trace

Evidence-driven tracing resolves ambiguous debugging results by orchestrating competing hypotheses in parallel. It assigns one tracer per hypothesis lane to gather evidence for, evidence against, and run discriminating probes, producing a ranked synthesis of actionable next steps.

Postmortem analysis benefits from evidence-driven tracing by spawning parallel tracer lanes for each explanation. It enforces tracing discipline by structuring evidence collection for and against each hypothesis, ultimately returning a ranked synthesis of the most likely causes.

Team mode coordinates parallel experiments by spawning one tracer worker per hypothesis lane. Each worker independently gathers evidence for, evidence against, and executes a discriminating probe before returning results for a final ranked synthesis.

Yes, experimental analysis is supported by orchestrating competing explanations across multiple tracer lanes. The system gathers evidence for and against each explanation while running critical unknown probes, yielding a ranked synthesis to guide next steps.

No, evidence-driven tracing enforces this discipline automatically by structuring each lane with explicit evidence-for, evidence-against, and discriminating probe sections. This ensures critical unknowns are addressed before producing the final ranked synthesis.