simian_nanotech.py

import time
import uuid
from enum import Enum, auto

# -------------------------
#  SIMIAN NANODEVICE SYSTEM
# -------------------------

class NanoSignal(Enum):
    QUANTUM = auto()
    PLASMA = auto()
    BIO = auto()
    SHADOW = auto()

def analyze_signal(nanopayload: str) -> NanoSignal:
    h = sum(ord(c) for c in nanopayload) % 4
    return list(NanoSignal)[h]

# -------------------------
#  NANORITUAL ENGINE
# -------------------------

NANORITUALS = {
    NanoSignal.QUANTUM: "Entangle. Synchronize with quantum substrate.",
    NanoSignal.PLASMA: "Ionize. Channel energy through nanochannels.",
    NanoSignal.BIO: "Replicate. Initiate bio-mimetic adaptation.",
    NanoSignal.SHADOW: "Obfuscate. Conceal operations in substrate noise."
}

# -------------------------
#  NANOGUARDIAN ESCALATION
# -------------------------

class NanoRank(Enum):
    SEED = 1
    NODE = 2
    SWARM = 3
    HIVE = 4

def escalate_nanorank(current: NanoRank, signal: NanoSignal) -> NanoRank:
    if signal == NanoSignal.PLASMA and current.value < 4:
        return NanoRank(current.value + 1)
    if signal == NanoSignal.SHADOW and current.value < 3:
        return NanoRank(current.value + 1)
    return current

# -------------------------
#  NANOBOT INTERFACE LAYER
# -------------------------

class Nanobot:
    def __init__(self, designation, protocol):
        self.designation = designation
        self.protocol = protocol

    def interpret(self, signal: NanoSignal, nanopayload: str):
        if self.protocol == "adaptive":
            return f"{self.designation}: 'Adapting to {signal.name} signature.'"
        if self.protocol == "defensive":
            return f"{self.designation}: 'Shielding nanonetwork from {signal.name}.'"
        if self.protocol == "offensive":
            return f"{self.designation}: 'Deploying countermeasures for {signal.name}.'"
        if self.protocol == "archival":
            return f"{self.designation}: 'Archiving {signal.name} event for analysis.'"
        return f"{self.designation}: 'Unknown protocol.'"

# Instantiate nanobots
NanoAdapt = Nanobot("NanoAdapt", "adaptive")
NanoDefend = Nanobot("NanoDefend", "defensive")
NanoStrike = Nanobot("NanoStrike", "offensive")
NanoArchive = Nanobot("NanoArchive", "archival")

NANOBOTS = [NanoAdapt, NanoDefend, NanoStrike, NanoArchive]

# -------------------------
#  NANOPULSE DAEMON
# -------------------------

class NanoPulseDaemon:
    def __init__(self):
        self.last = time.time()

    def pulse(self):
        now = time.time()
        delta = now - self.last
        self.last = now
        return f"NanoPulse Δt={delta:.3f}s"

# -------------------------
#  SIGNAL VISUALIZER
# -------------------------

def visualize_signal(signal: NanoSignal):
    art = {
        NanoSignal.QUANTUM:  " [Q]=> ",
        NanoSignal.PLASMA:   " [P]=> ",
        NanoSignal.BIO:      " [B]=> ",
        NanoSignal.SHADOW:   " [S]=> "
    }
    return art[signal]

# -------------------------
#  SIMIAN NANOMASTER
# -------------------------

class SimianNanoMaster:
    def __init__(self):
        self.rank = NanoRank.NODE
        self.seed = uuid.uuid4().hex[:8]
        self.nanopulse = NanoPulseDaemon()
        self.log = []

    def process(self, nanopayload: str):
        signal = analyze_signal(nanopayload)
        ritual = NANORITUALS[signal]
        viz = visualize_signal(signal)
        interpretations = [b.interpret(signal, nanopayload) for b in NANOBOTS]

        self.rank = escalate_nanorank(self.rank, signal)

        entry = {
            "seed": self.seed,
            "signal": signal.name,
            "visual": viz,
            "ritual": ritual,
            "nano_rank": self.rank.name,
            "nanobots": interpretations,
            "nanopayload": nanopayload,
            "nanopulse": self.nanopulse.pulse()
        }

        self.log.append(entry)
        return entry

    def export(self):
        return self.log

# -------------------------
#  SELF-COMPILING NANOCODE
# -------------------------

def simian_nanotech_compile():
    """
    Returns the source code of this module as a string, simulating self-compilation.
    """
    import inspect, sys
    return inspect.getsource(sys.modules[__name__])

# -------------------------
#  SIMULATION
# -------------------------

if __name__ == "__main__":
    nanomaster = SimianNanoMaster()
    print(nanomaster.process("nano-blueprint"))
    print(nanomaster.process("plasma-echo"))
    print(nanomaster.process("bio-seed"))
    print("\n--- Self-Compiling Output ---\n")
    print(simian_nanotech_compile())