/* AGENT_WITH_PERSONAS.PL/I - Live Examples */

AgentWithPersonas: package options(reorder);

  declare builtin (FLOAT, HEX, FIXED, BINARY);

  declare external PersonaDecision
    entry(pointer, fixed bin(31) returns(pointer));

  declare external WormSeal
    entry(pointer returns(pointer));

  CartAgentDecision: procedure(query_ptr, query_len) returns(pointer);
    declare query_ptr pointer;
    declare query_len fixed bin(31);
    declare context char(2048);
    declare persona_decision pointer;
    declare capability_check bit;

    context = 'CARTO: capability_transfer_request';
    persona_decision = PersonaDecision(addr(context), length(context));

    if (persona_decision -> seal -> is_valid = '1'b &
        persona_decision -> confidence > 0.8) then
      capability_check = '1'b;
    else
      capability_check = '0'b;
    end if;

    return(persona_decision);
  end CartAgentDecision;

  ResonanceAgentDecision: procedure(matrix_ptr, matrix_dim) returns(pointer);
    declare matrix_ptr pointer;
    declare matrix_dim fixed bin(31);
    declare context char(2048);
    declare persona_decision pointer;
    declare eigenvalue_search bit;

    context = 'RESONANCE: spectral_decomposition_query';
    persona_decision = PersonaDecision(addr(context), length(context));

    if (persona_decision -> confidence > 0.75) then
      eigenvalue_search = '1'b;
    else
      eigenvalue_search = '0'b;
    end if;

    return(persona_decision);
  end ResonanceAgentDecision;

  AxiomProofDecision: procedure(theorem_ptr, theorem_len) returns(pointer);
    declare theorem_ptr pointer;
    declare theorem_len fixed bin(31);
    declare context char(2048);
    declare persona_decision pointer;
    declare fixed_point_verified bit;
    declare worm_chain_ptr pointer;

    context = 'AXIOM: fixed_point_completion_check';
    persona_decision = PersonaDecision(addr(context), length(context));

    if (persona_decision -> seal -> is_valid = '1'b) then
      fixed_point_verified = '1'b;
      worm_chain_ptr = WormSeal(persona_decision);
    else
      fixed_point_verified = '0'b;
    end if;

    return(persona_decision);
  end AxiomProofDecision;

  MultiAgentCompose: procedure(agents_ptr, num_agents) returns(pointer);
    declare agents_ptr pointer;
    declare num_agents fixed bin(31);
    declare i fixed bin(31);
    declare composed_context char(2048);
    declare persona_decision pointer;

    composed_context = 'HARNESS: multi_agent_orchestration';
    persona_decision = PersonaDecision(addr(composed_context),
                                       length(composed_context));

    if (persona_decision -> confidence > 0.9) then
      do i = 1 to num_agents;
      end do;
    end if;

    return(persona_decision);
  end MultiAgentCompose;

  Main: procedure options(main);
    declare carto_decision pointer;
    declare resonance_decision pointer;
    declare axiom_decision pointer;
    declare composed_decision pointer;
    declare query_text char(256);
    declare matrix_ptr pointer;
    declare theorem_ptr pointer;
    declare agents_ptr pointer;

    query_text = 'Test query';
    allocate matrix_ptr;
    allocate theorem_ptr;
    allocate agents_ptr;

    put skip list ('BIFROST Persona Integration Test');
    put skip list ('=================================');

    carto_decision = CartAgentDecision(addr(query_text), length(query_text));
    if (carto_decision -> seal -> is_valid = '1'b) then
      put skip list ('OK: CARTO decision sealed');
    end if;

    resonance_decision = ResonanceAgentDecision(matrix_ptr, 256);
    if (resonance_decision -> seal -> is_valid = '1'b) then
      put skip list ('OK: RESONANCE decision sealed');
    end if;

    axiom_decision = AxiomProofDecision(theorem_ptr, 1024);
    if (axiom_decision -> seal -> is_valid = '1'b) then
      put skip list ('OK: AXIOM decision sealed');
    end if;

    composed_decision = MultiAgentCompose(agents_ptr, 3);
    if (composed_decision -> seal -> is_valid = '1'b) then
      put skip list ('OK: Composition sealed');
    end if;

    put skip list ('Governance complete.');
  end Main;

end AgentWithPersonas;