def _simulate_proc(self, variants):
"""Expects the list of instantiated test variants to load into the
VariantProc."""
variants_mapping = {self.test: variants}
# Creates a Variant processor containing the possible types of test
# variants.
self.variant_proc = VariantProc(variants=["to_filter", "to_load"])
self.variant_proc._variant_gens = {
"fake_suite": FakeVariantGen(variants)}
# FakeFilter only lets tests passing the predicate to be loaded.
self.fake_filter = FakeFilter(
filter_predicate=(lambda t: t.procid == "to_filter"))
# FakeResultObserver to verify that VariantProc calls result_for correctly.
self.fake_result_observer = FakeResultObserver()
# Links up processors together to form a test processing pipeline.
self.variant_proc._prev_proc = self.fake_result_observer
self.fake_filter._prev_proc = self.variant_proc
self.variant_proc._next_proc = self.fake_filter
# Injects the test into the VariantProc
is_loaded = self.variant_proc.next_test(self.test)
# Verifies the behavioral consistency by using the instrumentation in
# FakeFilter
loaded_variants = list(self.fake_filter.loaded)
self.assertEqual(is_loaded, any(loaded_variants))
return self.fake_filter.loaded, self.fake_filter.call_counter
def _run_test_procs(self, suites, options, progress_indicator, context,
outproc_factory):
jobs = options.j
print '>>> Running with test processors'
loader = LoadProc()
results = ResultsTracker(count_subtests=False)
indicators = progress_indicator.ToProgressIndicatorProcs()
procs = [
loader,
VariantProc(VARIANTS),
StatusFileFilterProc(options.slow_tests, options.pass_fail_tests),
results,
] + indicators
if context.rerun_failures_count:
procs.append(RerunProc(
context.rerun_failures_count,
context.rerun_failures_max
))
execproc = ExecutionProc(jobs, context)
procs.append(execproc)
for i in xrange(0, len(procs) - 1):
procs[i].connect_to(procs[i + 1])
tests = [t for s in suites for t in s.tests]
tests.sort(key=lambda t: t.is_slow, reverse=True)
loader.load_tests(tests)
for indicator in indicators:
indicator.starting()
execproc.start()
for indicator in indicators:
indicator.finished()
if results.failed:
return 1
if results.remaining:
return 2
return 0
def _do_execute(self, tests, args, options):
jobs = options.j
print('>>> Running with test processors')
loader = LoadProc(tests)
results = self._create_result_tracker(options)
indicators = self._create_progress_indicators(
tests.test_count_estimate, options)
outproc_factory = None
if self.build_config.predictable:
outproc_factory = predictable.get_outproc
execproc = ExecutionProc(jobs, outproc_factory)
sigproc = self._create_signal_proc()
procs = [
loader,
NameFilterProc(args) if args else None,
StatusFileFilterProc(options.slow_tests, options.pass_fail_tests),
VariantProc(self._variants),
StatusFileFilterProc(options.slow_tests, options.pass_fail_tests),
self._create_predictable_filter(),
self._create_shard_proc(options),
self._create_seed_proc(options),
self._create_sequence_proc(options),
sigproc,
] + indicators + [
results,
self._create_timeout_proc(options),
self._create_rerun_proc(options),
execproc,
]
self._prepare_procs(procs)
loader.load_initial_tests(initial_batch_size=options.j * 2)
# This starts up worker processes and blocks until all tests are
# processed.
execproc.run()
for indicator in indicators:
indicator.finished()
if tests.test_count_estimate:
percentage = float(results.total) / tests.test_count_estimate * 100
else:
percentage = 0
print(('>>> %d base tests produced %d (%d%s)'
' non-filtered tests') %
(tests.test_count_estimate, results.total, percentage, '%'))
print('>>> %d tests ran' % (results.total - results.remaining))
exit_code = utils.EXIT_CODE_PASS
if results.failed:
exit_code = utils.EXIT_CODE_FAILURES
if not results.total:
exit_code = utils.EXIT_CODE_NO_TESTS
if options.time:
self._print_durations(options)
# Indicate if a SIGINT or SIGTERM happened.
return max(exit_code, sigproc.exit_code)
def _do_execute(self, tests, args, options):
jobs = options.j
print '>>> Running with test processors'
loader = LoadProc()
tests_counter = TestsCounter()
results = ResultsTracker()
indicators = self._create_progress_indicators(options)
outproc_factory = None
if self.build_config.predictable:
outproc_factory = predictable.get_outproc
execproc = ExecutionProc(jobs, outproc_factory)
sigproc = self._create_signal_proc()
procs = [
loader,
NameFilterProc(args) if args else None,
StatusFileFilterProc(options.slow_tests, options.pass_fail_tests),
self._create_shard_proc(options),
tests_counter,
VariantProc(self._variants),
StatusFileFilterProc(options.slow_tests, options.pass_fail_tests),
self._create_predictable_filter(),
self._create_seed_proc(options),
sigproc,
] + indicators + [
results,
self._create_timeout_proc(options),
self._create_rerun_proc(options),
execproc,
]
self._prepare_procs(procs)
tests.sort(key=lambda t: t.is_slow, reverse=True)
loader.load_tests(tests)
print '>>> Running %d base tests' % tests_counter.total
tests_counter.remove_from_chain()
# This starts up worker processes and blocks until all tests are
# processed.
execproc.run()
for indicator in indicators:
indicator.finished()
print '>>> %d tests ran' % (results.total - results.remaining)
exit_code = utils.EXIT_CODE_PASS
if results.failed:
exit_code = utils.EXIT_CODE_FAILURES
if not results.total:
exit_code = utils.EXIT_CODE_NO_TESTS
# Indicate if a SIGINT or SIGTERM happened.
exit_code = max(exit_code, sigproc.exit_code)
if exit_code == utils.EXIT_CODE_FAILURES and options.json_test_results:
print(
"Force exit code 0 after failures. Json test results file "
"generated with failure information.")
exit_code = utils.EXIT_CODE_PASS
return exit_code
def _run_test_procs(self, suites, args, options, progress_indicator,
context):
jobs = options.j
print '>>> Running with test processors'
loader = LoadProc()
tests_counter = TestsCounter()
results = ResultsTracker()
indicators = progress_indicator.ToProgressIndicatorProcs()
outproc_factory = None
if self.build_config.predictable:
outproc_factory = predictable.get_outproc
execproc = ExecutionProc(jobs, context, outproc_factory)
procs = [
loader,
NameFilterProc(args) if args else None,
StatusFileFilterProc(options.slow_tests, options.pass_fail_tests),
self._create_shard_proc(options),
tests_counter,
VariantProc(self._variants),
StatusFileFilterProc(options.slow_tests, options.pass_fail_tests),
] + indicators + [
results,
self._create_rerun_proc(context),
execproc,
]
procs = filter(None, procs)
for i in xrange(0, len(procs) - 1):
procs[i].connect_to(procs[i + 1])
tests = [t for s in suites for t in s.tests]
tests.sort(key=lambda t: t.is_slow, reverse=True)
loader.setup()
loader.load_tests(tests)
print '>>> Running %d base tests' % tests_counter.total
tests_counter.remove_from_chain()
execproc.start()
for indicator in indicators:
indicator.finished()
print '>>> %d tests ran' % results.total
exit_code = 0
if results.failed:
exit_code = 1
if results.remaining:
exit_code = 2
if not results.total:
exit_code = 3
if exit_code == 1 and options.json_test_results:
print(
"Force exit code 0 after failures. Json test results file "
"generated with failure information.")
exit_code = 0
return exit_code
class TestVariantProcLoading(unittest.TestCase):
def setUp(self):
self.test = FakeTest("test")
def _simulate_proc(self, variants):
"""Expects the list of instantiated test variants to load into the
VariantProc."""
variants_mapping = {self.test: variants}
# Creates a Variant processor containing the possible types of test
# variants.
self.variant_proc = VariantProc(variants=["to_filter", "to_load"])
self.variant_proc._variant_gens = {
"fake_suite": FakeVariantGen(variants)}
# FakeFilter only lets tests passing the predicate to be loaded.
self.fake_filter = FakeFilter(
filter_predicate=(lambda t: t.procid == "to_filter"))
# FakeResultObserver to verify that VariantProc calls result_for correctly.
self.fake_result_observer = FakeResultObserver()
# Links up processors together to form a test processing pipeline.
self.variant_proc._prev_proc = self.fake_result_observer
self.fake_filter._prev_proc = self.variant_proc
self.variant_proc._next_proc = self.fake_filter
# Injects the test into the VariantProc
is_loaded = self.variant_proc.next_test(self.test)
# Verifies the behavioral consistency by using the instrumentation in
# FakeFilter
loaded_variants = list(self.fake_filter.loaded)
self.assertEqual(is_loaded, any(loaded_variants))
return self.fake_filter.loaded, self.fake_filter.call_counter
def test_filters_first_two_variants(self):
variants = [
FakeTest('to_filter'),
FakeTest('to_filter'),
FakeTest('to_load'),
FakeTest('to_load'),
]
expected_load_results = {variants[2]}
load_results, call_count = self._simulate_proc(variants)
self.assertSetEqual(expected_load_results, load_results)
self.assertEqual(call_count, 3)
def test_stops_loading_after_first_successful_load(self):
variants = [
FakeTest('to_load'),
FakeTest('to_load'),
FakeTest('to_filter'),
]
expected_load_results = {variants[0]}
loaded_tests, call_count = self._simulate_proc(variants)
self.assertSetEqual(expected_load_results, loaded_tests)
self.assertEqual(call_count, 1)
def test_return_result_when_out_of_variants(self):
variants = [
FakeTest('to_filter'),
FakeTest('to_load'),
]
self._simulate_proc(variants)
self.variant_proc.result_for(variants[1], None)
expected_results = {(self.test, None)}
self.assertSetEqual(expected_results, self.fake_result_observer.results)
def test_return_result_after_running_variants(self):
variants = [
FakeTest('to_filter'),
FakeTest('to_load'),
FakeTest('to_load'),
]
self._simulate_proc(variants)
self.variant_proc.result_for(variants[1], None)
self.assertSetEqual(set(variants[1:]), self.fake_filter.loaded)
self.variant_proc.result_for(variants[2], None)
expected_results = {(self.test, None)}
self.assertSetEqual(expected_results, self.fake_result_observer.results)
class TestVariantProcLoading(unittest.TestCase):
def setUp(self):
self.test = FakeTest("test")
def _simulate_proc(self, variants):
"""Expects the list of instantiated test variants to load into the
VariantProc."""
variants_mapping = {self.test: variants}
# Creates a Variant processor containing the possible types of test
# variants.
self.variant_proc = VariantProc(variants=["to_filter", "to_load"])
self.variant_proc._variant_gens = {
"fake_suite": FakeVariantGen(variants)
}
# FakeFilter only lets tests passing the predicate to be loaded.
self.fake_filter = FakeFilter(
filter_predicate=(lambda t: t.procid == "to_filter"))
# FakeResultObserver to verify that VariantProc calls result_for correctly.
self.fake_result_observer = FakeResultObserver()
# Links up processors together to form a test processing pipeline.
self.variant_proc._prev_proc = self.fake_result_observer
self.fake_filter._prev_proc = self.variant_proc
self.variant_proc._next_proc = self.fake_filter
# Injects the test into the VariantProc
is_loaded = self.variant_proc.next_test(self.test)
# Verifies the behavioral consistency by using the instrumentation in
# FakeFilter
loaded_variants = list(self.fake_filter.loaded)
self.assertEqual(is_loaded, any(loaded_variants))
return self.fake_filter.loaded, self.fake_filter.call_counter
def test_filters_first_two_variants(self):
variants = [
FakeTest('to_filter'),
FakeTest('to_filter'),
FakeTest('to_load'),
FakeTest('to_load'),
]
expected_load_results = {variants[2]}
load_results, call_count = self._simulate_proc(variants)
self.assertSetEqual(expected_load_results, load_results)
self.assertEqual(call_count, 3)
def test_stops_loading_after_first_successful_load(self):
variants = [
FakeTest('to_load'),
FakeTest('to_load'),
FakeTest('to_filter'),
]
expected_load_results = {variants[0]}
loaded_tests, call_count = self._simulate_proc(variants)
self.assertSetEqual(expected_load_results, loaded_tests)
self.assertEqual(call_count, 1)
def test_return_result_when_out_of_variants(self):
variants = [
FakeTest('to_filter'),
FakeTest('to_load'),
]
self._simulate_proc(variants)
self.variant_proc.result_for(variants[1], None)
expected_results = {(self.test, None)}
self.assertSetEqual(expected_results,
self.fake_result_observer.results)
def test_return_result_after_running_variants(self):
variants = [
FakeTest('to_filter'),
FakeTest('to_load'),
FakeTest('to_load'),
]
self._simulate_proc(variants)
self.variant_proc.result_for(variants[1], None)
self.assertSetEqual(set(variants[1:]), self.fake_filter.loaded)
self.variant_proc.result_for(variants[2], None)
expected_results = {(self.test, None)}
self.assertSetEqual(expected_results,
self.fake_result_observer.results)
