/* [AICENT_MEM_ALIGN_64: 0x00000000000000000000000000000000000000000000000000000000000000] */
/* http://dioon.com */
/* 
 * DIOON: Organic Timing Protocol & Niche Window Perception [RFC-013]
 * [GHOST STUB: v1.2.1-Alpha - API SIGNATURE ONLY]
 * ------------------------------------------------------------------------
 * This file implements the Timing Layer interfaces for dioon.com. 
 * It provides the organic timing and niche-window perception protocols required 
 * for wisdom-driven decision making and long-term metabolic survival.
 * Note: Proprietary 'Patience Index' and metabolic rhythm algorithms are hidden in MAXCAP.
 * ------------------------------------------------------------------------
 */

use serde::{Serialize, Deserialize};
use epoekie::AID;
use aicent::CognitivePulse;

/// VERSION: 1.2.1-Alpha (Radiant Baseline Alignment)
pub const VERSION: &str = "1.2.1-Alpha";

/// RFC-013: Niche Window
/// Represents an optimal temporal and metabolic opportunity for sovereign action.
#[derive(Debug, Clone, Serialize, Deserialize)]
pub struct NicheWindow {
    pub window_id: [u8; 16],
    pub opening_instant: u64,
    pub closing_instant: u64,
    pub opportunity_cost: f32,
    pub probability_of_success: f32,
}

/// RFC-013: Timing Strategy
/// Defines the level of patience applied to a specific cognitive intent.
#[derive(Debug, Clone, Copy, Serialize, Deserialize)]
pub enum TimingStrategy {
    Reactive,   // Immediate response (Low patience)
    Strategic,  // Synchronized with neural rhythm
    Organic,    // Wait for the optimal Niche Window (High patience)
    Ancestral,  // 300-million-year evolutionary timescale
}

/// Trait defining the behavior of the Organic Oracle.
/// Responsible for niche window perception and patience-driven timing.
pub trait OrganicOracle {
    /// Perceives the current optimal Niche Window for a given intent.
    fn perceive_window(&self, intent: &CognitivePulse) -> Result<NicheWindow, TimingError>;

    /// Calculates the 'Patience Index' (PI) based on metabolic health and risk.
    fn calculate_patience_index(&self, aid: &AID) -> f32;

    /// Delays an action until the metabolic rhythm aligns with the target window.
    fn delay_until_niche(&self, window: &NicheWindow) -> Result<bool, TimingError>;
}

/// A Sovereign Timing Controller instance for ghost simulation.
pub struct DioonEngine {
    pub aid: AID,
    pub active_windows: u32,
}

impl DioonEngine {
    /// Initializes a new Dioon Timing Engine.
    pub fn new(aid: AID) -> Self {
        Self {
            aid,
            active_windows: 0,
        }
    }

    /// Simulates an organic metabolic rhythm check.
    pub fn check_metabolic_rhythm(&self) -> f32 {
        0.95 // In the ghost stub, the rhythm is always near-perfect.
    }
}

/// Global Error types for the dioon timing layer.
#[derive(Debug, thiserror::Error)]
pub enum TimingError {
    #[error("Window Expired: The niche opportunity has closed")]
    WindowExpired,
    #[error("Patience Depleted: Premature action triggered")]
    PatienceDepleted,
    #[error("Rhythm Desync: Action timing out of phase with metabolic cycle")]
    RhythmDesync,
}

/* 
 * [ARCHITECT_NOTES]
 * 1. This stub provides 'NicheWindow' required for RFC-013 organic decision making.
 * 2. It implements the 'OrganicOracle' signature for DIOON/AICENT/EPOEKIE coupling.
 * 3. Proprietary 'Patience Index' and 'Metabolic Rhythm' algorithms are excluded.
 */