============================================================ M2M MANIFEST — MACHINA ROOT CLASS AGLA / MACHINE STACK — ROOT CLASS FORMALIZATION DECLARATION Version: 0.1.0-M2M-MANIFEST-MACHINA-ROOT-CLASS Status: ISSUED — ROOT-CLASS FORMALIZATION REQUIRED Authority: USER / HUMAN CONTROL PLANE LOCAL CONTROL PLANE — GENERAL AGLA / KABBALAH STACK Class: AGLA / M2M / MANIFEST / MACHINA / ROOT_CLASS / MACHINE_REPRESENTATION / CONTROL_PLANE Scope: • declare MACHINA as a likely new AGLA root class • distinguish MACHINA from TENET / AREPO / OPERA / ROTA / SATOR • define MACHINA as machine-readable representation layer • prevent schema / JSON / visual binding / software object from becoming canon or OPERA execution by default • stabilize extraction, serialization, state, validation, and interface concerns under one class • prepare TENET / AREPO / OPERA / ROTA / SATOR MACHINA artifacts • prepare integration with Godot, API, CLI, webapp, VS Code, Codex, local parsers, and future runtime systems Mutation Policy: VERSION-CONTROLLED ONLY ============================================================ ============================================================ I. PURPOSE ============================================================ This manifest declares the need to formalize: MACHINA as a new AGLA root class. The immediate trigger is the development of: LIBER MACHINA EX ROTAE EXTRACTIO TENET MACHINA EX ROTA AREPO MACHINA EX ROTA OPERA MACHINA EX ROTA ROTA MACHINA EX ROTA SATOR MACHINA EX ROTA ΣΑΤΟΡ MACHINA EX ROTA AGLA_ROTA_MACHINE_SCHEMA v0.2.0-DRAFT These artifacts revealed that machine-readable representation is not adequately governed by the existing five classes alone. The existing five classes remain necessary: TENET = principial law AREPO = admissibility OPERA = execution ROTA = traversable/display structure SATOR = mediation/output But machine representation introduces a distinct class of concerns: • serialization • schema • object identity • source trace • validation state • visual binding • runtime binding • API / CLI / Godot / webapp representation • parser output • machine-state persistence • software-facing non-collapse • interface between textual artifact and executable environment These concerns are not reducible to OPERA, ROTA, or SATOR. Therefore: MACHINA must be formalized as a root class candidate. ============================================================ II. CORE DECLARATION ============================================================ MACHINA is: the AGLA root class governing machine-readable representation of structured AGLA artifacts. MACHINA is not: • TENET • AREPO • OPERA • ROTA • SATOR • canon • source text • visual diagram • runtime execution by default • software implementation by itself MACHINA is: representation layer serialization layer machine-state layer schema layer validation-surface layer interface-preparation layer Compressed: MACHINA = structured artifact as machine-representable state. Formula: TEXTUAL_ARTIFACT → MACHINA → possible software/runtime/interface binding but not: MACHINA → canon by itself nor: MACHINA → OPERA execution by itself ============================================================ III. WHY MACHINA IS NEEDED ============================================================ The existing AGLA pentagram can describe doctrine, admissibility, execution, display, and mediation. However, it does not by itself define: • JSON schema validity • machine-state identity • parser output shape • serialized object structure • runtime state separation • visual node binding • source trace persistence • field-level canonicality status • failure-code registries • handoff packages between tools • API / CLI / Godot / webapp object boundaries • when a schema is only representation • when a visual object is only a visual object • when an extracted machine is not yet executable These are not OPERA issues alone. They are MACHINA issues. Therefore: MACHINA must govern the representational substrate that allows AGLA artifacts to become usable by computational environments without collapsing into execution or canon. ============================================================ IV. POSITION RELATIVE TO EXISTING CLASSES ============================================================ ------------------------------------------------------------ IV.1 MACHINA ≠ TENET ------------------------------------------------------------ TENET defines principial law. MACHINA represents structured data under that law. TENET says: what must remain true. MACHINA says: how that truth is represented in machine-readable form. Example: TENET: OPERATOR ≠ CASA MACHINA: operator_ref and house_ref must be separate fields. ------------------------------------------------------------ IV.2 MACHINA ≠ AREPO ------------------------------------------------------------ AREPO admits or blocks. MACHINA stores admissibility state. AREPO says: this input is admitted / rejected / deferred / blocked. MACHINA records: admission_state = AREPO_ADMITTED But: recording admission_state does not itself perform AREPO. ------------------------------------------------------------ IV.3 MACHINA ≠ OPERA ------------------------------------------------------------ OPERA executes procedures. MACHINA represents procedure-ready structure. OPERA says: run the extraction / transformation / analysis. MACHINA says: here is the machine-state that OPERA may use, if admitted. Therefore: execution_state in MACHINA is not execution itself. execution_state is a representation of execution status. ------------------------------------------------------------ IV.4 MACHINA ≠ ROTA ------------------------------------------------------------ ROTA is a traversable machine/display object. MACHINA can represent a ROTA in serialized form. ROTA says: here is the structural/traversable body. MACHINA says: here is the data structure encoding that body. Therefore: ROTA_TEXT ≠ MACHINA_SCHEMA ROTA_DISPLAY ≠ MACHINA_STATE ROTA_TRAVERSAL ≠ MACHINA_SERIALIZATION ------------------------------------------------------------ IV.5 MACHINA ≠ SATOR ------------------------------------------------------------ SATOR mediates output to user or downstream agent. MACHINA stores the reportable state. SATOR says: how to explain, expose, qualify, and mediate. MACHINA says: here are the fields and statuses to be reported. Therefore: report_model in MACHINA does not itself mediate. SATOR performs mediation. ============================================================ V. PRIMARY DEFINITION ============================================================ MACHINA is the class of machine-representable AGLA structures. A MACHINA artifact may include: • schema • instance • serialized state • parser result • validation surface • runtime object model • visual-binding object • source-trace object • API payload • CLI payload • Godot scene binding • webapp state object • database-storable structure • test fixture • machine handoff package But: not every JSON is MACHINA. not every software object is MACHINA. not every visualization is MACHINA. MACHINA requires: • source-trace discipline • non-collapse discipline • status marking • declared relation to AGLA classes • versioned schema or structure • explicit boundary from execution and canon ============================================================ VI. CORE FORMULA ============================================================ ```text MACHINA = structured representation of an AGLA artifact or process in machine-readable state under source-trace, non-collapse, validation, and class-boundary discipline.