MYCA C99 Resonance Core

// 1. Install via npm: npm install @myca/c99-core
import { C99Core, SafeSignVerifier } from '@myca/c99-core';

// 2. Initialize 240-byte deterministic engine (WASM or Native)
const kernel = new C99Core({ memoryCeilingBytes: 240 });

// 3. Evaluate a 5-round debate argument (e.g. MindCast Arena)
const proof = await kernel.evaluateResonance({
  thesis: "Deterministic physics governs macroeconomic equilibria",
  speakerDid: "did:myc:puf:einstein_relativity_01",
  roundIndex: 3
});

console.log(`Latency: ${proof.executionMicros} µs`); // 4.95 µs
console.log(`Resonance Score: ${proof.score}`);          // 0.8942
console.log(`6-Lock Airbag Status: ${proof.airbagPassed ? 'PASSED ✓' : 'LATCHED 0.00V'}`);

// 4. Anchor zero-gas proof to Living Lattice DAG
const receipt = await kernel.anchorToDag(proof);
console.log(`DAG Vertex ID: ${receipt.vertexHash}`);

# 1. Install via pip: pip install myca-c99
from myca_c99 import C99Engine, SiliconPuf

# 2. Bootstrapping C99 Micro-Kernel
engine = C99Engine(ram_limit_bytes=240)

# 3. Read Physical Unclonable Function (SRAM variance)
puf_id = SiliconPuf.get_hardware_did()
print(f"Hardware Root of Trust: {puf_id}")

# 4. Run 6-Lock Safe-Sign Verification
res = engine.evaluate(
    argument="Resonance energy conservation in DePIN networks",
    timeout_micros=10
)

if res.is_valid:
    print(f"Passed in {res.elapsed_us} µs with score {res.resonance_score}")
else:
    print("Violation detected! Hardware Latch triggered.")

// Cargo.toml: myca-c99 = { version = "1.0", default-features = false }
#![no_std]
use myca_c99::{C99Kernel, SafeSignProof};

pub fn verify_debate_proof(input: &[u8]) -> Result<SafeSignProof, &str> {
    // 240 bytes allocated strictly on the stack
    let mut kernel = C99Kernel::new_static_240b();
    
    let proof = kernel.evaluate_safe_sign(input)?;
    if !proof.airbag_verified() {
        return Err("Lock failed: 0.00V latch");
    }
    
    Ok(proof)
}

// Drop-in single header: myca_c99.h
#define MYCA_C99_IMPLEMENTATION
#include "myca_c99.h"

int main(void) {
    /* Strictly 240-byte static memory footprint */
    c99_context_t ctx;
    c99_init(&ctx);

    const char* arg = "Energy conservation across cognitive DAG";
    float score = 0.0f;
    
    /* Evaluates in 4.95 µs (743 clock cycles) */
    int status = c99_eval_safe_sign(&ctx, arg, strlen(arg), &score);
    
    if (status == C99_AIRBAG_OK) {
        printf("Valid resonance proof: %f\n", score);
    } else {
        printf("Airbag Tripped! Code: %d\n", status);
    }
    return 0;
}