def diarized_transcribe(gcred, gcs_uri, speakercount):
os.environ['GOOGLE_APPLICATION_CREDENTIALS'] = gcred
client = speech_v1p1beta1.SpeechClient()
audio = beta_types.RecognitionAudio(uri=gcs_uri)
config = beta_types.RecognitionConfig(
encoding=beta_enums.RecognitionConfig.AudioEncoding.FLAC,
language_code='en-US',
enable_speaker_diarization=True,
diarization_speaker_count=speakercount,
enable_word_time_offsets=True,
model='video',
enable_automatic_punctuation=True)
operation = client.long_running_recognize(config, audio)
response = operation.result(timeout=3600)
transcript = MessageToDict(response)
transcript = transcript.get('results')
transcript = transcript.pop()
transcript = transcript.get('alternatives')
transcript = transcript.pop()
transcript = transcript.get('words')
return transcript
def detect_text(self):
if self.preview_data and self.preview_data[
"thumbnails"] and credentials:
client = vision.ImageAnnotatorClient(credentials=credentials)
results = []
pages = []
for thumbnail in self.preview_data["thumbnails"]:
image = vision.types.Image()
image.source.image_uri = thumbnail["url"]
response = client.document_text_detection(image=image)
result = MessageToDict(response)
result["page"] = thumbnail["page"]
results.append(result)
full_text_annotation = result.get("fullTextAnnotation")
text_annotations = result.get("textAnnotations")
if full_text_annotation:
pages.append({
"number": result["page"],
"text": full_text_annotation["text"]
})
elif text_annotations:
pages.append({
"number": result["page"],
"text": text_annotations[0]["description"],
})
self.pages = pages
self.update_vision_data(results)
self.save(update_fields=["vision_data_file", "pages"])
async def deserialize_asset(REST_API_URL, address):
logging.info(f"Now deserializing asset present on {address}")
state_data = await address_state(REST_API_URL, address)
##decoding data stored on the blockchain
if not state_data:
logging.error(f"No asset data present corresponding to {address}")
return False
acc = asset_pb2.Asset()
acc.ParseFromString(state_data)
asset = MessageToDict(acc, preserving_proto_field_name=True)
##This is True, implies this asset has been created by the owner ot its
##child but havent been transffered to anyone else
if not asset.get("ownership_received"):
data = {
"ownership_received": None,
"received_on": None,
"parent_address": None,
"issuer_child_zero_pub": None
}
asset.update(data)
if not asset.get("child_zero_pub"):
asset.update({"child_zero_pub": None})
asset.update({"address": address})
return asset
def record_step_best(self, step_best, host_mask, guest_mask,
data_instances, model):
metas = {
"host_mask": host_mask.tolist(),
"guest_mask": guest_mask.tolist(),
"score_name": self.score_name
}
metas["number_in"] = int(sum(host_mask) + sum(guest_mask))
metas["direction"] = self.direction
metas["n_count"] = int(self.n_count)
host_party_id = model.component_properties.host_party_idlist[0]
guest_party_id = model.component_properties.guest_partyid
metas["host_features_anonym"] = [
f"host_{host_party_id}_{i}" for i in range(len(host_mask))
]
metas["guest_features_anonym"] = [
f"guest_{guest_party_id}_{i}" for i in range(len(guest_mask))
]
model_info = self.models_trained[step_best]
loss = model_info.get_loss()
ic_val = model_info.get_score()
metas["loss"] = loss
metas["current_ic_val"] = ic_val
metas["fit_intercept"] = model.fit_intercept
model_key = model_info.get_key()
model_dict = self._get_model(model_key)
if self.role != consts.ARBITER:
all_features = data_instances.schema.get('header')
metas["all_features"] = all_features
metas["to_enter"] = self.get_to_enter(host_mask, guest_mask,
all_features)
model_param = list(model_dict.get('model').values())[0].get(
model.model_param_name)
param_dict = MessageToDict(model_param)
metas["intercept"] = param_dict.get("intercept", None)
metas["weight"] = param_dict.get("weight", {})
metas["header"] = param_dict.get("header", [])
if self.n_step == 0 and self.direction == "forward":
metas["intercept"] = self.intercept
metric_name = f"stepwise_{self.n_step}"
metric = [Metric(metric_name, float(self.n_step))]
model.callback_metric(metric_name=metric_name,
metric_namespace=self.metric_namespace,
metric_data=metric)
model.tracker.set_metric_meta(metric_name=metric_name,
metric_namespace=self.metric_namespace,
metric_meta=MetricMeta(
name=metric_name,
metric_type=self.metric_type,
extra_metas=metas))
LOGGER.info(f"metric_name: {metric_name}, metas: {metas}")
return
def pull_wmata_bus():
ssl._create_default_https_context = ssl._create_unverified_context
headers = {
# Request headers
'api_key': 'acf1010abac8437dbeb5f9ed3699169b',
}
tripfeed = gtfs_realtime_pb2.FeedMessage()
url = 'https://api.wmata.com/gtfs/bus-gtfsrt-tripupdates.pb' # to make as a function to pass through later
response = urllib.request.Request(url, headers=headers)
xml = urllib.request.urlopen(response)
tripfeed.ParseFromString(xml.read())
dict_obj_trip = MessageToDict(tripfeed)
if not dict_obj_trip.get('entity'):
return
collector = []
for message in dict_obj_trip['entity']:
row = OrderedDict()
row['trip_id'] = message['tripUpdate']['trip']['tripId']
row['route_id'] = message['tripUpdate']['trip']['routeId']
row['vehicle_id'] = message['tripUpdate']['vehicle']['id']
row['delay'] = message['tripUpdate'].get('delay')
collector.append(row)
df_trip = pd.DataFrame(collector)
busfeed = gtfs_realtime_pb2.FeedMessage()
url = 'https://api.wmata.com/gtfs/bus-gtfsrt-vehiclepositions.pb'
response = urllib.request.Request(url, headers=headers)
xml = urllib.request.urlopen(response)
busfeed.ParseFromString(xml.read())
dict_obj_bus = MessageToDict(busfeed)
if not dict_obj_bus.get('entity'):
return None
collector = []
for message in dict_obj_bus['entity']:
row = OrderedDict()
row['vehicle_id'] = message['id']
row['route_id'] = message['vehicle']['trip']['routeId']
row['trip_id'] = message['vehicle']['trip']['tripId']
collector.append(row)
df_bus = pd.DataFrame(collector)
df_merged = df_bus.merge(df_trip,
on=['trip_id', 'route_id', 'vehicle_id'],
how='left')
df_merged['mode'] = "Bus"
df_merged['agency'] = "WMATA"
df_merged['region'] = "Washington"
return df_merged
def test_modify_member_zone_labels(self):
self.test_create_zone()
self._create_user()
param = {
'zone_id': self.zone.zone_id,
'user_id': self.user.user_id,
'domain_id': self.domain.domain_id
}
labels = ['developer', 'operator', 'operator']
self.inventory_v1.Zone.add_member(param,
metadata=(('token', self.token), ))
param = {
'zone_id': self.zone.zone_id,
'user_id': self.user.user_id,
'domain_id': self.domain.domain_id,
'labels': labels
}
zone_member = self.inventory_v1.Zone.modify_member(
param, metadata=(('token', self.token), ))
print(zone_member.labels)
user_info = MessageToDict(zone_member.user_info)
self.assertEqual(user_info.get('user_id'), self.user.user_id)
def _parse_train_lineage(self, train_lineage):
"""
Parse train lineage.
Args:
train_lineage (Event): Train lineage.
"""
if train_lineage is None:
self._lineage_info[self._name_model] = {}
self._lineage_info[self._name_algorithm] = {}
self._lineage_info[self._name_hyper_parameters] = {}
self._lineage_info[self._name_train_dataset] = {}
return
event_dict = MessageToDict(train_lineage,
preserving_proto_field_name=True)
train_dict = event_dict.get(self._name_train_lineage)
if train_dict is None:
raise LineageEventFieldNotExistException(self._name_train_lineage)
# when MessageToDict is converted to dict, int64 type is converted
# to string, so we convert it to an int in python
if train_dict.get(self._name_model):
model_size = train_dict.get(self._name_model).get('size')
if model_size:
train_dict[self._name_model]['size'] = int(model_size)
self._lineage_info.update(**train_dict)
def to_wavefunction_properties(
job_output: pb.JobOutput,
atomic_input: AtomicInput) -> WavefunctionProperties:
"""Extract WavefunctionProperties from JobOutput protobuf message"""
jo_dict = MessageToDict(job_output, preserving_proto_field_name=True)
return WavefunctionProperties(
basis=BasisSet(
name=atomic_input.model.basis,
center_data={}, # TODO: need to fill out
atom_map=[], # TODO: need to fill out
),
restricted=atomic_input.keywords.get("restricted", True),
scf_eigenvalues_a=jo_dict.get("orba_energies"),
scf_occupations_a=jo_dict.get("orba_occupations"),
scf_eigenvalues_b=jo_dict.get("orbb_energies", []),
scf_occupations_b=jo_dict.get("orbb_occupations", []),
)
async def play(self, ws, observation):
success = True
request_data = api.Request(
data=api.RequestData(ability_id=True, unit_type_id=True, upgrade_id=True)
)
await asyncio.wait_for(ws.send(request_data.SerializeToString()), 5)
try:
result = await asyncio.wait_for(ws.recv(), 5)
data_response = api.Response.FromString(result)
game_data = data_response.data
request_game_info = api.Request(game_info=api.RequestGameInfo())
await asyncio.wait_for(ws.send(request_game_info.SerializeToString()), 5)
result = await asyncio.wait_for(ws.recv(), 5)
game_info_response = api.Response.FromString(result)
# If game is still on
if game_data.units:
obj = decode_observation(observation.observation.observation, game_data, game_info_response)
obs = MessageToDict(observation)
obs = str(obs)
obs = obs.replace("\'", "\"")
obs = obs.replace("False", "false")
obs = obs.replace("True", "true")
obs = json.loads(obs,encoding="UTF-8")
game_meta = api.Request(
game_info=api.RequestGameInfo()
)
await ws.send(game_meta.SerializeToString())
result = await ws.recv()
game_meta = api.Response.FromString(result)
game_meta = MessageToDict(game_meta)
game_meta = str(game_meta)
game_meta = game_meta.replace("\'", "\"")
game_meta = game_meta.replace("False", "false")
game_meta = game_meta.replace("True", "true")
game_meta = json.loads(game_meta,encoding="UTF-8")
game_meta = game_meta.get("gameInfo", None)
game_meta.pop("modNames")
game_meta.pop("options")
game_meta.pop("mapName")
if("localMapPath" in game_meta.keys()):
game_meta.pop("localMapPath")
game_meta.pop("playerInfo")
game_meta.update(game_meta["startRaw"])
game_meta.pop("startRaw")
game_meta.pop("mapSize")
await self.process_step(ws, obj, raw=(obs, game_meta, game_data))
# function = self.decision_function
# alvailable_actions = self.query_alvailable_actions()
# to_do_action = function(observation, alvailable_actions)
# while(to_do_action and alvailable_actions):
# self.send_order(self, to_do_action)
# to_do_action = self.query_alvailable_actions()
except asyncio.TimeoutError:
return False
return True
def get_provider(self, secret_id, domain_id):
"""
Return: provider in secret
"""
secret_connector = self.locator.get_connector('SecretConnector')
secret = secret_connector.get_secret(secret_id, domain_id)
secret_dict = MessageToDict(secret, preserving_proto_field_name=True)
_LOGGER.debug(f'[get_provider] secret: {secret}')
return secret_dict.get('provider', None)
def detect_intent_text(project_id, session_id, text, language_code):
session_client = dialogflow.SessionsClient()
session = session_client.session_path(project_id, session_id)
text_input = dialogflow.types.TextInput(text=text,
language_code=language_code)
query_input = dialogflow.types.QueryInput(text=text_input)
response = session_client.detect_intent(session=session,
query_input=query_input)
response_content = MessageToDict(response.query_result)
return {
'expense_account':
response_content.get('fulfillmentMessages')[0].get('payload').get(
'expense_account'),
'params':
response_content.get('parameters'),
'query_text':
response_content.get('queryText')
}
def get_hand_labels(hand_process_results, labels_array):
if hand_process_results.multi_handedness is not None:
for idx, hand_handedness in enumerate(
hand_process_results.multi_handedness):
handedness_dict = MessageToDict(hand_handedness)
class_array = handedness_dict.get('classification')
if class_array is not None:
for item in class_array:
labels_array.append(item.get('label'))
return labels_array
def embedded_entity_to_dict(embedded_entity, data):
ep = entity_pb2.EntityProto()
ep.ParseFromString(embedded_entity)
d = MessageToDict(ep)
for entry in d.get("rawProperty", []):
name = entry.get("name")
value = entry.get("value")
if entry.get("meaning") == "ENTITY_PROTO":
dt = {}
data[name] = embedded_entity_to_dict(get_value(value, raw=True), dt)
else:
data[name] = get_value(value)
return data
async def observe_replay(self, step=24, id=0):
previous = None
game_units_by_tag = {}
while self.status == "started" or self.status == "replay":
async with websockets.connect("ws://{0}:{1}/sc2api".format(
self.host.address, self.host.port),
ping_interval=1,
ping_timeout=1,
close_timeout=1) as ws:
try:
request_payload = api.Request()
request_payload.observation.disable_fog = False
await asyncio.wait_for(ws.send(
request_payload.SerializeToString()),
timeout=1)
result = await asyncio.wait_for(ws.recv(), timeout=1)
obs = api.Response.FromString(result)
obs = MessageToDict(obs)
obs = str(obs)
obs = obs.replace("\'", "\"")
obs = obs.replace("False", "false")
obs = obs.replace("True", "true")
obs = json.loads(obs, encoding="UTF-8")
if obs.get("observation", {}).get("observation", {}):
game_units_by_tag.update(
units_by_tag(obs, self.game_info))
actual = obs_to_case_replay(obs, self.replay_info,
self.game_info,
game_units_by_tag)
if previous:
previous["actions"] = actual["actions"]
previous["observation"].pop("playerId")
yield previous
print(previous["observation"]["loop"])
previous = actual
request_payload = api.Request()
request_payload.step.count = step
await asyncio.wait_for(ws.send(
request_payload.SerializeToString()),
timeout=1)
result = await asyncio.wait_for(ws.recv(), timeout=1)
response = api.Response.FromString(result)
if response.status == 4:
self.status = "replay"
else:
self.status = "finished"
except Exception:
print(traceback.format_exc())
continue
self.host.status = "idle"
async def deserialize_float_account(REST_API_URL, address):
state_data = await address_state(REST_API_URL, address)
##decoding data stored on the
flt_acc = float_account_pb2.FloatAccount()
flt_acc.ParseFromString(state_data)
float_account = MessageToDict(flt_acc, preserving_proto_field_name=True)
float_account.update({"address": address})
##this is to handle accounts which havent claimed their account
if float_account.get("claimed_by"):
account_address = addresser.create_organization_account_address(
float_account["claimed_by"], 0)
else:
account_address = None
data = {"claimed": None, "claimed_by": None, "claimed_on": None}
float_account.update(data)
float_account.update({"account_address": account_address})
if not float_account.get("child_zero_pub"):
float_account.update({"child_zero_pub": None})
return float_account
def test_add_member_zone(self):
self.test_create_zone()
self._create_user()
param = {
'zone_id': self.zone.zone_id,
'user_id': self.user.user_id,
'domain_id': self.domain.domain_id
}
zone_admin = self.inventory_v1.Zone.add_member(
param, metadata=(('token', self.token), ))
user_info = MessageToDict(zone_admin.user_info)
self.assertEqual(user_info.get('user_id'), self.user.user_id)
def get_matching_result(self, picture_path_list):
if picture_path_list is None:
print("Error: npy is None")
return None
request_data = template_matcning_pb2.Matching(
picture_file_list=picture_path_list)
try:
res = self.stub.get_matching_result(request_data)
data = MessageToDict(res.data_dict)
except grpc.RpcError as e:
lprint_exception(e)
return None
else:
return data.get('data')
def embedded_entity_to_dict(embedded_entity, data):
ep = entity_pb2.EntityProto()
ep.ParseFromString(embedded_entity)
d = MessageToDict(ep)
for entry in d.get('rawProperty', []):
if 'meaning' in entry and entry['meaning'] == "ENTITY_PROTO":
dt = {}
data[entry['name']] = embedded_entity_to_dict(
base64.b64decode(entry['value']['stringValue']), dt)
else:
if entry['value']:
data[entry['name']] = base64.b64decode(
entry['value']['stringValue']).decode('utf-8')
else:
data[entry['name']] = None
return data
def filter_feed_for_delays(self):
output = set()
for feed_entity in self.feed.entity:
#converts feed entity to dictionary
entity = MessageToDict(feed_entity)
#attempts to get status from entity
status = entity.get('alert') and \
entity['alert'].get('headerText') and \
entity['alert']['headerText'].get('translation') and \
entity['alert']['headerText']['translation'][0].get('text')
#if the status is delays, attempt to grab the affected routes (trains)
if status == "Delays" and 'informedEntity' in entity['alert']:
for informedEntity in entity['alert']['informedEntity']:
if 'routeId' in informedEntity:
output.add(informedEntity['routeId'])
return output
def test_add_member_pool(self):
self.test_create_pool()
self._create_user()
param = {
'pool_id': self.pool.pool_id,
'user_id': self.user.user_id,
'domain_id': self.domain.domain_id
}
pool_member = self.inventory_v1.Pool.add_member(
param, metadata=(('token', self.token), ))
user_info = MessageToDict(pool_member.user_info)
self.assertEqual(user_info.get('user_id'), self.user.user_id)
def print_result(response, output):
logging.info("Inference result {}".format(response.ack_sequence_number))
for inference in response.media_sample.inferences:
tag = inference.entity.tag
box = inference.entity.box
atrributes = []
for attribute in inference.entity.attributes:
attribute_string = "{}: {}".format(attribute.name, attribute.value)
atrributes.append(attribute_string)
logging.info("- {} ({:.2f}) [{:.2f}, {:.2f}, {:.2f}, {:.2f}] {}"\
.format(tag.value, tag.confidence, box.l, box.t, box.w, box.h, atrributes))
response_dict = MessageToDict(response.media_sample)
if response_dict.get("inferences"):
for inference in response_dict["inferences"]:
inference["type"] = inference["type"].lower()
output.write("{}\n".format(json.dumps(response_dict)))
def _check_plugin_state(self, plugins, params):
""" Check plugin state first
if state == RE_PROVISIONING, delete plugin first
"""
for plugin in plugins:
dict_plugin = MessageToDict(plugin, preserving_proto_field_name=True)
dict_plugin.update(params)
state = dict_plugin.get('state', None)
_LOGGER.debug(f'[_check_plugin_state] plugin_info: {dict_plugin}')
if state == 'RE_PROVISIONING' or state == 'ERROR':
_LOGGER.debug(f'[_check_plugin_state] params: {params}')
self.install_plugin(dict_plugin)
delete_params = {
'plugin_id': dict_plugin['plugin_id'],
'version': dict_plugin['version'],
'domain_id': dict_plugin['domain_id']
}
self.delete_plugin(delete_params)
def __init__(self, config_proto):
config_dict = MessageToDict(config_proto,
including_default_value_fields=True,
preserving_proto_field_name=True)
self.gpio = [GpioConfig(v) for v in config_dict.get('gpio', [])]
self.timer = [TimerConfig(v) for v in config_dict.get('timer', [])]
self.pwm = [PwmConfig(v) for v in config_dict.get('pwm', [])]
self.encoder = [
EncoderConfig(v) for v in config_dict.get('encoder', [])
]
self.usart = [UsartConfig(v) for v in config_dict.get('uart', [])]
self.i2c = [I2cConfig(v) for v in config_dict.get('i2c', [])]
self.spi = [SpiConfig(v) for v in config_dict.get('spi', [])]
def _parse_evaluation_lineage(self, evaluation_lineage):
"""
Parse evaluation lineage.
Args:
evaluation_lineage (Event): Evaluation lineage.
"""
if evaluation_lineage is None:
return
event_dict = MessageToDict(evaluation_lineage,
preserving_proto_field_name=True)
evaluation_dict = event_dict.get(self._name_evaluation_lineage)
if evaluation_dict is None:
raise LineageEventFieldNotExistException(
self._name_evaluation_lineage)
self._lineage_info.update(**evaluation_dict)
metric = self._lineage_info.get(self._name_metric)
self._lineage_info[self._name_metric] = json.loads(
metric) if metric else {}
def do_create_volume(self, log, nvmesh_vol_name, request):
# UNUSED - secrets = request.secrets
# UNUSED - volume_content_source = request.volume_content_source
reqDict = MessageToDict(request)
reqJson = MessageToJson(request)
log.debug('request: {}'.format(reqJson))
capacity = self._parse_required_capacity(request.capacity_range)
csi_metadata = self._build_metadata_field(reqDict)
nvmesh_params = self._handle_volume_req_parameters(reqDict, log)
topology_requirements = reqDict.get('accessibilityRequirements')
volume = NVMeshVolume(name=nvmesh_vol_name,
capacity=capacity,
csi_metadata=csi_metadata,
**nvmesh_params)
allowed_zones = TopologyUtils.get_allowed_zones_from_topology(
topology_requirements)
log.debug('Allowed zones: %s' % allowed_zones)
zone = self.create_volume_on_a_valid_zone(volume, allowed_zones, log)
# we return the zone:nvmesh_vol_name to the CO
# all subsequent requests for this volume will have volume_id of the zone:nvmesh_vol_name
volume_id_for_co = Utils.nvmesh_vol_name_to_co_id(
nvmesh_vol_name, zone)
topology_key = TopologyUtils.get_topology_key()
volume_topology = Topology(segments={topology_key: zone})
# Volume Context will be returned by the CO in NodeStageVolume and NodePublishVolume
volume_context = {}
# Add all fields from the StorageClass parameters
volume_context.update(reqDict['parameters'])
csiVolume = Volume(volume_id=volume_id_for_co,
capacity_bytes=capacity,
accessible_topology=[volume_topology],
volume_context=volume_context)
return csiVolume
async def get_one_page_bullet(self, params: dict, page: int):
result = DanmakuData()
data_api_v2 = "https://api.bilibili.com/x/v2/dm/web/seg.so"
params = params.copy()
params.update({"segment_index": page})
resp = await self.get(data_api_v2, params=params)
if not resp or resp.status != 200:
return result
data = await resp.read()
pb2 = danmaku_pb2.DanmakuData()
pb2.ParseFromString(data)
data = MessageToDict(pb2)
# 哔哩哔哩: 1 飞行弹幕, 4 底部弹幕, 5 顶部弹幕, 6 逆向飞行弹幕
# Dplayer: 0 飞行弹幕, 1 顶部弹幕, 2 底部弹幕
pos_fix = {1: 0, 5: 1, 4: 2, 6: 0}
for bullet in data.get("bullet", []): # 可能这一页没有数据
result.append_bullet(
time=bullet.get("progress", 0) / 1000,
pos=pos_fix.get(bullet["mode"], 0),
color=bullet.get("color", 16777215),
message=bullet.get("content", "")
)
return result
def dlf_and_localdb_sync():
Intents.objects.all().delete()
for page in client.list_intents(parent).pages:
for raw_element in page:
element = MessageToDict(raw_element)
intents_db = Intents(
name=element.get('name'),
display_name=element.get('displayName'),
priority=element.get('priority')
)
intents_db.save()
input_contexts_list = element.get('inputContextNames')
if input_contexts_list is not None:
for input_context in input_contexts_list:
input_contexts_db = InputContexts(
name=input_context,
display_name=input_context.replace(contexts_path, ''),
input_context=intents_db
)
input_contexts_db.save()
output_contexts_list = element.get('outputContexts')
if output_contexts_list is not None:
for output_context in output_contexts_list:
output_contexts_db = OutputContexts(
name=output_context.get('name'),
display_name=output_context.get('name').replace(contexts_path, ''),
lifespan_count=output_context.get('lifespanCount'),
output_context=intents_db
)
output_contexts_db.save()
params_list = element.get('parameters')
if params_list is not None:
for param in params_list:
params_db = Parameters(
name=param.get('name'),
display_name=param.get('displayName'),
value=param.get('value'),
default_value=param.get('defaultValue'),
entity_type_display_name=param.get('entityTypeDisplayName'),
parameters=intents_db
)
params_db.save()
def job_output_to_atomic_result(*, atomic_input: AtomicInput,
job_output: pb.JobOutput) -> AtomicResult:
"""Convert JobOutput to AtomicResult"""
# Convert job_output to python types
# NOTE: Required so that AtomicResult is JSON serializable. Protobuf types are not.
jo_dict = MessageToDict(job_output, preserving_proto_field_name=True)
if atomic_input.driver.upper() == "ENERGY":
# Select first element in list (ground state); may need to modify for excited
# states
return_result: Union[float, List[float]] = jo_dict["energy"][0]
elif atomic_input.driver.upper() == "GRADIENT":
return_result = jo_dict["gradient"]
else:
raise ValueError(
f"Unsupported driver: {atomic_input.driver.upper()}, supported drivers "
f"include: {SUPPORTED_DRIVERS}")
if atomic_input.keywords.get("molden"):
# Molden file was request
try:
molden_string = tcpb_imd_fields2molden_string(job_output)
except Exception:
# Don't know how this code will blow up, so except everything for now :/
# NOTE: mo_output will set imd_orbital_type to "WHOLE_C"
molden_string = "Unable to create molden output. Did you include the 'mo_output' keyword??"
else:
molden_string = None
# Prepare AtomicInput to be base input for AtomicResult
atomic_input_dict = atomic_input.dict()
atomic_input_dict.pop("provenance", None)
# Create AtomicResult as superset of AtomicInput values
atomic_result = AtomicResult(
**atomic_input_dict,
# Create new provenance object
provenance=Provenance(
creator="terachem_pbs",
version="1.9-2021.01-dev",
routine="tcpb.TCProtobufClient.compute",
),
return_result=return_result,
properties=to_atomic_result_properties(job_output),
# NOTE: Wavefunction will only be added if atomic_input.protocols.wavefunction != 'none'
wavefunction=to_wavefunction_properties(job_output, atomic_input),
success=True,
)
# And extend extras to include values additional to input extras
atomic_result.extras.update({
"qcvars": {
"charges": jo_dict.get("charges"),
"spins": jo_dict.get("spins"),
"meyer_bond_order": jo_dict.get("bond_order"),
"orb_size": jo_dict.get("orb_size"),
"excited_state_energies": jo_dict.get("energy"),
"cis_transition_dipoles": jo_dict.get("cis_transition_dipoles"),
"compressed_bond_order": jo_dict.get("compressed_bond_order"),
"compressed_hessian": jo_dict.get("compressed_hessian"),
"compressed_ao_data": jo_dict.get("compressed_ao_data"),
"compressed_primitive_data":
jo_dict.get("compressed_primitive_data"),
"compressed_mo_vector": jo_dict.get("compressed_mo_vector"),
"imd_mmatom_gradient": jo_dict.get("imd_mmatom_gradient"),
},
"job_extras": {
"job_dir": jo_dict.get("job_dir"),
"job_scr_dir": jo_dict.get("job_scr_dir"),
"server_job_id": jo_dict.get("server_job_id"),
"orb1afile": jo_dict.get("orb1afile"),
"orb1bfile": jo_dict.get("orb1bfile"),
},
"molden": molden_string,
})
return atomic_result
def fetch_valid_tvs(request_context,
async_kvstore_client,
user=None,
tv_ids=None):
"""
Function to fetch valid tvs for drone mode
:param request_context: request context used to make kvstore requests
:param async_kvstore_client: async client used to make kvstore requests
:param device_id: optional device id to filter on
"""
# fetch list of all registered tvs
valid_tv_protos = []
valid_tv_json = []
if not user:
user = request_context.current_user
tv_list = yield get_registered_tvs(request_context.system_auth_header,
user,
async_kvstore_client,
device_ids=tv_ids)
# fetch devices from drone_mode_tvs collection
# if there is data, return that, otherwise just return blank TV data
# construct set containing device ids
drone_mode_tvs = yield get_drone_mode_tvs(request_context,
async_kvstore_client,
user=user)
LOGGER.debug('registered_tvs=%s, drone mode tvs=%s', tv_list,
drone_mode_tvs)
drone_mode_tv_dict = {}
for element in drone_mode_tvs:
if constants.CONTENT in element:
raw_id = base64.urlsafe_b64decode(str(element[constants.KEY]))
encoded_id = b64encode_to_str(raw_id)
element[constants.DEVICE_ID] = encoded_id
drone_mode_tv_dict[encoded_id] = element
if tv_list:
active_subscriptions = yield fetch_subscriptions(
request_context.auth_header,
async_kvstore_client,
user_list=[user],
subscription_type=constants.DRONE_MODE_TV,
device_ids=tv_ids)
LOGGER.debug('active_subscriptions=%s', active_subscriptions)
active_subscription_ids = {
subscription.device_id
for subscription in active_subscriptions
}
for device in tv_list:
device_id = device[constants.DEVICE_ID]
tv_proto = drone_mode_pb2.TVData()
tv_proto.device_id = device_id
tv_proto.display_name = device['device_name']
tv_proto.is_active = device_id in active_subscription_ids
tv_proto.tv_config.SetInParent()
if device_id in drone_mode_tv_dict:
tv_config = TVConfig(**drone_mode_tv_dict[device_id])
tv_config.set_protobuf(tv_proto.tv_config)
valid_tv_protos.append(tv_proto)
json_obj = MessageToDict(tv_proto,
including_default_value_fields=True,
use_integers_for_enums=True,
preserving_proto_field_name=True)
# since we're storing the user choices and input tokens as blobs,
# when we deserialize from proto to dict, we need to json dumps each of the fields
json_obj[constants.TV_CONFIG][constants.INPUT_TOKENS] = json.dumps(
json_obj.get(constants.TV_CONFIG,
{}).get(constants.INPUT_TOKENS, {}))
json_obj[constants.TV_CONFIG][constants.USER_CHOICES] = json.dumps(
json_obj.get(constants.TV_CONFIG,
{}).get(constants.USER_CHOICES, {}))
valid_tv_json.append(json_obj)
LOGGER.debug(
'finished fetch valid tvs: valid_tv_protos=%s, valid_tv_json=%s',
valid_tv_protos, valid_tv_json)
defer.returnValue([valid_tv_protos, valid_tv_json])
import sys
from io import BytesIO
import json
from google.cloud import vision
from google.protobuf.json_format import MessageToDict
import os
if __name__ == "__main__":
os.environ[
"GOOGLE_APPLICATION_CREDENTIALS"] = "/home/secrets/GCP-cred.json"
client = vision.ImageAnnotatorClient()
# load image
content = sys.stdin.buffer.read()
image = vision.types.Image(content=content)
# OCR on image
response = client.text_detection(image=image)
response_dict = MessageToDict(response)
image_text = response_dict.get('textAnnotations',
[{}])[0].get('description', '')
image_text = image_text.replace('\n', ' ')
# Return OCR text
print(json.dumps({"text": image_text}))
