Formal Runbook Specification in StateM
Formally, a StateM runbook is defined as a five-tuple:
mathcal{B} = (mathcal{S}, s_0, mathcal{S}_T, mathcal{E}, Phi)
where:
- is the finite set of phase-level states.
- is the designated initial state.
- mathcal{S}_T subseteq mathcal{S} is the subset of terminal states denoting successful completion.
- is the set of permitted directed transitions between states.
- is the state specification mapping each state to its phase-local configuration, including the phase prompt, entry and exit hooks, transfer checks, and references to state-local artifacts.
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Prep Sessions
Long-Horizon Agent Reliability: Stateful Scaffolding and Runtime Verification @ University of Michigan - Ann Arbor
Ch.2 Runtime Architecture and Boundary Control - Long-Horizon Agent Reliability: Stateful Scaffolding and Runtime Verification @ University of Michigan - Ann Arbor
StateM Runtime and Runbook Architecture - Long-Horizon Agent Reliability: Stateful Scaffolding and Runtime Verification @ University of Michigan - Ann Arbor
Related
StateM Runbook
Formal Runbook Specification in StateM
Phase-Local Node Architecture in StateM
StateM Agent Runtime
Separation of Generic Runtime and Control Profile in StateM
Which set of lifecycle hooks and verification checks is detailed in a StateM runbook YAML specification?
In StateM, human supervisors must use a separate, proprietary GUI tool to audit runbooks because the control artifact cannot be inspected or edited directly by humans.
Through what operational interface does an executing StateM agent inspect its current state, execute transitions, and record dynamic checks in the shared workspace?
Formal Runbook Specification in StateM
Phase-Local Node Architecture in StateM
Learn After
In the StateM formal runbook 5-tuple mathcal{B} = (mathcal{S}, s_0, mathcal{S}_T, mathcal{E}, Phi), what does the mapping define for a given state ?
In StateM, the terminal state subset denotes successful completion of the runbook.
In the StateM formal specification mathcal{B} = (mathcal{S}, s_0, mathcal{S}_T, mathcal{E}, Phi), an agent attempts to execute a direct transition from state to state , but . Explain whether this execution transition is permitted under the formal definition and why.