'])
self.assertEqual(expected_return, issue_text)
issue_text = screen._output_issue_str(issue,
indent_val,
show_code=False)
expected_return = _template(issue, indent_val, '',
screen.COLOR['MEDIUM'])
self.assertEqual(expected_return, issue_text)
issue.lineno = ''
issue.col_offset = ''
issue_text = screen._output_issue_str(issue,
indent_val,
show_lineno=False)
expected_return = _template(issue, indent_val, 'DDDDDDD',
screen.COLOR['MEDIUM'])
self.assertEqual(expected_return, issue_text)
def test_output_issue(self, get_code):
issue = _get_issue_instance()
get_code.return_value = 'DDDDDDD'
indent_val = 'CCCCCCC'
def _template(_issue, _indent_val, _code, _color):
return_val = ["{}{}>> Issue: [{}:{}] {}".
format(_indent_val, _color, _issue.test_id,
_issue.test, _issue.text),
"{} Severity: {} Confidence: {}".
format(_indent_val, _issue.severity.capitalize(),
_issue.confidence.capitalize()),
"{} Location: {}:{}{}".
format(_indent_val, _issue.fname, _issue.lineno,
screen.color['DEFAULT'])]
if _code:
return_val.append("{}{}".format(_indent_val, _code))
return '\n'.join(return_val)
issue_text = screen._output_issue_str(issue, indent_val)
expected_return = _template(issue, indent_val, 'DDDDDDD',
screen.color['MEDIUM'])
self.assertEqual(expected_return, issue_text)
issue_text = screen._output_issue_str(issue, indent_val,
show_code=False)
expected_return = _template(issue, indent_val, '',
screen.color['MEDIUM'])
self.assertEqual(expected_return, issue_text)
issue.lineno = ''
issue_text = screen._output_issue_str(issue, indent_val,
show_lineno=False)
expected_return = _template(issue, indent_val, 'DDDDDDD',
screen.color['MEDIUM'])
self.assertEqual(expected_return, issue_text)