class TesterForListening(object):
def setUp(self):
self.obj = MUDObject(None)
self.obj.addDelegate(DelegateHelper(self.obj))
def test_unregister(self):
self.obj.removeDelegate(self.obj.delegate)
def test_event_passing(self):
self.obj.receiveEvent(BaseEvent())
assert self.obj.delegate.received == [BaseEvent()]
def test_event_flushing(self):
self.obj.eventFlush()
assert self.obj.delegate.flushed
def test_bad_unregister(self):
self.obj.delegates.remove(self.obj.delegate)
try:
self.obj.removeDelegate(self.obj.delegate)
except ValueError:
pass
else:
assert False
def test_bad_register(self):
try:
self.obj.addDelegate(self.obj.delegate)
except ValueError:
pass
else:
assert False
class TesterForListening(object):
def setUp(self):
self.obj = MUDObject(None)
self.obj.addDelegate(DelegateHelper(self.obj))
def test_unregister(self):
self.obj.removeDelegate(self.obj.delegate)
def test_event_passing(self):
self.obj.receiveEvent(BaseEvent())
assert self.obj.delegate.received == [BaseEvent()]
def test_event_flushing(self):
self.obj.eventFlush()
assert self.obj.delegate.flushed
def test_bad_unregister(self):
self.obj.delegates.remove(self.obj.delegate)
try:
self.obj.removeDelegate(self.obj.delegate)
except ValueError:
pass
else:
assert False
def test_bad_register(self):
try:
self.obj.addDelegate(self.obj.delegate)
except ValueError:
pass
else:
assert False
class TestActionsAndEvents(SetupHelper):
def setUp(self):
self.obj = MUDObject(None)
self.setup_for_object(self.obj)
def test_deaf_on_success(self):
deafOn(self.obj)
assert self.obj.delegate.received == [DeafnessOnEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_on_failure(self):
self.obj.deaf = True
deafOn(self.obj)
assert self.obj.delegate.received == [DeafnessOnAlreadyEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_off_failure(self):
deafOff(self.obj)
assert self.obj.delegate.received == [DeafnessOffAlreadyEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_off_success(self):
self.obj.deaf = True
deafOff(self.obj)
assert self.obj.delegate.received == [DeafnessOffEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_on_success_with_parsing(self):
deafDistributor(self.obj, 'on', None)
assert self.obj.delegate.received == [DeafnessOnEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_on_failure_with_parsing(self):
self.obj.deaf = True
deafDistributor(self.obj, 'on', None)
assert self.obj.delegate.received == [DeafnessOnAlreadyEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_off_failure_with_parsing(self):
deafDistributor(self.obj, 'off', None)
assert self.obj.delegate.received == [DeafnessOffAlreadyEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_off_success_with_parsing(self):
self.obj.deaf = True
deafDistributor(self.obj, 'off', None)
assert self.obj.delegate.received == [DeafnessOffEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_interesting_but_correct_syntaxes(self):
for cmd in [" %s", "%s ", "\t%s ", "%s\t", "\t %s", "\r\t%s",
"%s\r ", "%s \r ", "%s", "%s \t", "%s foo",
"%sbar"]:
deafDistributor(self.obj, cmd % 'on', None)
deafDistributor(self.obj, cmd % 'off', None)
assert self.obj.delegate.received == [DeafnessOnEvent(),
DeafnessOffEvent()], \
"Failed on %r, self.delegate.received is %r" % \
(cmd, self.delegate.received)
self.obj.delegate.received = []
deafDistributor(self.obj, cmd % 'ON', None)
deafDistributor(self.obj, cmd % 'OFF', None)
assert self.obj.delegate.received == [DeafnessOnEvent(),
DeafnessOffEvent()], \
"Failed on %r, self.delegate.received is %r" % \
(cmd, self.delegate.received)
self.obj.delegate.received = []
def test_wrong_syntax(self):
for cmd in ['this', 'is', 'all wrong', 'and', 'should', 'not', 'turn',
'it on', 'or off']:
deafDistributor(self.obj, cmd, None)
assert self.obj.delegate.received == \
[BadSyntaxEvent(syntaxmessage)],\
"Failed on %r, self.delegate.received is %r" % \
(cmd, self.delegate.received)
self.obj.delegate.received = []
def test_AudibleEvent_filtering(self):
self.obj.deaf = True
self.obj.receiveEvent(AudibleEvent())
print self.obj.delegate.received
assert self.obj.delegate.received == []
class TestActionsAndEvents(SetupHelper):
def setUp(self):
self.obj = MUDObject(None)
self.setup_for_object(self.obj)
def test_deaf_on_success(self):
deafOn(self.obj)
assert self.obj.delegate.received == [DeafnessOnEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_on_failure(self):
self.obj.deaf = True
deafOn(self.obj)
assert self.obj.delegate.received == [DeafnessOnAlreadyEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_off_failure(self):
deafOff(self.obj)
assert self.obj.delegate.received == [DeafnessOffAlreadyEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_off_success(self):
self.obj.deaf = True
deafOff(self.obj)
assert self.obj.delegate.received == [DeafnessOffEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_on_success_with_parsing(self):
deafDistributor(self.obj, 'on', None)
assert self.obj.delegate.received == [DeafnessOnEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_on_failure_with_parsing(self):
self.obj.deaf = True
deafDistributor(self.obj, 'on', None)
assert self.obj.delegate.received == [DeafnessOnAlreadyEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_off_failure_with_parsing(self):
deafDistributor(self.obj, 'off', None)
assert self.obj.delegate.received == [DeafnessOffAlreadyEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_deaf_off_success_with_parsing(self):
self.obj.deaf = True
deafDistributor(self.obj, 'off', None)
assert self.obj.delegate.received == [DeafnessOffEvent()], \
"self.delegate.received is %r" % self.delegate.received
def test_interesting_but_correct_syntaxes(self):
for cmd in [
" %s", "%s ", "\t%s ", "%s\t", "\t %s", "\r\t%s", "%s\r ",
"%s \r ", "%s", "%s \t", "%s foo", "%sbar"
]:
deafDistributor(self.obj, cmd % 'on', None)
deafDistributor(self.obj, cmd % 'off', None)
assert self.obj.delegate.received == [DeafnessOnEvent(),
DeafnessOffEvent()], \
"Failed on %r, self.delegate.received is %r" % \
(cmd, self.delegate.received)
self.obj.delegate.received = []
deafDistributor(self.obj, cmd % 'ON', None)
deafDistributor(self.obj, cmd % 'OFF', None)
assert self.obj.delegate.received == [DeafnessOnEvent(),
DeafnessOffEvent()], \
"Failed on %r, self.delegate.received is %r" % \
(cmd, self.delegate.received)
self.obj.delegate.received = []
def test_wrong_syntax(self):
for cmd in [
'this', 'is', 'all wrong', 'and', 'should', 'not', 'turn',
'it on', 'or off'
]:
deafDistributor(self.obj, cmd, None)
assert self.obj.delegate.received == \
[BadSyntaxEvent(syntaxmessage)],\
"Failed on %r, self.delegate.received is %r" % \
(cmd, self.delegate.received)
self.obj.delegate.received = []
def test_AudibleEvent_filtering(self):
self.obj.deaf = True
self.obj.receiveEvent(AudibleEvent())
print self.obj.delegate.received
assert self.obj.delegate.received == []
