class IntegrationNoConcurrencyTestCase(object):
def setUp(self):
self.global_config = load_dir(self.DEPLOYMENT_DIR)
self.process_handlers = []
for process in self.PROCESSES:
process_handler = self.global_config.load_process('myhost', process)
self.process_handlers.append(process_handler)
self.core_server = GLOBAL_REGISTRY[self.CORE_ADDRESS]
self.experiment_dummy1 = GLOBAL_REGISTRY[self.EXPERIMENT_DUMMY1]
self.experiment_dummy2 = GLOBAL_REGISTRY[self.EXPERIMENT_DUMMY2]
self.core_config = self.core_server.config
self.client = WebLabDeustoClient('http://localhost:%s/weblab/' % self.core_config[configuration_doc.CORE_FACADE_PORT])
def tearDown(self):
GLOBAL_REGISTRY.clear()
for process_handler in self.process_handlers:
process_handler.stop()
def test_simple_single_uses(self):
for _ in range(1):
self._single_use()
self._single_use()
self._single_use()
def _single_use(self, logout = True, plus_async_use = True):
"""
Will use an experiment.
@param logout If true, the user will be logged out after the use. Otherwise not.
@param plus_async_use If true, after using the experiment synchronously, it will use it
again using the asynchronous versions of the send_command and send_file requests.
"""
self._single_sync_use(logout)
if plus_async_use:
self._single_async_use(logout)
def _single_sync_use(self, logout = True):
session_id, reservation_id = self._get_reserved()
CONTENT = "content of the program FPGA"
response = self.client.send_file(reservation_id, ExperimentUtil.serialize(CONTENT), 'program')
self.assertEquals(response.commandstring, 'ack')
response = self.client.send_command(reservation_id, Command.Command("STATE"))
self.assertEquals(response.commandstring, 'STATE')
response = self.client.send_command(reservation_id, Command.Command("ChangeSwitch on 0"))
self.assertEquals(response.commandstring, "ChangeSwitch on 0")
if logout:
self.client.logout(session_id)
def _get_reserved(self):
session_id = self.client.login('intstudent1', 'password')
user_information = self.client.get_user_information(session_id)
self.assertEquals( 'intstudent1', user_information.login)
self.assertEquals( 'Name of integration test 1', user_information.full_name)
self.assertEquals( '*****@*****.**', user_information.email)
experiments = self.client.list_experiments(session_id)
self.assertEquals( 2, len(experiments))
dummy1_experiments = [ exp.experiment for exp in experiments if exp.experiment.name == 'dummy1' ]
self.assertEquals( len(dummy1_experiments), 1)
dummy1_experiment = dummy1_experiments[0]
status = self.client.reserve_experiment(session_id, dummy1_experiment.to_experiment_id(), "{}", "{}")
reservation_id = status.reservation_id
# wait until it is reserved
short_time = 0.1
# Time extended from 9.0 to 15.0 because at times the test failed, possibly for that reason.
times = 15.0 / short_time
while times > 0:
new_status = self.client.get_reservation_status(reservation_id)
if not isinstance(new_status, Reservation.WaitingConfirmationReservation) and not isinstance(new_status, Reservation.WaitingReservation):
break
times -= 1
time.sleep(short_time)
reservation = self.client.get_reservation_status(reservation_id)
self.assertTrue(
isinstance(reservation, Reservation.ConfirmedReservation),
"Reservation %s is not Confirmed, as expected by this time" % reservation
)
return session_id, reservation_id
def _single_async_use(self, logout = True):
session_id, reservation_id = self._get_reserved()
# send the program again, but asynchronously. Though this should work, it is not really very customary
# to send_file more than once in the same session. In fact, it is a feature which might get removed in
# the future. When/if that happens, this will need to be modified.
CONTENT = "content of the program FPGA"
reqid = self.client.send_async_file(reservation_id, ExperimentUtil.serialize(CONTENT), 'program')
# Wait until send_async_file query is actually finished.
#self._get_async_response(session_id, reqid)
self._wait_async_done(reservation_id, (reqid,))
# We need to wait for the programming to finish, while at the same
# time making sure that the tests don't dead-lock.
reqid = self.client.send_async_command(reservation_id, Command.Command("STATE"))
respcmd = self._get_async_response(reservation_id, reqid)
response = respcmd.get_command_string()
# Check that the current state is "Ready"
self.assertEquals("STATE", response)
reqid = self.client.send_async_command(reservation_id, Command.Command("ChangeSwitch on 0"))
self._wait_async_done(reservation_id, (reqid,))
reqid = self.client.send_async_command(reservation_id, Command.Command("ClockActivation on 250"))
self._wait_async_done(reservation_id, (reqid,))
if logout:
self.client.logout(session_id)
def _wait_async_done(self, reservation_id, reqids):
"""
_wait_async_done(session_id, reqids)
Helper methods that waits for the specified asynchronous requests to be finished,
and which asserts that they were successful. Note that it doesn't actually return
their responses.
@param reqids Tuple containing the request ids for the commands to check.
@return Nothing
"""
# Wait until send_async_file query is actually finished.
reqsl = list(reqids)
max_count = 15
while len(reqsl) > 0:
time.sleep(0.1)
max_count -= 1
if max_count == 0:
raise Exception("Maximum time spent waiting async done")
requests = self.client.check_async_command_status(reservation_id, tuple(reqsl))
self.assertEquals(len(reqsl), len(requests))
for rid, req in six.iteritems(requests):
status = req[0]
self.assertTrue(status in ("running", "ok", "error"))
if status != "running":
self.assertEquals("ok", status, "Contents: " + req[1])
reqsl.remove(rid)
def _get_async_response(self, reservation_id, reqid):
"""
_get_async_response(reqids)
Helper method that synchronously gets the response for the specified async request, asserting that
it was successful.
@param reqid The request identifier for the async request whose response we want
@return Response to the request, if successful. None, otherwise.
"""
# Wait until send_async_file query is actually finished.
max_counter = 15
while True:
max_counter -= 1
if max_counter == 0:
raise Exception("Maximum times running get_async_response")
time.sleep(0.1)
requests = self.client.check_async_command_status(reservation_id, (reqid,))
self.assertEquals(1, len(requests))
self.assertTrue(reqid in requests)
req = requests[reqid]
status = req[0]
self.assertTrue(status in ("running", "ok", "error"))
if status != "running":
self.assertEquals("ok", status, "Contents: " + req[1])
return Command.Command(req[1])
def test_single_uses_timeout(self):
core_experiment_poll_time = 1.5
core_time_between_checks = 1.5
self.core_config._set_value('core_experiment_poll_time', core_experiment_poll_time)
self.core_config._set_value('core_time_between_checks', core_time_between_checks)
self._single_use(logout = False, plus_async_use = False)
time.sleep(core_experiment_poll_time + 0.3 + core_time_between_checks)
self._single_use(logout = False, plus_async_use = False)
def test_two_multiple_uses_of_different_devices(self):
user1_session_id = self.client.login('intstudent1','password')
user1_experiments = self.client.list_experiments(user1_session_id)
self.assertEquals( 2, len(user1_experiments))
dummy1_experiments = [ exp.experiment for exp in user1_experiments if exp.experiment.name == 'dummy1' ]
self.assertEquals( len(dummy1_experiments), 1)
# reserve it
status = self.client.reserve_experiment( user1_session_id, dummy1_experiments[0].to_experiment_id(), "{}", "{}")
user1_reservation_id = status.reservation_id
user2_session_id = self.client.login('intstudent2','password')
user2_experiments = self.client.list_experiments(user2_session_id)
self.assertEquals( 2, len(user2_experiments))
dummy2_experiments = [ exp.experiment for exp in user2_experiments if exp.experiment.name == 'dummy2' ]
self.assertEquals( len(dummy2_experiments), 1)
# reserve it
status = self.client.reserve_experiment(user2_session_id, dummy2_experiments[0].to_experiment_id(), "{}", "{}")
user2_reservation_id = status.reservation_id
short_time = 0.1
times = 9.0 / short_time
while times > 0:
time.sleep(short_time)
new_status1 = self.client.get_reservation_status(user1_reservation_id)
new_status2 = self.client.get_reservation_status(user2_reservation_id)
if not isinstance(new_status1, Reservation.WaitingConfirmationReservation):
if not isinstance(new_status2, Reservation.WaitingConfirmationReservation):
break
times -= 1
self.assertTrue(isinstance(self.client.get_reservation_status(user1_reservation_id), Reservation.ConfirmedReservation))
self.assertTrue(isinstance(self.client.get_reservation_status(user2_reservation_id), Reservation.ConfirmedReservation))
# send a program
CONTENT1 = "content of the program DUMMY1"
response = self.client.send_file(user1_reservation_id, ExperimentUtil.serialize(CONTENT1), 'program')
self.assertEquals('ack', response.commandstring)
# We need to wait for the programming to finish.
respcmd = self.client.send_command(user1_reservation_id, Command.Command("STATE DUMMY1"))
response = respcmd.get_command_string()
# Check that the current state is "Ready"
self.assertEquals("STATE DUMMY1", response)
CONTENT2 = "content of the program PLD"
response = self.client.send_file(user2_reservation_id, ExperimentUtil.serialize(CONTENT2), 'program')
self.assertEquals('ack', response.commandstring)
# We need to wait for the programming to finish.
respcmd = self.client.send_command(user2_reservation_id, Command.Command("STATE DUMMY2"))
# Check that the current state is "Ready"
self.assertEquals("STATE DUMMY2", respcmd.commandstring)
# end session
self.client.logout(user1_session_id)
self.client.logout(user2_session_id)
class IntegrationNoConcurrencyTestCase(object):
def setUp(self):
GLOBAL_REGISTRY.clear()
self.global_config = load_dir(self.DEPLOYMENT_DIR)
self.process_handlers = []
for process in self.PROCESSES:
process_handler = self.global_config.load_process(
'myhost', process)
self.process_handlers.append(process_handler)
self.core_server = GLOBAL_REGISTRY[self.CORE_ADDRESS]
self.experiment_dummy1 = GLOBAL_REGISTRY[self.EXPERIMENT_DUMMY1]
self.experiment_dummy2 = GLOBAL_REGISTRY[self.EXPERIMENT_DUMMY2]
self.core_config = self.core_server.config
self.client = WebLabDeustoClient(
'http://localhost:%s/weblab/' %
self.core_config[configuration_doc.CORE_FACADE_PORT])
def tearDown(self):
GLOBAL_REGISTRY.clear()
for process_handler in self.process_handlers:
process_handler.stop()
def test_simple_single_uses(self):
for _ in range(1):
self._single_use()
self._single_use()
self._single_use()
def _single_use(self, logout=True, plus_async_use=True):
"""
Will use an experiment.
@param logout If true, the user will be logged out after the use. Otherwise not.
@param plus_async_use If true, after using the experiment synchronously, it will use it
again using the asynchronous versions of the send_command and send_file requests.
"""
self._single_sync_use(logout)
if plus_async_use:
self._single_async_use(logout)
def _single_sync_use(self, logout=True):
session_id, reservation_id = self._get_reserved()
CONTENT = "content of the program FPGA"
response = self.client.send_file(reservation_id,
ExperimentUtil.serialize(CONTENT),
'program')
self.assertEquals(response.commandstring, 'ack')
response = self.client.send_command(reservation_id,
Command.Command("STATE"))
self.assertEquals(response.commandstring, 'STATE')
response = self.client.send_command(
reservation_id, Command.Command("ChangeSwitch on 0"))
self.assertEquals(response.commandstring, "ChangeSwitch on 0")
if logout:
self.client.logout(session_id)
def _get_reserved(self):
session_id = self.client.login('intstudent1', 'password')
user_information = self.client.get_user_information(session_id)
self.assertEquals('intstudent1', user_information.login)
self.assertEquals('Name of integration test 1',
user_information.full_name)
self.assertEquals('*****@*****.**', user_information.email)
experiments = self.client.list_experiments(session_id)
self.assertEquals(2, len(experiments))
dummy1_experiments = [
exp.experiment for exp in experiments
if exp.experiment.name == 'dummy1'
]
self.assertEquals(len(dummy1_experiments), 1)
dummy1_experiment = dummy1_experiments[0]
status = self.client.reserve_experiment(
session_id, dummy1_experiment.to_experiment_id(), "{}", "{}")
reservation_id = status.reservation_id
# wait until it is reserved
short_time = 0.1
# Time extended from 9.0 to 15.0 because at times the test failed, possibly for that reason.
times = 15.0 / short_time
while times > 0:
new_status = self.client.get_reservation_status(reservation_id)
if not isinstance(
new_status, Reservation.WaitingConfirmationReservation
) and not isinstance(new_status, Reservation.WaitingReservation):
break
times -= 1
time.sleep(short_time)
reservation = self.client.get_reservation_status(reservation_id)
self.assertTrue(
isinstance(reservation, Reservation.ConfirmedReservation),
"Reservation %s is not Confirmed, as expected by this time" %
reservation)
return session_id, reservation_id
def _single_async_use(self, logout=True):
session_id, reservation_id = self._get_reserved()
# send the program again, but asynchronously. Though this should work, it is not really very customary
# to send_file more than once in the same session. In fact, it is a feature which might get removed in
# the future. When/if that happens, this will need to be modified.
CONTENT = "content of the program FPGA"
reqid = self.client.send_async_file(reservation_id,
ExperimentUtil.serialize(CONTENT),
'program')
# Wait until send_async_file query is actually finished.
#self._get_async_response(session_id, reqid)
self._wait_async_done(reservation_id, (reqid, ))
# We need to wait for the programming to finish, while at the same
# time making sure that the tests don't dead-lock.
reqid = self.client.send_async_command(reservation_id,
Command.Command("STATE"))
respcmd = self._get_async_response(reservation_id, reqid)
response = respcmd.get_command_string()
# Check that the current state is "Ready"
self.assertEquals("STATE", response)
reqid = self.client.send_async_command(
reservation_id, Command.Command("ChangeSwitch on 0"))
self._wait_async_done(reservation_id, (reqid, ))
reqid = self.client.send_async_command(
reservation_id, Command.Command("ClockActivation on 250"))
self._wait_async_done(reservation_id, (reqid, ))
if logout:
self.client.logout(session_id)
def _wait_async_done(self, reservation_id, reqids):
"""
_wait_async_done(session_id, reqids)
Helper methods that waits for the specified asynchronous requests to be finished,
and which asserts that they were successful. Note that it doesn't actually return
their responses.
@param reqids Tuple containing the request ids for the commands to check.
@return Nothing
"""
# Wait until send_async_file query is actually finished.
reqsl = list(reqids)
max_count = 15
while len(reqsl) > 0:
time.sleep(0.1)
max_count -= 1
if max_count == 0:
raise Exception("Maximum time spent waiting async done")
requests = self.client.check_async_command_status(
reservation_id, tuple(reqsl))
self.assertEquals(len(reqsl), len(requests))
for rid, req in six.iteritems(requests):
status = req[0]
self.assertTrue(status in ("running", "ok", "error"))
if status != "running":
self.assertEquals("ok", status, "Contents: " + req[1])
reqsl.remove(rid)
def _get_async_response(self, reservation_id, reqid):
"""
_get_async_response(reqids)
Helper method that synchronously gets the response for the specified async request, asserting that
it was successful.
@param reqid The request identifier for the async request whose response we want
@return Response to the request, if successful. None, otherwise.
"""
# Wait until send_async_file query is actually finished.
max_counter = 15
while True:
max_counter -= 1
if max_counter == 0:
raise Exception("Maximum times running get_async_response")
time.sleep(0.1)
requests = self.client.check_async_command_status(
reservation_id, (reqid, ))
self.assertEquals(1, len(requests))
self.assertTrue(reqid in requests)
req = requests[reqid]
status = req[0]
self.assertTrue(status in ("running", "ok", "error"))
if status != "running":
self.assertEquals("ok", status, "Contents: " + req[1])
return Command.Command(req[1])
def test_single_uses_timeout(self):
core_experiment_poll_time = 1.5
core_time_between_checks = 1.5
self.core_config._set_value('core_experiment_poll_time',
core_experiment_poll_time)
self.core_config._set_value('core_time_between_checks',
core_time_between_checks)
self._single_use(logout=False, plus_async_use=False)
time.sleep(core_experiment_poll_time + 0.3 + core_time_between_checks)
self._single_use(logout=False, plus_async_use=False)
def test_two_multiple_uses_of_different_devices(self):
user1_session_id = self.client.login('intstudent1', 'password')
user1_experiments = self.client.list_experiments(user1_session_id)
self.assertEquals(2, len(user1_experiments))
dummy1_experiments = [
exp.experiment for exp in user1_experiments
if exp.experiment.name == 'dummy1'
]
self.assertEquals(len(dummy1_experiments), 1)
# reserve it
status = self.client.reserve_experiment(
user1_session_id, dummy1_experiments[0].to_experiment_id(), "{}",
"{}")
user1_reservation_id = status.reservation_id
user2_session_id = self.client.login('intstudent2', 'password')
user2_experiments = self.client.list_experiments(user2_session_id)
self.assertEquals(2, len(user2_experiments))
dummy2_experiments = [
exp.experiment for exp in user2_experiments
if exp.experiment.name == 'dummy2'
]
self.assertEquals(len(dummy2_experiments), 1)
# reserve it
status = self.client.reserve_experiment(
user2_session_id, dummy2_experiments[0].to_experiment_id(), "{}",
"{}")
user2_reservation_id = status.reservation_id
short_time = 0.1
times = 9.0 / short_time
while times > 0:
time.sleep(short_time)
new_status1 = self.client.get_reservation_status(
user1_reservation_id)
new_status2 = self.client.get_reservation_status(
user2_reservation_id)
if not isinstance(new_status1,
Reservation.WaitingConfirmationReservation):
if not isinstance(new_status2,
Reservation.WaitingConfirmationReservation):
break
times -= 1
self.assertTrue(
isinstance(
self.client.get_reservation_status(user1_reservation_id),
Reservation.ConfirmedReservation))
self.assertTrue(
isinstance(
self.client.get_reservation_status(user2_reservation_id),
Reservation.ConfirmedReservation))
# send a program
CONTENT1 = "content of the program DUMMY1"
response = self.client.send_file(user1_reservation_id,
ExperimentUtil.serialize(CONTENT1),
'program')
self.assertEquals('ack', response.commandstring)
# We need to wait for the programming to finish.
respcmd = self.client.send_command(user1_reservation_id,
Command.Command("STATE DUMMY1"))
response = respcmd.get_command_string()
# Check that the current state is "Ready"
self.assertEquals("STATE DUMMY1", response)
CONTENT2 = "content of the program PLD"
response = self.client.send_file(user2_reservation_id,
ExperimentUtil.serialize(CONTENT2),
'program')
self.assertEquals('ack', response.commandstring)
# We need to wait for the programming to finish.
respcmd = self.client.send_command(user2_reservation_id,
Command.Command("STATE DUMMY2"))
# Check that the current state is "Ready"
self.assertEquals("STATE DUMMY2", respcmd.commandstring)
# end session
self.client.logout(user1_session_id)
self.client.logout(user2_session_id)
