def method(self, arg):
try:
if counter.increment() <= backoff_count:
raise NotYet("try again later")
except NotYet as exc:
six.raise_from(Backoff(), exc)
return "result"
def method(self, timestamp):
""" Return a message on or after `timestamp`.
The method will be called repeatedly until `timestamp` has passed.
"""
if arrow.get(timestamp) < arrow.utcnow():
return self.generate_message()
raise Backoff()
def handle_event(self, event_data):
""" Print a message on or after `event_data['timestamp']`
The event will be redelivered repeatedly until `timestamp` has passed.
"""
timestamp = event_data.get('timestamp')
if arrow.get(timestamp) < arrow.utcnow():
msg = self.generate_message()
print(msg)
return msg
raise Backoff()
def handle_message(self, payload):
""" Print a message on or after `payload['timestamp']`
The message will be redelivered repeatedly until `timestamp` has
passed.
"""
timestamp = payload.get('timestamp')
if arrow.get(timestamp) < arrow.utcnow():
msg = self.generate_message()
print(msg)
return msg
raise Backoff()
def backoff_expected(self):
raise Backoff()
def something_expected(self):
raise Backoff()
def nothing_expected(self):
raise Backoff()
def b(self):
if counter["b"].increment() <= backoff_count:
raise Backoff()
return "b"
def method(self, payload):
if counter["two"].increment() <= backoff_count:
raise Backoff()
return "two"
def method(self, arg):
try:
raise NotYet("try again later")
except NotYet as exc:
six.raise_from(Backoff(), exc)
return "result"
def test_uncalculated_to_string(self):
backoff = Backoff()
assert str(backoff) == "Backoff(uninitialised)"
def backoff(self, delay):
raise Backoff()
def method(self, payload):
if counter.increment() <= backoff_count:
raise Backoff()
return "result"
def method(self, payload):
if counter[payload].increment() <= backoff_count:
raise Backoff()
return self.service_one.method("three")
def c(self, payload):
if counter["c"].increment() <= backoff_count:
raise Backoff()
return "c"
def nothing_expected(self, payload):
raise Backoff()
