def test_no_slots_in_setup(self):
# minimum set up:
org_setup = """\
... action
... anyone
... anything
... permissions
*** deny anyone to action anything wt 10
... aliases
"""
competition = Competition.load(org_setup)
competition.validate()
bob = "user-2719963b00964c01b42b5d81c998fd05"
fran = "user-bca37695842f41e3b3bab9a2aa666c61"
ali = "user-bc25a08ff757418aa37445f818d4c7ad"
can_perform = competition.can_perform
st = competition.slot_types_for(bob)
self.assertEquals(st, [])
st = competition.slot_types_for(fran)
self.assertEquals(st, [])
st = competition.slot_types_for(ali)
self.assertEquals(st, [])
# check bob can do what I expect:
self.assertFalse(can_perform(bob, "create", "private"))
self.assertFalse(can_perform(bob, "create", "pypro"))
self.assertFalse(can_perform(bob, "create", "public"))
self.assertFalse(can_perform(bob, "edit", "public"))
self.assertFalse(can_perform(bob, "view", "public"))
# check fran can do what I expect:
self.assertFalse(can_perform(fran, "create", "private"))
self.assertFalse(can_perform(fran, "create", "pypro"))
self.assertFalse(can_perform(fran, "create", "public"))
self.assertFalse(can_perform(fran, "edit", "public"))
self.assertFalse(can_perform(fran, "view", "public"))
# check ali can do anything except view public:
self.assertFalse(can_perform(ali, "create", "private"))
self.assertFalse(can_perform(ali, "create", "pypro"))
self.assertFalse(can_perform(ali, "create", "public"))
self.assertFalse(can_perform(ali, "edit", "public"))
self.assertFalse(can_perform(ali, "view", "public"))
def validate_competition(self, org_id, data):
"""Check the data produces a valid competition.
:param data: The string competition configuration.
:returns: A valid competition instance.
"""
comp = LocalCompetition.load(data)
try:
comp.validate()
finally:
self.stats.competition_validation_failed[org_id] += 1
return comp
def test_get_slot_types_for(self):
# org_id = "org-user-2719963b00964c01b42b5d81c998fd05"
org_setup = """\
... action
... view
... edit
... create
... anyone
... bob
... fran
... anything
... slots
... public
... private
... pypro
... permissions
# |--------------- latch -----------------------------|
#** <permit> <rider/user> to action <pony/resource> wt 10
*** deny anyone to action anything wt 10
*** allow bob.sprocket to create slots wt 30
*** allow fran to create pypro wt 35
*** allow anyone to view public wt 50
... aliases
*** bob=user-2719963b00964c01b42b5d81c998fd05
*** fran=user-bca37695842f41e3b3bab9a2aa666c61
"""
competition = Competition.load(org_setup)
competition.validate()
bob = "user-2719963b00964c01b42b5d81c998fd05"
fran = "user-bca37695842f41e3b3bab9a2aa666c61"
ali = "user-bc25a08ff757418aa37445f818d4c7ad"
can_perform = competition.can_perform
# Order isn't important so I'm using sets here.
st = competition.slot_types_for(bob)
self.assertEquals(set(st), set(["public", "private", "pypro"]))
st = competition.slot_types_for(fran)
self.assertEquals(set(st), set(["public", "pypro"]))
st = competition.slot_types_for(ali)
self.assertEquals(set(st), set(["public"]))
# check bob can do what I expect:
self.assertTrue(can_perform(bob, "create", "private"))
self.assertTrue(can_perform(bob, "create", "pypro"))
self.assertTrue(can_perform(bob, "create", "public"))
self.assertTrue(can_perform(bob, "edit", "public"))
self.assertTrue(can_perform(bob, "view", "public"))
# check fran can do what I expect:
self.assertFalse(can_perform(fran, "create", "private"))
self.assertTrue(can_perform(fran, "create", "pypro"))
self.assertFalse(can_perform(fran, "create", "public"))
self.assertFalse(can_perform(fran, "edit", "public"))
self.assertTrue(can_perform(fran, "view", "public"))
# check ali can do anything except view public:
self.assertFalse(can_perform(ali, "create", "private"))
self.assertFalse(can_perform(ali, "create", "pypro"))
self.assertFalse(can_perform(ali, "create", "public"))
self.assertFalse(can_perform(ali, "edit", "public"))
self.assertTrue(can_perform(ali, "view", "public"))
