def setUp(self):
super(AsyncByteStreamToStreamResultTest, self).setUp()
self.result = StreamResult()
self.stream = AsyncBytesIO()
self.encoder = StreamResultToBytes(self.stream.buffer)
self.decoder = AsyncByteStreamToStreamResult(self.stream)
self.decoder.run(self.result)
def setUp(self):
super(ControllerTest, self).setUp()
stream = BytesIO()
self.encoder = StreamResultToBytes(stream)
self.loop = MainLoop(Console(self.repository))
watcher = MemoryWatcher(stream)
self.controller = Controller(watcher, self.repository)
class AsyncByteStreamToStreamResultTest(TestCase):
def setUp(self):
super(AsyncByteStreamToStreamResultTest, self).setUp()
self.result = StreamResult()
self.stream = AsyncBytesIO()
self.encoder = StreamResultToBytes(self.stream.buffer)
self.decoder = AsyncByteStreamToStreamResult(self.stream)
self.decoder.run(self.result)
def test_do_read_one(self):
"""
If there's data for exactly one packet, the relevant event is fired.
"""
self.encoder.status(test_id="foo", test_status="exists")
self.stream.seek(0)
self.decoder.do_read()
[event] = self.result._events
self.assertEqual(("status", "foo", "exists"), event[:3])
def test_do_read_many(self):
"""
If there's data for several packets, the all the relevant events
are fired.
"""
self.encoder.status(test_id="foo", test_status="exists")
self.encoder.status(test_id="bar", test_status="exists")
self.stream.seek(0)
self.assertFalse(self.decoder.do_read())
[event1, event2] = self.result._events
self.assertEqual(("status", "foo", "exists"), event1[:3])
self.assertEqual(("status", "bar", "exists"), event2[:3])
def test_do_read_eof(self):
"""
If the end of file is reached, the method returns True.
"""
self.stream.eof = True
self.assertTrue(self.decoder.do_read())
def test_do_read_unexpected_os_error(self):
"""
Unexpected errors are propagated.
"""
def read(length):
raise OSError(errno.ENOMEM, os.strerror(errno.ENOMEM))
self.stream.read = read
error = self.assertRaises(OSError, self.decoder.do_read)
self.assertEqual(errno.ENOMEM, error.errno)
def test_do_read_garbage(self):
"""
If unexpected data is found, an error is raised.
"""
self.stream.write(b("boom"))
self.stream.seek(0)
error = self.assertRaises(ParseError, self.decoder.do_read)
self.assertEqual("Invalid packet signature", str(error))
class SubunitContext():
"""Context manager for writing subunit results."""
def __init__(self, output_path):
self.output_path = output_path
def __enter__(self):
self.output_stream = open(self.output_path, "wb+")
self.output = StreamResultToBytes(self.output_stream)
self.output.startTestRun()
return self.output
def __exit__(self, *args, **kwargs):
self.output.stopTestRun()
self.output_stream.close()
def tag_stream(original, filtered, tags):
"""Alter tags on a stream.
:param original: The input stream.
:param filtered: The output stream.
:param tags: The tags to apply. As in a normal stream - a list of 'TAG' or
'-TAG' commands.
A 'TAG' command will add the tag to the output stream,
and override any existing '-TAG' command in that stream.
Specifically:
* A global 'tags: TAG' will be added to the start of the stream.
* Any tags commands with -TAG will have the -TAG removed.
A '-TAG' command will remove the TAG command from the stream.
Specifically:
* A 'tags: -TAG' command will be added to the start of the stream.
* Any 'tags: TAG' command will have 'TAG' removed from it.
Additionally, any redundant tagging commands (adding a tag globally
present, or removing a tag globally removed) are stripped as a
by-product of the filtering.
:return: 0
"""
new_tags, gone_tags = tags_to_new_gone(tags)
source = ByteStreamToStreamResult(original, non_subunit_name='stdout')
class Tagger(CopyStreamResult):
def status(self, **kwargs):
tags = kwargs.get('test_tags')
if not tags:
tags = set()
tags.update(new_tags)
tags.difference_update(gone_tags)
if tags:
kwargs['test_tags'] = tags
else:
kwargs['test_tags'] = None
super(Tagger, self).status(**kwargs)
output = Tagger([StreamResultToBytes(filtered)])
source.run(output)
return 0
def test_smoke(self):
output = os.path.join(self.useFixture(TempDir()).path, 'output')
stdin = io.BytesIO()
stdout = io.StringIO()
writer = StreamResultToBytes(stdin)
writer.startTestRun()
writer.status('foo',
'success',
set(['tag']),
file_name='fred',
file_bytes=b'abcdefg',
eof=True,
mime_type='text/plain')
writer.stopTestRun()
stdin.seek(0)
_to_disk.to_disk(['-d', output], stdin=stdin, stdout=stdout)
self.expectThat(
os.path.join(output, 'foo/test.json'),
FileContains(
'{"details": ["fred"], "id": "foo", "start": null, '
'"status": "success", "stop": null, "tags": ["tag"]}'))
self.expectThat(os.path.join(output, 'foo/fred'),
FileContains('abcdefg'))
def test_smoke(self):
output = os.path.join(self.useFixture(TempDir()).path, 'output')
stdin = io.BytesIO()
stdout = io.StringIO()
writer = StreamResultToBytes(stdin)
writer.startTestRun()
writer.status(
'foo', 'success', set(['tag']), file_name='fred',
file_bytes=b'abcdefg', eof=True, mime_type='text/plain')
writer.stopTestRun()
stdin.seek(0)
_to_disk.to_disk(['-d', output], stdin=stdin, stdout=stdout)
self.expectThat(
os.path.join(output, 'foo/test.json'),
FileContains(
'{"details": ["fred"], "id": "foo", "start": null, '
'"status": "success", "stop": null, "tags": ["tag"]}'))
self.expectThat(
os.path.join(output, 'foo/fred'),
FileContains('abcdefg'))
def take_action(self, args):
# Setup where the output stream must go
if args.output_file == '-':
output_stream = sys.stdout
else:
output_stream = open(args.output_file, 'wb')
# Create the output stream
output = StreamResultToBytes(output_stream)
# Create the test run
output.startTestRun()
if args.playbook is not None:
playbooks = args.playbook
results = (models.TaskResult().query.join(models.Task).filter(
models.TaskResult.task_id == models.Task.id).filter(
models.Task.playbook_id.in_(playbooks)))
else:
results = models.TaskResult().query.all()
for result in results:
# Generate a fixed length identifier for the task
test_id = utils.generate_identifier(result)
# Assign the test_status value
if result.status in ('failed', 'unreachable'):
if result.ignore_errors is False:
test_status = 'xfail'
else:
test_status = 'fail'
elif result.status == 'skipped':
test_status = 'skip'
else:
test_status = 'success'
# Determine the play file path
if result.task.playbook and result.task.playbook.path:
playbook_path = result.task.playbook.path
else:
playbook_path = ''
# Determine the task file path
if result.task.file and result.task.file.path:
task_path = result.task.file.path
else:
task_path = ''
# Assign the file_bytes value
test_data = {
'host': result.host.name,
'playbook_id': result.task.playbook.id,
'playbook_path': playbook_path,
'play_name': result.task.play.name,
'task_action': result.task.action,
'task_action_lineno': result.task.lineno,
'task_id': result.task.id,
'task_name': result.task.name,
'task_path': task_path
}
file_bytes = encodeutils.safe_encode(jsonutils.dumps(test_data))
# Assign the start_time and stop_time value
# The timestamp needs to be an epoch, so we need
# to convert it.
start_time = datetime.datetime.fromtimestamp(
float(result.time_start.strftime('%s'))).replace(
tzinfo=iso8601.UTC)
end_time = datetime.datetime.fromtimestamp(
float(result.time_end.strftime('%s'))).replace(
tzinfo=iso8601.UTC)
# Output the start of the event
output.status(test_id=test_id, timestamp=start_time)
# Output the end of the event
output.status(test_id=test_id,
test_status=test_status,
test_tags=None,
runnable=False,
file_name=test_id,
file_bytes=file_bytes,
timestamp=end_time,
eof=True,
mime_type='text/plain; charset=UTF8')
output.stopTestRun()
def TAP2SubUnit(tap, output_stream):
"""Filter a TAP pipe into a subunit pipe.
This should be invoked once per TAP script, as TAP scripts get
mapped to a single runnable case with multiple components.
:param tap: A tap pipe/stream/file object - should emit unicode strings.
:param subunit: A pipe/stream/file object to write subunit results to.
:return: The exit code to exit with.
"""
output = StreamResultToBytes(output_stream)
UTF8_TEXT = 'text/plain; charset=UTF8'
BEFORE_PLAN = 0
AFTER_PLAN = 1
SKIP_STREAM = 2
state = BEFORE_PLAN
plan_start = 1
plan_stop = 0
# Test data for the next test to emit
test_name = None
log = []
result = None
def missing_test(plan_start):
output.status(test_id='test %d' % plan_start,
test_status='fail', runnable=False,
mime_type=UTF8_TEXT, eof=True, file_name="tap meta",
file_bytes=b"test missing from TAP output")
def _emit_test():
"write out a test"
if test_name is None:
return
if log:
log_bytes = b'\n'.join(log_line.encode('utf8') for log_line in log)
mime_type = UTF8_TEXT
file_name = 'tap comment'
eof = True
else:
log_bytes = None
mime_type = None
file_name = None
eof = True
del log[:]
output.status(test_id=test_name, test_status=result,
file_bytes=log_bytes, mime_type=mime_type, eof=eof,
file_name=file_name, runnable=False)
for line in tap:
if state == BEFORE_PLAN:
match = re.match("(\d+)\.\.(\d+)\s*(?:\#\s+(.*))?\n", line)
if match:
state = AFTER_PLAN
_, plan_stop, comment = match.groups()
plan_stop = int(plan_stop)
if plan_start > plan_stop and plan_stop == 0:
# skipped file
state = SKIP_STREAM
output.status(test_id='file skip', test_status='skip',
file_bytes=comment.encode('utf8'), eof=True,
file_name='tap comment')
continue
# not a plan line, or have seen one before
match = re.match("(ok|not ok)(?:\s+(\d+)?)?(?:\s+([^#]*[^#\s]+)\s*)?(?:\s+#\s+(TODO|SKIP|skip|todo)(?:\s+(.*))?)?\n", line)
if match:
# new test, emit current one.
_emit_test()
status, number, description, directive, directive_comment = match.groups()
if status == 'ok':
result = 'success'
else:
result = "fail"
if description is None:
description = ''
else:
description = ' ' + description
if directive is not None:
if directive.upper() == 'TODO':
result = 'xfail'
elif directive.upper() == 'SKIP':
result = 'skip'
if directive_comment is not None:
log.append(directive_comment)
if number is not None:
number = int(number)
while plan_start < number:
missing_test(plan_start)
plan_start += 1
test_name = "test %d%s" % (plan_start, description)
plan_start += 1
continue
match = re.match("Bail out\!(?:\s*(.*))?\n", line)
if match:
reason, = match.groups()
if reason is None:
extra = ''
else:
extra = ' %s' % reason
_emit_test()
test_name = "Bail out!%s" % extra
result = "fail"
state = SKIP_STREAM
continue
match = re.match("\#.*\n", line)
if match:
log.append(line[:-1])
continue
# Should look at buffering status and binding this to the prior result.
output.status(file_bytes=line.encode('utf8'), file_name='stdout',
mime_type=UTF8_TEXT)
_emit_test()
while plan_start <= plan_stop:
# record missed tests
missing_test(plan_start)
plan_start += 1
return 0
def TAP2SubUnit(tap, output_stream):
"""Filter a TAP pipe into a subunit pipe.
This should be invoked once per TAP script, as TAP scripts get
mapped to a single runnable case with multiple components.
:param tap: A tap pipe/stream/file object - should emit unicode strings.
:param subunit: A pipe/stream/file object to write subunit results to.
:return: The exit code to exit with.
"""
output = StreamResultToBytes(output_stream)
UTF8_TEXT = 'text/plain; charset=UTF8'
BEFORE_PLAN = 0
AFTER_PLAN = 1
SKIP_STREAM = 2
state = BEFORE_PLAN
plan_start = 1
plan_stop = 0
# Test data for the next test to emit
test_name = None
log = []
result = None
def missing_test(plan_start):
output.status(test_id='test %d' % plan_start,
test_status='fail', runnable=False,
mime_type=UTF8_TEXT, eof=True, file_name="tap meta",
file_bytes=b"test missing from TAP output")
def _emit_test():
"write out a test"
if test_name is None:
return
if log:
log_bytes = b'\n'.join(log_line.encode('utf8') for log_line in log)
mime_type = UTF8_TEXT
file_name = 'tap comment'
eof = True
else:
log_bytes = None
mime_type = None
file_name = None
eof = True
del log[:]
output.status(test_id=test_name, test_status=result,
file_bytes=log_bytes, mime_type=mime_type, eof=eof,
file_name=file_name, runnable=False)
for line in tap:
if state == BEFORE_PLAN:
match = re.match("(\d+)\.\.(\d+)\s*(?:\#\s+(.*))?\n", line)
if match:
state = AFTER_PLAN
_, plan_stop, comment = match.groups()
plan_stop = int(plan_stop)
if plan_start > plan_stop and plan_stop == 0:
# skipped file
state = SKIP_STREAM
output.status(test_id='file skip', test_status='skip',
file_bytes=comment.encode('utf8'), eof=True,
file_name='tap comment')
continue
# not a plan line, or have seen one before
match = re.match("(ok|not ok)(?:\s+(\d+)?)?(?:\s+([^#]*[^#\s]+)\s*)?(?:\s+#\s+(TODO|SKIP|skip|todo)(?:\s+(.*))?)?\n", line)
if match:
# new test, emit current one.
_emit_test()
status, number, description, directive, directive_comment = match.groups()
if status == 'ok':
result = 'success'
else:
result = "fail"
if description is None:
description = ''
else:
description = ' ' + description
if directive is not None:
if directive.upper() == 'TODO':
result = 'xfail'
elif directive.upper() == 'SKIP':
result = 'skip'
if directive_comment is not None:
log.append(directive_comment)
if number is not None:
number = int(number)
while plan_start < number:
missing_test(plan_start)
plan_start += 1
test_name = "test %d%s" % (plan_start, description)
plan_start += 1
continue
match = re.match("Bail out\!(?:\s*(.*))?\n", line)
if match:
reason, = match.groups()
if reason is None:
extra = ''
else:
extra = ' %s' % reason
_emit_test()
test_name = "Bail out!%s" % extra
result = "fail"
state = SKIP_STREAM
continue
match = re.match("\#.*\n", line)
if match:
log.append(line[:-1])
continue
# Should look at buffering status and binding this to the prior result.
output.status(file_bytes=line.encode('utf8'), file_name='stdout',
mime_type=UTF8_TEXT)
_emit_test()
while plan_start <= plan_stop:
# record missed tests
missing_test(plan_start)
plan_start += 1
return 0
def test_trace_with_stuck_inprogress(self):
output = io.BytesIO()
stream = StreamResultToBytes(output)
stream.startTestRun()
stream.status(test_id='test_passes', test_status='inprogress',
timestamp=dt.now(UTC))
stream.status(test_id='test_segfault', test_status='inprogress',
timestamp=dt.now(UTC))
stream.status(test_id='test_passes', test_status='success',
timestamp=dt.now(UTC))
stream.stopTestRun()
output.seek(0)
# capture stderr for test
stderr = io.StringIO()
sys_err = sys.stderr
sys.stderr = stderr
def restore_stderr():
sys.stderr = sys_err
self.addCleanup(restore_stderr)
stdin = io.TextIOWrapper(io.BufferedReader(output))
returncode = subunit_trace.trace(stdin, sys.stdout)
self.assertEqual(1, returncode)
stderr.seek(0)
expected = """
The following tests exited without returning a status
and likely segfaulted or crashed Python:
\t* test_segfault
"""
self.assertEqual(stderr.read(), expected)
def enable(filename=None):
file_ = open_file(filename)
streamresult = StreamResultToBytes(file_)
streamresult.startTestRun()
real_stdout = sys.stdout
real_stderr = sys.stderr
@before.each_scenario
def before_scenario(scenario):
# create redirects for stdout and stderr
scenario.stdout = StringIO()
scenario.stderr = StringIO()
try:
test_tags = scenario.tags
except AttributeError:
test_tags = ()
streamresult.status(test_id=get_test_id(scenario),
test_status='inprogress',
test_tags=test_tags,
timestamp=now())
@before.step_output
def capture_output(step):
# only consider steps for background
if not step.scenario:
return
sys.stdout = step.scenario.stdout
sys.stderr = step.scenario.stderr
@after.step_output
def uncapture_output(step):
sys.stdout = real_stdout
sys.stderr = real_stderr
@after.each_scenario
def after_scenario(scenario):
streamresult.status(test_id=get_test_id(scenario),
file_name='stdout',
file_bytes=scenario.stdout.getvalue().encode('utf-8'),
mime_type='text/plain; charset=utf8',
eof=True)
streamresult.status(test_id=get_test_id(scenario),
file_name='stderr',
file_bytes=scenario.stderr.getvalue().encode('utf-8'),
mime_type='text/plain; charset=utf8',
eof=True)
if scenario.passed:
streamresult.status(test_id=get_test_id(scenario),
test_status='success',
timestamp=now())
else:
streamresult.status(test_id=get_test_id(scenario),
test_status='fail',
timestamp=now())
@after.each_step
def after_step(step):
# only consider steps for background
if not step.scenario:
return
test_id = get_test_id(step.scenario)
if step.passed:
marker = u'✔'
elif not step.defined_at:
marker = u'?'
elif step.failed:
marker = u'❌'
try:
streamresult.status(test_id=test_id,
file_name='traceback',
file_bytes=step.why.traceback.encode('utf-8'),
mime_type='text/plain; charset=utf8')
except AttributeError:
pass
elif not step.ran:
marker = u' '
else:
raise AssertionError("Internal error")
steps = u'{marker} {sentence}\n'.format(
marker=marker,
sentence=step.sentence)
streamresult.status(test_id=test_id,
file_name='steps',
file_bytes=steps.encode('utf-8'),
mime_type='text/plain; charset=utf8')
@after.all
def after_all(total):
streamresult.stopTestRun()
close_file(file_)
def take_action(self, args):
# Setup where the output stream must go
if args.output_file == '-':
output_stream = sys.stdout
else:
output_stream = open(args.output_file, 'wb')
# Create the output stream
output = StreamResultToBytes(output_stream)
# Create the test run
output.startTestRun()
if args.playbook is not None:
playbooks = args.playbook
results = (models.TaskResult().query
.join(models.Task)
.filter(models.TaskResult.task_id == models.Task.id)
.filter(models.Task.playbook_id.in_(playbooks)))
else:
results = models.TaskResult().query.all()
for result in results:
# Generate a fixed length identifier for the task
test_id = utils.generate_identifier(result)
# Assign the test_status value
if result.status in ('failed', 'unreachable'):
if result.ignore_errors is False:
test_status = 'xfail'
else:
test_status = 'fail'
elif result.status == 'skipped':
test_status = 'skip'
else:
test_status = 'success'
# Determine the play file path
if result.task.playbook and result.task.playbook.path:
playbook_path = result.task.playbook.path
else:
playbook_path = ''
# Determine the task file path
if result.task.file and result.task.file.path:
task_path = result.task.file.path
else:
task_path = ''
# Assign the file_bytes value
test_data = {
'host': result.host.name,
'playbook_id': result.task.playbook.id,
'playbook_path': playbook_path,
'play_name': result.task.play.name,
'task_action': result.task.action,
'task_action_lineno': result.task.lineno,
'task_id': result.task.id,
'task_name': result.task.name,
'task_path': task_path
}
file_bytes = encodeutils.safe_encode(jsonutils.dumps(test_data))
# Assign the start_time and stop_time value
# The timestamp needs to be an epoch, so we need
# to convert it.
start_time = datetime.datetime.fromtimestamp(
float(result.time_start.strftime('%s'))
).replace(tzinfo=iso8601.UTC)
end_time = datetime.datetime.fromtimestamp(
float(result.time_end.strftime('%s'))
).replace(tzinfo=iso8601.UTC)
# Output the start of the event
output.status(
test_id=test_id,
timestamp=start_time
)
# Output the end of the event
output.status(
test_id=test_id,
test_status=test_status,
test_tags=None,
runnable=False,
file_name=test_id,
file_bytes=file_bytes,
timestamp=end_time,
eof=True,
mime_type='text/plain; charset=UTF8'
)
output.stopTestRun()
def _make_subunit(reporter):
return AutoTimingTestResultDecorator(
ExtendedToStreamDecorator(StreamResultToBytes(reporter.stream, ), ), )
def __enter__(self):
self.output_stream = open(self.output_path, "wb+")
self.output = StreamResultToBytes(self.output_stream)
self.output.startTestRun()
return self.output
summary = testtools.StreamSummary()
# Output information to stdout
if not args.subunit:
# Human readable test output
pertest = testtools.StreamToExtendedDecorator(
testtools.MultiTestResult(
# Individual test progress
unittest.TextTestResult(
unittest.runner._WritelnDecorator(sys.stdout), False, 2),
# End of run, summary of failures.
testtools.TextTestResult(sys.stdout),
))
else:
from subunit.v2 import StreamResultToBytes
pertest = StreamResultToBytes(sys.stdout)
if args.list:
output = subunit.CopyStreamResult([summary, pertest])
output.startTestRun()
for test in re.compile("(?<=').+(?=')").findall(
file("test/testcases.js").read()):
output.status(test_status='exists', test_id=test[:-5])
output.stopTestRun()
sys.exit(-1)
output = subunit.CopyStreamResult([summary, pertest])
output.startTestRun()
# Start up a local HTTP server which serves the files to the browser and
def enable(filename=None):
file_ = open_file(filename)
streamresult = StreamResultToBytes(file_)
streamresult.startTestRun()
real_stdout = sys.stdout
real_stderr = sys.stderr
@before.each_scenario
def before_scenario(scenario):
# create redirects for stdout and stderr
scenario.stdout = StringIO()
scenario.stderr = StringIO()
try:
test_tags = scenario.tags
except AttributeError:
test_tags = ()
streamresult.status(test_id=get_test_id(scenario),
test_status='inprogress',
test_tags=test_tags,
timestamp=now())
@before.step_output
def capture_output(step):
# only consider steps for background
if not step.scenario:
return
sys.stdout = step.scenario.stdout
sys.stderr = step.scenario.stderr
@after.step_output
def uncapture_output(step):
sys.stdout = real_stdout
sys.stderr = real_stderr
@after.each_scenario
def after_scenario(scenario):
streamresult.status(
test_id=get_test_id(scenario),
file_name='stdout',
file_bytes=scenario.stdout.getvalue().encode('utf-8'),
mime_type='text/plain; charset=utf8',
eof=True)
streamresult.status(
test_id=get_test_id(scenario),
file_name='stderr',
file_bytes=scenario.stderr.getvalue().encode('utf-8'),
mime_type='text/plain; charset=utf8',
eof=True)
if scenario.passed:
streamresult.status(test_id=get_test_id(scenario),
test_status='success',
timestamp=now())
else:
streamresult.status(test_id=get_test_id(scenario),
test_status='fail',
timestamp=now())
@after.each_step
def after_step(step):
# only consider steps for background
if not step.scenario:
return
test_id = get_test_id(step.scenario)
if step.passed:
marker = u'✔'
elif not step.defined_at:
marker = u'?'
elif step.failed:
marker = u'❌'
try:
streamresult.status(
test_id=test_id,
file_name='traceback',
file_bytes=step.why.traceback.encode('utf-8'),
mime_type='text/plain; charset=utf8')
except AttributeError:
pass
elif not step.ran:
marker = u' '
else:
raise AssertionError("Internal error")
steps = u'{marker} {sentence}\n'.format(marker=marker,
sentence=step.sentence)
streamresult.status(test_id=test_id,
file_name='steps',
file_bytes=steps.encode('utf-8'),
mime_type='text/plain; charset=utf8')
@after.all
def after_all(total):
streamresult.stopTestRun()
close_file(file_)
class ControllerTest(ViewTest):
def setUp(self):
super(ControllerTest, self).setUp()
stream = BytesIO()
self.encoder = StreamResultToBytes(stream)
self.loop = MainLoop(Console(self.repository))
watcher = MemoryWatcher(stream)
self.controller = Controller(watcher, self.repository)
def test_attach(self):
"""
When data is available for reading, the protocol gets notified.
"""
self.encoder.status(test_id="foo", test_status=EXISTS)
self.controller.attach(self.loop)
record = self.repository.get_record("foo")
self.assertEqual(1, self.repository.count_records())
self.assertEqual("foo", record.id)
self.assertEqual(EXISTS, record.status)
def test_exists(self):
"""
If packet with an existing test ID is received, the associated record
gets updated.
"""
self.encoder.status(test_id="foo", test_status=EXISTS)
self.encoder.status(test_id="foo", test_status=INPROGRESS)
self.controller.attach(self.loop)
record = self.repository.get_record("foo")
self.assertEqual(1, self.repository.count_records())
self.assertEqual("foo", record.id)
self.assertEqual(INPROGRESS, record.status)
def test_exists_no_test_id(self):
"""
If packet is received with test status ``exists`` but no test ID,
it's simply discarded.
"""
self.encoder.status(test_status="exists")
self.controller.attach(self.loop)
self.assertEqual(0, self.repository.count_records())
def test_on_record_progress(self):
"""
When all the packets for a details entry are received, an event is
triggered by the repository.
"""
records = []
def on_record_progress(repository, record):
records.append(record)
self.repository.on_record_progress += on_record_progress
self.encoder.status(test_id="foo", test_status=EXISTS)
self.encoder.status(test_id="foo", test_status=INPROGRESS)
self.encoder.status(test_id="foo",
file_name="log",
file_bytes=b("hello"),
mime_type="text/x-log",
timestamp=datetime.now(utc))
self.controller.attach(self.loop)
[record] = records
self.assertEqual("hello", record.details["log"].as_text())
if args.load_list:
tests = args.load_list.readlines()
else:
tests = []
if not args.subunit:
# Human readable test output
import testtools, unittest
#output = testtools.StreamToExtendedDecorator(
# unittest.TextTestResult(
# unittest.runner._WritelnDecorator(sys.stdout), True, 2))
output = testtools.StreamToExtendedDecorator(
testtools.TextTestResult(sys.stdout))
else:
from subunit.v2 import StreamResultToBytes
output = StreamResultToBytes(sys.stdout)
output.startTestRun()
# Start up a local HTTP server which serves the files to the browser and
# collects the test results.
# -----------------------------------------------------------------------------
import SimpleHTTPServer
import SocketServer
import threading
import cgi
import simplejson
class ServerHandler(SimpleHTTPServer.SimpleHTTPRequestHandler):
STATUS = {0:'success', 1:'fail', 2:'fail', 3:'skip'}
def main():
parser = argparse.ArgumentParser(
description="Test runner that supports both Python 2 and Python 3.")
parser.add_argument("--load-list",
metavar="PATH",
help="Path to read list of tests to run from.",
type=str)
parser.add_argument("--list",
help="List available tests.",
action="store_true")
args = parser.parse_args()
if args.list:
testids = []
output = subprocess.check_output(
['python2', './brz', 'selftest', '--subunit2', '--list'])
for n in parse_enumeration(output):
testids.append('python2.' + n)
output = subprocess.check_output(
['python3', './brz', 'selftest', '--subunit2', '--list'])
for n in parse_enumeration(output):
testids.append('python3.' + n)
stream = StreamResultToBytes(sys.stdout)
for testid in testids:
stream.status(test_id=testid, test_status='exists')
else:
if args.load_list:
py2_tests = []
py3_tests = []
with open(args.load_list, 'r') as f:
all_tests = parse_list(f.read())
for testname in all_tests:
if testname.startswith("python2."):
py2_tests.append(testname[len('python2.'):].strip())
elif testname.startswith("python3."):
py3_tests.append(testname[len('python3.'):].strip())
else:
sys.stderr.write("unknown prefix %s\n" % testname)
if py2_tests:
with tempfile.NamedTemporaryFile() as py2f:
write_list(py2f, py2_tests)
py2f.flush()
subprocess.call(
'python2 ./brz selftest --subunit2 --load-list=%s | subunit-filter -s --passthrough --rename "^" "python2."'
% py2f.name,
shell=True)
if py3_tests:
with tempfile.NamedTemporaryFile() as py3f:
write_list(py3f, py3_tests)
py3f.flush()
subprocess.call(
'python3 ./brz selftest --subunit2 --load-list=%s | subunit-filter -s --passthrough --rename "^" "python3."'
% py3f.name,
shell=True)
else:
subprocess.call(
'python2 ./brz selftest --subunit2 | subunit-filter -s --passthrough --rename "^" "python2."',
shell=True)
subprocess.call(
'python3 ./brz selftest --subunit2 | subunit-filter -s --passthrough --rename "^" "python3."',
shell=True)