def update_testset_list(self, available_tests):
msg_sig = controllerd_pb2.Signal()
msg_avail_testsets = msg_sig.testsets
with self._testsets_lock:
self._testsets = dict()
testsets = self.testset_class.list(self.ezbench_dir)
msg_avail_testsets.testsets_count = 0
for testset in testsets:
if not testset.parse(available_tests, silent=True):
continue
# Keep a copy of the testset
self._testsets[testset.name] = testset
msg_avail_testsets.testsets_count += 1
msg_testset = msg_avail_testsets.testsets.add()
msg_testset.name = testset.name
msg_testset.description = testset.description
for test in testset:
msg_test = msg_testset.tests.add()
msg_test.name = test
msg_test.rounds = testset[test]
self.send_msg(msg_sig)
def serve_forever(self):
while not self._exit_now:
try:
self.connect()
except ConnectionRefusedError:
print(
"The controller is not available, re-trying in {} seconds..."
.format(Configuration.controllerd_reconnection_period))
time.sleep(Configuration.controllerd_reconnection_period)
self.socket.close()
continue
except (IOError, BrokenPipeError):
print(
"The controller got disconnected, re-trying in {} seconds..."
.format(Configuration.controllerd_reconnection_period))
self.socket.close()
time.sleep(Configuration.controllerd_reconnection_period)
continue
except Exception as e:
traceback.print_exc()
self.socket.close()
time.sleep(1)
continue
try:
while not self._exit_now:
cmd = self.recv_msg(controllerd_pb2.Cmd())
if cmd is None:
break
# Answer ping commands immediately
if cmd.HasField("ping"):
sig = controllerd_pb2.Signal()
sig.cmd_status.id = cmd.id
sig.cmd_status.err_code = controllerd_pb2.CmdStatus.OK
self.send_msg(sig)
else:
self._cmd_queue.append(cmd)
self._run_reports_event.set()
except IOError as e:
pass
except Exception as e:
traceback.print_exc()
try:
self.socket.shutdown(socket.SHUT_RDWR)
self.socket.close()
except IOError as e:
pass
except Exception as e:
print(e)
# Exit immediately if it was requested, wait before trying to
# reconnected otherwise
if self._exit_now:
return
else:
time.sleep(Configuration.controllerd_reconnection_period)
def refresh_reports_state(self):
reports = self.smartezbench_class.list_reports(self.ezbench_dir)
sbenches = dict()
msg_sig = controllerd_pb2.Signal()
msg_avail_reports = msg_sig.reports
for report in reports:
try:
sbenches[report] = sbench = self.__create_smartezbench__(
report)
if (self.controller_name is None or sbench.user_data(
"controller_name", None) != self.controller_name):
continue
profile = sbenches[report].profile()
if profile is None:
profile = ""
msg_report = msg_avail_reports.reports.add()
msg_report.name = sbench.user_data("report_name")
msg_report.profile = profile
msg_report.state = sbenches[report].running_mode().name
msg_report.state_disk = sbenches[report].running_mode(
False).name
samples = self._timingsdb.data("build", msg_report.profile)
if len(samples) > 0:
msg_report.build_time = statistics.median(samples)
else:
msg_report.build_time = 5 * 60 # default to 5 minutes
samples = self._timingsdb.data("deploy", msg_report.profile)
if len(samples) > 0:
msg_report.deploy_time = statistics.median(samples)
else:
msg_report.deploy_time = 2 * 60 # default to 2 minutes
except Exception as e:
traceback.print_exc(file=sys.stderr)
sys.stderr.write("\n")
pass
# Work around a bug in protobuf
msg_avail_reports.report_count = len(msg_avail_reports.reports)
# Try sending the list of reports to the controller
try:
self.send_msg(msg_sig)
except:
pass
return sbenches
def gen_msg_reports(self, reports):
msg_sig = controllerd_pb2.Signal()
msg_avail_reports = msg_sig.reports
msg_avail_reports.report_count = len(reports)
for report in reports:
msg_report = msg_avail_reports.reports.add()
for key in report:
setattr(msg_report, key, report[key])
return msg_sig
def gen_msg_tests(self, tests):
msg_sig = controllerd_pb2.Signal()
msg_avail_tests = msg_sig.tests
msg_avail_tests.tests_count = len(tests)
for test in tests:
msg_test = msg_avail_tests.tests.add()
for key in test:
setattr(msg_test, key, test[key])
return msg_sig
def send_logs(self, sbench, msg):
msg_sig = controllerd_pb2.Signal()
# Get the report's name, exit if it is not available as we do not have
# a valid report created by dutd
report = sbench.user_data("report_name", None)
if report is None:
return
msg_sig.log.report = report
msg_sig.log.msg = msg
self.send_msg(msg_sig)
def __push_reference__(self, sbench, repo, reference):
try:
remote = repo.remotes[self.__report_remote_name__()]
git_cb = pygit2.RemoteCallbacks(
credentials=self.report_upload_credential)
remote.push([reference], git_cb)
# Tell that the report got pushed
sig = controllerd_pb2.Signal()
sig.report_pushed.report = sbench.user_data("report_name")
self.send_msg(sig)
except Exception as e:
self.log(Criticality.EE, traceback.format_exc())
def gen_msg_testsets(self, testsets):
msg_sig = controllerd_pb2.Signal()
msg_avail_testsets = msg_sig.testsets
msg_avail_testsets.testsets_count = len(testsets)
for testset in testsets:
msg_testset = msg_avail_testsets.testsets.add()
for key in testset:
if key == "tests":
for test in testset["tests"]:
msg_test = msg_testset.tests.add()
msg_test.name = test['name']
msg_test.rounds = test['rounds']
else:
setattr(msg_testset, key, testset[key])
return msg_sig
def sbench_hooks_callback(self, state):
if state.action == "start_running_tests":
self.refresh_reports_state()
elif state.action == "done_running_test":
# First, make a commit of all the changes and push them if possible
self.__commit_report__(state.sbench, state.hook_parameters['task'])
# Handle all the commands we received, to verify if we need to stop
# doing anything
self.handle_command_queue()
elif state.action == "done_running_tests":
self.refresh_reports_state()
elif state.action == "reboot_needed":
msg_sig = controllerd_pb2.Signal()
msg_sig.reboot.timestamp = datetime.utcnow().timestamp()
self.send_msg(msg_sig)
elif state.action == "mode_changed":
# Do not send the change in state if we are exiting because the
# pausing is just a way to stop the execution
if not self._exit_now:
self.refresh_reports_state()
def handle_command_queue(self):
while not self._exit_now:
try:
cmd = self._cmd_queue.popleft()
except IndexError:
#print("handle_command_queue: Nothing to dequeu, DONE!")
return
# Prepare the ACK to the command
sig = controllerd_pb2.Signal()
sig.cmd_status.id = cmd.id
sig.cmd_status.err_code = controllerd_pb2.CmdStatus.OK
try:
if cmd.HasField("delete_report"):
with self._sbenches_lock:
report_name = "{}/{}".format(self.controller_name,
cmd.delete_report.name)
sbench = self._sbenches.get(report_name, None)
if sbench is None:
sig.cmd_status.err_code = controllerd_pb2.CmdStatus.ERROR
sig.cmd_status.err_msg = "Could not find the report " + cmd.delete_report.name
else:
sbench.delete()
if sig.cmd_status.err_code == controllerd_pb2.CmdStatus.OK:
self.update_reports_list()
elif cmd.HasField("set_work"):
self.__set_work__(cmd.set_work, sig)
else:
sig.cmd_status.err_code = controllerd_pb2.CmdStatus.ERROR
sig.cmd_status.err_msg = "Could not find any action to do. Software needs to be updated?"
except Exception as e:
traceback.print_exc()
sig.cmd_status.err_code = controllerd_pb2.CmdStatus.ERROR
sig.cmd_status.err_msg = "Caught an unexpected exception"
# Now send the cmd_status!
self.send_msg(sig)
def update_test_list(self):
tests = set()
msg_sig = controllerd_pb2.Signal()
msg_avail_tests = msg_sig.tests
with self._tests_lock:
msg_avail_tests.tests_count = len(self._tests)
for test in self._tests:
msg_test = msg_avail_tests.tests.add()
msg_test.name = test
samples = self._timingsdb.data("test", test)
if len(samples) > 0:
msg_test.exec_time_median = statistics.median(samples)
msg_test.exec_time_max = max(samples)
else:
msg_test.exec_time_median = self._tests[
test].time_estimation
msg_test.exec_time_max = self._tests[test].time_estimation
tests.add(test)
self.send_msg(msg_sig)
return tests
def read_cmd(self, machine):
r = requests.get(url("/machines/{}".format(machine.name)))
self.assertEqual(r.status_code, 200)
state = r.json()
# Make sure the machine is online
self.assertTrue(state['online'])
# Look for a command that has not been acknowledged
found = False
for queued_cmd in state['queued_cmds']:
self.assertIsInstance(queued_cmd['acknowledged'], float)
if queued_cmd['acknowledged']:
self.assertNotEqual(queued_cmd['err_code'], "NON_ACK")
continue
else:
found = True
# We found a command we need to ACK, wait for it to be sent
# before waiting for it to detect
self.wait_until(0.5,
lambda: self.command_sent(queued_cmd['url']),
"The command was not sent by the controller")
break
if not found:
return None
# The REST API says we have a message, verify that the timings are OK
# then check it out
r = requests.get(url(queued_cmd['url']))
state = r.json()
self.assertEqual(r.status_code, 200)
self.assertLessEqual(
datetime.utcnow().timestamp() - state['last_sent'], 0.5)
self.assertEqual(state['err_code'], "NON_ACK")
self.assertNotIn("err_msg", state)
# Read the actual command and verify that the ID matches
cmd = machine.recv_msg(controllerd_pb2.Cmd())
self.assertIsNot(cmd, None)
self.assertEqual(queued_cmd['id'], cmd.id)
# Send the acknowledgment immediately since we won't do anything with it
sig = controllerd_pb2.Signal()
sig.cmd_status.id = cmd.id
sig.cmd_status.err_msg = "Debug test"
sig.cmd_status.err_code = controllerd_pb2.CmdStatus.OK
self.send_sig(machine, sig)
# Wait for the controller to receive our ACK
self.wait_until(
0.5, lambda: self.command_acknowledged(queued_cmd['url']),
"The command did not get acknowledged by the controller")
# Check that the acknowledgment date matches and that all the other fields
# match what we sent
r = requests.get(url(queued_cmd['url']))
state = r.json()
self.assertEqual(r.status_code, 200)
self.assertEqual(state['id'], cmd.id)
self.assertIsInstance(state['description'], str)
self.assertEqual(state['err_code'], "OK")
self.assertEqual(state['err_msg'], sig.cmd_status.err_msg)
self.assertLessEqual(
datetime.utcnow().timestamp() - r.json()['acknowledged'], 0.5)
return cmd
