def getToken(code):
uid = current_user.get_id()
api_client = enablebanking.ApiClient('Alior', connector_settings=polish_api_data) # Create client instance.
auth_api = enablebanking.AuthApi(api_client)
token = auth_api.make_token(grant_type="authorization_code", # grant type, MUST be set to "authorization_code"
code=code,
# The code received in the query string when redirected from authorization
redirect_uri=redirect_url)
queries.updateToken(uid, token)
def keyRedirect():
# token = auth_api.make_token(grant_type="authorization_code", # grant type, MUST be set to "authorization_code"
# code=parsed_query.get("code"),
# # The code received in the query string when redirected from authorization
# redirect_uri=REDIRECT_URL)
code = request.args.get("code")
# print(f"\nCode: {code}\n\n")
api_client = enablebanking.ApiClient(
"Alior",
connector_settings=nordea_settings()) # Create client instance.
auth_api = enablebanking.AuthApi(
api_client) # Create authentication interface.
# auth_url = auth_api.get_auth(
# response_type="code", # OAuth2 response type
# redirect_uri=REDIRECT_URL, # redirect URI
# scope=["aisp"], # API scopes
# state="okok").url # state to pass to redirect URL
# redirected_url = util.read_redirected_url(auth_url, REDIRECT_URL)
# parsed_query = util.parse_redirected_url(redirected_url) # calling helper functions for CLI interaction
# logging.info("Parsed query: %s", parsed_query)
token = auth_api.make_token(
grant_type=
"authorization_code", # grant type, MUST be set to "authorization_code"
code=code,
# The code received in the query string when redirected from authorization
redirect_uri=REDIRECT_URL)
# logging.info("Token: %s", token)
aisp_api = enablebanking.AISPApi(
api_client
) # api_client has already accessToken and refreshToken applied after call to makeToken()
accounts = aisp_api.get_accounts()
x = "Accounts info: %s" % accounts
for account in accounts.accounts:
transactions = aisp_api.get_account_transactions(
account.account_id.iban,
date_from=(datetime.datetime.now() -
datetime.timedelta(days=89)).strftime('%Y-%m-%d'),
date_to=datetime.datetime.now().strftime('%Y-%m-%d'))
x += "Transactions info: %s" % transactions
balances = aisp_api.get_account_balances(account.account_id.iban)
x += "Balances info: %s" % balances
# TODO: how to save it somewhere else
# do_magic.magic(x)
return x
def generateToken():
api_client = enablebanking.ApiClient('Alior', connector_settings=polish_api_data) # Create client instance.
auth_api = enablebanking.AuthApi(api_client) # Create authentication interface.
auth_url = auth_api.get_auth(
response_type='code', # OAuth2 response type
redirect_uri=redirect_url, # redirect URI
scope=['aisp'], # API scopes
state='okok',
access = enablebanking.Access(
valid_until=(datetime.datetime.now() + datetime.timedelta(days=89)).strftime('%Y-%m-%d'),
balances=enablebanking.BalancesAccess(),
transactions=enablebanking.TransactionsAccess())).url # state to pass to redirect URL
res = {'oauth_link': auth_url}
return make_response(res, 200)
def registerToken():
api_client = enablebanking.ApiClient(
"Alior", connector_settings=polish_api_data) # Create client instance.
auth_api = enablebanking.AuthApi(
api_client) # Create authentication interface.
auth_url = auth_api.get_auth(
response_type="code", # OAuth2 response type
redirect_uri=REDIRECT_URL, # redirect URI
scope=["aisp"], # API scopes
state="okok",
access=enablebanking.Access(
valid_until=(datetime.datetime.now() +
datetime.timedelta(days=89)).strftime('%Y-%m-%d'),
balances=enablebanking.BalancesAccess(),
transactions=enablebanking.TransactionsAccess())
).url # state to pass to redirect URL
print(auth_url)
def main():
api_client = enablebanking.ApiClient(
"Alior",
connector_settings=nordea_settings()) # Create client instance.
auth_api = enablebanking.AuthApi(
api_client) # Create authentication interface.
auth_url = auth_api.get_auth(
response_type="code", # OAuth2 response type
redirect_uri=REDIRECT_URL, # redirect URI
scope=["aisp"], # API scopes
state="okok",
access=enablebanking.Access(
valid_until=(datetime.datetime.now() +
datetime.timedelta(days=89)).strftime('%Y-%m-%d'),
balances=enablebanking.BalancesAccess(),
transactions=enablebanking.TransactionsAccess())
).url # state to pass to redirect URL
redirected_url = util.read_redirected_url(auth_url, REDIRECT_URL)
parsed_query = util.parse_redirected_url(
redirected_url) # calling helper functions for CLI interaction
logging.info("Parsed query: %s", parsed_query)
token = auth_api.make_token(
grant_type=
"authorization_code", # grant type, MUST be set to "authorization_code"
code=parsed_query.get("code"),
# The code received in the query string when redirected from authorization
redirect_uri=REDIRECT_URL)
logging.info("Token: %s", token)
aisp_api = enablebanking.AISPApi(
api_client
) # api_client has already accessToken and refreshToken applied after call to makeToken()
accounts = aisp_api.get_accounts()
logging.info("Accounts info: %s", accounts)
for account in accounts.accounts:
transactions = aisp_api.get_account_transactions(account.resource_id)
logging.info("Transactions info: %s", transactions)
balances = aisp_api.get_account_balances(account.resource_id)
logging.info("Balances info: %s", balances)
def getLoginURLandAPI(self, bank):
assert bank in ["Alior", "KIR"], "Unknown bank!"
settings = self.bank2config[bank]
redirect = self.bank2redirect[bank]
api_client = enablebanking.ApiClient(
bank, connector_settings=settings(redirect))
auth_api = enablebanking.AuthApi(api_client)
access = enablebanking.Access(
valid_until=(datetime.datetime.now() +
datetime.timedelta(days=89)).strftime('%Y-%m-%d'),
balances=enablebanking.BalancesAccess(),
transactions=enablebanking.TransactionsAccess())
auth_url = auth_api.get_auth(
response_type="code", # OAuth2 response type
redirect_uri=redirect, # redirect URI
scope=["aisp"], # API scopes
access=access,
state="test").url # state to pass to redirect URL
return auth_url, redirect, (api_client, auth_api)
def main():
api_client = enablebanking.ApiClient(
"Alior",
connector_settings=alior_settings()) # Create client instance.
pisp_api = enablebanking.PISPApi(api_client)
payment_request_resource = enablebanking.PaymentRequestResource(
payment_type_information=enablebanking.PaymentTypeInformation(
service_level="SEPA", # will be resolved to "pis:EEA"
local_instrument="SEPA"
), # set explicitly, can also be for example SWIFT or ELIXIR
credit_transfer_transaction=[
enablebanking.CreditTransferTransaction(
instructed_amount=enablebanking.AmountType(amount="12.25",
currency="EUR"),
beneficiary=enablebanking.Beneficiary(
creditor=enablebanking.PartyIdentification(
name="Creditor Name",
postal_address={
"country":
"RO",
"addressLine": [
"Creditor Name", "Creditor Address 1",
"Creditor Address 2"
]
}),
creditor_account=enablebanking.AccountIdentification(
iban="RO56ALBP0RON421000045875"),
),
remittance_information=["Some remittance information"],
),
],
debtor=enablebanking.PartyIdentification(
name="Debtor Name",
postal_address={
"country":
"PL",
"addressLine":
["Debtor Name", "Debtor Address 1", "Debtor Address 2"]
}),
debtor_account=enablebanking.AccountIdentification(
iban="PL63249000050000400030900682"),
)
request_creation = pisp_api.make_payment_request(payment_request_resource)
logging.info("Request creation: %s", request_creation)
redirected_url = read_redirected_url(
request_creation.links.consent_approval.href,
REDIRECT_URL) # calling helper functions for CLI interaction
auth_api = enablebanking.AuthApi(
api_client) # Create authentication interface.
parsed_query_params = auth_api.parse_redirect_url(redirected_url)
logging.info("Query params: %s", parsed_query_params)
payment_request_confirmation = pisp_api.make_payment_request_confirmation(
request_creation.payment_request_resource_id,
confirmation=enablebanking.PaymentRequestConfirmation(
psu_authentication_factor=parsed_query_params.code,
payment_request=payment_request_resource))
logging.info("Payment request confirmation: %s",
payment_request_confirmation)
def main():
api_meta = get_connector_meta(
CONNECTOR_NAME,
CONNECTOR_COUNTRY) # get meta information for current connector
api_client = enablebanking.ApiClient(
CONNECTOR_NAME,
connector_settings=CONNECTOR_SETTINGS) # Create client instance.
auth_api = enablebanking.AuthApi(
api_client) # Create authentication interface.
client_info = enablebanking.ClientInfo()
connector_psu_headers = api_meta.required_psu_headers
if "psuIpAddress" in connector_psu_headers:
client_info.psu_ip_address = "10.10.10.10"
if "psuUserAgent" in connector_psu_headers:
client_info.psu_user_agent = "Mozilla/5.0 (Macintosh; Intel Mac OS X 10_14_5) AppleWebKit/605.1.15 (KHTML, like Gecko) Version/12.1.1 Safari/605.1.15"
auth_api.set_client_info(client_info=client_info)
access = enablebanking.Access(valid_until=(datetime.datetime.now() +
datetime.timedelta(days=89)))
get_auth_params: Dict[str, Any] = {"state": str(uuid.uuid4())}
if api_meta.auth_info[0].info.access:
get_auth_params["access"] = access
if api_meta.auth_info[0].info.user_id_required:
get_auth_params["user_id"] = "some_id"
if api_meta.auth_info[0].info.password_required:
get_auth_params["password"] = "******"
auth_response = auth_api.get_auth(**get_auth_params)
make_token_response = None
if auth_response.url:
# if url is returned, then we are doing redirect flow
redirected_url = read_redirected_url(auth_response.url, REDIRECT_URL)
query_params = auth_api.parse_redirect_url(redirected_url)
logging.info("Parsed query: %s", query_params)
make_token_response = auth_api.make_token(
"authorization_code", # grant type, MUST be set to "authorization_code"
query_params.code,
auth_env=auth_response.env,
)
else:
# decoupled flow otherwise
# Doing a retry to check periodically whether user has already authorized a consent
sleep_time = 3
for _ in range(3):
try:
make_token_response = auth_api.make_token(
"authorization_code", # grant type, MUST be set to "authorization_code"
code="",
auth_env=auth_response.env,
)
except enablebanking.MakeTokenException as e:
logging.debug(
f"Failed to get authorization code, sleeping for {sleep_time} seconds"
)
time.sleep(sleep_time)
else:
break
logging.info("Token: %s", make_token_response)
aisp_api = enablebanking.AISPApi(
api_client
) # api_client has already accessToken and refreshToken applied after call to makeToken()
if api_meta.modify_consents_info[0].info.before_accounts:
# bank requires to create a consent explicitly before accessing list of accounts
consent = aisp_api.modify_consents(access=access)
logging.debug(f"Consent: {consent}")
try:
# If returned consent has a redirect url, we need to redirect a PSU there
consent_url = consent.links.redirect.href
redirect_url = read_redirected_url(consent_url, REDIRECT_URL)
logging.debug(f"Redirect url: {redirect_url}")
except AttributeError:
pass
accounts = aisp_api.get_accounts()
logging.info("Accounts info: %s", accounts)
if api_meta.modify_consents_info[0].info.accounts_required:
# bank requires to create a consent with account ids specified
account_ids = [
enablebanking.AccountIdentification(iban=acc.account_id.iban)
for acc in accounts.accounts
]
access.accounts = account_ids
consent = aisp_api.modify_consents(access=access)
logging.debug(f"Consent: {consent}")
try:
# If returned consent has a redirect url, we need to redirect a PSU there
consent_url = consent.links.redirect.href
redirect_url = read_redirected_url(consent_url, REDIRECT_URL)
logging.debug(f"Redirect url: {redirect_url}")
except AttributeError:
pass
for account in accounts.accounts:
transactions = aisp_api.get_account_transactions(account.resource_id)
logging.info("Transactions info: %s", transactions)
balances = aisp_api.get_account_balances(account.resource_id)
logging.info("Balances info: %s", balances)