def test_now(self):
''' Testing Now Method'''
a = CounterSim()
t = a.now()
self.assertEqual(0.0, t)
def testEmpty_constructor(self):
''' Testing Constructor Method'''
a = CounterSim()
t = a.getset()
time = a.now()
self.assertEqual(0.0,time)
self.assertEqual('[]',str(t))
def test_now(self):
''' Testing Now Method'''
a = CounterSim()
t = a.now()
self.assertEqual(0.0,t)
def testEmpty_constructor(self):
''' Testing Constructor Method'''
a = CounterSim()
t = a.getset()
time = a.now()
self.assertEqual(0.0, time)
self.assertEqual('[]', str(t))
def test_Insert_Exception(self):
''' Testing insertion method for Exception'''
try:
a = CounterSim()
a.insert(4)
self.assertTrue(False,'no exception or/ no right type of excepttion raised')
except TypeError:
pass
def test_DoallEvents_one_Bigger_than_10(self):
a = CounterSim()
a.setup(0)
print('********************************************************')
print('##TEST for one event (time is bigger than 10)')
print('##Initial event: <Event: 20.0>')
print('Pay attention here to check whether the simulation driver is doing the rihgt thing')
a.doAllEvents()
def test_DoallEvents_one_initial_envent(self):
'''Testing DoallEventsMethod'''
a = CounterSim()
a.setup(0)
print('********************************************************')
print('##TEST for one event (time is less than 10)')
print('##Initial Event: <Event: 0.0>')
print('Pay attention here to check whether the simulation driver is doing the rihgt thing')
a.doAllEvents()
def test_Insert_Exception(self):
''' Testing insertion method for Exception'''
try:
a = CounterSim()
a.insert(4)
self.assertTrue(
False, 'no exception or/ no right type of excepttion raised')
except TypeError:
pass
def test_DoAllEvents_multiple_all_less_than_10(self):
'''Testing DoallEventsMethod'''
a = CounterSim()
a.setup(0)
a.setup(2.4)
a.setup(5.4)
a.setup(2)
a.setup(3)
print('********************************************************')
print('##TEST for Multiple events_all (times of all less than time 10) ')
print('##Initial events: <Event: 0.0> <Event: 2.0> <Event: 2.4> <Event: 3.0> <Event: 5.4>')
print('Pay attention here to check whether the simulation driver is doing the rihgt thing')
a.doAllEvents()
def test_DoAllEvents_multiple_all_less_than_10(self):
'''Testing DoallEventsMethod'''
a = CounterSim()
a.setup(0)
a.setup(2.4)
a.setup(5.4)
a.setup(2)
a.setup(3)
print('********************************************************')
print(
'##TEST for Multiple events_all (times of all less than time 10) ')
print(
'##Initial events: <Event: 0.0> <Event: 2.0> <Event: 2.4> <Event: 3.0> <Event: 5.4>'
)
print(
'Pay attention here to check whether the simulation driver is doing the rihgt thing'
)
a.doAllEvents()
def test_SetUP(self):
''' Testing Setup method'''
a = CounterSim()
a.setup(3)
a.setup(5)
a.setup(1)
self.assertEqual(str(a.getset()),
'[<Event: 1.0>*, <Event: 3.0>, <Event: 5.0>]')
def test_SetUP(self):
''' Testing Setup method'''
a = CounterSim()
a.setup(3)
a.setup(5)
a.setup(1)
self.assertEqual(str(a.getset()),'[<Event: 1.0>*, <Event: 3.0>, <Event: 5.0>]')
def test_Insert(self):
''' Testing insertion method'''
a = CounterEvent(4)
a1 = CounterEvent(1)
a2 = CounterEvent(0)
b = CounterSim()
b.insert(a)
b.insert(a1)
b.insert(a2)
self.assertEqual(str(b.getset()),
'[<Event: 0.0>*, <Event: 1.0>, <Event: 4.0>]')
def test_DoallEvents_one_Bigger_than_10(self):
a = CounterSim()
a.setup(0)
print('********************************************************')
print('##TEST for one event (time is bigger than 10)')
print('##Initial event: <Event: 20.0>')
print(
'Pay attention here to check whether the simulation driver is doing the rihgt thing'
)
a.doAllEvents()
def test_DoallEvents_one_initial_envent(self):
'''Testing DoallEventsMethod'''
a = CounterSim()
a.setup(0)
print('********************************************************')
print('##TEST for one event (time is less than 10)')
print('##Initial Event: <Event: 0.0>')
print(
'Pay attention here to check whether the simulation driver is doing the rihgt thing'
)
a.doAllEvents()
def test_now_not_emp(self):
''' Testing Now Method when not start from initial value'''
a = CounterSim()
a.setup(4)
print('********************************************************')
print('********************************************************')
print('********************************************************')
print('********************************************************')
print('********************************************************')
print('Not A part of DoAllEvents TEST')
a.doAllEvents()
t = a.now()
self.assertEqual(10.0, t)
def test_Insert(self):
''' Testing insertion method'''
a = CounterEvent(4)
a1 = CounterEvent(1)
a2 = CounterEvent(0)
b = CounterSim()
b.insert(a)
b.insert(a1)
b.insert(a2)
self.assertEqual(str(b.getset()),'[<Event: 0.0>*, <Event: 1.0>, <Event: 4.0>]')
def test_now_not_emp(self):
''' Testing Now Method when not start from initial value'''
a = CounterSim()
a.setup(4)
print('********************************************************')
print('********************************************************')
print('********************************************************')
print('********************************************************')
print('********************************************************')
print('Not A part of DoAllEvents TEST')
a.doAllEvents()
t = a.now()
self.assertEqual(10.0,t)
def test_execute(self):
#Case 1 event time at 0.0
#------------------------------------------------------------------------------
a = CounterSim()
a.setup(1)
b = CounterEvent(0)
self.assertEqual(b.time(), 0.0)
p = b.execute(a)
#get the real list object
l = a.getset().getset()
#Check wether it has been rescheduled correclty
self.assertEqual(b.time(), 2.0)
#Check the thing it retunrs(It prints out)
self.assertEqual('The event time is 0.0', p)
#CHeck whether it has been reinserted back to the events collection correctly after rescheduleing
self.assertTrue(l[1] is b)
#Case 2 event time at 2.0
#------------------------------------------------------------------------------
a = CounterSim()
a.setup(1)
a.setup(13)
b = CounterEvent(2.0)
self.assertEqual(b.time(), 2.0)
p = b.execute(a)
#get the real list object
l = a.getset().getset()
self.assertEqual(b.time(), 4.0)
self.assertEqual('The event time is 2.0', p)
self.assertTrue(l[1] is b)
#Case 3 event time at 14.0 (So won't be reschedued and reinserted)
#------------------------------------------------------------------------------
a = CounterSim()
a.setup(1)
a.setup(13)
b = CounterEvent(14.0)
self.assertEqual(b.time(), 14.0)
p = b.execute(a)
#get the real list object
l = a.getset().getset()
self.assertEqual(b.time(), 14.0)
self.assertEqual('The event time is 14.0', p)
self.assertTrue(b not in l)
def test_execute(self):
#Case 1 event time at 0.0
#------------------------------------------------------------------------------
a = CounterSim()
a.setup(1)
b = CounterEvent(0)
self.assertEqual(b.time(),0.0)
p = b.execute(a)
#get the real list object
l = a.getset().getset()
#Check wether it has been rescheduled correclty
self.assertEqual(b.time(),2.0)
#Check the thing it retunrs(It prints out)
self.assertEqual('The event time is 0.0',p)
#CHeck whether it has been reinserted back to the events collection correctly after rescheduleing
self.assertTrue(l[1] is b)
#Case 2 event time at 2.0
#------------------------------------------------------------------------------
a = CounterSim()
a.setup(1)
a.setup(13)
b = CounterEvent(2.0)
self.assertEqual(b.time(),2.0)
p = b.execute(a)
#get the real list object
l = a.getset().getset()
self.assertEqual(b.time(),4.0)
self.assertEqual('The event time is 2.0',p)
self.assertTrue(l[1] is b)
#Case 3 event time at 14.0 (So won't be reschedued and reinserted)
#------------------------------------------------------------------------------
a = CounterSim()
a.setup(1)
a.setup(13)
b = CounterEvent(14.0)
self.assertEqual(b.time(),14.0)
p = b.execute(a)
#get the real list object
l = a.getset().getset()
self.assertEqual(b.time(),14.0)
self.assertEqual('The event time is 14.0',p)
self.assertTrue(b not in l)
