# Unified Nervous System
# Ties together 7 biological subsystems (Immune, Genetic, Dream, Metabolism, Consciousness, Resonance, Emergence)
# Inspired by the Cyberbrains 7-Layer Architecture and MandalaOS eBPF Nervous System

class UnifiedNervousSystem:
    def __init__(self, workspace, timescale_sync):
        self.workspace = workspace
        self.timescale = timescale_sync

        self.subsystems = {
            "immune": {"status": "active", "layer": "root", "load": 0.1},
            "metabolism": {"status": "active", "layer": "cerebellum", "load": 0.2},
            "genetic": {"status": "active", "layer": "basal_ganglia", "load": 0.05},
            "dream": {"status": "sleeping", "layer": "limbic", "load": 0.0},
            "consciousness": {"status": "active", "layer": "occipital_temporal", "load": 0.4},
            "resonance": {"status": "active", "layer": "parietal", "load": 0.1},
            "emergence": {"status": "monitoring", "layer": "logos", "load": 0.05}
        }

        # Wire into timescales
        self.timescale.register_hook("reflex", self._check_homeostasis)
        self.timescale.register_hook("planner", self._update_consciousness)
        self.timescale.register_hook("consolidation", self._trigger_dream_cycle)

    def _check_homeostasis(self):
        # 10ms loop - Check basic resource budgets (metabolism)
        pass

    def _update_consciousness(self):
        # 1s loop - Gating and habit selection
        pass

    def _trigger_dream_cycle(self):
        # 1hr loop - Memory consolidation (hippocampal routing)
        self.subsystems["dream"]["status"] = "active"

    def get_system_health(self):
        return {name: data["status"] for name, data in self.subsystems.items()}
