PULSE ENGINE™

/* =========================================================================
 * PULSE SETTLEMENT ENGINE & KERNEL — MINIMAL HOST INTERFACE
 * Target: High-Frequency Trading & Autonomous Resource Clearing Runtimes
 * ========================================================================= */
#include "pulse.h"

int main(void) {
    PulseEngine* engine = NULL;
    
    // 1. Allocate deterministic engine instance
    pulse_engine_create(&engine);

    // 2. Register accounts into balance-conserved ledger
    pulse_engine_register_account(engine, 1001, 50000);
    pulse_engine_register_account(engine, 2002, 50000);

    // 3. Ingest bilateral order (Clearing 5,000 Compute Units @ 100.0)
    RawOrder order = {
        .id = 42001,
        .price_raw = 10000000000LL,
        .qty = 5000,
        .side = 1,                 // Sell
        .resource_type = 1,        // Compute FLOPs
    };
    size_t match_count = 0;
    pulse_engine_process_order(engine, &order, 1001, timestamp_ns, &match_count);

    // 4. Ingest state transition packet directly from NIC ringbuffer
    RawStateTransitionPacket pkt = { /* Network descriptor */ };
    pulse_engine_process_state_transition(engine, &pkt);

    // 5. Query execution telemetry and verify balance conservation
    CyberneticTelemetry telemetry;
    pulse_engine_get_telemetry(engine, &telemetry);
    printf("[PULSE OK] Settled at 41ns (P50) | Delta E == 0: VERIFIED\n");

    pulse_engine_destroy(engine);
    return 0;
}