Service-mode twins get task-level telemetry for free from the endpoint's rhapsody plugin, and the xGFabric report set renders from it unmodified. Two things only the engine side can provide:
asyncflow.workflow_id stamping — the standalone demos wrap runs in workflow_scope(); the service engine runs none, so per-workflow gantt grouping degenerates.flow.start_telemetry(...) equivalents (resource polls at the engine host, checkpoint path control).
Proposal: an optional per-engine config knob in the session config (e.g. "telemetry": {"checkpoint_path": ...}) that _build_engine honors, plus an opt-in workflow scope per twin. Surfaced converting the xGFabric twin to service mode (radical-cybertools/xGFabric PR "Service twin: telemetry reports").
🤖 Generated with Claude Code
https://claude.ai/code/session_016Npyz3Hbnwos12ESsdJ2YU
Service-mode twins get task-level telemetry for free from the endpoint's rhapsody plugin, and the xGFabric report set renders from it unmodified. Two things only the engine side can provide:
asyncflow.workflow_idstamping — the standalone demos wrap runs inworkflow_scope(); the service engine runs none, so per-workflow gantt grouping degenerates.flow.start_telemetry(...)equivalents (resource polls at the engine host, checkpoint path control).Proposal: an optional per-engine config knob in the session config (e.g.
"telemetry": {"checkpoint_path": ...}) that_build_enginehonors, plus an opt-in workflow scope per twin. Surfaced converting the xGFabric twin to service mode (radical-cybertools/xGFabric PR "Service twin: telemetry reports").🤖 Generated with Claude Code
https://claude.ai/code/session_016Npyz3Hbnwos12ESsdJ2YU