def __init__(self, cs):
"""
Constructor for operator.
Parameters
----------
cs : CaseSettings object
Global settings that define the run.
Raises
------
OSError
If unable to create the FAST_PATH directory.
"""
self.r = None
self.cs = cs
runLog.LOG.startLog(self.cs.caseTitle)
self.timer = codeTiming.getMasterTimer()
self.interfaces = []
self.restartData = []
self.loadedRestartData = []
self._cycleNames = None
self._stepLengths = None
self._cycleLengths = None
self._burnSteps = None
self._maxBurnSteps = None
self._powerFractions = None
self._availabilityFactors = None
# Create the welcome headers for the case (case, input, machine, and some basic reactor information)
reportingUtils.writeWelcomeHeaders(self, cs)
self._initFastPath()
def __init__(self, cs):
"""
Constructor for operator.
Parameters
----------
cs : CaseSettings object
Global settings that define the run.
Raises
------
OSError
If unable to create the FAST_PATH directory.
"""
self.r = None
self.cs = cs
self.timer = codeTiming.getMasterTimer()
self.interfaces = []
self.restartData = []
self.loadedRestartData = []
self.cycleLengths = self._getCycleLengths()
self.availabilityFactors = self._getAvailabilityFactors()
self.powerFractions = self._getPowerFractions()
self._checkReactorCycleAttrs()
# Create the welcome headers for the case (case, input, machine, and some basic reactor information)
reportingUtils.writeWelcomeHeaders(self, cs)
def test_messy_starts_and_stops(self):
master = codeTiming.getMasterTimer()
larger_time_start = master.time()
time.sleep(0.01)
timer = master.getTimer("sometimerthatihaventmadeyet")
time.sleep(0.01)
lesser_time_start = master.time()
timer.start() # 1st time pair
timer.start() # 2nd time pair
timer.start() # 3rd time pair
timer.stop()
self.assertTrue(timer.isActive)
timer.stop()
timer.stop()
self.assertFalse(timer.isActive)
timer.stop()
timer.stop()
timer.start() # 4th time pair
self.assertTrue(timer.isActive)
lesser_time_end = master.time()
time.sleep(0.01)
timer.stop()
self.assertEqual(len(timer.times), 4)
time.sleep(0.01)
larger_time_end = master.time()
# even with all the starts and stops the total time needs to be between these two values.
self.assertGreater(timer.time, lesser_time_end - lesser_time_start)
self.assertLess(timer.time, larger_time_end - larger_time_start)
def test_property_access(self):
# test property access is okay
master = codeTiming.getMasterTimer()
timer = master.startTimer("sometimer")
_ = timer.times
_ = timer.time
_ = timer.name
_ = timer.isActive
def test_master(self):
master = codeTiming.getMasterTimer()
_ = master.time
master.startAll()
actives = master.getActiveTimers()
self.assertEqual(list(master.timers.values()), actives)
master.stopAll()
actives = master.getActiveTimers()
self.assertEqual([], actives)
with self.assertRaises(RuntimeError):
codeTiming.MasterTimer()
def test_alternate_usages(self):
master = codeTiming.getMasterTimer()
timer = master.startTimer("bananananana")
timer.stop()
timer.start()
timer.start()
timer.stop()
timer.stop()
timer.stop()
timer.start()
timer2 = master.endTimer("wazzlewazllewazzzle")
timer2.start()
timer2.start()
with timer2:
with timer:
pass
def __init__(self, cs):
"""
Constructor for operator.
Parameters
----------
cs : CaseSettings object
Global settings that define the run.
Raises
------
OSError
If unable to create the FAST_PATH directory.
"""
self.r = None
self.cs = cs
self.timer = codeTiming.getMasterTimer()
self.interfaces = []
self.restartData = []
self.loadedRestartData = []
self.cycleLengths = self._getCycleLengths()
self.availabilityFactors = self._getAvailabilityFactors()
self.powerFractions = self._getPowerFractions()
self._checkReactorCycleAttrs()
