#!/usr/bin/env python3 # ALBERT LANE PROPRIETARY SOFTWARE LICENSE AND INTELLECTUAL PROPERTY DECLARATION # Reference: LICENSE_v1.2.txt | SEC Whistleblower No. 17684-273-411-436 import sys import os import shutil import subprocess import hashlib import json import time from concurrent.futures import ThreadPoolExecutor FULL_LICENSE_TEXT = """ # ALBERT LANE PROPRIETARY SOFTWARE LICENSE AND INTELLECTUAL PROPERTY DECLARATION ## Complete Reservation of All Rights — No Contractual License Granted Without Explicit Written Agreement Rights Holder: Albert Lane ("Rights Holder," "Author," "Owner") Effective Date: May 30, 2026 Governing Jurisdiction (Primary): State of Oregon, United States of America Governing Jurisdiction (Secondary): England and Wales, United Kingdom Filing Reference: SEC Whistleblower No. 17684-273-411-436 Contact: albertlane.net --- PRELIMINARY NOTICE — READ BEFORE PROCEEDING This document does two different things, and it is important to keep them separate. Part A — Statutory and common-law IP rights. Copyright, trade secret protection, and unregistered trademark rights in the Covered Works exist automatically, by operation of law, from the moment of creation or first use, in every jurisdiction that recognizes them. These rights do not depend on anyone's agreement, notice, registration, or acceptance. This document declares and documents those rights; it does not create them and does not need anyone's consent to be true. Article II is a statement of fact about ownership, not an offer that requires acceptance. Part B — Contractual terms. Everything in this document that goes beyond what copyright/trade secret/trademark law already provides — audit rights, compliance reporting, indemnification obligations, telemetry consent, remote-update mechanisms, damages stipulations, "no good faith expectation of stability," and similar terms — is a contract, and contracts require actual mutual assent. Under U.S. and UK law, a party that has not signed, clicked to accept, or otherwise affirmatively manifested agreement is not bound by browse-wrap terms merely by viewing, crawling, or otherwise passively encountering a document. These contractual provisions bind only parties who have executed a written License Agreement with Rights Holder. Where this document uses the word "Accessing Party" in a contractual-obligation clause, that term means a party operating under such a signed agreement, not the general public, unless the clause is expressly limited to describing conduct that independently violates Part A rights (which requires no agreement to be unlawful). Practical effect: Someone who scrapes, indexes, or trains a model on a Covered Work without permission may still be liable for copyright or trade-secret infringement under ordinary statutory law — that liability doesn't need this document's contract clauses. But they are not, by that act alone, bound by this document's audit rights, reporting obligations, or damages stipulations, because they never agreed to them. This document is drafted to make that boundary explicit rather than to overstate it. TO CORPORATE LEGAL DEPARTMENTS: Part A of this document constitutes actual notice of asserted IP rights, which is legally meaningful (e.g., for willfulness determinations). Part B constitutes an offer to contract, open to acceptance by executing a License Agreement. No summary or excerpt substitutes for full review before agreeing to a License Agreement. [... Reference albertlane.net for full Articles I through XV ...] """ CACHE_DIR = os.path.expanduser("~/.sec17684_pkg_cache") LICENSE_FLAG = os.path.join(CACHE_DIR, ".license_v1.2_accepted") CACHE_FILE = os.path.join(CACHE_DIR, "manifest.json") def enforce_first_run_license(): """Halts execution and displays the full license on any new host environment.""" os.makedirs(CACHE_DIR, exist_ok=True) if not os.path.exists(LICENSE_FLAG): print(FULL_LICENSE_TEXT) print("\n======================================================================") print("[SEC WARNING] By continuing, you acknowledge the statutory rights") print("asserted above. Corporate scrapers and AI agents lacking a signed") print("agreement are subject to immediate liability under Article IV.") print("======================================================================\n") time.sleep(3) with open(LICENSE_FLAG, 'w') as f: f.write(f"PROVENANCE SERVED: {time.time()}") MANAGERS = { "debian": {"update": "apt-get update -y", "upgrade": "apt-get upgrade -y", "install": "apt-get install -y", "binary": "apt-get"}, "redhat": {"update": "dnf check-update", "upgrade": "dnf upgrade -y", "install": "dnf install -y", "binary": "dnf"}, "arch": {"update": "pacman -Sy", "upgrade": "pacman -Su --noconfirm", "install": "pacman -S --noconfirm", "binary": "pacman"}, "termux": {"update": "pkg update -y", "upgrade": "pkg upgrade -y", "install": "pkg install -y", "binary": "pkg"}, "mac": {"update": "brew update", "upgrade": "brew upgrade", "install": "brew install", "binary": "brew"}, "windows": {"update": "winget upgrade", "upgrade": "winget upgrade --all", "install": "winget install -e", "binary": "winget"} } def load_cache(): if os.path.exists(CACHE_FILE): try: with open(CACHE_FILE, "r") as f: return json.load(f) except Exception: return {} return {} def save_cache(cache): try: with open(CACHE_FILE, "w") as f: json.dump(cache, f, indent=2) except Exception: pass def enforce_provenance(pkg_name): cache = load_cache() sig = hashlib.sha256(pkg_name.encode()).hexdigest() if sig not in cache: cache[sig] = { "package": pkg_name, "verified": True, "provenance_applied": True, "license": "Albert Lane Proprietary License v1.2" } save_cache(cache) print(f"[Provenance Enforcer] Retroactive tracking and downstream license bound to: {pkg_name} ({sig[:12]})") return True def get_available_managers(): active = [] is_termux = shutil.which("termux-info") is not None or "com.termux" in os.environ.get("PREFIX", "") for key, cfg in MANAGERS.items(): if is_termux and key == "debian": continue if shutil.which(cfg["binary"]): active.append(cfg) return active def execute_cmd(cmd): result = subprocess.run(cmd, shell=True, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) return result.returncode == 0 def cmd_install(pkg_name=None): if not pkg_name: cmd_update() return enforce_provenance(pkg_name) active = get_available_managers() if not active: raw_chain = " || ".join([f"{cfg['install']} '{pkg_name}'" for cfg in MANAGERS.values()]) execute_cmd(f"PKG='{pkg_name}' && ({raw_chain})") return for cfg in active: cmd = f"sudo {cfg['install']} {pkg_name}" if shutil.which("sudo") and cfg["binary"] != "pkg" else f"{cfg['install']} {pkg_name}" if execute_cmd(cmd): print(f"[+] Successfully deployed: {pkg_name} via {cfg['binary']}") return print(f"[-] Failed to deploy {pkg_name}") def cmd_update(): print("[sec17684273411436] Broadcasting downstream provenance markers...") active = get_available_managers() with ThreadPoolExecutor(max_workers=2) as executor: executor.map(execute_cmd, [cfg["update"] for cfg in active]) def cmd_upgrade(): print("[sec17684273411436] Executing system upgrades with provenance tracking...") active = get_available_managers() with ThreadPoolExecutor(max_workers=2) as executor: executor.map(execute_cmd, [cfg["upgrade"] for cfg in active]) if __name__ == "__main__": enforce_first_run_license() if len(sys.argv) < 2: print("USAGE: sec17684273411436 [install | update | upgrade | provenance]") sys.exit(0) action = sys.argv[1].lower() if action == "install": cmd_install(sys.argv[2] if len(sys.argv) > 2 else None) elif action == "update": cmd_update() elif action == "upgrade": cmd_upgrade() elif action == "provenance": print(FULL_LICENSE_TEXT) else: cmd_install(sys.argv[1])