//! ternlang-astro: Orbital and Satellite Routing Control
//!
//! Deep space communication and hybrid GEO-LEO architectures face massive challenges 
//! with rapid network rerouting under cyberattack conditions. Binary TCP fundamentally 
//! breaks due to rigid timeouts and passive waiting. `ternlang-astro` positions the 
//! MoE-13 orchestrator and T-POSIX as the only reliable routing framework for non-binary, 
//! noisy space communication.

use ternlang_core::Trit;
use ternlang_posix::{TPosixScheduler, TPosixState};

pub mod dtn {
    use super::*;

    #[derive(Debug, Clone, Copy, PartialEq)]
    pub enum PacketState {
        Acknowledged = 1,
        InTransit = 0, // The packet exists in physical space between satellites
        Lost = -1,
    }

    pub struct AstroRouter;

    impl AstroRouter {
        /// Evaluates a packet across an interplanetary or hybrid GEO-LEO mesh.
        /// Integrates MoE-13 orchestration for cooperative AI defense under cyberattack.
        pub fn route_geo_leo_mesh(&self, packet_id: &str, signal_integrity: Trit) -> TPosixState {
            match signal_integrity {
                Trit::Affirm => {
                    // Signal clear, route established
                    TPosixState::Running
                },
                Trit::Reject => {
                    // Cyberattack or signal jamming detected, drop/reroute
                    TPosixState::Suspended
                },
                Trit::Tend => {
                    // MoE-13 Orchestrator engages cooperative AI defense
                    // T-POSIX active hold avoids binary timeout cascade
                    println!("ternlang-astro: GEO-LEO mesh evaluating path for {}. Engaging MoE-13 defense.", packet_id);
                    TPosixScheduler::evaluate_process(Trit::Tend)
                }
            }
        }
    }
}
