Can anyone clarify the correct pattern to iterate through all OAuth clients and their assigned scopes using the Genesys Cloud Python SDK? I am building a CI/CD validation script to audit scope drift and need to ensure I am handling pagination correctly.
I have reviewed the documentation:
“The list of clients can be retrieved using the GET /api/v2/oauth/clients endpoint. Each client object contains a list of assigned scopes.”
However, when I use get_oauth_clients() with pagination, the scopes array is sometimes empty or incomplete. Is there a specific parameter or additional endpoint call required to retrieve the full scope assignments for each client?
I normally fix this by relying on the SDK’s built-in pagination helper instead of manual cursor logic. The get_oauth_clients method returns a response object with a next_page property, but for bulk auditing, it’s faster to use the async iterator pattern if your SDK version supports it.
Initialize the PlatformClient with your OAuth token.
Call api_instance.get_oauth_clients(page_size=1000) to minimize round-trips.
Loop through response.entities and check response.next_page for additional calls.
from platformclientv2 import PlatformClient, OauthApi
platform_client = PlatformClient()
oauth_api = OauthApi(platform_client)
all_clients = []
page_size = 1000
next_page = None
while True:
response = oauth_api.get_oauth_clients(page_size=page_size, next_page=next_page)
all_clients.extend(response.entities)
next_page = response.next_page
if not next_page:
break
for client in all_clients:
print(f"Client: {client.name}, Scopes: {client.scopes}")
This approach ensures you capture all scope assignments without hitting rate limits prematurely. Remember to handle 429 Too Many Requests if you’re running this in a tight CI/CD loop.
The easiest fix here is this is to just use the SDK as the docs say. The suggestion above mentions async iterators, but i am not sure if that is standard for the python sdk version i use. docs state “the response object contains the entities array and a next_page token.” you need to handle the pagination manually in a loop. it is simple. do not overcomplicate it. here is what works for me. i copy this from my script. it is basic but it does not fail.
from platformclientv2 import PlatformClient, AuthorizationApi, OauthApi
platform_client = PlatformClient()
platform_client.login_client_credentials(client_id, client_secret)
api_instance = OauthApi(platform_client)
page_size = 100
page_number = 1
has_next_page = True
while has_next_page:
try:
response = api_instance.get_oauth_clients(page_size=page_size, page_number=page_number)
for client in response.entities:
# check client.scopes here
print(f"Client: {client.name}, Scopes: {client.scopes}")
if response.next_page is None:
has_next_page = False
else:
page_number += 1
except Exception as e:
print(f"Error fetching page {page_number}: {e}")
break
i get confused why people ignore the next_page property. it is right there. docs say “pagination is supported via page_number and page_size parameters.” you must increment the page number. if you use cursor, it is different, but this endpoint uses page numbers. i tried cursor once and it failed with 400 bad request. so stick to page_number. also make sure you have the oauth:client:read scope. if you do not have it, you get 403. docs state “access to oauth clients requires appropriate permissions.” check your service account permissions. if it still fails, check the error message. usually it is a permission issue. i spent two hours debugging this because i forgot the scope. do not make the same mistake.
If I remember right, the core issue with scope auditing is not just pagination, but ensuring the integrity of the data stream when processing large sets of OAuth clients in an orchestration layer. The suggestion above regarding manual loop handling is functionally correct for a simple script, but it lacks the robustness required for production-grade CI/CD validation. In my experience with MuleSoft integrations, relying on implicit next_page tokens without explicit null checks often leads to silent failures or infinite loops if the API response structure shifts slightly during a minor version update.
To ensure your audit script is resilient, you should implement a strict state-machine approach for the pagination logic. This isolates the network call from the data processing logic, which is critical when you are aggregating scope data for drift detection. Here is the methodical breakdown:
Initialize the PlatformClient with a service account that has oauth:client:read permissions.
Define a maximum retry limit for network timeouts, as bulk client retrieval can sometimes hit rate limits if other automation is running concurrently.
Use a while loop that explicitly checks for the presence of the next_page token before issuing the next request. Never assume the token exists.
Flatten the entities array from each response into a single list for downstream analysis.
from genesyscloud.platform_client_v2 import PlatformClientV2
from genesyscloud.oauth import OauthApi
def audit_oauth_clients(platform_client):
oauth_api = OauthApi(platform_client)
all_clients = []
next_page = None
while True:
try:
if next_page:
response = oauth_api.get_oauth_clients(page_size=1000, next_page=next_page)
else:
response = oauth_api.get_oauth_clients(page_size=1000)
all_clients.extend(response.entities)
next_page = response.next_page
if not next_page:
break
except Exception as e:
print(f"Pagination error: {e}")
break
return all_clients
This pattern ensures that your CI/CD pipeline fails fast if the API contract breaks, rather than silently returning incomplete scope data.
Check your response object parsing logic. The suggestion above mentions manual loops, but it misses the critical null check for the next_page property which causes infinite loops if the API returns an empty entity list. The docs state “pagination continues until the next_page property is null or undefined.” You must explicitly validate this before making the next request.
Initialize the PureCloudPlatformClientV2 client with your JWT.
Call get_oauth_clients(page_size=1000) to fetch the initial batch.
Verify the response.entities array is not empty.
Check if response.next_page is present and not None.
Pass the next_page token to the subsequent get_oauth_clients call.
Repeat until next_page is null.
This pattern ensures you capture all clients without hitting rate limits or crashing on malformed responses. Copy-paste this structure to avoid the common pitfall of assuming the last page always has a next token. It is verbose but reliable for CI/CD audits.