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# -------------------------------------------------------------------------
# Copyright (c) Microsoft Corporation. All rights reserved.
# Licensed under the MIT License. See License.txt in the project root for
# license information.
# --------------------------------------------------------------------------
import pytest
import jwt
import time
from azure.communication.phonenumbers._shared.user_credential import CommunicationTokenCredential
from azure.communication.phonenumbers._shared.utils import create_access_token
def generate_test_token(expiry_time_seconds=1000):
payload = {
"sub": "1234567890",
"name": "John Doe",
"iat": 1516239022,
"exp": time.time() + expiry_time_seconds, # Expiration time
}
return jwt.encode(payload, "secret", algorithm="HS256")
def token_refresher(expiry_time_seconds=1000):
new_token = generate_test_token(expiry_time_seconds)
return create_access_token(new_token)
def test_communication_token_credential_initialization():
test_token = generate_test_token()
CommunicationTokenCredential(token=test_token)
def test_communication_token_credential_with_token_refresher():
test_token = generate_test_token()
CommunicationTokenCredential(token=test_token, token_refresher=token_refresher)
def test_communication_token_credential_with_proactive_refresh():
test_token = generate_test_token()
CommunicationTokenCredential(token=test_token, token_refresher=token_refresher, proactive_refresh=True)
def test_communication_token_credential_get_token():
test_token = generate_test_token()
token_credential = CommunicationTokenCredential(token=test_token)
result = token_credential.get_token()
assert result.token == test_token
def test_communication_token_credential_get_token_with_refresh():
test_token = generate_test_token()
token_credential = CommunicationTokenCredential(token=test_token, token_refresher=token_refresher)
result = token_credential.get_token()
assert result.token == test_token
def test_communication_token_credential_get_token_with_proactive_refresh():
test_token = generate_test_token()
token_credential = CommunicationTokenCredential(
token=test_token, token_refresher=token_refresher, proactive_refresh=True
)
result = token_credential.get_token()
assert result.token == test_token
def test_communication_token_credential_with_non_string_token():
with pytest.raises(TypeError):
CommunicationTokenCredential(token=12345)
def test_communication_token_credential_with_proactive_refresh_but_no_token_refresher():
test_token = generate_test_token()
with pytest.raises(ValueError):
CommunicationTokenCredential(token=test_token, proactive_refresh=True)
def test_communication_token_credential_get_token_no_refresh():
test_token = generate_test_token()
token_credential = CommunicationTokenCredential(token=test_token)
assert (token_credential.get_token()).token == test_token
def test_communication_token_credential_context_manager():
test_token = generate_test_token()
with CommunicationTokenCredential(
token=test_token, token_refresher=token_refresher, proactive_refresh=True
) as token_credential:
assert (token_credential.get_token()).token == test_token
def test_communication_token_credential_close():
test_token = generate_test_token()
token_credential = CommunicationTokenCredential(
token=test_token, token_refresher=token_refresher, proactive_refresh=True
)
token_credential.close()
assert token_credential._is_closed.is_set()
assert token_credential._timer is None
def test_communication_token_credential_get_token_with_refresh_and_expiring_soon():
test_token = generate_test_token(3)
token_credential = CommunicationTokenCredential(token=test_token, token_refresher=lambda: token_refresher())
time.sleep(4)
new_token = token_credential.get_token()
decoded_test_token = jwt.decode(test_token, "secret", options={"verify_exp": False}, algorithms=["HS256"])
decoded_new_token = jwt.decode(new_token.token, "secret", options={"verify_exp": False}, algorithms=["HS256"])
assert decoded_new_token["exp"] > decoded_test_token["exp"]
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