openclaw - 💡(How to fix) Fix Bug: LiveSessionModelSwitchError triggers for isolated sessions on heartbeat/cron when defaults differ [1 participants]

Dynamically created isolated sessions (cron/heartbeat) should respect the model defined in their payload without triggering a session switch error against the system default primary model. The specified model in the payload should be treated as the valid target for that execution context. The only way to avoid the error currently is to force the agents.defaults.heartbeat.model (or the cron payload) to match the global agents.defaults.model.primary exactly.

TL;DR

Update the session validation logic to prioritize the payload's requested model for embedded runtime modes, bypassing the strict switch comparison against the system-wide default primary model.

Guidance

• Identify the embedded runtime modes (e.g., cron, heartbeat) and modify the session validation logic to give precedence to the model specified in the payload.
• Introduce a check for a modelOverride in the session storage for the specific UUID, and only perform the strict switch comparison if this override exists.
• Review the logging mechanism to ensure that LiveSessionModelSwitchError is only triggered when a valid model switch is attempted, and not when the payload's requested model is used.
• Verify that the agents.defaults.heartbeat.model and agents.defaults.model.primary settings are correctly configured and do not cause unintended model switches.

Example

No explicit code example is provided due to the lack of specific implementation details in the issue.

Notes

The suggested fix assumes that the embedded runtime modes can be reliably identified and that the payload's requested model can be trusted. Additional validation or error handling may be necessary to ensure the security and stability of the system.

Recommendation

Apply the suggested workaround by updating the session validation logic to prioritize the payload's requested model, as this approach directly addresses the reported issue and allows for more flexible model switching in embedded runtime modes.