def _stac_to_sns(sns_arn, stac):
"""
Publish our STAC document to an SNS
"""
bbox = stac["bbox"]
client = boto3.client("sns")
client.publish(
TopicArn=sns_arn,
Message=json.dumps(stac, indent=4, default=json_fallback),
MessageAttributes={
"action": {"DataType": "String", "StringValue": "ADDED"},
"datetime": {
"DataType": "String",
"StringValue": str(dicttoolz.get_in(["properties", "datetime"], stac)),
},
"product": {
"DataType": "String",
"StringValue": dicttoolz.get_in(["properties", "odc:product"], stac),
},
"maturity": {
"DataType": "String",
"StringValue": dicttoolz.get_in(
["properties", "dea:dataset_maturity"], stac
),
},
"bbox.ll_lon": {"DataType": "Number", "StringValue": str(bbox.left)},
"bbox.ll_lat": {"DataType": "Number", "StringValue": str(bbox.bottom)},
"bbox.ur_lon": {"DataType": "Number", "StringValue": str(bbox.right)},
"bbox.ur_lat": {"DataType": "Number", "StringValue": str(bbox.top)},
},
)
def ownership_build_node(ownership):
return (
None,
relationship_filter_empty(
[
{
"subject": get_in(["interestedParty", "@id"], ownership, None),
"predicate": {
"key": f"{SINAR_NS_MOCK}ownershipOrControlStatement",
"attributes": predicate_attribute_filter_empty(
{
"interest_level": get_in(
["interest_level", "token"], ownership, None
),
"interest_type": get_in(
["interest_type", "token"], ownership, None
),
}
),
},
"object": ownership["bods_subject"]["@id"],
}
]
),
)
def get_album_artist_track_info(self):
return [
(get_in(['id'], i[0], []), get_in(['id'], j, []))
for i in map(partial(get_in, ['tracks', 'items']),
get_in(['albums'], loads(self.spotify.albums), []))
for j in get_in(['artists'], i[0], [])
]
def organization_build_node(organization):
return (
attribute_filter_empty(
{
"id": organization["@id"],
"name": organization["name"],
"classficication": get_in(
["classification", "token"], organization, None
),
},
),
relationship_filter_empty(
[
{
"subject": organization["@id"],
"predicate": {
"key": "http://www.w3.org/1999/02/22-rdf-syntax-ns#type",
"attributes": {},
},
"object": TYPE_ORGANIZATION,
},
{
"subject": organization["@id"],
"predicate": {
"key": "http://www.w3.org/ns/org#subOrganizationOf",
"attributes": {},
},
"object": get_in(
["parent_organization", "@id"], organization, None
),
},
]
),
)
def handle_bucket_notification_message(message, metadata: dict,
record_path: tuple) -> Tuple[dict, str]:
"""[summary]
Args:
message (Message resource)
metadata (dict): [description]
record_path (tuple): [PATH for selectingthe s3 key path from the JSON message document]
Raises:
IndexingException: [Catch s3 ]
Returns:
Tuple[dict, str]: [description]
"""
data = None
uri = None
if metadata.get("Records"):
for record in metadata.get("Records"):
bucket_name = dicttoolz.get_in(["s3", "bucket", "name"], record)
key = dicttoolz.get_in(["s3", "object", "key"], record)
# Check for bucket name and key, and fail if there isn't one
if not (bucket_name and key):
# Not deleting this message, as it's non-conforming. Check this logic
raise IndexingException(
"No bucket name or key in message, are you sure this is a bucket notification?"
)
# If you specific a list of record paths, and there's no
# match in them for the key, then we skip this one forever
if record_path is not None and not any(
[PurePath(key).match(p) for p in record_path]):
logging.warning(
f"Key: {key} not in specified list of record_paths, deleting message from the queue."
)
# This will return Nones, which will flag the message to be ignored
return None, None
# We have enough information to proceed, get the key and extract
# the contents...
try:
s3 = boto3.resource("s3")
obj = s3.Object(bucket_name,
key).get(ResponseCacheControl="no-cache")
data = load(obj["Body"].read())
uri = f"s3://{bucket_name}/{key}"
except Exception as e:
raise IndexingException(
f"Exception thrown when trying to load s3 object: {e}")
else:
raise IndexingException(
"Attempted to get metadata from record when no record key exists in message."
)
return data, uri
def get_common_message_attributes(stac_doc: Dict) -> Dict:
"""
Returns common message attributes dict
:param stac_doc: STAC dict
:return: common message attributes dict
"""
msg_attributes = {}
product = dicttoolz.get_in(["properties", "odc:product"], stac_doc)
if product:
msg_attributes["product"] = {
"DataType": "String",
"StringValue": product,
}
datetime = dicttoolz.get_in(["properties", "datetime"], stac_doc)
if datetime:
msg_attributes["datetime"] = {
"DataType": "String",
"StringValue": datetime,
}
cloudcover = dicttoolz.get_in(["properties", "eo:cloud_cover"], stac_doc)
if cloudcover:
msg_attributes["cloudcover"] = {
"DataType": "Number",
"StringValue": str(cloudcover),
}
maturity = dicttoolz.get_in(["properties", "dea:dataset_maturity"], stac_doc)
if maturity:
msg_attributes["maturity"] = {
"DataType": "String",
"StringValue": maturity,
}
bbox = dicttoolz.get_in(["bbox"], stac_doc)
if bbox and len(bbox) > 3:
msg_attributes["bbox.ll_lon"] = {
"DataType": "Number",
"StringValue": str(bbox[0]),
}
msg_attributes["bbox.ll_lat"] = {
"DataType": "Number",
"StringValue": str(bbox[1]),
}
msg_attributes["bbox.ur_lon"] = {
"DataType": "Number",
"StringValue": str(bbox[2]),
}
msg_attributes["bbox.ur_lat"] = {
"DataType": "Number",
"StringValue": str(bbox[3]),
}
return msg_attributes
def test_get_in():
# Test object support:
o = C()
a = C()
a.b = 1
o.a = a
assert get_in(['a', 'b'], o) == 1
assert get_in(['a', 'b', 'c'], o, 2) == 2
assert raises(AttributeError,
lambda: get_in(['a', 'b', 'c'], o, no_default=True))
def test_dicttoolz():
d1 = {'foo': 'bar'}
d2 = {'baz': 'quux'}
assert_that(merge(d1, d2)).is_equal_to({'foo': 'bar', 'baz': 'quux'})
assert_that(d1).is_equal_to({'foo': 'bar'})
assert_that(assoc(d1, 'a', 1)).is_equal_to({'foo': 'bar', 'a': 1})
assert_that(dissoc(d2, 'baz')).is_equal_to({})
struct = {'a': [{'c': 'hello'}]}
assert_that(get_in(['a', 0, 'c'], struct)).is_equal_to(struct['a'][0]['c'])
assert_that(get_in(['a', 0, 'd'], struct,
'not found')).is_equal_to('not found')
def membership_build_node(membership):
return (
attribute_filter_empty(
{"id": membership["@id"], "label": membership.get("label", None)}
),
relationship_filter_empty(
[
{
"subject": membership["@id"],
"predicate": {
"key": "http://www.w3.org/1999/02/22-rdf-syntax-ns#type",
"attributes": {},
},
"object": TYPE_MEMBERSHIP,
},
{
"subject": membership["@id"],
"predicate": {
"key": "http://www.w3.org/ns/org#member",
"attributes": {},
},
"object": get_in(["person", "@id"], membership, None),
},
{
"subject": membership["@id"],
"predicate": {
"key": "http://www.w3.org/ns/org#organization",
"attributes": {},
},
"object": get_in(["organization", "@id"], membership, None),
},
{
"subject": membership["@id"],
"predicate": {
"key": "http://www.w3.org/ns/opengov#post",
"attributes": {},
},
"object": get_in(["post", "@id"], membership, None),
},
{
"subject": membership["@id"],
"predicate": {
"key": "http://www.w3.org/ns/opengov#onBehalfOf",
"attributes": {},
},
"object": get_in(["on_behalf_of", "@id"], membership, None),
},
]
),
)
def to_dataset_elem(cars_meta, cars_annos):
description = get_in([0], cars_meta)
classes = str(get_in([0, 0, 0], cars_annos))
split_desc = ''.join(description).split(" ")
return {
str(cars_meta[0]): {
'id': classes,
'make': split_desc[0],
'model': split_desc[1],
'body': split_desc[2],
'year': split_desc[3]
}
}
def post_build_node(post):
return (
attribute_filter_empty(
{"id": post["@id"], "label": post["label"], "role": post.get("role", None)},
),
relationship_filter_empty(
[
{
"subject": post["@id"],
"predicate": {
"key": "http://www.w3.org/1999/02/22-rdf-syntax-ns#type",
"attributes": {},
},
"object": TYPE_POST,
},
{
"subject": post["@id"],
"predicate": {
"key": "http://www.w3.org/ns/org#organization",
"attributes": {},
},
"object": get_in(["organization", "@id"], post, None),
},
]
),
)
def from_server_details_json(cls, server_json):
"""
Create a :obj:`NovaServer` instance from a server details JSON
dictionary, although without any 'server' or 'servers' initial resource
key.
See
http://docs.rackspace.com/servers/api/v2/cs-devguide/content/
Get_Server_Details-d1e2623.html
:return: :obj:`NovaServer` instance
"""
try:
server_state = ServerState.lookupByName(server_json['status'])
except ValueError:
server_state = ServerState.UNKNOWN_TO_OTTER
if server_json.get("OS-EXT-STS:task_state", "") == "deleting":
server_state = ServerState.DELETED
metadata = server_json.get('metadata', {})
return cls(
id=server_json['id'],
state=server_state,
created=timestamp_to_epoch(server_json['created']),
image_id=get_in(["image", "id"], server_json),
flavor_id=server_json['flavor']['id'],
links=freeze(server_json['links']),
desired_lbs=_lbs_from_metadata(metadata),
servicenet_address=_servicenet_address(server_json),
json=freeze(server_json))
def explode(d, keys):
values = get_in(keys, d)
if isinstance(values, list):
for v in values:
yield assoc_in(d, keys, v)
else:
yield d
def setup_selfheal_service(clock, config, dispatcher, health_checker, log):
"""
Setup selfheal timer service and return it.
:param clock: :obj:`IReactorTime` provider
:param dict config: Configuration dict containing selfheal info
:param dispatcher: Effect dispatcher
:param health_checker: ``HealthChecker`` object where SelfHeal's health
check will be added
:param log: :obj:`BoundLog` logger used by service
:return: selfheal service or None if relevant config is not found
:rtype: :obj:`IService`
"""
if "selfheal" not in config:
return None
interval = get_in(["selfheal", "interval"], config, no_default=True)
selfheal = SelfHeal(clock, dispatcher, config_value, interval, log)
func, lock = zk.locked_logged_func(
dispatcher, "/selfheallock", log, "selfheal-lock-acquired",
selfheal.setup)
health_checker.checks["selfheal"] = zk.create_health_check(lock)
sh_timer = TimerService(interval, func)
sh_timer.clock = clock
return sh_timer
def append_stack_uuid(stack_config, uuid):
"""
Append the given uuid to the `stack_name` value in `stack_config`.
"""
name_key = ('stack_name',)
name = get_in(name_key, stack_config)
return set_in(stack_config, name_key, name + '_%s' % uuid)
def _image_ref(self):
"""
Get group config's imageRef
"""
return get_in(
self.group_config,
["launchConfiguration", "args", "server", "imageRef"])
def from_server_details_json(cls, server_json):
"""
Create a :obj:`NovaServer` instance from a server details JSON
dictionary, although without any 'server' or 'servers' initial resource
key.
See
http://docs.rackspace.com/servers/api/v2/cs-devguide/content/
Get_Server_Details-d1e2623.html
:return: :obj:`NovaServer` instance
"""
try:
server_state = ServerState.lookupByName(server_json['status'])
except ValueError:
server_state = ServerState.UNKNOWN_TO_OTTER
if server_json.get("OS-EXT-STS:task_state", "") == "deleting":
server_state = ServerState.DELETED
metadata = server_json.get('metadata', {})
return cls(id=server_json['id'],
state=server_state,
created=timestamp_to_epoch(server_json['created']),
image_id=get_in(["image", "id"], server_json),
flavor_id=server_json['flavor']['id'],
links=freeze(server_json['links']),
desired_lbs=_lbs_from_metadata(metadata),
servicenet_address=_servicenet_address(server_json),
json=freeze(server_json))
def setup_selfheal_service(clock, config, dispatcher, health_checker, log):
"""
Setup selfheal timer service and return it.
:param clock: :obj:`IReactorTime` provider
:param dict config: Configuration dict containing selfheal info
:param dispatcher: Effect dispatcher
:param health_checker: ``HealthChecker`` object where SelfHeal's health
check will be added
:param log: :obj:`BoundLog` logger used by service
:return: selfheal service or None if relevant config is not found
:rtype: :obj:`IService`
"""
if "selfheal" not in config:
return None
interval = get_in(["selfheal", "interval"], config, no_default=True)
selfheal = SelfHeal(clock, dispatcher, config_value, interval, log)
func, lock = zk.locked_logged_func(dispatcher, "/selfheallock", log,
"selfheal-lock-acquired",
selfheal.setup)
health_checker.checks["selfheal"] = zk.create_health_check(lock)
sh_timer = TimerService(interval, func)
sh_timer.clock = clock
return sh_timer
def on_listing_nodes(rcv3_description, lbnodes_result):
_, body = lbnodes_result
return [
RCv3Node(node_id=node['id'], description=rcv3_description,
cloud_server_id=get_in(('cloud_server', 'id'), node))
for node in body
]
def append_stack_uuid(stack_config, uuid):
"""
Append the given uuid to the `stack_name` value in `stack_config`.
"""
name_key = ('stack_name',)
name = get_in(name_key, stack_config)
return set_in(stack_config, name_key, name + '_%s' % uuid)
def handle_json_message(metadata, transform, odc_metadata_link):
odc_yaml_uri = None
uri = None
if odc_metadata_link:
if odc_metadata_link.startswith("STAC-LINKS-REL:"):
rel_val = odc_metadata_link.replace("STAC-LINKS-REL:", "")
odc_yaml_uri = get_uri(metadata, rel_val)
else:
# if odc_metadata_link is provided, it will look for value with dict path provided
odc_yaml_uri = dicttoolz.get_in(odc_metadata_link.split("/"),
metadata)
# if odc_yaml_uri exist, it will load the metadata content from that URL
if odc_yaml_uri:
try:
content = requests.get(odc_yaml_uri).content
metadata = documents.parse_yaml(content)
uri = odc_yaml_uri
except requests.RequestException as err:
raise IndexingException(
f"Failed to load metadata from the link provided - {err}")
else:
raise IndexingException("ODC EO3 metadata link not found")
else:
# if no odc_metadata_link provided, it will look for metadata dict "href" value with "rel==self"
uri = get_uri(metadata, "self")
if transform:
metadata = transform(metadata)
return metadata, uri
def store():
d = doi.pkg_doi(c.pkg_dict)
c.pkg_dict.update({doi_key: d})
date = '{:%Y-%m-%d %H:%M:%S}'.format(datetime.now())
k = get_in([dara, 0], a)
c.pkg_dict[k] = date
tk.get_action('package_update')(context, c.pkg_dict)
def accum(d, item):
d['count'] += 1
if item['car_exterior_present'] and get_in(
['car_detected_probability'], item, 0.0) >= p_threshold:
d['true_positive'] += 1
elif not item['car_exterior_present'] and get_in(
['car_detected_probability'], item, 0.0) >= p_threshold:
d['false_positive'] += 1
elif not item['car_exterior_present'] and not get_in(
['car_detected_probability'], item, 0.0) >= p_threshold:
d['true_negative'] += 1
elif item['car_exterior_present'] and not get_in(
['car_detected_probability'], item, 0.0) >= p_threshold:
d['false_negative'] += 1
return d
def validated_schedule(
schedule: dict,
getters: t.Optional[t.List[dict]] = None,
) -> dict:
"""Validates ``schedule`` with schemas and returns modified
schedule dict if some getters provided.
Getters are special functions that can be attached to get some
schedule value from external source by key-path::
getters = [
{
'getter': payload_getter,
'params': {
'path': ['start', 'relative_timeshift', 'delay'],
'source': payload_source,
}
}
]
In this case, :func:`payload_getter` will receive value by ``path``
from the ``payload_source``. And ``schedule`` will be modified with
the result from ``payload_getter`` by the same path.
"""
if getters:
getters = GettersSchema(getters)
for getter in getters:
modifier = getter['getter']
params = getter.get('params', {})
path_to_value = params.get('path')
if path_to_value:
path_value = get_in(path_to_value, schedule)
if path_value is not None:
val = modifier(path_value, **params)
schedule = assoc_in(schedule, path_to_value, val)
relative_params = (
get_in(['periodical', 'relative_day'], schedule) and
get_in(['periodical', 'relative_day_index'], schedule)
)
if relative_params:
schedule = RelativeScheduleSchema(schedule)
else:
schedule = ScheduleSchema(schedule)
return schedule
def config_value(name):
"""
:param str name: Name is a . separated path to a configuration value
stored in a nested dictionary.
:returns: The value specificed in the configuration file, or None.
"""
return get_in(name.split('.'), _config_data)
def on_listing_nodes(rcv3_description, lbnodes_result):
_, body = lbnodes_result
return [
RCv3Node(node_id=node['id'],
description=rcv3_description,
cloud_server_id=get_in(('cloud_server', 'id'), node))
for node in body
]
def config_value(name):
"""
:param str name: Name is a . separated path to a configuration value
stored in a nested dictionary.
:returns: The value specificed in the configuration file, or None.
"""
return get_in(name.split('.'), _config_data)
def _private_ipv4_addresses(server):
"""
Get all private IPv4 addresses from the addresses section of a server.
:param dict server: A server dict.
:return: List of IP addresses as strings.
"""
private_addresses = get_in(["addresses", "private"], server, [])
return [addr['addr'] for addr in private_addresses if addr['version'] == 4]
def response():
if dara in a.iterkeys():
store()
h.flash_success(get_in([dara, 1], a))
else:
h.flash_error("ERROR! Sorry, dataset has not been registered or\
updated. Please contact your friendly sysadmin. ({})\
".format(dara))
tk.redirect_to('dara_doi', id=id)
def _private_ipv4_addresses(server):
"""
Get all private IPv4 addresses from the addresses section of a server.
:param dict server: A server dict.
:return: List of IP addresses as strings.
"""
private_addresses = get_in(["addresses", "private"], server, [])
return [addr['addr'] for addr in private_addresses if addr['version'] == 4]
def get_accuracy(key):
make, model = key
features = ['make', 'model', 'year', 'color', 'body']
return {
feature: [
get_in([f'{make}/{model}', f'{n}', 'accuracy', feature],
accuracy) for n in ["1", "3", "5", "10"]
]
for feature in features
}
def copy_evaluation_to_spreadsheet(meta, evaluation, spreadsheet_id, sheet_name, row):
for feature, feature_meta in meta.items():
pprint(feature)
data_keys = feature_meta['data_keys']
pprint(data_keys)
values = list(map(lambda key: get_in([key, 'accuracy', feature], evaluation), data_keys))
pprint(values)
col_begin = feature_meta['col_begin']
col_end = feature_meta['col_end']
rangeName = f'{sheet_name}!{col_begin}{row}:{col_end}{row}'
pprint(rangeName)
update_cells(spreadsheet_id, rangeName, [values])
def try_json_with_keys(maybe_json_error, keys):
"""
Attemp to grab the message body from possibly a JSON error body. If
invalid JSON, or if the JSON is of an unexpected format (keys are not
found), `None` is returned.
"""
try:
error_body = json.loads(maybe_json_error)
except (ValueError, TypeError):
return None
else:
return get_in(keys, error_body, None)
def fn(d):
match_make = not makes or d['make'] in makes
match_model = not models or d['model'] in models
match_x_image_ids = not x_image_ids or d['image_id'] not in x_image_ids
match_seller = not seller or d['seller'] == seller
match_probability = get_in(['bounding_box', 'probability'], d, 1.0) >= probability
return (match_make
and match_model
and match_x_image_ids
and match_seller
and match_probability)
def format_single_event(response):
start = response['start']
end = response['end']
return {
'creator': get_in(['creator', 'displayName'], response),
'status': response.get('status'),
'summary': split_by(response.get('summary', '')),
'start': start.get('date') or start.get('dateTime'),
'end': end.get('date') or end.get('dateTime'),
'kind': EVENT_KIND_MAPPING.get(response.get('kind'), 'unknown'),
'all_day': 'Yes' if response['start'].get('date') else 'No'
}
def try_json_with_keys(maybe_json_error, keys):
"""
Attemp to grab the message body from possibly a JSON error body. If
invalid JSON, or if the JSON is of an unexpected format (keys are not
found), `None` is returned.
"""
try:
error_body = json.loads(maybe_json_error)
except (ValueError, TypeError):
return None
else:
return get_in(keys, error_body, None)
def _match_errors(code_keys_exc_mapping, status_code, response_dict):
"""
Take a list of tuples of:
(status code, json keys, regex pattern (optional), exception callable),
and attempt to match them against the given status code and response
dict. If a match is found raises the given exception type with the
exception callable, passing along the message.
"""
for code, keys, pattern, make_exc in code_keys_exc_mapping:
if code == status_code:
message = get_in(keys, response_dict, None)
if message is not None and (not pattern or pattern.match(message)):
raise make_exc(message)
def match_errors(code_keys_exc_mapping, status_code, response_dict):
"""
Take a list of tuples of:
(status code, json keys, regex pattern (optional), exception callable),
and attempt to match them against the given status code and response
dict. If a match is found raises the given exception type with the
exception callable, passing along the message.
"""
for code, keys, pattern, make_exc in code_keys_exc_mapping:
if code == status_code:
message = get_in(keys, response_dict, None)
if message is not None and (not pattern or pattern.match(message)):
raise make_exc(message)
def _predict_action(state):
mine = shapely.geometry.Polygon(state['desc']['mine_shell'])
obstacles = [shapely.geometry.Polygon(sh) for sh in state['desc']['obstacle_shells']]
obstacle = shapely.ops.unary_union(obstacles)
situable = mine.difference(obstacle)
wrappeds = [shapely.geometry.Polygon(sh) for sh in state['wrapped_shells']]
wrapped = shapely.ops.unary_union(wrappeds)
not_wrapped = situable.difference(wrapped)
if not_wrapped.area < 1.0:
return None, state
last_move = state.get('last_move', 'W')
for move in [last_move, 'W', 'S', 'A', 'D']:
proj = _move_projection_center(state['worker']['pos'], move)
if not_wrapped.contains(proj):
return move, tzd.dissoc(state, 'path_pts_to_not_wrapped')
if not state.get('path_pts_to_not_wrapped'):
target_tile = tzf.thread_first(not_wrapped.representative_point(),
_shapely_point2pt,
_snap_to_tile)
print('Finding shortest path from tile {} to {}'.format(state['worker']['pos'], target_tile))
if tzd.get_in(['cache', 'incidence_m'], state) is None:
incidence_m = _incidence_matrix(situable)
state = tzd.assoc_in(state, ['cache', 'incidence_m'], incidence_m)
else:
incidence_m = state['cache']['incidence_m']
target_vertex_ind = _incidence_ind(target_tile[0], target_tile[1], x_size=math.ceil(situable.bounds[2]))
path_dists, path_predecessors = sp.sparse.csgraph.shortest_path(csgraph=incidence_m,
directed=False,
return_predecessors=True,
unweighted=True,
indices=target_vertex_ind)
start_vertex_ind = _incidence_ind(state['worker']['pos'][0],
state['worker']['pos'][1],
x_size=math.ceil(situable.bounds[2]))
path_inds = _path_inds(path_predecessors, start_vertex_ind)
path_pts = [_incidence_pt(ind, x_size=math.ceil(situable.bounds[2]))
for ind in path_inds]
print('Found path: {}'.format(path_pts))
state = tzd.assoc(state, 'path_pts_to_not_wrapped', path_pts)
path_move = _projection_pt_move(state['worker']['pos'], state['path_pts_to_not_wrapped'][0])
if path_move is not None:
return path_move, tzd.update_in(state, ['path_pts_to_not_wrapped'], lambda p: p[1:])
return 'Z', state
async def update(self, dto: UpdateTodoItemDto, id_: int):
item = get_in([id_], self.items)
if not item:
return None
self.items, new_item = pipe(
(item, dto),
lambda items: {
**items[0].dict(),
**items[1].dict(exclude_defaults=True)
},
lambda data: TodoItem(**data),
lambda todo: (assoc(self.items, id_, todo), todo),
)
return new_item
def prepare_server_launch_config(group_id, server_config, lb_descriptions):
"""
Prepare a server config (the server part of the Group's launch config)
with any necessary dynamic data.
:param str group_id: The group ID
:param PMap server_config: The server part of the Group's launch config,
as per :obj:`otter.json_schema.group_schemas.server` except as the
value of a one-element PMap with key "server".
:param iterable lb_descriptions: iterable of
:class:`ILBDescription` providers
"""
updated_metadata = merge(
get_in(('server', 'metadata'), server_config, {}),
generate_metadata(group_id, lb_descriptions))
return set_in(server_config, ('server', 'metadata'), updated_metadata)
def _is_server_in_group(group, server_id):
"""
Given a group and server ID, determines if the server is a member of
the group. If it isn't, it raises a :class:`ServerNotFoundError`.
"""
try:
response, server_info = yield Effect(
TenantScope(
retry_effect(get_server_details(server_id), retry_times(3), exponential_backoff_interval(2)),
group.tenant_id,
)
)
except NoSuchServerError:
raise ServerNotFoundError(group.tenant_id, group.uuid, server_id)
group_id = group_id_from_metadata(get_in(("server", "metadata"), server_info, {}))
if group_id != group.uuid:
raise ServerNotFoundError(group.tenant_id, group.uuid, server_id)
def orcid_map(k):
return (k, get_in(mapping[k], profile, default=author_orig[k]))
