============================================================ AGLA — ΣΑΤΟΡ CLASS LAW Ars Generalis Applied — Macro-Class Kernel Wrapper Version: 1.1.0-AGLA-SIGMA-SATOR-MACROCLASS-KERNEL Status: CANONICAL / ROOT-MACROCLASS (DEPLOYMENT LAYER) Scope: unified kernel integration of TENET / ROTAS / AREPO / OPERA / SATOR per regime Authority: AGLA / CONTROL PLANE Mutation Policy: VERSION-CONTROLLED ONLY Class: AGLA / MACROCLASS (ΣΑΤΟΡ) ============================================================ ## LOCAL SECTION INDEX Scope: local anchors within this artifact only. No cross-artifact links are introduced here. - [SECTION 0 — PURPOSE & DEFINITION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-0-purpose-definition) - [DEFINITION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-definition) - [NAMING LAW](#local-section-00-root-class-laws-agla-sigma-sator-class-law-naming-law) - [DISTINCTION LAW](#local-section-00-root-class-laws-agla-sigma-sator-class-law-distinction-law) - [PROHIBITION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-prohibition) - [SECTION I — CORE PRINCIPLE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-i-core-principle) - [INTEGRATION LAW](#local-section-00-root-class-laws-agla-sigma-sator-class-law-integration-law) - [RULE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-rule) - [SECTION II — REGIME-SPECIFIC INSTANTIATION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-ii-regime-specific-instantiation) - [FORM](#local-section-00-root-class-laws-agla-sigma-sator-class-law-form) - [EXAMPLES](#local-section-00-root-class-laws-agla-sigma-sator-class-law-examples) - [RULE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-rule-2) - [CONSTRAINT](#local-section-00-root-class-laws-agla-sigma-sator-class-law-constraint) - [SECTION III — KERNEL BUNDLE STRUCTURE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-iii-kernel-bundle-structure) - [KERNEL :=](#local-section-00-root-class-laws-agla-sigma-sator-class-law-kernel) - [CLASS MAPPING](#local-section-00-root-class-laws-agla-sigma-sator-class-law-class-mapping) - [LOAD / RESOLVE / BIND:](#local-section-00-root-class-laws-agla-sigma-sator-class-law-load-resolve-bind) - [ADMIT:](#local-section-00-root-class-laws-agla-sigma-sator-class-law-admit) - [EXECUTE:](#local-section-00-root-class-laws-agla-sigma-sator-class-law-execute) - [RETURN:](#local-section-00-root-class-laws-agla-sigma-sator-class-law-return) - [RULE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-rule-3) - [CONSTRAINT](#local-section-00-root-class-laws-agla-sigma-sator-class-law-constraint-2) - [SECTION IV — NORMALIZATION FUNCTION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-iv-normalization-function) - [NORMALIZATION MEANS](#local-section-00-root-class-laws-agla-sigma-sator-class-law-normalization-means) - [CRITICAL CONSTRAINT](#local-section-00-root-class-laws-agla-sigma-sator-class-law-critical-constraint) - [RULE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-rule-4) - [SECTION V — DEPLOYMENT ROLE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-v-deployment-role) - [DEPLOYMENT LAW](#local-section-00-root-class-laws-agla-sigma-sator-class-law-deployment-law) - [INTERPRETATION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-interpretation) - [RULE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-rule-5) - [SECTION VI — INTERFACE EXPOSURE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-vi-interface-exposure) - [INTERFACE DISCIPLINE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-interface-discipline) - [CONSTRAINT](#local-section-00-root-class-laws-agla-sigma-sator-class-law-constraint-3) - [SECTION VII — RELATION TO FIVE-CLASS SYSTEM](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-vii-relation-to-five-class-system) - [RELATION LAW](#local-section-00-root-class-laws-agla-sigma-sator-class-law-relation-law) - [FIVE-CLASS ORDER:](#local-section-00-root-class-laws-agla-sigma-sator-class-law-five-class-order) - [RULE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-rule-6) - [SECTION VIII — FAILURE CONDITIONS](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-viii-failure-conditions) - [KERNEL FAILURES](#local-section-00-root-class-laws-agla-sigma-sator-class-law-kernel-failures) - [REGIME FAILURES](#local-section-00-root-class-laws-agla-sigma-sator-class-law-regime-failures) - [NORMALIZATION FAILURES](#local-section-00-root-class-laws-agla-sigma-sator-class-law-normalization-failures) - [INTERFACE FAILURES](#local-section-00-root-class-laws-agla-sigma-sator-class-law-interface-failures) - [SECTION IX — GOVERNANCE & SUMMARY](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-ix-governance-summary) - [RULE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-rule-7) - [SUMMARY](#local-section-00-root-class-laws-agla-sigma-sator-class-law-summary) - [SECTION X — VERBATIM INCLUSION LAW (NON-COMPRESSION CORE)](#local-section-00-root-class-laws-agla-sigma-sator-class-law-section-x-verbatim-inclusion-law-non-compression-core) - [CORE RULE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-core-rule) - [DEFINITION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-definition-2) - [PROHIBITIONS](#local-section-00-root-class-laws-agla-sigma-sator-class-law-prohibitions) - [INTERPRETATION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-interpretation-2) - [FUNCTIONAL ROLE](#local-section-00-root-class-laws-agla-sigma-sator-class-law-functional-role) - [CRITICAL ASSERTION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-critical-assertion) - [RUNTIME IMPLICATION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-runtime-implication) - [DEPENDENCY LAW (REINFORCED)](#local-section-00-root-class-laws-agla-sigma-sator-class-law-dependency-law-reinforced) - [FAILURE CONDITIONS](#local-section-00-root-class-laws-agla-sigma-sator-class-law-failure-conditions) - [VERBATIM FAILURES:](#local-section-00-root-class-laws-agla-sigma-sator-class-law-verbatim-failures) - [COMPRESSION FAILURES:](#local-section-00-root-class-laws-agla-sigma-sator-class-law-compression-failures) - [REFERENCE FAILURES:](#local-section-00-root-class-laws-agla-sigma-sator-class-law-reference-failures) - [VALIDITY CONDITION](#local-section-00-root-class-laws-agla-sigma-sator-class-law-validity-condition) - [FINAL LAW](#local-section-00-root-class-laws-agla-sigma-sator-class-law-final-law) ============================================================ SECTION 0 — PURPOSE & DEFINITION ============================================================ Define ΣΑΤΟΡ as the macro-class responsible for: • bundling the five primary classes into a unified kernel • normalizing cross-class interaction for deployment • preserving structural integrity across the control plane • exposing a deployable execution-ready interface ΣΑΤΟΡ operates as: • kernel bundle • deployment unit • regime-specific integrator ------------------------------------------------------------ DEFINITION ------------------------------------------------------------ ΣΑΤΟΡ := structured kernel wrapper integrating: SATOR AREPO TENET OPERA ROTAS under a single regime instance ------------------------------------------------------------ NAMING LAW ------------------------------------------------------------ ΣΑΤΟΡ is: • a structural palindrome (conceptual, not lexical) • an ordered cycle • a closed kernel SATOR → AREPO → TENET → OPERA → ROTAS → SATOR This expresses: • closure of the operational loop • bidirectional interpretability • invariant class interdependence ------------------------------------------------------------ DISTINCTION LAW ------------------------------------------------------------ SATOR ≠ ΣΑΤΟΡ • SATOR = mediation class • ΣΑΤΟΡ = macro-class kernel wrapper ------------------------------------------------------------ PROHIBITION ------------------------------------------------------------ SATOR must NEVER be used to refer to: ΣΑΤΟΡ ============================================================ SECTION I — CORE PRINCIPLE ============================================================ ΣΑΤΟΡ is NOT a new class. It is a: macro-class wrapper over the five-class system ------------------------------------------------------------ INTEGRATION LAW ------------------------------------------------------------ ΣΑΤΟΡ integrates: TENET → ROTAS → AREPO → OPERA → SATOR without: ✗ collapsing class boundaries ✗ simplifying internal artifacts ✗ altering upstream authority ------------------------------------------------------------ RULE ------------------------------------------------------------ ΣΑΤΟΡ must preserve: • class separation • dependency chain • regime discipline • carrier laws (ordinal primacy) ============================================================ SECTION II — REGIME-SPECIFIC INSTANTIATION ============================================================ Each regime defines its own ΣΑΤΟΡ kernel. ------------------------------------------------------------ FORM ------------------------------------------------------------ ΣΑΤΟΡ_ := { TENET_ ROTAS_ AREPO_ OPERA_ SATOR_ } ------------------------------------------------------------ EXAMPLES ------------------------------------------------------------ ΣΑΤΟΡ A: • TENET A • ROTAS A • AREPO A • OPERA A • SATOR A ΣΑΤΟΡ T: • TENET T • ROTAS T • AREPO T • OPERA T • SATOR T ΣΑΤΟΡ E: • TENET E • ROTAS E • AREPO E • OPERA E • SATOR E ------------------------------------------------------------ RULE ------------------------------------------------------------ No cross-regime mixing is permitted inside a single ΣΑΤΟΡ. ------------------------------------------------------------ CONSTRAINT ------------------------------------------------------------ Each ΣΑΤΟΡ must be: • regime-pure • dependency-complete • internally consistent ============================================================ SECTION III — KERNEL BUNDLE STRUCTURE ============================================================ ΣΑΤΟΡ defines a deployment-ready kernel: ------------------------------------------------------------ KERNEL := ------------------------------------------------------------ LOAD → RESOLVE → BIND → ADMIT → EXECUTE → RETURN ------------------------------------------------------------ CLASS MAPPING ------------------------------------------------------------ LOAD / RESOLVE / BIND: TENET + ROTAS ADMIT: AREPO EXECUTE: OPERA RETURN: SATOR ------------------------------------------------------------ RULE ------------------------------------------------------------ ΣΑΤΟΡ must expose this lifecycle explicitly. ------------------------------------------------------------ CONSTRAINT ------------------------------------------------------------ No stage may be: ✗ skipped ✗ inferred ✗ merged implicitly ============================================================ SECTION IV — NORMALIZATION FUNCTION ============================================================ ΣΑΤΟΡ performs normalization across classes. ------------------------------------------------------------ NORMALIZATION MEANS ------------------------------------------------------------ • aligning interfaces between classes • enforcing shared vocabulary • resolving naming consistency • binding order declaration • binding carrier discipline ------------------------------------------------------------ CRITICAL CONSTRAINT ------------------------------------------------------------ Normalization must NOT: ✗ simplify internal logic ✗ remove constraints ✗ compress regimes ✗ reinterpret artifacts ------------------------------------------------------------ RULE ------------------------------------------------------------ ΣΑΤΟΡ is: interface-normalizing not logic-reducing ============================================================ SECTION V — DEPLOYMENT ROLE ============================================================ ΣΑΤΟΡ is the primary deployment artifact. ------------------------------------------------------------ DEPLOYMENT LAW ------------------------------------------------------------ No system execution should occur against: isolated class artifacts Execution must target: a ΣΑΤΟΡ kernel ------------------------------------------------------------ INTERPRETATION ------------------------------------------------------------ ΣΑΤΟΡ provides: • a complete execution environment • a closed dependency graph • a runtime-safe bundle ------------------------------------------------------------ RULE ------------------------------------------------------------ All deployable artifacts must declare: ΣΑΤΟΡ_ compatibility ============================================================ SECTION VI — INTERFACE EXPOSURE ============================================================ ΣΑΤΟΡ exposes: • admissibility gates • execution interfaces • structural views • mediation outputs ------------------------------------------------------------ INTERFACE DISCIPLINE ------------------------------------------------------------ ΣΑΤΟΡ must expose: • explicit binding requirements • explicit order declaration • explicit carrier resolution ------------------------------------------------------------ CONSTRAINT ------------------------------------------------------------ ΣΑΤΟΡ must not expose: ✗ implicit defaults ✗ hidden dependencies ✗ silent fallbacks ============================================================ SECTION VII — RELATION TO FIVE-CLASS SYSTEM ============================================================ ΣΑΤΟΡ does NOT replace: TENET ROTAS AREPO OPERA SATOR ------------------------------------------------------------ It wraps them. ------------------------------------------------------------ RELATION LAW ------------------------------------------------------------ FIVE-CLASS ORDER: TENET → ROTAS → AREPO → OPERA → SATOR ΣΑΤΟΡ: binds this order into a closed kernel ------------------------------------------------------------ RULE ------------------------------------------------------------ Internal class behavior remains authoritative. ============================================================ SECTION VIII — FAILURE CONDITIONS ============================================================ KERNEL FAILURES ------------------------------------------------------------ • missing class artifact • unresolved dependency • incomplete binding chain • non-closed lifecycle ------------------------------------------------------------ REGIME FAILURES ------------------------------------------------------------ • mixed regimes inside kernel • implicit regime switching • compressed regime substitution ------------------------------------------------------------ NORMALIZATION FAILURES ------------------------------------------------------------ • simplification of TENET • mutation of ROTAS • bypass of AREPO • execution without binding ------------------------------------------------------------ INTERFACE FAILURES ------------------------------------------------------------ • hidden order • implicit carrier resolution • silent fallback behavior ============================================================ SECTION IX — GOVERNANCE & SUMMARY ============================================================ ΣΑΤΟΡ must comply with: • SYSTEM_INDEX • runtime rules • dependency closure • regime discipline ------------------------------------------------------------ RULE ------------------------------------------------------------ A ΣΑΤΟΡ kernel is valid only if: • all dependencies are explicit • all classes are present • no invariant is violated ------------------------------------------------------------ SUMMARY ------------------------------------------------------------ ΣΑΤΟΡ defines: • macro-class kernel wrapper • regime-specific deployment unit • integration of five-class system • normalized execution interface ============================================================ SECTION X — VERBATIM INCLUSION LAW (NON-COMPRESSION CORE) ============================================================ ΣΑΤΟΡ is a NON-COMPRESSIVE WRAPPER. It MUST NOT summarize, reinterpret, or abstract the five-class artifacts it integrates. ------------------------------------------------------------ CORE RULE ------------------------------------------------------------ ΣΑΤΟΡ must include: • TENET_ • ROTAS_ • AREPO_ • OPERA_ • SATOR_ as: FULL VERBATIM REPRODUCTIONS ------------------------------------------------------------ DEFINITION ------------------------------------------------------------ VERBATIM REPRODUCTION := • byte-equivalent textual inclusion • identical section structure • identical ordering • identical wording • identical markers and formatting ------------------------------------------------------------ PROHIBITIONS ------------------------------------------------------------ ΣΑΤΟΡ must NOT: ✗ summarize class artifacts ✗ paraphrase class artifacts ✗ compress sections ✗ omit subsections ✗ reorder internal sections ✗ reinterpret definitions ✗ merge class content ------------------------------------------------------------ INTERPRETATION ------------------------------------------------------------ ΣΑΤΟΡ is NOT: a synthesis layer ΣΑΤΟΡ IS: a containment layer ------------------------------------------------------------ FUNCTIONAL ROLE ------------------------------------------------------------ ΣΑΤΟΡ provides: • a single canonical bundle • a compression substrate (external to itself) • a deterministic expansion source • a full-fidelity reconstruction anchor ------------------------------------------------------------ CRITICAL ASSERTION ------------------------------------------------------------ Compression must occur: OUTSIDE ΣΑΤΟΡ ΣΑΤΟΡ itself must remain: maximally expanded ------------------------------------------------------------ RUNTIME IMPLICATION ------------------------------------------------------------ At runtime: • no class artifact may be required externally • ΣΑΤΟΡ must fully contain all dependencies • execution must resolve exclusively within kernel ------------------------------------------------------------ DEPENDENCY LAW (REINFORCED) ------------------------------------------------------------ If ΣΑΤΟΡ does not contain the full verbatim content of a class artifact: → dependency is considered OPEN → kernel is INVALID ------------------------------------------------------------ FAILURE CONDITIONS ------------------------------------------------------------ VERBATIM FAILURES: • partial inclusion • summarized inclusion • structurally altered inclusion • reordered inclusion COMPRESSION FAILURES: • loss of sections • merged sections • collapsed structure REFERENCE FAILURES: • referencing external artifact instead of embedding • implicit dependency on external artifact ------------------------------------------------------------ VALIDITY CONDITION ------------------------------------------------------------ ΣΑΤΟΡ is VALID iff: • all five classes are present • all five are fully embedded • all five are verbatim • no compression is introduced ------------------------------------------------------------ FINAL LAW ------------------------------------------------------------ ΣΑΤΟΡ does not reduce the system. ΣΑΤΟΡ contains the system. ============================================================ END OF ARTIFACT ============================================================