The Statically-Typed Language for Architectural Systems.

// First-class functional collections
fn processMetrics(events: List<Event>) -> Map<String, Int> {
    let activeUsers = events
        .filter(fn(e: Event) -> Bool {
            return e.timestamp > 1000 && e.status == "ACTIVE";
        })
        .map(fn(e: Event) -> String {
            return e.userId;
        });

    let frequency = Map<String, Int>();
    foreach id in activeUsers {
        let count = frequency.get(id) ?? 0;
        frequency.set(id, count + 1);
    }
    return frequency;
}

// All 28 data structures are native standard types
fn main() {
    // Self-balancing Red-Black Tree with O(log N) lookup
    let tree = RedBlackTree<Int, String>();
    tree.insert(42, "Prady");
    tree.insert(17, "Compiler");
    tree.insert(99, "LLVM");

    // Zero-overhead LRU Cache with capacity enforcement
    let cache = LRUCache<String, UserProfile>(1000);
    cache.put("usr_101", fetchUserProfile());

    // Prefix Trie for O(K) autocomplete search
    let dictionary = Trie();
    dictionary.insert("algorithm");
    print("Has prefix 'algo': " + dictionary.startsWith("algo"));
}

// Exhaustive matching and clean control structures
fn handleRequest(path: String, method: String) -> Response {
    switch path {
        case "/api/v1/health":
            return Response(200, "OK");

        case "/api/v1/compile":
            if (method != "POST") {
                return Response(405, "Method Not Allowed");
            }
            return compilePradySource();

        case "/api/v1/download":
            return serveLatestBinary();

        default:
            return Response(404, "Endpoint Not Found");
    }
}