def test_status(test_app):
# Given
# test_app
# When
response = test_app.get("/status")
# Then
assert response.status_code == 200
assert response.json() == {
"version": get_settings().version,
"status": "running",
"environment": get_settings().environment,
"testing": get_settings().testing,
}
def ensure_settings_file():
settings_path = "/opt/os2mo-data-import-and-export/settings/settings.json"
if exists(settings_path):
logger.debug("Early return from ensure_settings_file")
return False
settings = get_settings().dict()
settings_mapping = {
"crontab.SAML_TOKEN": "saml_token",
"mora.base": "mora_url",
"integrations.SD_Lon.sd_user": "******",
"integrations.SD_Lon.sd_password": "******",
"integrations.SD_Lon.base_url": "sd_base_url",
"integrations.SD_Lon.institution_identifier": "sd_institution",
"integrations.SD_Lon.import.too_deep": "sd_too_deep",
}
dipex_settings = {
dipex_key: str(settings[app_key])
for dipex_key, app_key in settings_mapping.items()
if settings[app_key] is not None
}
logger.info("Creating dipex settings file")
with open(settings_path, "w") as settings_file:
json.dump(dipex_settings, settings_file)
return True
def get_facts(content: str,
metadata: dict = {},
settings: Optional[Settings] = None):
if settings is None: settings = get_settings()
endpoint = "{}/predict".format(settings.svc_fact_extraction)
logger.debug("Hitting endpoint for fact extraction: {}".format(endpoint))
payload = {
"pipeline_run_id": "",
"pipeline_version": "",
"pipeline_id": "",
"data": {
"client_req_id": settings.app_name,
"body": {
"text_content": content
},
"meta": metadata
}
}
out_facts = []
try:
resp = requests.post(endpoint, json=payload)
status = resp.json()['data'][0]["status"]
if status == "SUCCESS":
facts = resp.json(
)['data'][0]["output"]["model_output"]["data"]["facts"]
for f in facts:
fc = schemas_grading.FactContent(**f)
out_facts.append(fc)
except requests.exceptions.ConnectionError:
logger.error("Fact extraction service is down")
return out_facts
def test_get_scoring(self):
self.test_get_facts()
settings = get_settings()
print(settings.svc_fact_comparison)
qnasub = models_grading.AssignmentQnASubmission.objects(
).no_dereference().first()
endpoint = "{}/predict".format(settings.svc_fact_comparison)
base_fact_list = []
for fact in base_facts:
base_fact_list.append(fact.dict())
answer_fact_list = base_fact_list
payload = {
"pipeline_run_id": "",
"pipeline_version": "",
"pipeline_id": "",
"data": {
"client_req_id": str(qnasub.id),
"body": {
"base_facts": base_fact_list,
"answer_facts": answer_fact_list
},
"meta": {
"assignment_id": str(qnasub.assignment.id),
"question_id": str(qnasub.aqna.id),
"student_id": str(qnasub.student.id)
}
}
}
# pp.pprint(payload)
pp.pprint(payload)
resp = requests.post(endpoint, json=payload)
data = resp.json()['data']
pp.pprint(data)
async def init_contract(
self, db: Database, contract_name: str, default_contract_address: str,
contract_class: Type[BaseContract], qadmin_party: PartyGet
) -> Union[ERC1155Contract, InvoiceRegistryContract]:
contract_service = BlockchainContractService(db)
contract_record = await contract_service.get_one_by_name(
None, contract_name)
if contract_record is None:
s = get_settings()
contract_address = default_contract_address
contract_path = s.compiled_contracts_path / f'{contract_name}.json'
with open(contract_path) as f:
compiled_contract = json.load(f)
contract_abi = compiled_contract['abi']
new_record = BlockchainContractCreate(
owner_uid=qadmin_party.uid,
name=contract_name,
contract_address=contract_address,
contract_abi=json.dumps(contract_abi))
await contract_service.create(None, new_record)
else:
contract = BlockchainContractGet(**contract_record)
contract_abi = contract.contract_abi
contract_address = contract.contract_address
return contract_class(self.w3, contract_address, contract_abi)
def health_check():
settings: Settings = get_settings()
return {
"title": settings.WEB_APP_TITLE,
"description": settings.WEB_APP_DESCRIPTION,
"version": settings.WEB_APP_VERSION,
"status": StatusEnum.OK,
}
async def init_contracts(self, db: Database, qadmin_party: PartyGet):
s = get_settings()
self.erc1155_contract = await self.init_contract(
db, 'ChainvoiceERC1155', s.erc1155_contract_address,
ERC1155Contract, qadmin_party)
self.invoice_registry_contract = await self.init_contract(
db, 'InvoiceRegistry', s.invoice_registry_contract_address,
InvoiceRegistryContract, qadmin_party)
async def test_get_offers_from_partner(self, customer, partner_offers_payload):
assert await Offer.all().count() == 0
settings = get_settings()
url = f"{settings.partner_host}/offers"
responses.add(responses.POST, url=url, json=partner_offers_payload, status=200)
offers = await customer_service.get_offers(customer.id)
assert len(offers) == 5
def init_db(app: FastAPI) -> None:
"""Register Tortoise ORM."""
register_tortoise(
app=app,
db_url=get_settings().database_url,
modules={'models': ['app.models']},
generate_schemas=False,
add_exception_handlers=True,
)
def init_db(app: FastAPI) -> None:
settings = get_settings()
register_tortoise(
app,
db_url=settings.database_url,
modules=settings.modules,
generate_schemas=True,
add_exception_handlers=True,
)
def create_database_engine():
SQLALCHEMY_DATABASE_URL = get_settings().db_url
if os.getenv('FASTAPI_ENV'): # check if running in container
engine = create_engine(SQLALCHEMY_DATABASE_URL)
else:
engine = create_engine(
'sqlite:///app.db',
connect_args={'check_same_thread': False})
return engine
async def generate_schema() -> None:
logger.info("Initializing Tortoise...")
settings = get_settings()
await Tortoise.init(
db_url=settings.database_url,
modules=settings.modules,
)
logger.info("Generating database schema via Tortoise...")
await Tortoise.generate_schemas()
await Tortoise.close_connections()
async def generate_schema() -> None:
"""Generate DB schemes for summarizer app."""
logger.info('Initializing Tortoise...')
await Tortoise.init(
db_url=get_settings().database_url,
modules={'models': ['app.models']},
)
logger.info('Generating database schema via Tortoise...')
await Tortoise.generate_schemas()
await Tortoise.close_connections()
def client() -> Generator:
# set up
app = create_application()
# app.dependency_overrides[get_settings] = get_settings_override
settings = get_settings()
initializer(["app.models"], db_url=settings.database_test_url)
with TestClient(app) as test_client:
# testing
yield test_client
finalizer()
def __init__(self, settings: Settings = get_settings()):
self.client: pymongo.MongoClient = AsyncIOMotorClient(
host=settings.db_host,
authSource=settings.db_name,
username=settings.db_user,
password=settings.db_pass,
)
db: Database = self.client[settings.db_name]
self.annotators: Collection = db.get_collection("annotators")
self.segments: Collection = db.get_collection("segment_records")
self.audit_events: Collection = db.get_collection("audit_events")
self.sessions: Collection = db.get_collection("active_sessions")
async def get_offers(customer_id) -> List[Offer]:
settings = get_settings()
customer = await customer_repository.get(customer_id)
offer_package = await offer_package_repository.get_from_cache(
customer, settings.minutes_cache_offer)
if offer_package and len(offer_package.offers) > 0:
return offer_package.offers
external_offers = await partner_client.request_offers(customer)
offer_package = await offer_package_service.create_from_partner_offers_schema(
customer=customer, partner_offers=external_offers)
return offer_package.offers
def configure_logger():
settings = get_settings()
loggers = (
logging.getLogger(name)
for name in logging.root.manager.loggerDict
if name.startswith("uvicorn.")
)
for uvicorn_logger in loggers:
uvicorn_logger.handlers = []
logging.getLogger("uvicorn").handlers = [InterceptHandler()]
logger.configure(
handlers=[{"sink": sys.stdout, "level": settings.logging_level, "format": format_record, "colorize": True}]
)
def authenticate(self):
s = get_settings()
form_data = LoginFormData(
username=s.su_username,
password=s.su_password,
)
with self.new_client(authenticated=False) as client:
response = client.post(url='/api/login/access-token/',
data=form_data.dict())
check_response(response)
token = Token.parse_obj(response.json())
self.auth_headers = {
"Authorization": f"Bearer {token.access_token}"
}
def test_get_offers_from_customer(self, test_app, mocked_responses,
customer, partner_offers_payload):
settings = get_settings()
responses.add(
responses.POST,
url=f"{settings.partner_host}/offers",
json=partner_offers_payload,
status=200,
)
url = f"/api/v1/customers/{customer.id}/offers/"
response = test_app.get(url)
response.raise_for_status()
assert response.status_code == 200
def compare_facts(base_facts: List[schemas_grading.FactContent],
answer_facts: List[schemas_grading.FactContent],
metadata: dict = {},
settings: Optional[Settings] = None):
if settings is None: settings = get_settings()
endpoint = "{}/predict".format(settings.svc_fact_comparison)
logger.debug("Hitting endpoint for fact comparison: {}".format(endpoint))
base_fact_list = []
for fact in base_facts:
base_fact_list.append(fact.dict())
ans_fact_list = []
for fact in answer_facts:
ans_fact_list.append(fact.dict())
similarity = {}
if len(ans_fact_list) > 0 and len(base_fact_list) > 0:
payload = {
"pipeline_run_id": "",
"pipeline_version": "",
"pipeline_id": "",
"data": {
"client_req_id": settings.app_name,
"body": {
"base_facts": base_fact_list,
"answer_facts": ans_fact_list
},
"meta": metadata
}
}
try:
resp = requests.post(endpoint, json=payload)
status = resp.json()['data'][0]["status"]
if status == "SUCCESS":
resp_data = resp.json(
)['data'][0]['output']['model_output']['data']
fact_level_similarity_scores = resp_data[
'fact_level_similarity_scores']
for i in range(len(fact_level_similarity_scores)):
similarity[str(base_facts[i].fact_id
)] = fact_level_similarity_scores[i]
logger.bind(payload=similarity).debug("Similarity dictionary is :")
except requests.exceptions.ConnectionError:
logger.error("Fact comparison service is down")
else:
logger.debug("Length base_facts:{} answer_facts:{}".format(
len(base_fact_list), len(ans_fact_list)))
return similarity
async def request_offers(customer: Customer) -> List[PartnerOfferOutSchema]:
base_log = f"Get offers from customer id: "
logger.info(f"{base_log} - start")
settings = get_settings()
timeout = settings.partner_timeout
url = f"{settings.partner_host}/offers"
async with httpx.AsyncClient() as client:
response = await client.post(url, timeout=timeout)
logger.info(f"{base_log} - received data, status {response.status_code}.")
response.raise_for_status()
partner_offers = parse_obj_as(
List[PartnerOfferOutSchema], response.json().get("offers")
)
return partner_offers
async def _test_invoice_lifecycle():
await startup()
s = get_settings()
invoice_registry = blockchain_client.invoice_registry_contract
token_contract = blockchain_client.erc1155_contract
seller = Account.from_key(s.qadmin_private_key)
buyer = seller
invoice_id = f'0x{uuid4().hex}'
debug(invoice_id)
invoice = invoice_registry.get_invoice(invoice_id)
debug(invoice)
assert invoice[0] is False
token_id = 0
invoice_amount = 56799
tx_receipt = invoice_registry.register_invoice(seller, invoice_id,
buyer.address, token_id,
invoice_amount)
# debug(tx_receipt)
assert tx_receipt['status'] == 1
invoice = invoice_registry.get_invoice(invoice_id)
debug(invoice)
assert (invoice[0] is True and invoice[2] == seller.address
and invoice[3] == buyer.address and invoice[4] == token_id
and invoice[5] == invoice_amount and invoice[6] == 0
and # paid amount is 0
invoice[7] == 0 # state is draft
)
tx_receipt = invoice_registry.publish_invoice(seller, invoice_id)
# debug(tx_receipt)
assert tx_receipt['status'] == 1 # invoice accepts payments
invoice = invoice_registry.get_invoice(invoice_id)
debug(invoice)
assert invoice[-1] == 1
tx_receipt = token_contract.safe_transfer_from(
buyer, buyer.address, invoice_registry.contract.address, token_id,
invoice_amount, invoice_id)
debug(tx_receipt)
assert tx_receipt['status'] == 1
invoice = invoice_registry.get_invoice(invoice_id)
debug(invoice)
assert invoice[-1] == 2 # invoice paid in full
def create_api() -> FastAPI:
fast_api = FastAPI(
title="PoseAPI",
description="""By [Lyngon Pte. Ltd.](https://www.lyngon.com)
A basic API for extracting human pose key-points from images.
Currently relying on
[OpenPose from CMU Perceptual Computing Lab](https://github.com/CMU-Perceptual-Computing-Lab/openpose)
as engine.
Others may come at a later stage.
""",
version=get_settings().version,
openapi_tags=[
{
"name": "pose",
"description": "Human Pose Estimation "
},
{
"name": "image",
"description": "Extract from image"
},
{
"name": "url",
"description": "Extract from URL"
},
{
"name": "draw",
"description": "Generate image with key-points drawn"
},
{
"name": "util",
"description": "Util features"
},
],
)
fast_api.include_router(status.router, prefix="/status", tags=["util"])
fast_api.include_router(pose.router, prefix="/pose", tags=["pose"])
return fast_api
def add(name):
length, lowercase, uppercase, numbers, specials = config.get_settings()
print('\n~*~*~*~*~*~*~*~*~*~*~* New Password ~*~*~*~*~*~*~*~*~*~*~*~\n')
print('{0} is to be added to the database.'.format(name))
print('')
print('Your default configuration looks like this:')
print(' - length:\t{0}'.format(length))
print(' - lowercase:\t{0}'.format(lowercase))
print(' - uppercase:\t{0}'.format(uppercase))
print(' - numbers:\t{0}'.format(numbers))
print(' - specialsx:\t{0}'.format(specials))
print('')
print('However some web services have some ridiculous limitations...')
print('Keep the default configurations?')
g = shell_io.key_input('(Y)es, (N)o: ', ['y', 'Y', 'n', 'N', ''])
if(g == 'n' or g == 'N'):
length = shell_io.get_length(length)
lowercase = shell_io.get_lowercase(lowercase)
uppercase = shell_io.get_uppercase(uppercase)
numbers = shell_io.get_numbers(numbers)
specials = shell_io.get_specials(specials)
db.add_account(name, length, lowercase, uppercase, numbers, specials)
def test_get_facts(self):
settings = get_settings()
print(settings.svc_fact_extraction)
endpoint = "{}/predict".format(settings.svc_fact_extraction)
qnasub = models_grading.AssignmentQnASubmission.objects(
).no_dereference().first()
answer = qnasub.answer.answer
meta = {
# "assignment_id": str(qnasub.assignment.id),
# "question_id": str(qnasub.aqna.id),
# "student_id": str(qnasub.student.id)
}
payload = {
"pipeline_run_id": "",
"pipeline_version": "",
"pipeline_id": "",
"data": {
"client_req_id": str(qnasub.id),
"body": {
"text_content": answer
},
"meta": meta
}
}
# pp.pprint(payload)
resp = requests.post(endpoint, json=payload)
data = resp.json()['data']
pp.pprint(data)
for d in data:
facts = d["output"]["model_output"]["data"]["facts"]
for f in facts:
fc = schemas_grading.FactContent(**f)
fc.score = 2
base_facts.append(fc)
# pp.pprint(fc.dict())
pp.pprint("******************************************")
fcmong = models_grading.FactContent(**fc.dict())
pp.pprint(fcmong.to_mongo())
async def test_db() -> AsyncGenerator:
"""Initialize db connection before run test."""
settings = get_settings()
try:
await Tortoise.init(db_url=settings.database_url_test,
modules=settings.modules)
except DBConnectionError:
await Tortoise.init(
db_url=settings.database_url_test,
modules=settings.modules,
_create_db=True,
)
await Tortoise.generate_schemas()
yield
try:
await Tortoise._drop_databases()
except ObjectInUseError:
pass
await Tortoise.close_connections()
def chainvoice_settings_set(c):
settings = get_settings().dict()
included_vars = [
'secret_key',
'access_token_expire_minutes',
'database_url',
'su_username',
'su_password',
'su_email',
'su_name',
'key_vault_url',
'qnode_url',
'qnode_key',
'qadmin_name',
'qadmin_address',
'qadmin_private_key',
'compiled_contracts_path',
'erc1155_contract_address',
'invoice_registry_contract_address'
]
var_values = ' '.join(f'chainvoice_{name}="{settings[name]}"'
for name in included_vars)
webapp_settings_set(c, var_values)
from app.config import get_settings
from app.db.database import DbMgr
from app.models.pulse import SessionIntervention
from app.models.pulse_events import PulseProcessing
settings = get_settings()
DbMgr.connect(settings.mongo_dbname,
settings.mongo_username,
settings.mongo_password,
settings.mongo_host)
SessionIntervention.objects(session="5f43b06862752155f1e7da87").delete()
def setUp(cls):
settings = get_settings()
DbMgr.connect(settings.mongo_dbname,
settings.mongo_username,
settings.mongo_password,
settings.mongo_host)
def get_settings_override():
return Settings(
testing=True,
database_url=get_settings().database_url_test,
)
from asyncio.tasks import Task
from net_gsd.host import Host
from app.config import Settings, get_settings
from app.core.tasks.tracker import track
settings: Settings = get_settings()
@track
async def get_switch_interface_detail(host: Host) -> dict:
"""Retrieves switch description, mac, ip, cidr, vlan and desktop details"""
result = await host.send_command(["show interfaces", "show vlan", "show mac address-table"])
result_dict = {}
async for record in parse_show_interface(host.hostname, result["show interfaces"]):
result_dict.update(record)
async for record in parse_show_vlan(result["show vlan"]["vlans"]):
result_dict[record[0]].update(record[1])
async for record in parse_show_mac(
result["show mac address-table"]["mac_table"]["vlans"][str(settings.DATA_VLAN)]["mac_addresses"]
):
result_dict[record[0]].update(record[1])
return result_dict
@track