def __init__(self):
"""Initialize the class.
"""
self.scheduled = ScheduledDowntime()
self.unscheduled = UnscheduledDowntime()
self.current_scheduled = None
self.current_unscheduled = None
self.downtime_days = set()
self.log = logging.getLogger("kernel.DowntimeHandler")
def __init__(self):
"""Initialize the class.
"""
self.scheduled = ScheduledDowntime()
self.unscheduled = UnscheduledDowntime()
self.current_scheduled = None
self.current_unscheduled = None
self.downtime_days = set()
self.log = logging.getLogger("kernel.DowntimeHandler")
class UnscheduledDowntimeTest(unittest.TestCase):
def setUp(self):
self.usdt = UnscheduledDowntime()
logging.getLogger().setLevel(logging.WARN)
def check_downtime(self, downtime, night, duration, activity):
self.assertEqual(downtime[0], night)
self.assertEqual(downtime[1], duration)
self.assertEqual(downtime[2], activity)
def test_basic_information_after_creation(self):
self.assertEqual(self.usdt.seed, 1516231120)
self.assertEqual(len(self.usdt), 0)
def test_information_after_iniitialization(self):
self.usdt.initialize()
self.assertEqual(len(self.usdt), 158)
self.assertEqual(self.usdt.total_downtime, 322)
self.check_downtime(self.usdt.downtimes[0], 29, 1, "minor event")
self.check_downtime(self.usdt.downtimes[-1], 7228, 3,
"intermediate event")
@mock.patch("time.time")
def test_alternate_seed(self, mock_time):
mock_time.return_value = 1466094470
self.usdt.initialize(use_random_seed=True)
self.assertEqual(len(self.usdt), 166)
self.assertEqual(self.usdt.total_downtime, 328)
self.check_downtime(self.usdt.downtimes[0], 28, 1, "minor event")
self.check_downtime(self.usdt.downtimes[-1], 7248, 3,
"intermediate event")
def test_alternate_seed_with_override(self):
self.usdt.initialize(use_random_seed=True, random_seed=1466094470)
self.assertEqual(len(self.usdt), 166)
self.assertEqual(self.usdt.total_downtime, 328)
self.check_downtime(self.usdt.downtimes[0], 28, 1, "minor event")
self.check_downtime(self.usdt.downtimes[-1], 7248, 3,
"intermediate event")
def test_call(self):
self.usdt.initialize()
self.check_downtime(self.usdt(), 29, 1, "minor event")
self.assertEqual(len(self.usdt), 157)
class UnscheduledDowntimeTest(unittest.TestCase):
def setUp(self):
self.usdt = UnscheduledDowntime()
logging.getLogger().setLevel(logging.WARN)
def check_downtime(self, downtime, night, duration, activity):
self.assertEqual(downtime[0], night)
self.assertEqual(downtime[1], duration)
self.assertEqual(downtime[2], activity)
def test_basic_information_after_creation(self):
self.assertEqual(self.usdt.seed, 1516231120)
self.assertEqual(len(self.usdt), 0)
def test_information_after_iniitialization(self):
self.usdt.initialize()
self.assertEqual(len(self.usdt), 158)
self.assertEqual(self.usdt.total_downtime, 322)
self.check_downtime(self.usdt.downtimes[0], 29, 1, "minor event")
self.check_downtime(self.usdt.downtimes[-1], 7228, 3, "intermediate event")
@mock.patch("time.time")
def test_alternate_seed(self, mock_time):
mock_time.return_value = 1466094470
self.usdt.initialize(use_random_seed=True)
self.assertEqual(len(self.usdt), 166)
self.assertEqual(self.usdt.total_downtime, 328)
self.check_downtime(self.usdt.downtimes[0], 28, 1, "minor event")
self.check_downtime(self.usdt.downtimes[-1], 7248, 3, "intermediate event")
def test_alternate_seed_with_override(self):
self.usdt.initialize(use_random_seed=True, random_seed=1466094470)
self.assertEqual(len(self.usdt), 166)
self.assertEqual(self.usdt.total_downtime, 328)
self.check_downtime(self.usdt.downtimes[0], 28, 1, "minor event")
self.check_downtime(self.usdt.downtimes[-1], 7248, 3, "intermediate event")
def test_call(self):
self.usdt.initialize()
self.check_downtime(self.usdt(), 29, 1, "minor event")
self.assertEqual(len(self.usdt), 157)
class DowntimeHandler(object):
"""Coordinate the handling of all the downtime information.
This class handles the coordination between the scheduled and unscheduled
downtime information.
Attributes
----------
scheduled : :class:`.ScheduledDowntime`
The scheduled downtime information instance.
unscheduled : :class:`.UnscheduledDowntime`
The unscheduled downtime information instance.
current_scheduled : tuple or None
The set of current scheduled downtime information.
current_unscheduled : tuple or None
The set of current unscheduled downtime information.
downtime_days : set
The holder for the list of downtime days.
log : Logger
The handle for the logger.
"""
def __init__(self):
"""Initialize the class.
"""
self.scheduled = ScheduledDowntime()
self.unscheduled = UnscheduledDowntime()
self.current_scheduled = None
self.current_unscheduled = None
self.downtime_days = set()
self.log = logging.getLogger("kernel.DowntimeHandler")
def downtime_range(self, dt):
"""Get the downtime day range and start night.
Parameters
----------
dt : tuple
The collection of downtime information (start, length, description)
Returns
-------
set, int
The list of downtime days as a set and the downtime start night.
"""
if dt is None:
return set(), -1
else:
return set(list(range(dt[0], dt[0] + dt[1]))), dt[0]
def initialize(self, config):
"""Perform initialization steps.
Parameters
----------
config : :class:`.Downtime`
Downtime configuration instance.
"""
self.scheduled.initialize(config.scheduled_downtime_db)
self.unscheduled.initialize(config.unscheduled_downtime_use_random_seed)
config.unscheduled_downtime_random_seed = self.unscheduled.seed
def get_downtime(self, night):
"""Determine if there is downtime for the given night.
This function looks at the given downtime and determines if there are any
downtime days. If downtime is identified, then this number will return a
decreasing number of days until no more downtime if found.
Parameters
----------
night : int
The night to check the downtime information for.
Returns
-------
int
The number of downtime nights.
"""
self.update()
try:
self.downtime_days.remove(night)
return len(self.downtime_days) + 1
except KeyError:
return 0
def update(self):
"""Update the lsit of downtime days.
"""
if len(self.downtime_days):
return
if self.current_scheduled is None:
self.current_scheduled = self.scheduled()
if self.current_unscheduled is None:
self.current_unscheduled = self.unscheduled()
if self.current_scheduled is None and self.current_unscheduled is None:
return
usdt, usdt_start = self.downtime_range(self.current_unscheduled)
sdt, sdt_start = self.downtime_range(self.current_scheduled)
if sdt_start < usdt_start:
if sdt.isdisjoint(usdt):
self.downtime_days.update(sdt)
self.current_scheduled = None
else:
if sdt.issuperset(usdt):
self.log.log(LoggingLevel.EXTENSIVE.value,
"Completely overlapping unscheduled downtime")
else:
partial = len(sdt.intersection(usdt))
self.log.log(LoggingLevel.EXTENSIVE.value,
"Partial overlapping unscheduled downtime: {}".format(partial))
self.downtime_days.update(sdt)
self.downtime_days.update(usdt)
self.current_scheduled = None
self.current_unscheduled = None
if usdt_start < sdt_start:
if usdt.isdisjoint(sdt):
self.downtime_days.update(usdt)
self.current_unscheduled = None
else:
if usdt.issuperset(sdt):
self.log.log(LoggingLevel.EXTENSIVE.value,
"Completely overlapping scheduled downtime")
else:
partial = len(usdt.intersection(sdt))
self.log.log(LoggingLevel.EXTENSIVE.value,
"Partial overlapping scheduled downtime: {}".format(partial))
self.downtime_days.update(sdt)
self.downtime_days.update(usdt)
self.current_scheduled = None
self.current_unscheduled = None
if sdt_start == usdt_start:
self.downtime_days.update(sdt)
self.downtime_days.update(usdt)
self.current_scheduled = None
self.current_unscheduled = None
def write_downtime_to_db(self, db):
"""Write all the downtime information to the survey database.
Parameters
----------
db : :class:`.SocsDatabase`
The instance of the survey database.
"""
for sched_down in self.scheduled.downtimes:
db.append_data("scheduled_downtime", sched_down)
for unsched_down in self.unscheduled.downtimes:
db.append_data("unscheduled_downtime", unsched_down)
db.write()
db.clear_data()
class DowntimeHandler(object):
"""Coordinate the handling of all the downtime information.
This class handles the coordination between the scheduled and unscheduled
downtime information.
Attributes
----------
scheduled : :class:`.ScheduledDowntime`
The scheduled downtime information instance.
unscheduled : :class:`.UnscheduledDowntime`
The unscheduled downtime information instance.
current_scheduled : tuple or None
The set of current scheduled downtime information.
current_unscheduled : tuple or None
The set of current unscheduled downtime information.
downtime_days : set
The holder for the list of downtime days.
log : Logger
The handle for the logger.
"""
def __init__(self):
"""Initialize the class.
"""
self.scheduled = ScheduledDowntime()
self.unscheduled = UnscheduledDowntime()
self.current_scheduled = None
self.current_unscheduled = None
self.downtime_days = set()
self.log = logging.getLogger("kernel.DowntimeHandler")
def downtime_range(self, dt):
"""Get the downtime day range and start night.
Parameters
----------
dt : tuple
The collection of downtime information (start, length, description)
Returns
-------
set, int
The list of downtime days as a set and the downtime start night.
"""
if dt is None:
return set(), -1
else:
return set(list(range(dt[0], dt[0] + dt[1]))), dt[0]
def initialize(self, config):
"""Perform initialization steps.
Parameters
----------
config : :class:`.Downtime`
Downtime configuration instance.
"""
self.scheduled.initialize(config.scheduled_downtime_db)
self.unscheduled.initialize(config.unscheduled_downtime_use_random_seed)
config.unscheduled_downtime_random_seed = self.unscheduled.seed
def get_downtime(self, night):
"""Determine if there is downtime for the given night.
This function looks at the given downtime and determines if there are any
downtime days. If downtime is identified, then this number will return a
decreasing number of days until no more downtime if found.
Parameters
----------
night : int
The night to check the downtime information for.
Returns
-------
int
The number of downtime nights.
"""
self.update()
try:
self.downtime_days.remove(night)
return len(self.downtime_days) + 1
except KeyError:
return 0
def update(self):
"""Update the lsit of downtime days.
"""
if len(self.downtime_days):
return
if self.current_scheduled is None:
self.current_scheduled = self.scheduled()
if self.current_unscheduled is None:
self.current_unscheduled = self.unscheduled()
if self.current_scheduled is None and self.current_unscheduled is None:
return
usdt, usdt_start = self.downtime_range(self.current_unscheduled)
sdt, sdt_start = self.downtime_range(self.current_scheduled)
if sdt_start < usdt_start:
if sdt.isdisjoint(usdt):
self.downtime_days.update(sdt)
self.current_scheduled = None
else:
if sdt.issuperset(usdt):
self.log.log(LoggingLevel.EXTENSIVE.value,
"Completely overlapping unscheduled downtime")
else:
partial = len(sdt.intersection(usdt))
self.log.log(LoggingLevel.EXTENSIVE.value,
"Partial overlapping unscheduled downtime: {}".format(partial))
self.downtime_days.update(sdt)
self.downtime_days.update(usdt)
self.current_scheduled = None
self.current_unscheduled = None
if usdt_start < sdt_start:
if usdt.isdisjoint(sdt):
self.downtime_days.update(usdt)
self.current_unscheduled = None
else:
if usdt.issuperset(sdt):
self.log.log(LoggingLevel.EXTENSIVE.value,
"Completely overlapping scheduled downtime")
else:
partial = len(usdt.intersection(sdt))
self.log.log(LoggingLevel.EXTENSIVE.value,
"Partial overlapping scheduled downtime: {}".format(partial))
self.downtime_days.update(sdt)
self.downtime_days.update(usdt)
self.current_scheduled = None
self.current_unscheduled = None
if sdt_start == usdt_start:
self.downtime_days.update(sdt)
self.downtime_days.update(usdt)
self.current_scheduled = None
self.current_unscheduled = None
def write_downtime_to_db(self, db):
"""Write all the downtime information to the survey database.
Parameters
----------
db : :class:`.SocsDatabase`
The instance of the survey database.
"""
for sched_down in self.scheduled.downtimes:
db.append_data("scheduled_downtime", sched_down)
for unsched_down in self.unscheduled.downtimes:
db.append_data("unscheduled_downtime", unsched_down)
db.write()
db.clear_data()
def setUp(self):
self.usdt = UnscheduledDowntime()
logging.getLogger().setLevel(logging.WARN)
def setUp(self):
self.usdt = UnscheduledDowntime()
logging.getLogger().setLevel(logging.WARN)