/*============================================================================ PERSONAORCHESTRATOR.PL/I - BIFROST Axiom Personas Orchestration Layer Non-recursive PL/I orchestrator that: - Selects active persona based on operational context - Invokes Prolog logic for each persona via C ABI bridge - Returns persona decision + confidence score - Seals decision in WORM (blake3 + ed25519) - Enforces INTERCOL domain isolation Entry point: PersonaDecision(CONTEXT, CONTEXT_LEN) -> DECISION_SEALED ============================================================================*/ PersonaOrchestrator: package options(reorder); declare builtin (FLOAT, HEX, FIXED, BINARY); declare MAX_CONTEXT_LEN fixed bin(31) value(2048); declare MAX_DECISION_LEN fixed bin(31) value(4096); declare BLAKE3_HASH_LEN fixed bin(31) value(32); declare ED25519_SIG_LEN fixed bin(31) value(64); declare NUM_PERSONAS fixed bin(31) value(10); declare NUM_DOMAINS fixed bin(31) value(4); /* Persona IDs */ declare PERSONA_NULL_ARCHITECT fixed bin(31) value(1); declare PERSONA_BIFROST_WARDEN fixed bin(31) value(2); declare PERSONA_INVERTED_SOFTMAX fixed bin(31) value(3); declare PERSONA_CHAOS_INJECTOR fixed bin(31) value(4); declare PERSONA_MEMORY_REVERSER fixed bin(31) value(5); declare PERSONA_WORM_SEAL_GUARDIAN fixed bin(31) value(6); declare PERSONA_SPECTRAL_CARTOGRAPHER fixed bin(31) value(7); declare PERSONA_SNAPKITTY_ENFORCER fixed bin(31) value(8); declare PERSONA_HARNESS_WEAVER fixed bin(31) value(9); declare PERSONA_OMEGA_SEAL fixed bin(31) value(10); /* INTERCOL Domains */ declare DOMAIN_TREASURY fixed bin(31) value(1); declare DOMAIN_CLINICAL fixed bin(31) value(2); declare DOMAIN_LEGAL fixed bin(31) value(3); declare DOMAIN_OPERATIONS fixed bin(31) value(4); /* Types */ declare 1 worm_seal, 2 hash char(32), 2 sig char(64), 2 timestamp fixed bin(63), 2 label char(64), 2 artifact_id char(32), 2 is_valid bit; declare 1 persona_decision, 2 persona_id fixed bin(31), 2 result_text char(2048), 2 confidence float, 2 domain_id fixed bin(31), 2 context_hash char(32), 2 seal worm_seal; /* Fortran/C ABI Declarations */ declare external SelectPersona entry(pointer, fixed bin(31), pointer returns(fixed bin(31))); declare external InvokePrologPersona entry(fixed bin(31), pointer, fixed bin(31), pointer returns(pointer)); declare external Blake3Hash entry(pointer, fixed bin(31), pointer returns(pointer)); declare external Ed25519Sign entry(pointer, fixed bin(31), pointer, pointer returns(bit)); /* Main Entry Point */ PersonaDecision: procedure(context_ptr, context_len) returns(pointer); declare context_ptr pointer; declare context_len fixed bin(31); declare active_persona fixed bin(31); declare prolog_result pointer; declare domain_check fixed bin(31); declare sealed_decision pointer; declare decision_struct pointer; declare hash_ptr pointer; declare sig_ptr pointer; declare timestamp fixed bin(63); /* Step 1: Select persona */ active_persona = SelectPersona(context_ptr, context_len, addr(decision_struct -> context_hash)); /* Step 2: Invoke Prolog */ prolog_result = InvokePrologPersona(active_persona, context_ptr, context_len, addr(decision_struct -> confidence)); /* Step 3: INTERCOL domain check */ domain_check = EnforceIntercol(active_persona, prolog_result); if (domain_check = 0) then decision_struct -> result_text = 'NULL_STATE'; decision_struct -> persona_id = 0; decision_struct -> seal -> is_valid = '0'b; return(decision_struct); end if; /* Step 4: WORM seal */ call GetTimestamp(timestamp); hash_ptr = Blake3Hash(addr(decision_struct -> result_text), MAX_DECISION_LEN); sig_ptr = addr(decision_struct -> seal -> sig); call Ed25519Sign(addr(decision_struct -> result_text), MAX_DECISION_LEN, addr(decision_struct -> seal -> secret), sig_ptr); decision_struct -> seal -> hash = hash_ptr; decision_struct -> seal -> timestamp = timestamp; decision_struct -> seal -> label = 'PersonaDecision'; decision_struct -> seal -> is_valid = '1'b; return(decision_struct); end PersonaDecision; /* EnforceIntercol */ EnforceIntercol: procedure(persona_id, prolog_result) returns(fixed bin(31)); declare persona_id fixed bin(31); declare prolog_result pointer; declare current_domain fixed bin(31); declare allowed_domains(10) fixed bin(31); declare i fixed bin(31); allowed_domains(1) = DOMAIN_CLINICAL; allowed_domains(2) = DOMAIN_LEGAL; allowed_domains(3) = DOMAIN_OPERATIONS; allowed_domains(4) = DOMAIN_CLINICAL; allowed_domains(5) = DOMAIN_CLINICAL; allowed_domains(6) = DOMAIN_CLINICAL; allowed_domains(7) = DOMAIN_CLINICAL; allowed_domains(8) = DOMAIN_OPERATIONS; allowed_domains(9) = DOMAIN_LEGAL; allowed_domains(10) = DOMAIN_LEGAL; current_domain = allowed_domains(persona_id); do i = 1 to NUM_DOMAINS; if (current_domain ^= allowed_domains(persona_id)) then return(0); end if; end do; return(1); end EnforceIntercol; /* GetTimestamp */ GetTimestamp: procedure(timestamp_out); declare timestamp_out fixed bin(63); declare 1 time_struct, 2 year fixed bin(31), 2 month fixed bin(31), 2 day fixed bin(31), 2 hour fixed bin(31), 2 minute fixed bin(31), 2 second fixed bin(31), 2 microsecond fixed bin(31); call systime(time_struct); timestamp_out = (time_struct.hour * 3600 + time_struct.minute * 60 + time_struct.second) * 1000000 + time_struct.microsecond; end GetTimestamp; end PersonaOrchestrator;