Python pyrsistent.thaw函数代码示例

 def setUp(self):
     self.tenant_id = 'tenant-id'
     self.group_id = 'group-id'
     self.state = GroupState(self.tenant_id, self.group_id, 'group-name',
                             {}, {}, None, {}, False,
                             ScalingGroupStatus.ACTIVE, desired=2)
     self.group = mock_group(self.state, self.tenant_id, self.group_id)
     self.lc = {'args': {'server': {'name': 'foo'}, 'loadBalancers': []}}
     self.desired_lbs = s(CLBDescription(lb_id='23', port=80))
     self.servers = (
         server('a', ServerState.ACTIVE, servicenet_address='10.0.0.1',
                desired_lbs=self.desired_lbs,
                links=freeze([{'href': 'link1', 'rel': 'self'}])),
         server('b', ServerState.ACTIVE, servicenet_address='10.0.0.2',
                desired_lbs=self.desired_lbs,
                links=freeze([{'href': 'link2', 'rel': 'self'}]))
     )
     self.state_active = {}
     self.cache = [thaw(self.servers[0].json), thaw(self.servers[1].json)]
     self.gsgi = GetScalingGroupInfo(tenant_id='tenant-id',
                                     group_id='group-id')
     self.manifest = {  # Many details elided!
         'state': self.state,
         'launchConfiguration': self.lc,
     }
     self.gsgi_result = (self.group, self.manifest)
     self.now = datetime(1970, 1, 1)

 def test_no_steps(self):
     """
     If state of world matches desired, no steps are executed, but the
     `active` servers are still updated, and SUCCESS is the return value.
     """
     for serv in self.servers:
         serv.desired_lbs = pset()
     sequence = [
         parallel_sequence([]),
         (Log('execute-convergence', mock.ANY), noop),
         (Log('execute-convergence-results',
              {'results': [], 'worst_status': 'SUCCESS'}), noop),
         (UpdateServersCache(
             "tenant-id", "group-id", self.now,
             [thaw(self.servers[0].json.set('_is_as_active', True)),
              thaw(self.servers[1].json.set("_is_as_active", True))]),
          noop)
     ]
     self.state_active = {
         'a': {'id': 'a', 'links': [{'href': 'link1', 'rel': 'self'}]},
         'b': {'id': 'b', 'links': [{'href': 'link2', 'rel': 'self'}]}
     }
     self.cache[0]["_is_as_active"] = True
     self.cache[1]["_is_as_active"] = True
     self.assertEqual(
         perform_sequence(self.get_seq() + sequence, self._invoke()),
         (StepResult.SUCCESS, ScalingGroupStatus.ACTIVE))

    def test_reactivate_group_on_success_after_steps(self):
        """
        When the group started in ERROR state, and convergence succeeds, the
        group is put back into ACTIVE.
        """
        self.manifest['state'].status = ScalingGroupStatus.ERROR

        def plan(*args, **kwargs):
            return pbag([TestStep(Effect("step"))])

        sequence = [
            parallel_sequence([]),
            (Log(msg='execute-convergence', fields=mock.ANY), noop),
            parallel_sequence([
                [("step", lambda i: (StepResult.SUCCESS, []))]
            ]),
            (Log(msg='execute-convergence-results', fields=mock.ANY), noop),
            (UpdateGroupStatus(scaling_group=self.group,
                               status=ScalingGroupStatus.ACTIVE),
             noop),
            (Log('group-status-active',
                 dict(cloud_feed=True, status='ACTIVE')),
             noop),
            (UpdateServersCache(
                "tenant-id", "group-id", self.now,
                [thaw(self.servers[0].json.set('_is_as_active', True)),
                 thaw(self.servers[1].json.set('_is_as_active', True))]),
             noop),
        ]
        self.assertEqual(
            perform_sequence(self.get_seq() + sequence, self._invoke(plan)),
            (StepResult.SUCCESS, ScalingGroupStatus.ACTIVE))

 def test_agent_yml(self):
     """
     ```task_configure_flocker_agent`` writes a ``/etc/flocker/agent.yml``
     file which contains the backend configuration passed to it.
     """
     control_address = BASIC_AGENT_YML["control-service"]["hostname"]
     expected_pool = u"some-test-pool"
     expected_backend_configuration = dict(pool=expected_pool)
     commands = task_configure_flocker_agent(
         control_node=control_address,
         dataset_backend=backend_loader.get(
             BASIC_AGENT_YML["dataset"]["backend"]
         ),
         dataset_backend_configuration=expected_backend_configuration,
         logging_config=thaw(BASIC_AGENT_YML["logging"]),
     )
     [put_agent_yml] = list(
         effect.intent
         for effect in
         commands.intent.effects
         if isinstance(effect.intent, Put)
     )
     # Seems like transform should be usable here but I don't know how.
     expected_agent_config = BASIC_AGENT_YML.set(
         "dataset",
         BASIC_AGENT_YML["dataset"].update(expected_backend_configuration)
     )
     self.assertEqual(
         put(
             content=yaml.safe_dump(thaw(expected_agent_config)),
             path=THE_AGENT_YML_PATH,
             log_content_filter=_remove_dataset_fields,
         ).intent,
         put_agent_yml,
     )

 def test_reactivate_group_on_success_with_no_steps(self):
     """
     When the group started in ERROR state, and convergence succeeds, the
     group is put back into ACTIVE, even if there were no steps to execute.
     """
     self.manifest['state'].status = ScalingGroupStatus.ERROR
     for serv in self.servers:
         serv.desired_lbs = pset()
     sequence = [
         parallel_sequence([]),
         (Log(msg='execute-convergence', fields=mock.ANY), noop),
         (Log(msg='execute-convergence-results', fields=mock.ANY), noop),
         (UpdateGroupStatus(scaling_group=self.group,
                            status=ScalingGroupStatus.ACTIVE),
          noop),
         (Log('group-status-active',
              dict(cloud_feed=True, status='ACTIVE')),
          noop),
         (UpdateServersCache(
             "tenant-id", "group-id", self.now,
             [thaw(self.servers[0].json.set("_is_as_active", True)),
              thaw(self.servers[1].json.set("_is_as_active", True))]),
          noop)
     ]
     self.state_active = {
         'a': {'id': 'a', 'links': [{'href': 'link1', 'rel': 'self'}]},
         'b': {'id': 'b', 'links': [{'href': 'link2', 'rel': 'self'}]}
     }
     self.cache[0]["_is_as_active"] = True
     self.cache[1]["_is_as_active"] = True
     self.assertEqual(
         perform_sequence(self.get_seq() + sequence, self._invoke()),
         (StepResult.SUCCESS, ScalingGroupStatus.ACTIVE))

    def test_linking(self, cluster):
        """
        A link from an origin container to a destination container allows the
        origin container to establish connections to the destination container
        when the containers are running on different machines using an address
        obtained from ``<ALIAS>_PORT_<PORT>_TCP_{ADDR,PORT}``-style environment
        set in the origin container's environment.
        """
        _, destination_port = find_free_port()
        _, origin_port = find_free_port()

        [destination, origin] = cluster.nodes

        busybox = pmap({
            u"image": u"busybox",
        })

        destination_container = busybox.update({
            u"name": random_name(self),
            u"node_uuid": destination.uuid,
            u"ports": [{u"internal": 8080, u"external": destination_port}],
            u"command_line": BUSYBOX_HTTP,
        })
        self.addCleanup(
            cluster.remove_container, destination_container[u"name"]
        )

        origin_container = busybox.update({
            u"name": random_name(self),
            u"node_uuid": origin.uuid,
            u"links": [{u"alias": "DEST", u"local_port": 80,
                        u"remote_port": destination_port}],
            u"ports": [{u"internal": 9000, u"external": origin_port}],
            u"command_line": [
                u"sh", u"-c", u"""\
echo -n '#!/bin/sh
nc $DEST_PORT_80_TCP_ADDR $DEST_PORT_80_TCP_PORT
' > /tmp/script.sh;
chmod +x /tmp/script.sh;
nc -ll -p 9000 -e /tmp/script.sh
                """]})
        self.addCleanup(
            cluster.remove_container, origin_container[u"name"]
        )
        running = gatherResults([
            cluster.create_container(thaw(destination_container)),
            cluster.create_container(thaw(origin_container)),
            # Wait for the link target container to be accepting connections.
            verify_socket(destination.public_address, destination_port),
            # Wait for the link source container to be accepting connections.
            verify_socket(origin.public_address, origin_port),
        ])

        running.addCallback(
            lambda _: self.assert_busybox_http(
                origin.public_address, origin_port))
        return running

    def test_success(self):
        """
        Executes the plan and returns SUCCESS when that's the most severe
        result.
        """
        dgs = get_desired_group_state(self.group_id, self.lc, 2)
        deleted = server(
            'c', ServerState.DELETED, servicenet_address='10.0.0.3',
            desired_lbs=self.desired_lbs,
            links=freeze([{'href': 'link3', 'rel': 'self'}]))
        self.servers += (deleted,)

        steps = [
            TestStep(
                Effect(
                    {'dgs': dgs,
                     'servers': self.servers,
                     'lb_nodes': (),
                     'now': 0})
                .on(lambda _: (StepResult.SUCCESS, [])))]

        def plan(dgs, servers, lb_nodes, now, build_timeout):
            self.assertEqual(build_timeout, 3600)
            return steps

        sequence = [
            parallel_sequence([]),
            (Log('execute-convergence',
                 dict(servers=self.servers, lb_nodes=(), steps=steps,
                      now=self.now, desired=dgs)), noop),
            parallel_sequence([
                [({'dgs': dgs, 'servers': self.servers,
                   'lb_nodes': (), 'now': 0},
                  noop)]
            ]),
            (Log('execute-convergence-results',
                 {'results': [{'step': steps[0],
                               'result': StepResult.SUCCESS,
                               'reasons': []}],
                  'worst_status': 'SUCCESS'}), noop),
            # Note that servers arg is non-deleted servers
            (UpdateServersCache(
                "tenant-id", "group-id", self.now,
                [thaw(self.servers[0].json.set("_is_as_active", True)),
                 thaw(self.servers[1].json.set("_is_as_active", True))]),
             noop)
        ]

        # all the servers updated in cache in beginning
        self.cache.append(thaw(deleted.json))

        self.assertEqual(
            perform_sequence(self.get_seq() + sequence, self._invoke(plan)),
            (StepResult.SUCCESS, ScalingGroupStatus.ACTIVE))

    def collapse(self, field_spec_list, name, reducer, append=False):
        """
        Collapses this event's columns, represented by the fieldSpecList
        into a single column. The collapsing itself is done with the reducer
        function. Optionally the collapsed column could be appended to the
        existing columns, or replace them (the default).

        Parameters
        ----------
        field_spec_list : list
            List of columns to collapse. If you need to retrieve deep
            nested values that ['can.be', 'done.with', 'this.notation'].
        name : str
            Name of new column with collapsed data.
        reducer : function
            Function to pass to reducer.
        append : bool, optional
            Set True to add new column to existing data dict, False to create
            a new Event with just the collapsed data.

        Returns
        -------
        Event
            New event object.
        """
        data = thaw(self.data()) if append else dict()
        vals = list()

        for i in field_spec_list:
            vals.append(self.get(i))

        data[name] = reducer(vals)

        return self.set_data(data)

    def test_sequence(self):
        """
        The function generates a packer configuration file, runs packer
        build and uploads the AMI ids to a given S3 bucket.
        """
        options = PublishInstallerImagesOptions()
        options.parseOptions(
            [b'--source-ami-map', b'{"us-west-1": "ami-1234"}']
        )

        configuration_path = self.make_temporary_directory()
        ami_map = PACKER_OUTPUT_US_ALL.output
        perform_sequence(
            seq=[
                (PackerConfigure(
                    build_region=options["build_region"],
                    publish_regions=options["regions"],
                    source_ami_map=options["source-ami-map"],
                    template=options["template"],
                ), lambda intent: configuration_path),
                (PackerBuild(
                    configuration_path=configuration_path,
                ), lambda intent: ami_map),
                (StandardOut(
                    content=json.dumps(
                        thaw(ami_map),
                        encoding='utf-8',
                    ) + b"\n",
                ), lambda intent: None),
            ],
            eff=publish_installer_images_effects(options=options)
        )

    def _is_valid_linear_event(self, event):
        """
        Check to see if an even has good values when doing
        linear fill since we need to keep a completely intact
        event for the values.

        While we are inspecting the data payload, make a note if
        any of the paths are pointing at a list. Then it
        will trigger that filling code later.
        """

        valid = True

        field_path = self._field_path_to_array(self._field_spec[0])

        val = nested_get(thaw(event.data()), field_path)

        # this is pointing at a path that does not exist, issue a warning
        # can call the event valid so it will be emitted. can't fill what
        # isn't there.
        if val == 'bad_path':
            self._warn('path does not exist: {0}'.format(field_path), ProcessorWarning)
            return valid

        # a tracked field path is not valid so this is
        # not a valid linear event. also, if it is not a numeric
        # value, mark it as invalid and let _interpolate_event_list()
        # complain about/skip it.
        if not is_valid(val) or not isinstance(val, numbers.Number):
            valid = False

        return valid

    def to_point(self, cols=None):
        """
        Returns a flat array starting with the timestamp, followed by the values.

        Can be given an optional list of columns so the returned list will
        have the values in order. Primarily for the TimeSeries wire format.

        Parameters
        ----------
        cols : list, optional
            List of data columns to order the data points in so the
            TimeSeries wire format lines up correctly. If not specified,
            the points will be whatever order that dict.values() decides
            to return it in.

        Returns
        -------
        list
            Epoch ms followed by points.
        """
        points = [self.timerange().to_json()]

        data = thaw(self.data())

        if isinstance(cols, list):
            points += [data.get(x, None) for x in cols]
        else:
            points += [x for x in list(data.values())]

        return points

def publish_installer_images_effects(options):
    # Create configuration directory
    configuration_path = yield Effect(
        intent=PackerConfigure(
            build_region=options["build_region"],
            publish_regions=options["regions"],
            template=options["template"],
            distribution=options["distribution"],
            source_ami=options["source_ami"],
        )
    )
    # Build the Docker images
    ami_map = yield Effect(
        intent=PackerBuild(
            configuration_path=configuration_path,
        )
    )
    # Publish the regional AMI map to S3
    yield Effect(
        intent=WriteToS3(
            content=json.dumps(thaw(ami_map), encoding="utf-8"),
            target_bucket=options['target_bucket'],
            target_key=options["template"],
        )
    )

 def test_sequence(self):
     """
     The function generates a packer configuration file, runs packer
     build and uploads the AMI ids to a given S3 bucket.
     """
     options = default_options()
     configuration_path = self.make_temporary_directory()
     ami_map = PACKER_OUTPUT_US_ALL.output
     perform_sequence(
         seq=[
             (
                 PackerConfigure(
                     build_region=options["build_region"],
                     publish_regions=options["regions"],
                     source_ami=options["source_ami"],
                     template=options["template"],
                     distribution=options["distribution"],
                 ),
                 lambda intent: configuration_path,
             ),
             (PackerBuild(configuration_path=configuration_path), lambda intent: ami_map),
             (
                 WriteToS3(
                     content=json.dumps(thaw(ami_map), encoding="utf-8"),
                     target_bucket=options["target_bucket"],
                     target_key=options["template"],
                 ),
                 lambda intent: None,
             ),
         ],
         eff=publish_installer_images_effects(options=options),
     )

def prepare_launch_config(scaling_group_uuid, launch_config):
    """
    Prepare a launch_config for the specified scaling_group.

    This is responsible for returning a copy of the launch config that
    has metadata and unique server names added.

    :param IScalingGroup scaling_group: The scaling group this server is
        getting launched for.
    :param dict launch_config: The complete launch_config args we want to build
        servers from.

    :return dict: The prepared launch config.
    """
    launch_config = freeze(launch_config)

    lb_descriptions = json_to_LBConfigs(launch_config.get('loadBalancers', []))

    launch_config = prepare_server_launch_config(
        scaling_group_uuid, launch_config, lb_descriptions)

    suffix = generate_server_name()
    launch_config = set_server_name(launch_config, suffix)

    return thaw(launch_config)

    def _freeze(self, action=None):
        """
        Freeze this message for logging, registering it with C{action}.

        @param action: The L{Action} which is the context for this message. If
            C{None}, the L{Action} will be deduced from the current call
            stack.

        @return: A L{PMap} with added C{timestamp}, C{task_uuid}, and
            C{task_level} entries.
        """
        if action is None:
            action = currentAction()
        if action is None:
            task_uuid = unicode(uuid4())
            task_level = [1]
        else:
            task_uuid = action._identification['task_uuid']
            task_level = thaw(action._nextTaskLevel().level)
        timestamp = self._timestamp()
        return self._contents.update({
            'timestamp': timestamp,
            'task_uuid': task_uuid,
            'task_level': task_level,
        })