Beispiel #1
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    def test_no_prefix_or_suffix(self):
        pattern_no_prefix_no_suffix = re.compile("^-[A-Za-z0-9]+-$")

        ut = UniqueWorkRef().id
        self.assertTrue(pattern_no_prefix_no_suffix.match(ut))

        ut = UniqueWorkRef(prefix=None, suffix=None).id
        self.assertTrue(pattern_no_prefix_no_suffix.match(ut))

        return
Beispiel #2
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    def test_with_suffix(self):
        random_sufx = random.choice(TestUniqueRef.sufx)
        pattern_with_suffix = re.compile(
            "^-[A-Za-z0-9]+-{}$".format(random_sufx))

        ut = UniqueWorkRef(suffix=random_sufx).id
        self.assertTrue(pattern_with_suffix.match(ut))

        ut = UniqueWorkRef(prefix=None, suffix=random_sufx).id
        self.assertTrue(pattern_with_suffix.match(ut))
        return
Beispiel #3
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    def test_with_prefix(self):
        random_pref = random.choice(TestUniqueRef.pref)
        pattern_with_prefix = re.compile(
            "^{}-[A-Za-z0-9]+-$".format(random_pref))

        ut = UniqueWorkRef(prefix=random_pref).id
        self.assertTrue(pattern_with_prefix.match(ut))

        ut = UniqueWorkRef(prefix=random_pref, suffix=None).id
        self.assertTrue(pattern_with_prefix.match(ut))
        return
Beispiel #4
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 def _do_work_initiate(
         self,
         work_notification_initiate: WorkNotificationInitiate) -> None:
     """
     Handle the initiation the given work item from this agent
     """
     self._trace_log_update("_do_work_initiate", work_notification_initiate)
     pool = self._get_recent_pool_address()
     if pool is None:
         task = work_notification_initiate.task
         logging.info(
             "{} Do Work Initiate waiting for Pool address task {} queued".
             format(self._agent_name, task.id))
         self._add_item_to_initiate_queue(
             SimpleWorkNotificationInitiate(task=task, originator=self))
     else:
         pool_topic = pool.topic
         to_do = list()
         to_do.append(work_notification_initiate)
         with self._work_lock:
             while not self._work_initiate.empty():
                 to_do.append(self._work_initiate.get_nowait())
         for wni in to_do:
             task_to_do = wni.task
             wnd = SimpleWorkNotificationDo(unique_work_ref=UniqueWorkRef(
                 prefix=str(task_to_do.id), suffix=self.name),
                                            task=task_to_do,
                                            source=self,
                                            originator=self)
             logging.info("{} Task {} Initiate sent to Pool {}".format(
                 self.name, self._agent_name, pool_topic))
             pub.sendMessage(topicName=pool_topic, notification=wnd)
     return
Beispiel #5
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 def __init__(self, responder_srcsink: SrcSink, address_book: List[SrcSink],
              sender_workref: UniqueWorkRef):
     self._work_ref = UniqueWorkRef(responder_srcsink.name, UniqueRef().ref)
     self._sender_srcsink = responder_srcsink
     self._address_book = address_book
     self._sender_workref = sender_workref
     return
Beispiel #6
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 def _factory() -> UniqueWorkRef:
     """
     Generate a random instance of a UniqueWorkRef
     :return: A new UniqueWorkRef
     """
     return UniqueWorkRef(prefix=random.choice(TestUniqueRef.pref),
                          suffix=random.choice(TestUniqueRef.sufx))
Beispiel #7
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    def test_unique(self):
        """
        Generate 10K ref's with random prefix/suffix and ensure ref follows expected pattern
        as well as there being no duplicate references generated.
        """
        have_seen = dict()
        dups = 0
        for _ in range(10000):
            random_pref = random.choice(TestUniqueRef.pref)
            random_sufx = random.choice(TestUniqueRef.sufx)
            if random_pref is None:
                test_pref = ''
            else:
                test_pref = random_pref

            if random_sufx is None:
                test_sufx = ''
            else:
                test_sufx = random_sufx

            test_pattern = re.compile("^{}-[A-Za-z0-9]+-{}$".format(
                test_pref, test_sufx))
            ut = UniqueWorkRef(prefix=random_pref, suffix=random_sufx).id
            self.assertTrue(test_pattern.match(ut))
            if ut in have_seen:
                dups += 1
            else:
                have_seen[ut] = True
        self.assertTrue(dups == 0)
        return
Beispiel #8
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    def test_simple_task_injection(self):
        effort = 3
        capacity = 1
        source_name = "Dummy-Test-Source-Inject"
        SimpleTask.process_start_state(State.S0)
        SimpleTask.process_end_state(State.S1)

        for i in range(3):
            logging.info(
                "\n\n- - - - - T E S T  C A S E {} - - - -\n\n".format(i))
            test_task = SimpleTask(effort=effort)
            test_srcsink = DummySrcSink(source_name)

            test_agent = SimpleAgent(
                'agent {}'.format(i),
                start_state=State.S0,
                end_state=State.S1,
                capacity=capacity,
                task_consumption_policy=GreedyTaskConsumptionPolicy(),
                trace=True)

            test_notification = SimpleWorkNotificationDo(UniqueWorkRef(
                suffix=source_name, prefix=str(test_task.id)),
                                                         originator=test_agent,
                                                         source=test_srcsink,
                                                         task=test_task)
            time.sleep(1)
            if i == 0:
                # Publish to agent via it's private topic.
                # test_agent(test_notification)
                pub.sendMessage(topicName=test_agent.topic,
                                notification=test_notification)
            elif i == 1:
                # Direct Injection.
                test_agent._do_work(test_notification)
            else:
                # With Agent as callable
                test_agent(test_notification)

            time.sleep(1)

            tlid = SimpleAgent.trace_log_id("_do_work",
                                            type(test_notification),
                                            test_notification.work_ref)
            self.assertEqual(test_agent.trace_log[tlid], effort)

            tlid = SimpleAgent.trace_log_id("_do_notification",
                                            type(test_notification),
                                            test_notification.work_ref)
            self.assertTrue(tlid not in test_agent.trace_log)

            self.assertEqual(test_task.lead_time, int(ceil(effort / capacity)))

            work_done = test_agent.work_done
            self.assertEqual(1, len(work_done))
            self.assertEqual(test_task.id, work_done[0].task.id)
        return
Beispiel #9
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 def __init__(self,
              task: Task,
              originator: SrcSink,
              source: SrcSink = None):
     self._task = task
     if source is None:
         self._source = originator
     else:
         self._source = source
     self._originator = originator
     self._work_ref = UniqueWorkRef(suffix=str(task.id),
                                    prefix=originator.name)
     return
Beispiel #10
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    def test_handlers(self):
        task_pool = SimpleTaskPool('Task Pool 1')

        SimpleTask.process_start_state(State.S0)
        SimpleTask.process_end_state(State.S1)
        test_task = SimpleTask(effort=1, start_state=State.S0)

        uwr = UniqueWorkRef("Dummy1", "Dummy2")
        src = DummySrcSink("Source")
        orig = DummySrcSink("originator")

        scenarios = [
            SimpleWorkNotificationDo(uwr, test_task, orig, src),
            SimpleWorkNotificationFinalise(uwr, test_task, orig, src)
        ]

        try:
            for scenario in scenarios:
                task_pool(scenario)
        except Exception as e:
            self.fail("Un expected exception {}".format(str(e)))
        return
Beispiel #11
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 def __init__(self, sender_srcsink: SrcSink,
              required_capabilities: List[Capability]):
     self._work_ref = UniqueWorkRef(sender_srcsink.name, UniqueRef().ref)
     self._sender_srcsink = sender_srcsink
     self._required_capabilities = required_capabilities
     return
 def __init__(self):
     self._unique_sig = UniqueWorkRef(
         prefix=str(TestWorkNotificationDo._task_id),
         suffix=str(TestWorkNotificationDo._src))
     TestWorkNotificationDo._task_id += 1
     TestWorkNotificationDo._src += 1