IndisputableMonolith.VM.Commit
The VM.Commit module defines a predicate witnessing conservative COMMIT boundaries under the v2 flag within the virtual machine model. Researchers formalizing state transitions and event commitments in the Recognition Science VM layer would cite it. The module organizes definitions for commit events, mock programs, mock states, and cycle reports, building directly on imported opcode, register, and state modules with no proofs inside.
claimThe central predicate $C(s,e)$ asserts that commit event $e$ on state $s$ forms a conservative boundary under the v2 flag.
background
This module sits inside the VM domain and imports Mathlib together with LNAL.Opcodes, LNAL.Registers, and VM.State. VM.State supplies the core state representations on which the commit predicate acts. The local setting is a virtual-machine execution model for LNAL operations, where conservative boundaries are required to preserve invariants across cycles.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
The module supplies commitEvent, mockProgram, mockState, and cycleReport that underpin conservative boundary checks in VM execution. These feed parent results on state integrity and transition conservation in the Recognition framework, consistent with the conservative character of J-cost measures and defect distances.
scope and limits
- Does not prove any properties of the commit predicate.
- Does not define the concrete semantics of the v2 flag.
- Does not address non-conservative commit scenarios.
- Limits content to mock objects and boundary predicates.