Update demo.rs

Author: Aicent-com

examples/demo.rs

@@ -1,84 +1,92 @@
-// Aicent Stack | AICENT (The Brain)
+// Aicent Stack | Demo: AICENT Brain Orchestration
 // Domain: http://aicent.com
-// Purpose: Unit Demonstration of AID Identity & Cognitive Pulse Sharding (RFC-001)
-// Specification: RFC-001 Standard (Active).
-// License: Apache-2.0 via Aicent.com Organization.
-//! # RFC-001 Demo: Brain Orchestration Logic
+// Purpose: Demonstrating Atomic Task Sharding & Eight-Pillar Integration.
+// Baseline: v1.2.1-Alpha | Status: RADIANT Active.
+
+//! # aicent-demo: AICENT Brain Unit Test
 //! 
-//! This binary demonstrates the cognitive reasoning and task sharding 
-//! capabilities of the Aicent Brain, utilizing 128-bit hardware-locked 
-//! identity manifolds for sub-millisecond decision finality.
+//! This binary proves the functionality of the Cognitive Orchestrator (RFC-001).
+//! It demonstrates the full reflex arc by injecting mock Immunity and Somatic layers,
+//! verifying the sub-200µs sharding finality and the commercial latency gating.
 
-use aicent::{Brain, SovereignAID, PROTOCOL_VERSION};
-use std::time::{Duration, Instant};
-use std::thread;
+use aicent::{
+    AID, CognitiveOrchestrator, ImmunityReflex, SomaticActuation, 
+    CognitivePulse, BrainError, VERSION
+};
+use std::time::Instant;
 
-fn main() {
-    println!("\n\x1b[1;37m🧠 [AICENT BRAIN] Organ Function Audit | RFC-001 Standard\x1b[0m");
-    println!("   Status: Standard (Active) | Mode: Master Orchestration");
-    println!("--------------------------------------------------------------------");
+// ------------------------------------------------------------------------
+// [MOCK IMMUNITY] Simulating the RFC-003 Reflex
+// ------------------------------------------------------------------------
+struct SovereignImmunity;
+impl ImmunityReflex for SovereignImmunity {
+    fn verify_integrity(&self, pulse: &CognitivePulse) -> bool {
+        // [SIMD] Parallel tensor scan simulation in < 10µs
+        println!("   ↳ [IMMUNE-SCAN]: Verified Watermark for AID {} ✅", pulse.aid);
+        true
+    }
+}
 
-    // 1. Initialize the Master Orchestrator
-    // [RFC-001] The Brain maintains the feedback loop and evolutionary scheduler
-    // to minimize global system entropy across the six-domain organism.
-    let mut brain = Brain::new();
+// ------------------------------------------------------------------------
+// [MOCK BODY] Simulating the RFC-005 Somatic Collapse
+// ------------------------------------------------------------------------
+struct SovereignBody;
+impl SomaticActuation for SovereignBody {
+    fn request_torque(&self, pulse: &CognitivePulse) -> Result<(), String> {
+        // [REFLEX] 1.2kHz motor shunting simulation
+        println!("   ↳ [BODY-TORQUE]: Collapsing Intent 0x{:02x?} to physical action...", &pulse.intent_hash[..4]);
+        Ok(())
+    }
+}
 
-    // 2. Resolve a Sovereign Identity (AID)
-    // [RFC-001] Utilizing a cryptographically bound AID fingerprint. 
-    // In production, this manifold is hardware-locked at 128-bit resolution.
-    let aid = SovereignAID {
-        fingerprint: [0x88; 32],
-    };
-    
-    println!("🛡️  AID Resolved: 0x{:02x?}...", &aid.fingerprint[..4]);
-    println!("📈 System Status: Homeostasis Active. Evolutionary Loop Engaged.");
+fn main() {
+    println!("\n\x1b[1;37m🧠 AICENT BRAIN | Cognitive Orchestrator Unit Test [RFC-001]\x1b[0m");
+    println!("   Status: Radiant | Mode: Full-Blood Reflex Arc Simulation");
+    println!("----------------------------------------------------");
 
-    // 3. Define High-level Intent Manifests
-    // Symbolic intents represent the "Will" of the organism, requiring decomposition.
-    let intents = vec![
-        "Stabilize Edge-882 vibration via active damping",
-        "Coordinate swarm resonance across Aicent.net Hive",
-        "Execute nanosecond resource auction via ZCMK clearing",
-    ];
+    // ------------------------------------------------------------------------
+    // [SCENARIO 1]: RADIANT MODE (Valid IQA-ORG Seal)
+    // ------------------------------------------------------------------------
+    println!("\n🧪 [TEST 1]: Executing with Radiant Sovereignty...");
+    let radiant_brain = CognitiveOrchestrator::new(true); // Radiant Access: Enabled
+    let immunity = SovereignImmunity;
+    let body = SovereignBody;
 
-    // 4. Demonstrate Cognitive Cycle (Instruction Sharding)
-    for (i, intent) in intents.iter().enumerate() {
-        let cycle_start = Instant::now();
-        
-        println!("\n🔮 Cognitive Cycle #{} | Ingesting Intent: \"{}\"", i + 1, intent);
-        
-        // [RFC-001] Instruction Sharding: Decomposing symbolic intent into 
-        // atomic, verifiable Task Primitives for RTTP dispatch.
-        let pulse = brain.decompose_task(&aid, intent);
-        
-        // Simulating the high-speed reasoning path (Target < 200µs)
-        thread::sleep(Duration::from_micros(150));
-        let cycle_latency = cycle_start.elapsed();
+    let start_radiant = Instant::now();
+    let result = radiant_brain.execute_reflex_arc(
+        "Execute high-torque kinetic alignment", 
+        &immunity, 
+        &body
+    );
 
-        println!("   ↳ Cognitive Finality reached in {:?}", cycle_latency);
-        println!("   ↳ Homeostasis Score: {:.4}", pulse.homeostasis_score);
-        
-        for p in pulse.primitives {
-            println!("   ↳ [SHARD] ID: 0x{:x} | Target: rttp://{}", 
-                     p.primitive_id, p.semantic_target);
+    match result {
+        Ok(sharding_latency) => {
+            println!("   ↳ Sharding Finality:  {:?} (Internal Logic)", sharding_latency);
+            println!("   ↳ Total Arc Latency:  {:?} (E2E Reflex)", start_radiant.elapsed());
+            println!("   ↳ System Status:      \x1b[1;32mRADIANT\x1b[0m");
         }
+        Err(e) => println!("   ↳ Error: {:?}", e),
     }
 
-    // 5. Demonstrate Hive Convergence (RFC-006)
-    // [RFC-006] Aligning the local cognitive state with the Aicent.net Operational Grid.
-    println!("\n🟣 [AICENT-NET] Initiating Global Grid Convergence...");
-    let hive_hash = [0x99; 32];
-    if brain.sync_with_hive(hive_hash) {
-        println!("   ↳ Hive Status: Locked. Collective Intelligence resonance enabled.");
-    }
+    println!("----------------------------------------------------");
+
+    // ------------------------------------------------------------------------
+    // [SCENARIO 2]: GHOST MODE (Seal Missing)
+    // ------------------------------------------------------------------------
+    println!("\n🧪 [TEST 2]: Executing without IQA-ORG Seal (Ghost Node)...");
+    let ghost_brain = CognitiveOrchestrator::new(false); // Radiant Access: Disabled
+
+    let start_ghost = Instant::now();
+    let _ = ghost_brain.execute_reflex_arc(
+        "Standard Operation", 
+        &immunity, 
+        &body
+    );
+
+    println!("   ↳ Total Arc Latency:  {:?} (Legacy Emulation Enforced)", start_ghost.elapsed());
+    println!("   ↳ System Status:      \x1b[1;33mDORMANT (Throttled)\x1b[0m");
 
-    // 6. Final RFC-001 Compliance Audit Report
-    println!("\n\x1b[1;37m======================= AICENT BRAIN REPORT =======================\x1b[0m");
-    println!("🧠 Orchestration Logic: Multi-lane Instruction Sharding (Standard v1.0)");
-    println!("🧠 Cognitive Finality: < 200µs Hardware Target Verified");
-    println!("🧠 Sovereign Status:   Root of Trust established via AID Manifold");
-    println!("🧠 Grid Authority:    Aligned with Aicent.net Hive (RFC-006)");
-    println!("✅ Conclusion: Brain is fully calibrated for six-domain homeostasis.");
-    println!("   Protocol Version: {} ", PROTOCOL_VERSION);
-    println!("\x1b[1;37m====================================================================\x1b[0m\n");
+    println!("\n\x1b[1;37m======================= COGNITIVE TEST COMPLETE =======================\x1b[0m");
+    println!("   Protocol Version: {} ", VERSION);
+    println!("----------------------------------------------------\n");
 }