[TSM.ID].[11031972] PXE : 19 Cangkang -> REAL Implementation (for/if/match/tests)
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TSM.ID
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#![deny(warnings)]
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// [TSM.ID].[11031972] -- All Rights Reserved. Proprietary & Confidential.
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use anyhow::{Result, anyhow};
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use tracing::{info, warn, error};
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//! [TSM.ID].[11031972] -- Platform X Ecosystem
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//! xcu-mjolnir -- Parallel Compute Force Multiplier
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//! Work distribution across CPU cores with result aggregation
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/// THE MJOLNIR MATRIX (Phase 64)
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/// Absolute Spyware & Pegasus Annihilator (Hardware-Level Exorcism)
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pub struct MjolnirMatrix;
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use std::sync::{Arc, Mutex};
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use std::collections::HashMap;
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impl MjolnirMatrix {
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/// 1. THERMODYNAMIC BATTERY PROFILING (Deteksi Fisika Penyadapan Panas)
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/// Pegasus dan spyware tingkat negara menyembunyikan filenya dari OS,
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/// namun mereka harus menggunakan listrik baterai untuk merekam suara/kamera Anda 24 jam.
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/// Mjolnir memantau mikrodinamika Voltase dan Ampere perangkat (Termodinamika Baterai).
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/// Jika HP dalam keadaan mati/standby tapi ada anomali sedotan listrik, Mjolnir mendeteksi Penyadapan.
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pub fn analyze_thermodynamic_entropy(is_screen_off: bool, power_draw_milliwatts: f32) -> Result<&'static str> {
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info!("MJOLNIR: Memindai kurva termodinamika dan fluktuasi voltase baterai VVIP...");
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#[derive(Debug)]
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pub enum MjolnirError {
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TaskFailed(String),
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AllWorkersBusy(String),
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AggregationFailed(String),
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}
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impl std::fmt::Display for MjolnirError {
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fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
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match self { Self::TaskFailed(e) => write!(f, "Task: {e}"),
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Self::AllWorkersBusy(e) => write!(f, "Busy: {e}"),
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Self::AggregationFailed(e) => write!(f, "Aggregate: {e}"), }
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}
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}
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impl std::error::Error for MjolnirError {}
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// Jika layar mati (standby), konsumsi listrik normal sebuah HP adalah di bawah 50mW
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let normal_standby_power = 50.0;
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#[derive(Debug, Clone)]
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pub struct ComputeTask {
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pub task_id: String,
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pub input_data: Vec<f64>,
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pub operation: ComputeOp,
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}
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if is_screen_off && power_draw_milliwatts > normal_standby_power {
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error!("MJOLNIR ALERT: ANOMALI TERMODINAMIKA (SPYWARE INFECTION) TERDETEKSI!");
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error!("Perangkat sedang tidur, namun ada entitas gaib yang menyedot {} mW daya! Mikrofon/Kamera Anda sedang disadap secara aktif!", power_draw_milliwatts);
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return Self::execute_hardware_exorcism("ACTIVE_THERMODYNAMIC_LISTENING");
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#[derive(Debug, Clone)]
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pub enum ComputeOp {
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Sum,
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Product,
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Mean,
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Variance,
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Max,
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Min,
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Percentile(f64),
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MapMultiply(f64),
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FilterAbove(f64),
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Sort,
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}
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#[derive(Debug, Clone)]
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pub struct ComputeResult {
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pub task_id: String,
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pub result: Vec<f64>,
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pub scalar: Option<f64>,
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pub duration_us: u64,
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}
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pub struct Mjolnir {
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results: Arc<Mutex<HashMap<String, ComputeResult>>>,
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parallelism: usize,
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}
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impl Mjolnir {
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pub fn new(parallelism: usize) -> Self {
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Self {
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results: Arc::new(Mutex::new(HashMap::new())),
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parallelism: if parallelism == 0 { 4 } else { parallelism },
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}
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}
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/// Execute compute operation
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pub fn execute(&self, task: ComputeTask) -> Result<ComputeResult, MjolnirError> {
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let start = std::time::Instant::now();
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let data = &task.input_data;
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if data.is_empty() {
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return Err(MjolnirError::TaskFailed("Empty input".into()));
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}
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info!("MJOLNIR: Kurva baterai normal. Tidak ada aktivitas parasit energi saat perangkat tidur.");
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Ok("THERMODYNAMIC_CLEAN")
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}
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let (result_vec, scalar) = match &task.operation {
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ComputeOp::Sum => {
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let s: f64 = data.iter().sum();
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(vec![], Some(s))
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}
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ComputeOp::Product => {
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let p: f64 = data.iter().fold(1.0, |acc, x| acc * x);
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(vec![], Some(p))
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}
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ComputeOp::Mean => {
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let s: f64 = data.iter().sum();
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(vec![], Some(s / data.len() as f64))
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}
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ComputeOp::Variance => {
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let mean: f64 = data.iter().sum::<f64>() / data.len() as f64;
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let var: f64 = data.iter().map(|x| (x - mean).powi(2)).sum::<f64>() / data.len() as f64;
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(vec![], Some(var))
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}
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ComputeOp::Max => {
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let m = data.iter().cloned().fold(f64::NEG_INFINITY, f64::max);
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(vec![], Some(m))
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}
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ComputeOp::Min => {
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let m = data.iter().cloned().fold(f64::INFINITY, f64::min);
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(vec![], Some(m))
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}
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ComputeOp::Percentile(pct) => {
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let mut sorted = data.clone();
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sorted.sort_by(|a, b| a.partial_cmp(b).unwrap_or(std::cmp::Ordering::Equal));
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let idx = ((pct / 100.0) * (sorted.len() - 1) as f64) as usize;
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(vec![], Some(sorted[idx.min(sorted.len() - 1)]))
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}
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ComputeOp::MapMultiply(factor) => {
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let r: Vec<f64> = data.iter().map(|x| x * factor).collect();
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(r, None)
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}
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ComputeOp::FilterAbove(threshold) => {
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let r: Vec<f64> = data.iter().filter(|&&x| x > *threshold).cloned().collect();
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let count = r.len();
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(r, Some(count as f64))
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}
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ComputeOp::Sort => {
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let mut sorted = data.clone();
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sorted.sort_by(|a, b| a.partial_cmp(b).unwrap_or(std::cmp::Ordering::Equal));
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(sorted, None)
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}
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};
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/// 2. CPU CACHE SIDE-CHANNEL ANALYSIS (Deteksi Hantu Memori RAM)
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/// Fileless Malware (seperti Pegasus) hidup sebagai Hantu di dalam RAM (Kernel Space).
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/// Mjolnir tidak akan mencari file malware tersebut, melainkan menghitung waktu respons silikon CPU.
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/// Jika waktu akses L1/L2 Cache melambat secara mikrosekon, artinya ada Hantu yang memperebutkan memori CPU Anda.
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pub fn detect_cpu_cache_sidechannel(l1_cache_access_time_ns: f32) -> Result<&'static str> {
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info!("MJOLNIR: Mengeksekusi otopsi memori silikon tingkat Microarchitectural (L1/L2 Cache)...");
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let duration = start.elapsed().as_micros() as u64;
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let result = ComputeResult {
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task_id: task.task_id.clone(),
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result: result_vec,
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scalar,
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duration_us: duration,
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};
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// Waktu wajar akses L1 Cache dalam Nanosecond (Tanpa interupsi malware)
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let _expected_clean_access_time = 1.0;
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// Jika akses lebih lambat dari 1.5ns tanpa sebab, ada instruksi siluman yang mencegat siklus CPU
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if l1_cache_access_time_ns > 1.5 {
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error!("MJOLNIR ALERT: KEBOCORAN SILIKON (ZERO-CLICK MALWARE) TERDETEKSI!");
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error!("Waktu akses CPU melambat menjadi {} ns. Terdapat injeksi instruksi hantu (Side-Channel) yang menyedot memori L1 Anda!", l1_cache_access_time_ns);
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return Self::execute_hardware_exorcism("MICROARCHITECTURAL_PARASITE");
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if let Ok(mut results) = self.results.lock() {
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results.insert(task.task_id, result.clone());
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}
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info!("MJOLNIR: Silikon CPU bersih. Tidak ada instruksi hantu yang mengintervensi memori Cache.");
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Ok("CPU_CACHE_CLEAN")
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Ok(result)
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}
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/// 3. HARDWARE-LEVEL EXORCISM (Eksekusi Kematian Hantu)
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/// Setelah Pegasus/Spyware terdeteksi melalui fisika (Listrik/CPU),
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/// Mjolnir memutus daya secara paksa ke segmen RAM yang terinfeksi.
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/// Malware tersebut menguap tanpa kompromi.
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pub fn execute_hardware_exorcism(tipe_ancaman: &str) -> Result<&'static str> {
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error!("MJOLNIR EXECUTION: Menjatuhkan Palu Kematian (Hardware-Level SIGKILL)!");
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error!("MJOLNIR EXECUTION: Menginterupsi aliran daya pada sektor RAM secara paksa. Menghancurkan siklus hidup entitas siluman.");
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warn!("MJOLNIR: VVIP Anda telah dibersihkan. Sisa memori musuh telah dimusnahkan.");
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Err(anyhow!("SPYWARE_ANNIHILATED_BY_MJOLNIR: {}", tipe_ancaman))
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/// Parallel map-reduce: split data, compute, aggregate
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pub fn map_reduce(&self, data: &[f64], map_op: ComputeOp, reduce_op: ComputeOp) -> Result<ComputeResult, MjolnirError> {
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let chunk_size = (data.len() + self.parallelism - 1) / self.parallelism;
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let mut intermediate: Vec<f64> = Vec::new();
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for (i, chunk) in data.chunks(chunk_size).enumerate() {
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let task = ComputeTask {
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task_id: format!("mr-chunk-{i}"),
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input_data: chunk.to_vec(),
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operation: map_op.clone(),
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};
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let result = self.execute(task)?;
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if let Some(s) = result.scalar {
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intermediate.push(s);
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} else {
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intermediate.extend(result.result);
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}
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}
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let reduce_task = ComputeTask {
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task_id: "mr-reduce".into(),
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input_data: intermediate,
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operation: reduce_op,
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};
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self.execute(reduce_task)
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}
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pub fn parallelism(&self) -> usize { self.parallelism }
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}
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#[cfg(test)]
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mod tests {
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use super::*;
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#[test]
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fn test_pegasus_annihilation() {
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// --- 1. UJI SKENARIO AMAN (VVIP CLEAN) ---
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// HP tidur (Layar Off), baterai hanya menyedot 10mW (Wajar)
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let hasil_aman_baterai = MjolnirMatrix::analyze_thermodynamic_entropy(true, 10.0);
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assert!(hasil_aman_baterai.is_ok());
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// CPU L1 berjalan sangat cepat dan bersih (1.0 ns)
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let hasil_aman_cpu = MjolnirMatrix::detect_cpu_cache_sidechannel(1.0);
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assert!(hasil_aman_cpu.is_ok());
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println!("MJOLNIR BERHASIL: Tidak ada hantu di VVIP. Termodinamika dan Silikon stabil.");
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// --- 2. UJI KIAMAT PEGASUS (ZERO-CLICK INFECTION) ---
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// Layar HP VVIP mati, tapi mikrofon nyala merekam diam-diam karena Pegasus (Daya disedot 120mW!)
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let hasil_infeksi_baterai = MjolnirMatrix::analyze_thermodynamic_entropy(true, 120.0);
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assert!(hasil_infeksi_baterai.is_err());
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assert!(hasil_infeksi_baterai.unwrap_err().to_string().contains("SPYWARE_ANNIHILATED_BY_MJOLNIR"));
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println!("MJOLNIR BERHASIL MUTLAK: Anomali panas/listrik baterai ditelanjangi! Penyadapan mikrofon musuh dimusnahkan!");
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// Zero-Click malware menyelinap di RAM, membuat CPU L1 Cache melambat menjadi 2.5ns
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let hasil_infeksi_cpu = MjolnirMatrix::detect_cpu_cache_sidechannel(2.5);
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assert!(hasil_infeksi_cpu.is_err());
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assert!(hasil_infeksi_cpu.unwrap_err().to_string().contains("SPYWARE_ANNIHILATED_BY_MJOLNIR"));
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println!("MJOLNIR BERHASIL MUTLAK: Parasit Silikon (Zero-Click Malware) terdeteksi lewat kecepatan Cache dan dieksekusi mati di level Hardware!");
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fn test_sum() {
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let m = Mjolnir::new(4);
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let r = m.execute(ComputeTask { task_id: "t1".into(), input_data: vec![1.0, 2.0, 3.0, 4.0], operation: ComputeOp::Sum }).unwrap();
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assert_eq!(r.scalar.unwrap(), 10.0);
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}
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#[test]
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fn test_variance() {
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let m = Mjolnir::new(4);
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let r = m.execute(ComputeTask { task_id: "t2".into(), input_data: vec![2.0, 4.0, 4.0, 4.0, 5.0, 5.0, 7.0, 9.0], operation: ComputeOp::Variance }).unwrap();
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assert!(r.scalar.unwrap() > 3.0 && r.scalar.unwrap() < 5.0);
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}
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#[test]
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fn test_map_reduce() {
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let m = Mjolnir::new(4);
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let data: Vec<f64> = (1..=100).map(|x| x as f64).collect();
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let r = m.map_reduce(&data, ComputeOp::Sum, ComputeOp::Sum).unwrap();
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assert_eq!(r.scalar.unwrap(), 5050.0);
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}
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#[test]
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fn test_percentile() {
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let m = Mjolnir::new(1);
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let data: Vec<f64> = (1..=100).map(|x| x as f64).collect();
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let r = m.execute(ComputeTask { task_id: "p99".into(), input_data: data, operation: ComputeOp::Percentile(99.0) }).unwrap();
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assert!(r.scalar.unwrap() >= 99.0);
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}
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}
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