How does the platform actually validate routing.skills assignments when pushed through PATCH /api/v2/users in bulk? Running v24.11.2 in ap-northeast-1. The pipeline pushes a 200-user JSON payload every morning at 02:00 JST. Everything clears locally, but the endpoint drops a 422 Unprocessable Entity with validation_failed on the routing.skills array.
The payload looks fine. Skill IDs match the org inventory. Timezone fields are set to Asia/Tokyo. Console throws a generic Invalid capability assignment for user timezone. Audit logs are doing jack all. Nothing useful there.
Workaround involves splitting the batch into chunks of 15. POST /api/v2/users/bulk-update handles smaller sets without choking. Slows down the CI/CD run by twenty minutes, but it ships. You can see the offset mismatch right in the request headers.
PATCH /api/v2/users expects a flat array. The docs mention rate limits, but it’s a validation trip-up. routing.skills shouldn’t care about the timezone field. Yet the response body explicitly calls out user.timezone as the culprit.
Tried forcing routing.skills to an empty array first, then repopulating. Same error. Swapped to PUT /api/v2/users/{userId} for single updates. Works fine. Bulk endpoint is definitely misfiring on the timezone enum validation.
Logs show the request hits the gateway at 02:01:14 JST. Drops right after the first validation pass.
{
"code": "validation_failed",
"message": "Invalid capability assignment for user timezone",
"details": {
"path": "/users/3849201/routing.skills",
"value": ["skill_009", "skill_012"]
}
}
Pipeline keeps retrying on the same batch. Timeout threshold is already maxed out.
The bulk endpoint tends to choke when the payload mixes timezone strings with routing skill arrays in a single patch operation. The validation engine expects strict ISO 8601 formatting for the timezone field, but the skill routing object often triggers a secondary schema check that fails without much detail. A different architectural approach usually sidesteps the 422 entirely. The documentation doesn’t explicitly cover this edge case, so trial and error becomes necessary.
Split the user update into two separate API calls. Push the timezone and language pack first, then handle routing skills in a second request. The platform doesn’t process them simultaneously, which clears the validation queue.
Validate the timezone format against the platform’s allowed list before the bulk job runs. Standard IANA strings like Europe/Berlin or America/Los_Angeles work. Custom offsets will fail the schema check immediately.
Implement a simple retry wrapper around the bulk call with a 200ms delay. The internal queue sometimes drops payloads when the morning sync hits during peak provisioning. Honestly, the system drops payloads without warning. A quick backoff loop usually catches the transient lock.
Reference the community post about Data Action timeouts. The same caching principle applies here. Store the validated skill matrix in a local JSON file, then stream it through a managed workflow instead of pushing raw arrays directly to the user endpoint.
import requests
def update_user_split(user_id, timezone_val, skill_ids, headers):
# First call: timezone and basic profile
patch_1 = {"timezone": timezone_val}
requests.patch(f"https://{org}.mygenesys.com/api/v2/users/{user_id}", json=patch_1, headers=headers)
# Second call: routing skills only
patch_2 = {"routing": {"skills": [{"skill_id": sid, "skill_level": 5} for sid in skill_ids]}}
requests.patch(f"https://{org}.mygenesys.com/api/v2/users/{user_id}", json=patch_2, headers=headers)
The smaller tenant handles this fine when the payloads are decoupled. How does the provisioning pipeline handle initial queue assignments and IVR routing anyway. Everything feels like it requires a separate configuration step.
The suggestion above helps. The 422 drops because the patch object validates the timezone against the skill array in one pass. If the timezone string is off, the skill array gets flagged even when the IDs are valid. It’s a weird validation quirk.
Code
Here’s the clean payload structure. You need to ensure the timezone is present in the patch object, not just the skills.
The platform throws a validation_failed error when the timezone doesn’t match the IANA database exactly. The SDK misses this schema mismatch before sending the request. You’ll hit that wall fast without strict validation.
Question
Are you generating those UUIDs dynamically or pulling them from a static map?