#!/usr/bin/env python3
"""
build_quantum.py — Generate all BOB quantum civilization binding files via Nemotron (free)
and push directly to sov-kernel-monster.
"""
import requests, base64, os, json, re
from concurrent.futures import ThreadPoolExecutor, as_completed

PAT    = os.environ.get("PAT_TOKEN", "GH_PAT_REDACTED")
OR_KEY = os.environ.get("OPENROUTER_API_KEY", "OPENROUTER_KEY_REDACTED")
ORG    = "SNAPKITTYWEST"
REPO   = "sov-kernel-monster"
HDR    = {"Authorization": f"token {PAT}"}
MODEL  = "nvidia/nemotron-3-ultra-550b-a55b:free"

def ask(prompt):
    for model in [MODEL, "qwen/qwen-2.5-coder-32b-instruct"]:
        try:
            r = requests.post("https://openrouter.ai/api/v1/chat/completions",
                headers={"Authorization": f"Bearer {OR_KEY}", "HTTP-Referer": "https://snapkittywest.io"},
                json={"model": model, "messages": [{"role":"user","content":prompt}],
                      "temperature": 0.1, "max_tokens": 8192}, timeout=300)
            data = r.json()
            if "error" not in data:
                return data["choices"][0]["message"]["content"]
        except: pass
    return ""

def push(path, content, msg="feat(quantum): add binding file"):
    if isinstance(content, str): content = content.encode("utf-8")
    r = requests.get(f"https://api.github.com/repos/{ORG}/{REPO}/contents/{path}", headers=HDR)
    sha = r.json().get("sha","") if r.status_code == 200 else ""
    body = {"message": msg, "content": base64.b64encode(content).decode()}
    if sha: body["sha"] = sha
    r = requests.put(f"https://api.github.com/repos/{ORG}/{REPO}/contents/{path}", headers=HDR, json=body)
    return r.status_code

def clean(result):
    m = re.search(r'```[\w]*\n(.*?)```', result, re.DOTALL)
    if m: return m.group(1).strip()
    m2 = re.search(r'^(import |from |module |defmodule |package |use |#include|<svg|\[package\]|cmake_minimum)', result, re.MULTILINE)
    if m2: return result[m2.start():].strip()
    return result.strip()

TASKS = [
    ("julia/bob_quantum.jl", """Write complete Julia bindings for BOB Quantum Civilization Engine (600+ lines).
File: julia/bob_quantum.jl
Zero-copy C ABI interop via ccall to libbob_quantum.so.
module BobQuantum. Structs: BobRNG, BobLattice, BobState, BobHamiltonian (all with Ptr{Cvoid}).
All ccall wrappers loading from const LIBBOB path.
Base.finalize for RAII cleanup.
Functions: RNG(seed), Lattice(nx,ny,nz,coupling,seed;periodic), State(num_qubits), Hamiltonian(num_qubits),
evolve!(lat,dt) -> (energy,entropy), energy(lat), entropy(lat),
measure(state,rng;collapse) -> Int64, measure_shots(state,num_shots,rng) -> (counts,probs),
normalize!(state), add_term!(H,matrix,coeff,qubits), expectation(H,state),
evolve_exact!(state,H,dt), evolve_trotter!(state,H,dt,order=2), evolve_krylov!(state,H,dt,k=20).
export all. Output ONLY Julia code."""),

    ("elixir/lib/bob_quantum.ex", """Write complete Elixir OTP bridge for BOB Quantum Civilization Engine (500+ lines).
File: elixir/lib/bob_quantum.ex
Use Rustler NIF declarations for all C ABI functions.
GenServer wrappers: BobQuantum.RNG, BobQuantum.Lattice, BobQuantum.State — each with start_link, init, handle_call.
RNG: uniform/1, normal/2, integer/3.
Lattice: evolve/2 -> {energy, entropy}, energy/1, entropy/1.
State: measure/2, amplitudes/1, normalize/1.
Module BobQuantum with @spec declarations and defdelegate.
Output ONLY Elixir code."""),

    ("nats/bob_subjects.go", """Write complete NATS message bus schema for BOB Quantum Civilization Engine (400+ lines).
File: nats/bob_subjects.go
Package bob. All subject constants: bob.lattice.create/evolve/energy/entropy, bob.state.create/measure/measure_shots, bob.hamiltonian.create/add_term/expectation, bob.evolve.exact/trotter/krylov, bob.rng.create/uniform/normal, bob.circuit.qft/grover/qpe, bob.proof.check/compile, bob.plasma.enforce/verify, bob.swarm.task.claim/complete, bob.bifrost.log/verify.
All JSON payload structs for request/response pairs.
Client struct with NewClient(urls) and Request(subject, req, resp, timeout) methods.
Output ONLY Go code."""),

    ("rust/bob-quantum-sys/src/lib.rs", """Write complete Rust FFI crate for BOB Quantum Civilization Engine (800+ lines).
File: rust/bob-quantum-sys/src/lib.rs
#![allow non_upper_case_globals, non_camel_case_types, non_snake_case]
Opaque types: bob_rng_t, bob_lattice_t, bob_state_t, bob_hamiltonian_t as *mut c_void.
Error constants BOB_SUCCESS through BOB_ERROR_INVALID_GATE.
#[link(name="bob_quantum")] extern "C" block with ALL function signatures.
Safe wrappers: RNG, Lattice, State, Hamiltonian structs with Drop impls.
BobError enum with From<c_int> and Display.
Complex64 = num_complex::Complex<f64>.
All methods return Result<T, BobError>.
Output ONLY Rust code."""),

    ("rust/bob-quantum-sys/Cargo.toml", """Write Cargo.toml for bob-quantum-sys crate.
[package] name="bob-quantum-sys" version="0.1.0" edition="2021"
[lib] link-lib="bob_quantum"
[dependencies] num-complex="0.4" libc="0.2"
[build-dependencies] cc="1.0"
Output ONLY TOML."""),

    ("smalltalk/BobQuantum.st", """Write complete Smalltalk bindings for BOB Quantum Civilization Engine (800+ lines).
Pharo-compatible. Classes: BobQuantumLibrary (singleton, loads libbob_quantum.so via FFI),
BobRNG, BobLattice, BobState, BobHamiltonian, BobQuantumWorld.
Use Pharo ExternalFunction and ExternalAddress for C ABI calls.
BobQuantumWorld: createLattice:ny:nz:coupling:, runSimulation:steps:dt:, visualize.
Output ONLY Smalltalk code."""),

    ("r/bob_quantum.R", """Write complete R bindings for BOB Quantum Civilization Engine (600+ lines).
Use .Call() to C ABI. Functions: bob.rng.create(seed), bob.rng.uniform(rng), bob.rng.normal(rng,mean,sd),
bob.lattice.create(nx,ny,nz,coupling,seed,periodic), bob.lattice.evolve(lattice,dt),
bob.lattice.energy(lattice), bob.lattice.entropy(lattice),
bob.state.create(num_qubits), bob.state.measure(state,rng,collapse),
bob.state.measure_shots(state,num_shots,rng), bob.hamiltonian.create(num_qubits),
bob.hamiltonian.add_term(h,matrix,coeff,qubits), bob.hamiltonian.expectation(h,state).
ggplot2 visualization: plot_entropy_evolution(), plot_state_probabilities(), plot_lattice_energy().
Output ONLY R code."""),

    ("include/bob_quantum.h", """Write complete C header for BOB Quantum Civilization Engine.
File: include/bob_quantum.h
#pragma once, #include <stdint.h>, #include <stdbool.h>
Opaque handle typedefs. Error code enum BOB_ERROR_*.
ALL function declarations matching Fortran bind(C) exports:
bob_rng_create/destroy/seed/uniform/normal/integer,
bob_lattice_create/destroy/evolve/get_energy/entanglement_entropy,
bob_state_create/destroy/normalize/get_amplitude/set_amplitude/measure/measure_qubit/measure_shots,
bob_hamiltonian_create/destroy/add_term/expectation,
bob_evolve_exact/trotter/krylov, bob_error_string/get_last_error.
extern "C" guards. Output ONLY C header."""),

    ("CMakeLists.txt", """Write complete CMakeLists.txt for BOB Quantum Civilization Engine.
cmake_minimum_required(VERSION 3.20). project(sov-kernel-monster Fortran C).
Find gfortran. Build libbob_quantum.so from all src/*.f90 with -std=f2018 -O3 -fPIC -march=native.
add_library(bob_quantum SHARED src/*.f90).
set_target_properties with VERSION 1.0.0.
install targets. enable_testing(). add_subdirectory(tests) if exists.
Output ONLY CMake."""),

    ("fpm.toml", """Write fpm.toml for BOB Quantum Civilization Engine.
name = "sov-kernel-monster"
version = "1.0.0"
license = "Apache-2.0"
[build] auto-executables=false auto-tests=true
[fortran] implicit-typing=false implicit-external=false source-form="free"
[library] source-dir="src"
Extra flags: -O3 -march=native -fPIC -std=f2018
Output ONLY TOML."""),

    ("build.py", """Write build.py — master build orchestrator for BOB Quantum Civilization Engine.
Builds: 1) libbob_quantum.so via cmake, 2) Rust crate via cargo, 3) Fortran tests via fpm,
4) Julia package test, 5) Elixir mix compile, 6) R CMD build, 7) Lean4 lake build, 8) Go NATS build.
argparse: --release, --test, --lang LANG (build single language), --all.
Uses subprocess, pathlib, shutil. Colored output via print with ANSI codes.
Output ONLY Python code."""),

    (".github/workflows/build.yml", """Write .github/workflows/build.yml for BOB Quantum Civilization Engine.
name: Build All Languages. on: push, pull_request.
jobs: build on ubuntu-latest.
Steps: checkout, setup gfortran (sudo apt-get install gfortran),
setup rust (rustup), setup julia (julia-actions/setup-julia@v1),
setup elixir (erlef/setup-beam@v1), setup R (r-lib/actions/setup-r@v2),
install lake via elan, setup go, cmake build, cargo build, fpm test,
julia test, mix test, R CMD check, lake build.
Cache: cargo, julia depot, R packages.
Output ONLY YAML."""),

    ("docs/quantum_world.svg", """Create an interactive animated SVG for BOB Quantum Civilization Engine.
viewBox="0 0 1200 800". Self-contained. Use SMIL animations.
Show:
1. Central Fortran quantum kernel (gold hexagon, pulsing glow animation)
2. 7 language bindings in orbit: Julia (purple), Elixir (violet), Rust (orange), Lean4 (green), Smalltalk (blue), R (teal), NATS/Go (cyan) — each as labeled circle orbiting the center
3. Animated data flow arrows between them (animateMotion along orbit paths)
4. 4x4 quantum lattice grid in bottom-left with vortex nodes (circles changing color based on quantum state)
5. Born rule probability bars animating in bottom-right
6. PLASMA GATE hexagon barrier in top-right with particle flow animation
7. Title: BOB Quantum Civilization Engine
Colors: quantum blue #0A84FF, gold #FFD60A, green #30D158, red #FF453A, background #000000
Output ONLY SVG starting with <svg."""),
]

def process(task):
    path, prompt = task
    print(f"  -> {path}")
    result = ask(prompt)
    if not result or len(result) < 50:
        print(f"  ✗ {path}: empty response")
        return path, False
    code = clean(result)
    status = push(path, code, f"feat(quantum): {path} — BOB civilization engine")
    ok = status in (200, 201)
    print(f"  {'OK' if ok else 'FAIL'} {path}: HTTP {status} ({len(code)} chars)")
    return path, ok

print(f"BOB Quantum Civilization Engine — {len(TASKS)} files")
print(f"Target: https://github.com/{ORG}/{REPO}")
print()

results = {}
with ThreadPoolExecutor(max_workers=4) as pool:
    futures = {pool.submit(process, t): t[0] for t in TASKS}
    for f in as_completed(futures):
        path, ok = f.result()
        results[path] = ok

pushed = sum(1 for v in results.values() if v)
print(f"\nDone: {pushed}/{len(TASKS)} files pushed to {ORG}/{REPO}")