File size: 4,278 Bytes
9425aed | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 | /* 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;
|