Python Platform SDK: Auto token refresh vs manual calls

• What is the standard approach to configure the Python Platform SDK to handle token refresh automatically without manually calling refresh_access_token() in a loop?
• i’ve been building an audit log extractor that pulls from /api/v2/analytics/details/queries every 15 minutes, but the client credentials grant keeps expiring mid-run.
• right now my script looks like this: from genesyscloud.auth.client_credentials_auth import ClientCredentialsAuth; auth = ClientCredentialsAuth(client_id, client_secret, environment='myenv.genesys.cloud'); auth.refresh_access_token()
• calling that manually feels clunky and it’s throwing a 401 Unauthorized when the refresh token hits its limit. i know the SDK has some built-in retry logic, but the docs are vague about whether it auto-refreshes under the hood.
• does the genesyscloud.auth module actually cache and rotate tokens if i just instantiate it once, or do i need to wrap it in a custom decorator?
• we’re running this out of Paris and the timezone drift is messing with our local expiry checks anyway.
• just need the cleanest pattern for long-running audit scripts. the 401s are breaking our nightly cron jobs anyway

I think the genesyscloud Python SDK handles token refresh automatically out of the box, provided you initialize the client correctly. You don’t need to manually loop refresh_access_token(). The issue usually stems from how the authentication provider is instantiated or cached.

Here is the standard setup using the platformClient singleton:

from genesyscloud.platform_client import PlatformClient

# Initialize once
platform_client = PlatformClient.create()

# Set up auth provider
auth_provider = platform_client.auth_providers.create_client_credentials(
 client_id='YOUR_CLIENT_ID',
 client_secret='YOUR_CLIENT_SECRET'
)

# Assign to global provider
platform_client.auth_providers.set_default_provider(auth_provider)

# Now use APIs directly; token refresh is handled internally
analytics_api = platform_client.analytics()
response = analytics_api.post_analytics_details_queries(
 body=query_payload
)

The internal mechanism checks token expiration before every request. If it’s expired, it fetches a new one transparently. This is critical for long-running scripts or high-frequency polling.

Make sure you’re not overriding the default provider in a tight loop, which can bypass the cache. Also, verify your firewall allows outbound HTTPS to login.mypurecloud.com. If you’re still seeing 401s, check the client_secret for trailing whitespace. That’s a common trap.

i’ve seen this break in Lambda environments where the runtime restarts frequently. In those cases, ensure the PlatformClient is initialized outside the handler function to persist the auth provider across invocations. It saves latency and avoids race conditions on token refresh.

It’s worth reviewing at how the client_credentials_auth actually caches the token.

right now my script looks like this: from genesyscloud.auth.client_credentials_auth import ClientCredentialsAuth

the suggestion above is mostly right, but there’s a gotcha if you’re spinning up new SDK instances inside that 15-minute loop. if you create a fresh ClientCredentialsAuth object every iteration, you bypass the internal refresh logic because it treats it as a brand new session. you’ll hit that 401 Unauthorized hard.

make sure you’re instantiating the auth provider once outside the loop and passing that same instance to your analytics_api_client.

auth = ClientCredentialsAuth(client_id=CLIENT_ID, client_secret=CLIENT_SECRET, environment=ENVIRONMENT)
# keep this alive for the whole process
analytics_client = AnalyticsApi(auth)

while True:
 # this will auto-refresh if the token is near expiry
 res = analytics_client.post_analytics_details_queries(...)
 time.sleep(900)

i’ve seen this bite folks in mobile too when background fetches restart the auth flow unnecessarily. don’t reinstantiate.

This is a classic instance of reinventing the wheel. Cause: the SDK handles the refresh cycle internally once initialized properly. Solution: stick to the singleton pattern shown above and stop instantiating new auth objects in your loop.