def test_health_retry_sleep_modification(accelize_drm, conf_json, cred_json,
async_handler, live_server, request,
log_file_factory):
"""
Test the asynchronous health retry sleep value when changed dynamically.
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
logfile = log_file_factory.create(2)
conf_json['settings'].update(logfile.json)
conf_json.save()
healthPeriod = 3
healthRetry = 10
healthRetrySleep = 1
nb_run = 3
for i in range(nb_run):
health_retry_sleep = healthRetrySleep + i
# Set initial context on the live server
context = {
'data': list(),
'healthPeriod': healthPeriod,
'healthRetry': healthRetry,
'healthRetrySleep': health_retry_sleep,
'exit': False
}
set_context(context)
assert get_context() == context
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
drm_manager.activate()
wait_func_true(lambda: get_context()['exit'],
timeout=(healthRetry + healthRetry) * 2)
drm_manager.deactivate()
async_cb.assert_NoError()
data_list = get_context()['data']
data0 = data_list.pop(0)
nb_sleep_prev = 0
# Check the retry sleep period is correct
for health_id, group in groupby(data_list, lambda x: x[0]):
group = list(group)
assert len(group) > nb_sleep_prev
nb_sleep_prev = len(group)
start = group.pop(0)[2]
for _, lstart, lend in group:
delta = parser.parse(lstart) - parser.parse(start)
assert int(delta.total_seconds()) == health_retry_sleep
start = lend
assert get_proxy_error() is None
def test_run_for_a_period_of_time(accelize_drm, conf_json, cred_json, async_handler):
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
period = 60
try:
period = accelize_drm.pytest_params['period']
except:
pass
print('Using parameter "period"=%d' % period)
with accelize_drm.DrmManager(
conf_json.path,
cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback
) as drm_manager:
assert not drm_manager.get('license_status')
drm_manager.activate()
assert drm_manager.get('license_status')
try:
wait_func_true(lambda: not drm_manager.get('license_status'), timeout=period, sleep_time=1)
except RuntimeError:
pass
drm_manager.deactivate()
assert not drm_manager.get('license_status')
async_cb.assert_NoError()
def test_long_to_short_retry_switch_on_authentication(accelize_drm, conf_json,
cred_json, async_handler,
live_server, request):
"""
Test the number of expected retries and the gap between 2 retries
on authentication requests occurring in the background thread
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
expires_in = 1
retryShortPeriod = 3
retryLongPeriod = 10
timeoutSecond = 25
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
conf_json['settings']['ws_retry_period_short'] = retryShortPeriod
conf_json['settings']['ws_retry_period_long'] = retryLongPeriod
conf_json.save()
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
context = {
'data': list(),
'cnt': 0,
'expires_in': expires_in,
'timeoutSecond': timeoutSecond,
'exit': False
}
set_context(context)
assert get_context() == context
drm_manager.activate()
wait_func_true(lambda: async_cb.was_called, timeout=timeoutSecond * 2)
context = get_context()
context['exit'] = True
set_context(context)
assert get_context() == context
drm_manager.deactivate()
assert async_cb.was_called
assert async_cb.errcode == accelize_drm.exceptions.DRMWSTimedOut.error_code
assert search(r'Timeout on Authentication request after', async_cb.message,
IGNORECASE)
context = get_context()
data_list = context['data']
data = data_list.pop(0)
data = data_list.pop(-1)
assert len(data_list) >= 3
data = data_list.pop(0)
prev_lic = parser.parse(data[1])
for start, end in data_list:
lic_delta = int((parser.parse(start) - prev_lic).total_seconds())
prev_lic = parser.parse(end)
if lic_delta > retryShortPeriod:
assert (retryLongPeriod - 1) <= lic_delta <= retryLongPeriod
else:
assert (retryShortPeriod - 1) <= lic_delta <= retryShortPeriod
def test_log_file_directory_creation(accelize_drm, conf_json, cred_json,
async_handler):
""" Test the non existing sub-directories in the log file path are created by the DRMLib """
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
log_type = 1
log_dir = realpath(
expanduser('~/tmp_log_dir.%s.%d' %
(str(time()), randrange(0xFFFFFFFF))))
if not isdir(log_dir):
makedirs(log_dir)
log_path = join(log_dir, 'tmp', "drmlib.%d.%s.log" % (getpid(), time()))
try:
assert isdir(log_dir)
assert access(log_dir, W_OK)
async_cb.reset()
conf_json.reset()
conf_json['settings']['log_file_path'] = log_path
conf_json['settings']['log_file_type'] = log_type
conf_json.save()
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
pass
wait_func_true(lambda: isfile(log_path), 10)
finally:
if isdir(log_dir):
rmtree(log_dir)
def test_health_retry_modification(accelize_drm, conf_json, cred_json,
async_handler, live_server, request,
log_file_factory):
"""
Test the asynchronous health retry can be modified dynamically.
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
logfile = log_file_factory.create(2)
conf_json['settings'].update(logfile.json)
conf_json.save()
healthPeriod = 3
healthRetry = 10
healthRetrySleep = 1
nb_run = 3
for i in range(nb_run):
retry_timeout = healthRetry + 5 * i
# Set initial context on the live server
context = {
'data': list(),
'healthPeriod': healthPeriod,
'healthRetry': retry_timeout,
'healthRetrySleep': healthRetrySleep,
'exit': False
}
set_context(context)
assert get_context() == context
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
drm_manager.activate()
wait_func_true(lambda: get_context()['exit'],
timeout=(retry_timeout + 3) * 2)
drm_manager.deactivate()
error_gap = drm_manager.get('health_retry_sleep') + 1
async_cb.assert_NoError()
data_list = get_context()['data']
data0 = data_list.pop(0)
assert len(data_list) > 1
assert data0[0] == 0
# Check health_id is unchanged during the retry period
assert sum(map(lambda x: x[0], data_list)) == len(data_list)
# Check the retry period is correct
start = data_list[0][1]
end = data_list[-1][2]
delta = parser.parse(end) - parser.parse(start)
assert retry_timeout - error_gap <= int(
delta.total_seconds()) <= retry_timeout + error_gap
assert get_proxy_error() is None
def wait_and_check_on_next_health(drm):
next_health_id = get_context()['health_id'] + 1
wait_func_true(
lambda: get_context()['health_id'] >= next_health_id)
session_id = drm.get('session_id')
saas_data = ws_admin.get_last_metering_information(session_id)
assert saas_data['session'] == session_id
assert saas_data['metering'] == sum(drm.get('metered_data'))
def test_long_to_short_retry_switch_on_license(accelize_drm, conf_json,
cred_json, async_handler,
live_server, request):
"""
Test the number of expected retries and the gap between 2 retries
on license requests occurring in the background thread
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
retryShortPeriod = 3
retryLongPeriod = 10
timeoutSecond = 25
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
conf_json['settings']['ws_retry_period_short'] = retryShortPeriod
conf_json['settings']['ws_retry_period_long'] = retryLongPeriod
conf_json.save()
context = {'data': list(), 'cnt': 0, 'timeoutSecond': timeoutSecond}
set_context(context)
assert get_context() == context
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
drm_manager.activate()
lic_duration = drm_manager.get('license_duration')
wait_func_true(lambda: async_cb.was_called,
timeout=lic_duration + 2 * timeoutSecond)
drm_manager.deactivate()
assert async_cb.was_called
assert 'Timeout on License' in async_cb.message
assert async_cb.errcode == accelize_drm.exceptions.DRMWSTimedOut.error_code
context = get_context()
data_list = context['data']
data = data_list.pop(0)
data = data_list.pop(-1)
assert len(data_list) >= 3
data = data_list.pop(0)
assert data[0] == 'running'
prev_lic = parser.parse(data[2])
for type, start, end in data_list:
assert type == 'running'
lic_delta = int((parser.parse(start) - prev_lic).total_seconds())
prev_lic = parser.parse(end)
if lic_delta > retryShortPeriod:
assert (retryLongPeriod - 1) <= lic_delta <= retryLongPeriod
else:
assert (retryShortPeriod - 1) <= lic_delta <= retryShortPeriod
def test_health_period_disabled(accelize_drm, conf_json, cred_json,
async_handler, live_server, log_file_factory,
request):
"""
Test the asynchronous health feature can be disabled.
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
logfile = log_file_factory.create(1)
conf_json['settings'].update(logfile.json)
conf_json.save()
# Set initial context on the live server
nb_health = 2
healthPeriod = 2
context = {
'cnt': 0,
'healthPeriod': healthPeriod,
'nb_health': nb_health,
'exit': False
}
set_context(context)
assert get_context() == context
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
drm_manager.activate()
assert drm_manager.get('health_period') == healthPeriod
wait_func_true(lambda: get_context()['exit'],
timeout=healthPeriod * (nb_health + 1) * 2)
assert drm_manager.get('health_period') == 0
assert get_context()['cnt'] == nb_health
sleep(healthPeriod + 1)
assert get_context()['cnt'] == nb_health
drm_manager.deactivate()
log_content = logfile.read()
assert search(r'Exiting background thread which checks health',
log_content, MULTILINE)
assert search(r'Health thread is disabled', log_content, MULTILINE)
assert search(r'Exiting background thread which checks health',
log_content, MULTILINE)
health_req = findall(r'"request"\s*:\s*"health"', log_content)
assert len(list(health_req)) == nb_health
assert get_proxy_error() is None
async_cb.assert_NoError()
logfile.remove()
def test_health_retry_disabled(accelize_drm, conf_json, cred_json,
async_handler, live_server, request,
log_file_factory):
"""
Test the asynchronous health retry feature can be disabled.
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
logfile = log_file_factory.create(2)
conf_json['settings'].update(logfile.json)
conf_json.save()
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
# Set initial context on the live server
nb_health = 2
healthPeriod = 3
healthRetrySleep = 1
context = {
'data': list(),
'healthPeriod': healthPeriod,
'healthRetrySleep': healthRetrySleep
}
set_context(context)
assert get_context() == context
drm_manager.activate()
wait_func_true(lambda: len(get_context()['data']) >= nb_health,
timeout=(healthPeriod + 3) * (nb_health + 2))
drm_manager.deactivate()
async_cb.assert_NoError()
data_list = get_context()['data']
assert len(data_list) >= nb_health
# Check there is no duplicated health_id
id_list = tuple(map(lambda x: x[0], data_list))
assert id_list == tuple(set(id_list))
# Check the time between 2 period
wait_start = data_list.pop(0)[2]
for hid, start, end in data_list:
delta = parser.parse(start) - parser.parse(wait_start)
assert int(delta.total_seconds()) == healthPeriod
wait_start = end
assert get_proxy_error() is None
def test_health_period_modification(accelize_drm, conf_json, cred_json,
async_handler, live_server, request,
log_file_factory):
"""
Test the asynchronous health feature can be modified dynamically.
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
logfile = log_file_factory.create(2)
conf_json['settings'].update(logfile.json)
conf_json.save()
# Set initial context on the live server
nb_health = 4
healthPeriod = 2
healthRetry = 0 # no retry
healthRetrySleep = 1
context = {
'data': list(),
'healthPeriod': healthPeriod,
'healthRetry': healthRetry,
'healthRetrySleep': healthRetrySleep
}
set_context(context)
assert get_context() == context
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
drm_manager.activate()
wait_func_true(lambda: len(get_context()['data']) >= nb_health,
timeout=(healthPeriod + 3) * (nb_health + 2))
drm_manager.deactivate()
async_cb.assert_NoError()
data_list = get_context()['data']
assert len(data_list) >= nb_health
wait_start = data_list.pop(0)[1]
for i, (start, end) in enumerate(data_list):
delta = parser.parse(start) - parser.parse(wait_start)
assert int(delta.total_seconds()) == healthPeriod + i
wait_start = end
assert get_proxy_error() is None
def test_topic0_corrupted_segment_index(accelize_drm, conf_json, cred_json,
async_handler, live_server, request):
"""
Test to reproduce the issue that corrupts the segment ID with
both async and syn requests.
!!! CAUTION: THIS TEST ENDS CORRECTLY ONLY WHEN AN ERROR IS HIT !!!
!!! IT SHOULD NOT BE PART OF A NORMAL REGRESSION !!!
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
conf_json.save()
with accelize_drm.DrmManager(
conf_json.path,
cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback
) as drm_manager:
# Set initial context on the live server
healthPeriod = 10
context = {'error':0,
'healthPeriod':healthPeriod
}
set_context(context)
assert get_context() == context
drm_manager.activate()
wait_func_true(lambda: get_context()['error'], timeout=60)
drm_manager.deactivate()
async_cb.assert_NoError()
def test_thread_retry_on_lost_connection(accelize_drm, conf_json, cred_json,
async_handler, live_server,
log_file_factory, request):
"""
Test the number of expected retries and the gap between 2 retries
are correct when the requests are lost on the background thread
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
retryShortPeriod = 2
retryLongPeriod = 20
licDuration = 60
requestTimeout = 5
nb_long_retry = ceil(
(licDuration - retryLongPeriod - 2 * retryShortPeriod) /
(retryLongPeriod + requestTimeout))
nb_short_retry = ceil(
(licDuration - nb_long_retry * (retryLongPeriod + requestTimeout)) /
(retryShortPeriod + requestTimeout))
nb_retry = nb_long_retry + nb_short_retry
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
conf_json['settings']['ws_retry_period_short'] = retryShortPeriod
conf_json['settings']['ws_retry_period_long'] = retryLongPeriod
conf_json['settings']['ws_request_timeout'] = requestTimeout
logfile = log_file_factory.create(1)
conf_json['settings'].update(logfile.json)
conf_json.save()
context = {'cnt': 0, 'timeoutSecond': licDuration}
set_context(context)
assert get_context() == context
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
drm_manager.activate()
wait_func_true(lambda: async_cb.was_called, timeout=licDuration * 2)
drm_manager.deactivate()
assert async_cb.was_called
assert async_cb.errcode == accelize_drm.exceptions.DRMWSTimedOut.error_code
m = search(r'Timeout on License request after (\d+) attempts',
async_cb.message)
assert m is not None
nb_attempts = int(m.group(1))
assert nb_retry == nb_attempts
log_content = logfile.read()
attempts_list = [
int(e) for e in findall(
r'Attempt #(\d+) to obtain a new License failed with message',
log_content)
]
assert len(attempts_list) == nb_retry
assert sorted(list(attempts_list)) == list(range(1, nb_retry + 1))
logfile.remove()
async_cb.assert_Error(accelize_drm.exceptions.DRMWSTimedOut.error_code,
HTTP_TIMEOUT_ERR_MSG)
async_cb.reset()
def test_metered_pause_resume_long_time(accelize_drm, conf_json, cred_json, async_handler, log_file_factory):
"""
Test no error occurs in normal start/stop metering mode during a long period of time
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
activators = accelize_drm.pytest_fpga_activators[0]
activators.reset_coin()
activators.autotest()
cred_json.set_user('accelize_accelerator_test_02')
logfile = log_file_factory.create(2)
conf_json['settings'].update(logfile.json)
conf_json.save()
with accelize_drm.DrmManager(
conf_json.path,
cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback
) as drm_manager:
nb_pause_resume = 2
assert not drm_manager.get('session_status')
assert not drm_manager.get('license_status')
activators.autotest(is_activated=False)
async_cb.assert_NoError()
drm_manager.activate()
start = datetime.now()
assert sum(drm_manager.get('metered_data')) == 0
assert drm_manager.get('session_status')
assert drm_manager.get('license_status')
session_id = drm_manager.get('session_id')
assert len(session_id) > 0
lic_duration = drm_manager.get('license_duration')
wait_numbers = [lic_duration*2-2,lic_duration*2+2]
activators.autotest(is_activated=True)
for i in range(nb_pause_resume):
activators.generate_coin()
activators.check_coin(drm_manager.get('metered_data'))
wait_func_true(lambda: drm_manager.get('num_license_loaded') == 2, 10)
drm_manager.deactivate(True)
async_cb.assert_NoError()
assert drm_manager.get('session_status')
assert drm_manager.get('license_status')
assert drm_manager.get('session_id') == session_id
# Wait randomly at the limit of the expiration
random_wait = choice(wait_numbers)
wait_deadline(start, random_wait)
drm_manager.activate(True)
if random_wait > lic_duration*2:
start = datetime.now()
assert drm_manager.get('session_id') != session_id
activators.reset_coin()
session_id = drm_manager.get('session_id')
else:
start += timedelta(seconds=lic_duration)
assert drm_manager.get('session_id') == session_id, 'after loop #%d' % i
assert drm_manager.get('session_status')
assert drm_manager.get('session_id') == session_id
assert drm_manager.get('license_status')
activators.autotest(is_activated=True)
drm_manager.deactivate()
assert not drm_manager.get('session_status')
assert not drm_manager.get('license_status')
activators.autotest(is_activated=False)
assert drm_manager.get('session_id') != session_id
async_cb.assert_NoError()
logfile.remove()
def test_segment_index(accelize_drm, conf_json, cred_json, async_handler,
live_server, log_file_factory, request):
"""
Test the DRM Controller capacity to handle stressfully health and license requests
"""
driver = accelize_drm.pytest_fpga_driver[0]
async_cb = async_handler.create()
async_cb.reset()
conf_json.reset()
conf_json['licensing']['url'] = _request.url + request.function.__name__
logfile = log_file_factory.create(2)
conf_json['settings'].update(logfile.json)
conf_json.save()
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
# Set initial context on the live server
nb_genlic = 3
healthPeriod = 300
healthRetry = 0 # no retry
context = {
'nb_genlic': 0,
'healthPeriod': healthPeriod,
'healthRetry': healthRetry
}
set_context(context)
assert get_context() == context
# First, get license duration to align health period on it
drm_manager.activate()
lic_dur = drm_manager.get('license_duration')
drm_manager.deactivate()
# Adjust health period to license duration
healthPeriod = lic_dur
context = {
'nb_genlic': 0,
'healthPeriod': healthPeriod,
'healthRetry': healthRetry
}
set_context(context)
assert get_context() == context
drm_manager.activate()
assert drm_manager.get('health_period') == healthPeriod
wait_func_true(lambda: get_context()['nb_genlic'] >= nb_genlic,
timeout=lic_dur * nb_genlic + 2)
drm_manager.deactivate()
async_cb.assert_NoError()
log_content = logfile.read()
segment_idx_expected = 0
for m in findall(r'"meteringFile"\s*:\s*"([^"]*)"', log_content):
assert len(m) > 0
session_id = m[0:16]
close_flag = m[19]
segment_idx = int(m[24:32], 16)
if session_id == "0000000000000000":
assert close_flag == '0'
assert segment_idx == 0
session_id_exp = "0000000000000000"
else:
if session_id_exp == "0000000000000000":
session_id_exp == session_id
else:
assert session_id == session_id_exp
assert segment_idx_expected - 1 <= segment_idx <= segment_idx_expected + 1
segment_idx_expected += 1
if close_flag == '1':
segment_idx_expected = 0
assert get_proxy_error() is None
logfile.remove()
def run_test_on_design(accelize_drm, design_name, conf_json, cred_json,
async_handler, log_file_factory, axiclk_freq_ref,
drmclk_freq_ref):
# Program board with design
ref_designs = accelize_drm.pytest_ref_designs
try:
fpga_image = ref_designs.get_image_id(design_name)
except:
pytest.skip(
f"Could not find refesign name '{design_name}' for driver '{accelize_drm.pytest_fpga_driver_name}'"
)
driver = accelize_drm.pytest_fpga_driver[0]
driver.program_fpga(fpga_image)
accelize_drm.scanActivators()
# Run test
async_cb = async_handler.create()
async_cb.reset()
activators = accelize_drm.pytest_fpga_activators[0]
activators.reset_coin()
activators.autotest()
logfile = log_file_factory.create(1)
conf_json['settings'].update(logfile.json)
conf_json['drm']['frequency_mhz'] = drmclk_freq_ref
conf_json.save()
with accelize_drm.DrmManager(conf_json.path, cred_json.path,
driver.read_register_callback,
driver.write_register_callback,
async_cb.callback) as drm_manager:
assert not drm_manager.get('session_status')
assert not drm_manager.get('license_status')
assert drm_manager.get('session_id') == ''
activators.autotest(is_activated=False)
activators.generate_coin(5)
activators.check_coin()
# Start session
drm_manager.activate()
start = datetime.now()
assert sum(drm_manager.get('metered_data')) == 0
assert drm_manager.get('session_status')
assert drm_manager.get('license_status')
session_id = drm_manager.get('session_id')
assert len(session_id) > 0
activators.autotest(is_activated=True)
lic_duration = drm_manager.get('license_duration')
activators.generate_coin()
activators.check_coin(drm_manager.get('metered_data'))
# Wait until 2 licenses are provisioned
conftest.wait_func_true(
lambda: drm_manager.get('num_license_loaded') == 2, lic_duration)
# Pause session
drm_manager.deactivate(True)
assert drm_manager.get('session_status')
assert drm_manager.get('license_status')
assert drm_manager.get('session_id') == session_id
activators.autotest(is_activated=True)
# Wait right before license expiration
conftest.wait_deadline(start, 2 * lic_duration - 3)
assert drm_manager.get('session_status')
assert drm_manager.get('license_status')
assert drm_manager.get('session_id') == session_id
activators.autotest(is_activated=True)
# Wait expiration
conftest.wait_deadline(start, 2 * lic_duration + 2)
assert drm_manager.get('session_status')
assert drm_manager.get('session_id') == session_id
assert not drm_manager.get('license_status')
activators.autotest(is_activated=False)
activators.generate_coin()
activators.check_coin(drm_manager.get('metered_data'))
# Resume session
drm_manager.activate(True)
assert drm_manager.get('session_status')
assert drm_manager.get('session_id') != session_id
assert drm_manager.get('license_status')
activators.reset_coin()
activators.autotest(is_activated=True)
activators.generate_coin()
activators.check_coin(drm_manager.get('metered_data'))
# Stop session
drm_manager.deactivate()
assert not drm_manager.get('session_status')
assert not drm_manager.get('license_status')
activators.autotest(is_activated=False)
assert drm_manager.get('session_id') == ''
# Check result
log_content = logfile.read()
# Check API calls
assert search(r"Calling Impl public constructor", log_content, IGNORECASE)
assert search(r"Calling 'activate' with 'resume_session_request'=false",
log_content, IGNORECASE)
assert search(r"Calling 'deactivate' with 'pause_session_request'=true",
log_content, IGNORECASE)
assert search(r"Calling 'activate' with 'resume_session_request'=true",
log_content, IGNORECASE)
assert search(r"Calling 'deactivate' with 'pause_session_request'=false",
log_content, IGNORECASE)
# Check DRM Controller frequencies
drmclk_match = search(
r'Frequency detection of drm_aclk counter after .+ => estimated frequency = (\d+) MHz',
log_content)
drmclk_freq_measure = int(drmclk_match.group(1))
assert drmclk_freq_ref * 0.9 < drmclk_freq_measure < drmclk_freq_ref * 1.1
axiclk_match = search(
r'Frequency detection of s_axi_aclk counter after .+ => estimated frequency = (\d+) MHz',
log_content)
axiclk_freq_measure = int(axiclk_match.group(1))
assert axiclk_freq_ref * 0.9 < axiclk_freq_measure < axiclk_freq_ref * 1.1
async_cb.assert_NoError()
# Return logfile handler for more specific verification
logfile.remove()
return log_content
