def test__policyCombination(self):
for granularity in ValidRes:
for status in ValidStatus:
for oldStatus in ValidStatus:
if status == oldStatus:
continue
for newStatus1 in ValidStatus:
for newStatus2 in ValidStatus:
pdp = PDP(self.VO, granularity, 'XX', status, oldStatus, 'XX')
polRes = {'Status':newStatus1, 'Reason':'-Reason1-'}
polRes2 = {'Status':newStatus2, 'Reason':'-Reason2-'}
# 0 policies
res = pdp._policyCombination([])
self.assertEqual(res, {})
# 1 policy
res = pdp._policyCombination([polRes])
if status == 'Banned':
self.assertTrue(value_of_status(res['Status']) <= 1)
if status == 'Banned' and newStatus1 in ['Active','Bad','Probing']:
self.assertEqual(res['Status'], 'Probing')
else:
self.assertEqual(res['Status'], newStatus1)
# 2 policies
res = pdp._policyCombination([polRes, polRes2])
if status == 'Banned':
self.assertTrue(value_of_status(res['Status']) <= 1)
if status == 'Banned' and newStatus1 in ['Active','Bad','Probing'] and newStatus2 in ['Active','Bad','Probing']:
self.assertEqual(res['Status'], 'Probing')
if status != 'Banned' and value_of_status(newStatus1) < value_of_status(newStatus1):
self.assertEqual(res['Status'], newStatus1)
if status != 'Banned' and value_of_status(newStatus2) < value_of_status(newStatus1):
self.assertEqual(res['Status'], newStatus2)
# all different policies
def make_polres(status):
return { 'Status': status, 'Reason': 'Because of ' + status }
all_polres = map(make_polres, ValidStatus)
res = pdp._policyCombination(all_polres)
self.assertEqual(res['Status'], 'Banned')
def test__policyCombination(self):
for granularity in ValidRes:
for status in ValidStatus:
for oldStatus in ValidStatus:
if status == oldStatus:
continue
sm = StateMachine(self.VO, status)
for newStatus1 in ValidStatus:
for newStatus2 in ValidStatus:
pdp = PDP(self.VO, granularity, 'XX', status, oldStatus, 'XX')
polRes = {'Status':newStatus1, 'Reason':'-Reason1-'}
polRes2 = {'Status':newStatus2, 'Reason':'-Reason2-'}
# 0 policies
res = pdp._policyCombination([])
self.assertEqual(res, {})
# 1 policy
res = pdp._policyCombination([polRes])
if sm.transitionAllowed(newStatus1):
self.assertEqual(res['Status'], newStatus1)
self.assertEqual(res['Reason'], '-Reason1-')
else:
self.assertEqual(res, {})
# 2 policies
res = pdp._policyCombination([polRes, polRes2])
if sm.valueOfPolicy(polRes) > sm.valueOfPolicy(polRes2):
if sm.transitionAllowed(newStatus2):
self.assertEqual(res['Status'], newStatus2)
self.assertEqual(res['Reason'], '-Reason2-')
elif sm.transitionAllowed(newStatus1):
self.assertEqual(res['Status'], newStatus1)
self.assertEqual(res['Reason'], '-Reason1-')
else:
self.assertEqual(res, {})
elif sm.valueOfPolicy(polRes) < sm.valueOfPolicy(polRes2):
if sm.transitionAllowed(newStatus1):
self.assertEqual(res['Status'], newStatus1)
self.assertEqual(res['Reason'], '-Reason1-')
elif sm.transitionAllowed(newStatus2):
self.assertEqual(res['Status'], newStatus2)
self.assertEqual(res['Reason'], '-Reason2-')
else:
self.assertEqual(res, {})
else:
if sm.transitionAllowed(newStatus1):
self.assertEqual(res['Status'], newStatus1)
self.assertEqual(res['Reason'], '-Reason1- |###| -Reason2-')
else:
self.assertEqual(res, {})
# all different policies
def make_polres(status):
return { 'Status': status, 'Reason': 'Because of ' + status }
all_polres = map(make_polres, ValidStatus)
res = pdp._policyCombination(all_polres)
self.assertEqual(res['Status'], 'Banned')
def test__policyCombination(self):
for granularity in ValidRes:
for status in ValidStatus:
for oldStatus in ValidStatus:
if status == oldStatus:
continue
for newStatus1 in ValidStatus:
for newStatus2 in ValidStatus:
pdp = PDP(self.VO, granularity, 'XX', status,
oldStatus, 'XX')
polRes = {
'Status': newStatus1,
'Reason': '-Reason1-'
}
polRes2 = {
'Status': newStatus2,
'Reason': '-Reason2-'
}
# 0 policies
res = pdp._policyCombination([])
self.assertEqual(res, {})
# 1 policy
res = pdp._policyCombination([polRes])
if status == 'Banned':
self.assertTrue(
value_of_status(res['Status']) <= 1)
if status == 'Banned' and newStatus1 in [
'Active', 'Bad', 'Probing'
]:
self.assertEqual(res['Status'], 'Probing')
else:
self.assertEqual(res['Status'], newStatus1)
# 2 policies
res = pdp._policyCombination([polRes, polRes2])
if status == 'Banned':
self.assertTrue(
value_of_status(res['Status']) <= 1)
if status == 'Banned' and newStatus1 in [
'Active', 'Bad', 'Probing'
] and newStatus2 in ['Active', 'Bad', 'Probing']:
self.assertEqual(res['Status'], 'Probing')
if status != 'Banned' and value_of_status(
newStatus1) < value_of_status(newStatus1):
self.assertEqual(res['Status'], newStatus1)
if status != 'Banned' and value_of_status(
newStatus2) < value_of_status(newStatus1):
self.assertEqual(res['Status'], newStatus2)
# all different policies
def make_polres(status):
return {
'Status': status,
'Reason': 'Because of ' + status
}
all_polres = map(make_polres, ValidStatus)
res = pdp._policyCombination(all_polres)
self.assertEqual(res['Status'], 'Banned')
