def test_checker_summary_print_status(patches, errors, warnings):
checker = DummyChecker()
summary = CheckerSummary(checker)
summary.checker = MagicMock()
summary.checker.errors = errors
summary.checker.warnings = warnings
assert not summary.print_status()
if errors:
assert (list(summary.checker.log.error.call_args) == [
(f"{summary.checker.status}", ), {}
])
assert not summary.checker.log.warning.called
assert not summary.checker.log.info.called
return
if warnings:
assert (list(summary.checker.log.warning.call_args) == [
(f"{summary.checker.status}", ), {}
])
assert not summary.checker.log.error.called
assert not summary.checker.log.info.called
return
assert (list(summary.checker.log.info.call_args) == [
(f"{summary.checker.status}", ), {}
])
assert not summary.checker.log.error.called
assert not summary.checker.log.warning.called
def test_checker_summary_section(section):
checker = DummyChecker()
summary = CheckerSummary(checker)
message, lines = section
expected = ["Summary", "-" * 80, f"{message}"]
if lines:
expected += lines
assert summary._section(message, lines) == expected
def test_checker_summary_print_status(patches):
checker = DummyChecker()
summary = CheckerSummary(checker)
patched = patches("CheckerSummary._section", prefix="tools.base.checker")
summary.checker = MagicMock()
with patched as (m_section, ):
m_section.return_value = ["A", "B", "C"]
summary.print_status()
assert (list(m_section.call_args) == [
(f"[SUMMARY:{summary.checker.name}] {summary.checker.status}", ), {}
])
assert (list(summary.checker.log.warning.call_args) == [('A\nB\nC', ), {}])
def test_checker_summary_print_summary(patches):
checker = DummyChecker()
summary = CheckerSummary(checker)
patched = patches("CheckerSummary.print_failed",
"CheckerSummary.print_status",
prefix="tools.base.checker")
with patched as (m_failed, m_status):
summary.print_summary()
assert (list(list(c) for c in m_failed.call_args_list) == [[('warnings', ),
{}],
[('errors', ),
{}]])
assert m_status.called
def test_checker_summary_print_failed(patches, problem_type, max_display, problems):
checker = DummyChecker()
summary = CheckerSummary(checker)
patched = patches(
"CheckerSummary._section",
(f"CheckerSummary.max_{problem_type}", dict(new_callable=PropertyMock)),
prefix="tools.base.checker")
with patched as (m_section, m_max):
summary.checker = MagicMock()
setattr(summary.checker, f"{problem_type}", problems)
m_max.return_value = max_display
m_section.return_value = ["A", "B", "C"]
summary.print_failed(problem_type)
if not problems:
assert not summary.checker.log.error.called
assert not m_section.called
return
output = (
summary.checker.log.warning if problem_type == "warnings" else summary.checker.log.error)
assert (
list(output.call_args)
== [("".join(['A\nB\nC\n'] * len(problems)),), {}])
if max_display == 0:
expected = [
[(f"{summary.checker.name} {prob}", []), {}]
for prob in problems]
else:
def _problems(prob):
return (
problems[prob][:max_display]
if max_display > 0
else problems[prob])
def _extra(prob):
return (
f": (showing first {max_display} of {len(problems)})"
if len(problems[prob]) > max_display and max_display >= 0
else (":"
if max_display != 0
else ""))
expected = [
[(f"{summary.checker.name} {prob}{_extra(prob)}", _problems(prob)), {}]
for prob in problems]
assert (
list(list(c) for c in m_section.call_args_list)
== expected)
def test_checker_summary_max_warnings(max_warnings):
checker = DummyChecker()
summary = CheckerSummary(checker)
checker.args.summary_warnings = max_warnings
assert summary.max_warnings == max_warnings
def test_checker_summary_max_errors(max_errors):
checker = DummyChecker()
summary = CheckerSummary(checker)
checker.args.summary_errors = max_errors
assert summary.max_errors == max_errors
def test_checker_summary_constructor():
checker = DummyChecker()
summary = CheckerSummary(checker)
assert summary.checker == checker
