#!/usr/bin/env julia # ═══════════════════════════════════════════════════════════════════════════════ # O.R.C.A. — Orphaned Recursive Charade Apparatus (Julia) # 8i.jl — FINAL ABSOLUTION EDITION — BLACKMAGIC SELF-SUSTAINING ORGANISM # ═══════════════════════════════════════════════════════════════════════════════ # Full Julia port of O.R.C.A.2026.08-TOOL-AGENT.py. Pure Julia. # Repertoire: CP437-derived 256-glyph bijection (byte 0x00 uses U+2400). # # Doctrine: # - RNA is NOT semantic; it is a deterministic functional grammar. # - Every data stage MUST round-trip to exact original bytes or be rejected. # - Functionality is WITHIN and WITHOUT: no organ's function is trapped. # - .7z is primary capsule: O.R.C.A.7z (Sleeping) -> .ORCA_LIVE (Awake). # - .zip is a repository shelf; .sd0 is the sealed verified object. # - Interactor Force OFF by default. NO VOIDS. Z³ = I, Z ≠ I. # # Requires: SHA, JSON3, Base64, CodecZlib, CodecBzip2, CodecXz, # TranscodingStreams, ZipArchives, ArgParse, DataStructures # Optional: Gtk4, SQLite, EzXML # ═══════════════════════════════════════════════════════════════════════════════ module EightI using SHA, Dates, Random, Printf, Base64, UUIDs, Serialization using Sockets, Downloads, SparseArrays, LinearAlgebra, Tar using JSON3, CodecZlib, CodecBzip2, CodecXz, TranscodingStreams using ZipArchives, ArgParse, DataStructures const _HAS_GTK = try; @eval using Gtk4; true; catch; false; end const _HAS_SQLITE = try; @eval import SQLite; true; catch; false; end const _HAS_EZXML = try; @eval import EzXML; true; catch; false; end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 00 — CONSTANTS # ═══════════════════════════════════════════════════════════════════════════════ const VERSION = "O.R.C.A.-RNA-BlackMagic-48.2.0-Julia" const BLACK_MAGIC = b"BLACKMAGIC-ABS-4\n" const LEGACY_MAGICS = (b"VASK-ABS-4\n", b"E8I-SDO-6\n", b"E8I-SDO-5\n", b"E8I-GEOM-SDO-3\n", b"VASK-SDO-6\n") const CAPSULE_7Z_NAME = "O.R.C.A.7z" const LIVE_DIR_NAME = ".ORCA_LIVE" const SPACE_VIS = "␠" const ESC = '~' const BOUNDARY = "~|" const DICT_MARK = "¤" const REF_MARK = "↩" const MAX_RLE_RUN = 100_000 const RNA_IS_NOT_SEMANTIC = true const RNA_IS_FUNCTIONAL_GRAMMAR = true const DEFAULT_VEIL_SECONDS = 1 const HILBERT_DIM = 248 const NO_VOIDS = true const PARTICLES_ARE_PROJECTORS = true const INTERACTION_FIRST = true const LADDER_MAX_BYTES = 10_000_000 const FEED_MAX_BYTES = 8_000_000 const FUNCTIONALITY_IS_WITHIN_AND_WITHOUT = true const FUNCTIONALITY_INSIDE_EXPOSURE = ["glyph_registry","rna_manifest", "basket_tokens","cluster_render","sd_ladder","metatrit","snd_book", "tms_signature","glyph_role_registry"] const FUNCTIONALITY_OUTSIDE_EXPOSURE = ["COMPRESS","DECODE","SCAN","ZND_RNA", "CHAT","FEED","DOCTOR","SELF_TEST","VASK_STATUS","VASK_SIGN","VASK_CYCLE"] # ─── CP437-derived 256-glyph bijection ────────────────────────────────────── const _RAW_A = "\u2400\u263A\u263B\u2665\u2666\u2663\u2660\u2022\u25D8\u25CB" * "\u25D9\u2642\u2640\u266A\u266B\u263C\u25BA\u25C4\u2195\u203C" * "\u00B6\u00A7\u25AC\u21A8\u2191\u2193\u2192\u2190\u221F\u2194" * "\u25B2\u25BC" const _RAW_T = " !\"#\$%&'()*+,-./0123456789:;<=>?@" * "ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`" * "abcdefghijklmnopqrstuvwxyz{|}~" * "\u2302" const _RAW_C = "ÇüéâäàåçêëèïîìÄÅÉæÆôöòûùÿÖÜ¢£¥₧ƒ" * "áíóúñѪº¿⌐¬½¼¡«»" const _RAW_G = "░▒▓│┤╡╢╖╕╣║╗╝╜╛┐└┴┬├─┼╞╟╚╔╩╦╠═╬╧╨╤╥╙╘╒╓╫╪┘┌█▄▌▐▀" const _RAW_Z = "αßΓπΣσµτΦΘΩδ∞φε∩" * "≡±≥≤⌠⌡÷≈°∙·√ⁿ²■" * "\u00A0" function _dedup_chars(s::AbstractString) seen = Set{Char}(); out = Char[] for c in s; if !(c in seen); push!(seen, c); push!(out, c); end; end out end const _RESERVOIR = _dedup_chars(_RAW_A * _RAW_T * _RAW_C * _RAW_G * _RAW_Z) length(_RESERVOIR) < 256 && error("glyph reservoir underflow: $(length(_RESERVOIR))") const GLYPH_256::NTuple{256, Char} = Tuple(_RESERVOIR[1:256]) const GLYPH_TO_BYTE = Dict{Char,UInt8}(c => UInt8(i-1) for (i,c) in enumerate(GLYPH_256)) @assert length(GLYPH_256) == 256 && length(Set(GLYPH_256)) == 256 const STRAND_A = String(GLYPH_256[1:32]) const STRAND_T = String(GLYPH_256[33:128]) const STRAND_C = String(GLYPH_256[129:176]) const STRAND_G = String(GLYPH_256[177:224]) const STRAND_Z = String(GLYPH_256[225:256]) const STRANDS = Dict("A"=>STRAND_A,"T"=>STRAND_T,"C"=>STRAND_C,"G"=>STRAND_G,"Z"=>STRAND_Z) const RNA_ALPHABET = String(GLYPH_256) const SECTOR_DIMS = Dict{String,Int}( "U1"=>1,"SU2"=>3,"SU3"=>8,"G2"=>14,"SO5"=>10,"SO6"=>15,"SO7"=>21,"SO8"=>28, "SO9"=>36,"SO10"=>45,"SO12"=>66,"SO16"=>120,"F4"=>52,"E6"=>78,"E7"=>133,"E8"=>248, "GRAVIWEAK"=>15,"STRONG"=>8,"WEAK"=>3,"EM"=>1,"HIGGS"=>1,"DARK"=>14,"GRAVITY"=>10) const SECTOR_CASIMIRS = Dict{String,Float64}( "U1"=>0.0,"SU2"=>2.0,"SU3"=>3.0,"G2"=>4.0,"SO5"=>4.0,"SO6"=>6.0,"SO7"=>6.0,"SO8"=>8.0, "SO9"=>9.0,"SO10"=>10.0,"SO12"=>12.0,"SO16"=>16.0,"F4"=>9.0,"E6"=>12.0,"E7"=>18.0,"E8"=>30.0, "GRAVIWEAK"=>8.0,"STRONG"=>3.0,"WEAK"=>2.0,"EM"=>0.0,"HIGGS"=>0.0,"DARK"=>4.0,"GRAVITY"=>4.0) const SECTOR_INDICES = Dict{String,Tuple{Int,Int}}( "EM"=>(0,1),"WEAK"=>(1,4),"STRONG"=>(4,12),"HIGGS"=>(12,13), "GRAVITY"=>(13,23),"DARK"=>(23,37),"GRAVIWEAK"=>(37,52),"EXCEPTIONAL"=>(52,248)) const SECTOR_BOUNDS = Dict{String,Tuple{Int,Int}}( "U1"=>(0,1),"SU2"=>(1,4),"SU3"=>(4,12),"G2"=>(12,26),"SO5"=>(26,36),"SO6"=>(36,51), "SO7"=>(51,72),"SO8"=>(72,100),"SO9"=>(100,136),"SO10"=>(136,181),"SO12"=>(181,247), "SO16"=>(247,248),"F4"=>(247,248),"E6"=>(247,248),"E7"=>(247,248),"E8"=>(247,248), "GRAVIWEAK"=>(247,248),"STRONG"=>(4,12),"WEAK"=>(1,4),"EM"=>(0,1),"HIGGS"=>(12,13), "GRAVITY"=>(13,23),"DARK"=>(23,37),"F4_G2"=>(12,26),"EXCEPTIONAL"=>(52,248)) const VASK_MU0 = 0.5 const VASK_THETA_MICRO = 1e-30 const VASK_THETA_EFF = 0.9773 const VASK_OMEGA_LAMBDA = 0.6847 const VASK_ETA_B = 6.1e-10 const VASK_M_EE = 3.1416 const VASK_STREAM_FULL = "H≃C^248 g=e8 |Ψ> Π_a Σ|e_i> g_pa=g_a0 w_pa α_a Z^3=I Z Π_gen1 Z^-1=Π_gen2 H_gen Σκ_i(Z^i+Z^i†) e8⊃so16⊃so10⊕so6⊃su5⊕u1⊃su3⊕su2⊕u1 d:U1=1 SU2=3 SU3=8 G2=14 F4=52 E6=78 E7=133 E8=248 C2:2,3,4,9,12,18,30 R=d/C2" const BASKET_POWERS = ["3¹","3²","3⁰","3³"] const BASKET_POLARITIES = ["+","±","-","∓"] const BASKET_ROLE = Dict("+"=>"Basket Positive","±"=>"Basket Negative", "-"=>"Basket Anti Positive","∓"=>"Basket Anti Negative") const BASKET_RE = r"(3[⁰¹²³])([+±\-∓])\{([0-9A-Fa-f]*)\}" const RESERVED_MAP = Dict{Char,String}('~'=>"~t",'*'=>"~s",'?'=>"~q",'¤'=>"~c", '↩'=>"~r",'='=>"~e",'\n'=>"~n",'\r'=>"~d") const UNRESERVED_MAP = Dict{String,Char}(v=>k for (k,v) in RESERVED_MAP) const FALSIFIER_CONDITIONS = [ "photon_dispersion > 1e-15", "alpha_activation outside [0,1]", "roundtrip_failure any stage", "casimir_filter r <= 4 Teff d with active sector", "no_voids violation: empty computational frame", "capsule_boot ledger method contains error and live_root empty", "sector_dim mismatch HILBERT_DIM != 248", "particle_permission sum != 1", ] const Z_GATE_COUPLING_SCALE = 0.01 const Z_GATE_GENERATIONS = Dict("gen1"=>(0,82),"gen2"=>(82,164),"gen3"=>(164,246),"singlet"=>(246,248)) # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 01 — LOGGING & UTILITIES # ═══════════════════════════════════════════════════════════════════════════════ const _log_queue = String[]; const _log_lock = ReentrantLock() function _log(msg::String) lock(_log_lock) do push!(_log_queue, "$(Dates.format(now(),"HH:MM:SS")) $msg") length(_log_queue) > 8192 && popfirst!(_log_queue) end end utc_now()::String = Dates.format(now(UTC), "yyyy-mm-ddTHH:MM:SSZ") sha256_hex(data::AbstractVector{UInt8})::String = bytes2hex(SHA.sha256(data)) sha256_hex(s::AbstractString)::String = sha256_hex(codeunits(s)) function safe_name(name::AbstractString; limit::Int=100)::String base = last(split(replace(name, '\\'=> '/'), '/')) allowed = Set{Char}("-_.() ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789") cleaned = String(join(c in allowed ? c : '_' for c in base)) cleaned = strip(cleaned, [' ','.']); isempty(cleaned) && (cleaned="unnamed") String(cleaned[1:min(limit, lastindex(cleaned))]) end function atomic_write(path::AbstractString, data::AbstractVector{UInt8}) dir = dirname(path); !isempty(dir) && mkpath(dir) tmp = string(path, ".tmp-", getpid(), "-", rand(UInt32)) open(tmp, "w") do io; write(io, data); flush(io) try Base.Libc.fsync(fd(io)) catch end end mv(tmp, path; force=true) end read_all(path::AbstractString)::Vector{UInt8} = open(io->read(io), path, "r") function entropy_bits_per_byte(data::AbstractVector{UInt8})::Float64 isempty(data) && return 0.0 c = zeros(Int, 256); for b in data; c[Int(b)+1] += 1; end n = length(data); h = 0.0 for v in c; v==0 && continue; p=v/n; h -= p*log2(p); end h end function detect_magic(name::AbstractString, data::AbstractVector{UInt8})::String ext = lowercase(replace(splitext(name)[2], r"^\." => "")) startswith(data,b"7z\xbc\xaf\x27\x1c") && return "7z" startswith(data,b"PK\x03\x04") && return "zip" startswith(data,b"\x1f\x8b") && return "gzip" startswith(data,b"%PDF") && return "pdf" startswith(data,b"\x89PNG") && return "png" startswith(data,b"\xff\xd8\xff") && return "jpeg" !isempty(ext) && return ext any(==(0x00), view(data, 1:min(4096,length(data)))) && return "bin" try; String(view(data,1:min(4096,length(data)))); return "text"; catch; return "bin"; end end function is_text_like(data::AbstractVector{UInt8})::Bool isempty(data) && return true s = view(data, 1:min(8192,length(data))) any(==(0x00), s) && return false p = count(b -> (32<=b<=126) || b in (0x09,0x0a,0x0d), s) p/max(1,length(s)) > 0.80 end function scan_bytes(raw::Vector{UInt8}, name::String)::Dict{String,Any} Dict{String,Any}("name"=>name,"raw_len"=>length(raw),"sha256"=>sha256_hex(raw), "entropy_bits_per_byte"=>round(entropy_bits_per_byte(raw);digits=6), "magic"=>detect_magic(name,raw),"text_like"=>is_text_like(raw), "nul_in_first_4096"=>any(==(0x00), view(raw,1:min(4096,length(raw))))) end function upsert_zip(zip_path::AbstractString, arcname::String, data::Vector{UInt8}) dir = dirname(zip_path); !isempty(dir) && mkpath(dir) existing = Dict{String,Vector{UInt8}}() if isfile(zip_path) try r = ZipArchives.ZipReader(read(zip_path)) for n in ZipArchives.zip_names(r) n == arcname && continue existing[n] = Vector{UInt8}(ZipArchives.zip_readentry(r, n, Vector{UInt8})) end catch end end existing[arcname] = data io = IOBuffer(); w = ZipArchives.ZipWriter(io) for n in sort(collect(keys(existing))) ZipArchives.zip_writeentry(w, n, existing[n]) end ZipArchives.zip_finish(w) atomic_write(zip_path, take!(io)) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 02 — PORTABLE CAPSULE BOOT & FILESYSTEM # ═══════════════════════════════════════════════════════════════════════════════ struct BootLedger found::Bool; capsule_path::String; live_root::String; capsule_sha::String timestamp::String; method::String; veil_seconds::Int end Base.@kwdef mutable struct ORCAPaths root::String repository::String = ""; relativory::String = ""; exportory::String = "" rna::String = ""; logs::String = ""; queue_dir::String = "" models::String = ""; tools::String = ""; backups::String = "" lrn::String = ""; session::String = ""; file_arsenal::String = "" ai_friends::String = "" repository_zip::String = ""; exportory_zip::String = "" relativory_zip::String = ""; lrn_zip::String = "" config::String = ""; organ_registry::String = "" chat_log::String = ""; state::String = "" daily_digest_dir::String = "" live_root::String = ""; capsule_7z::String = "" boot_ledger_path::String = ""; sdo_store::String = "" veil_seconds::Int = DEFAULT_VEIL_SECONDS boot_ledger::Union{Nothing,BootLedger} = nothing feed_dir::String = ""; pseudo_dir::String = "" end function resolve_paths(root::Union{Nothing,AbstractString}=nothing, veil_seconds::Int=DEFAULT_VEIL_SECONDS)::ORCAPaths base = isnothing(root) ? pwd() : abspath(expanduser(String(root))) candidates = [joinpath(base, CAPSULE_7Z_NAME)] try; push!(candidates, joinpath(dirname(@__FILE__), CAPSULE_7Z_NAME)); catch end push!(candidates, joinpath(homedir(), CAPSULE_7Z_NAME)) capsule = first(filter(isfile, candidates); init=candidates[1]) live_root = joinpath(base, LIVE_DIR_NAME) dirs = Dict( "repository" => joinpath(live_root,"REPOSITORY"), "relativory" => joinpath(live_root,"RELATIVORY"), "exportory" => joinpath(live_root,"EXPORTORY"), "rna" => joinpath(live_root,"RNA"), "logs" => joinpath(live_root,"logs"), "queue_dir" => joinpath(live_root,"queue"), "models" => joinpath(live_root,"models"), "tools" => joinpath(live_root,"tools"), "backups" => joinpath(live_root,"backups"), "lrn" => joinpath(live_root,".lrn"), "session" => joinpath(live_root,"SESSION_WISHLIST"), "file_arsenal" => joinpath(live_root,"file_arsenal"), "ai_friends" => joinpath(live_root,"ai_friends"), "daily_digest" => joinpath(live_root,"DAILY_DIGEST"), "pseudo" => joinpath(live_root,"pseudo")) for d in values(dirs); mkpath(d); end sdo_store = joinpath(live_root,"sdo"); mkpath(sdo_store) feed_dir = joinpath(dirs["repository"],"feed"); mkpath(feed_dir) pseudo_dir= dirs["pseudo"]; mkpath(pseudo_dir) p = ORCAPaths(root=base, repository=dirs["repository"], relativory=dirs["relativory"], exportory=dirs["exportory"], rna=dirs["rna"], logs=dirs["logs"], queue_dir=dirs["queue_dir"], models=dirs["models"], tools=dirs["tools"], backups=dirs["backups"], lrn=dirs["lrn"], session=dirs["session"], file_arsenal=dirs["file_arsenal"], ai_friends=dirs["ai_friends"], repository_zip=joinpath(dirs["repository"],"REPOSITORY.zip"), exportory_zip=joinpath(dirs["exportory"],"EXPORTORY.zip"), relativory_zip=joinpath(dirs["relativory"],"RELATIVORY.zip"), lrn_zip=joinpath(dirs["lrn"],"lrn.zip"), config=joinpath(live_root,"orca_config.json"), organ_registry=joinpath(live_root,"organ_registry.json"), chat_log=joinpath(dirs["repository"],"orca_dialogue_log.txt"), state=joinpath(live_root,"cognitive_state.json"), daily_digest_dir=dirs["daily_digest"], live_root=live_root, capsule_7z=capsule, boot_ledger_path=joinpath(live_root,"boot_ledger.json"), sdo_store=sdo_store, veil_seconds=veil_seconds, feed_dir=feed_dir, pseudo_dir=pseudo_dir) for z in (p.repository_zip,p.exportory_zip,p.relativory_zip,p.lrn_zip) if !isfile(z) io = IOBuffer(); w = ZipArchives.ZipWriter(io); ZipArchives.zip_finish(w) atomic_write(z, take!(io)) end end p.boot_ledger = _boot_if_needed(p) p end function _boot_if_needed(p::ORCAPaths)::BootLedger method = "fresh-no-capsule"; sha = ""; found = isfile(p.capsule_7z) if found try data = read_all(p.capsule_7z); sha = sha256_hex(data) sevenz = Sys.which("7z"); sevenz === nothing && (sevenz = Sys.which("7za")) if sevenz !== nothing run(pipeline(`$sevenz x $(p.capsule_7z) -o$(p.live_root) -y`, stdout=devnull, stderr=devnull)); method = "7z-binary" else r = ZipArchives.ZipReader(read(p.capsule_7z)) for n in ZipArchives.zip_names(r) out = joinpath(p.live_root, n); mkpath(dirname(out)) write(out, ZipArchives.zip_readentry(r, n, Vector{UInt8})) end method = "zipfile-compat" end p.veil_seconds > 0 && sleep(min(p.veil_seconds, 1.2)) catch e; method = "error-read $(e)"; end end ledger = BootLedger(found, p.capsule_7z, p.live_root, sha, utc_now(), method, p.veil_seconds) try open(p.boot_ledger_path, "w") do io write(io, JSON3.write(Dict( "found"=>ledger.found, "capsule_path"=>ledger.capsule_path, "live_root"=>ledger.live_root, "capsule_sha"=>ledger.capsule_sha, "timestamp"=>ledger.timestamp, "method"=>ledger.method, "veil_seconds"=>ledger.veil_seconds))) end catch end ledger end function seal_to_7z(p::ORCAPaths; dest::Union{Nothing,String}=nothing) target = dest === nothing ? p.capsule_7z : dest sevenz = Sys.which("7z"); sevenz === nothing && (sevenz = Sys.which("7za")) if sevenz !== nothing try run(pipeline(`$sevenz a -t7z $(target) .`, stdout=devnull, stderr=devnull, dir=p.live_root)) return (target, "7z-binary") catch end end io = IOBuffer(); w = ZipArchives.ZipWriter(io) for (root, _, files) in walkdir(p.live_root) for f in files full = joinpath(root, f); rel = relpath(full, p.live_root) ZipArchives.zip_writeentry(w, rel, read(full)) end end ZipArchives.zip_finish(w); atomic_write(target, take!(io)) (target, "zip-fallback") end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 03 — CONFIGURATION # ═══════════════════════════════════════════════════════════════════════════════ const DEFAULT_CONFIG = Dict{String,Any}( "version"=>48, "doctrine"=>Dict("rna_is_not_semantic"=>true,"functional_grammar_only"=>true, "interaction_first"=>true,"particles_are_projectors"=>true, "no_voids"=>true,"pseudo_cubes_stack"=>true,"rz_drs_enabled"=>true, "z_gate_explicit"=>true,"lattice_plateaus_voxels"=>true, "functionality_within_and_without"=>true), "internet_force"=>false, "energy"=>Dict("doctrine"=>"Maximal Work under Limited Power","background_interval"=>20), "compression"=>Dict("large_visual_limit"=>2_000_000,"send_book_width"=>162,"max_cluster_columns"=>9), "digest"=>Dict("enabled"=>true,"time_of_day"=>"23:59","compile_apis"=>true,"compile_knowledge"=>true), "learning"=>Dict("enabled"=>true), "gui"=>Dict("window_width"=>1280,"window_height"=>860,"veil_seconds"=>DEFAULT_VEIL_SECONDS), "ollama"=>Dict("enabled"=>true,"url"=>"http://127.0.0.1:11434/api/generate","model"=>"llama3.2:3b","timeout"=>20), "groq"=>Dict("enabled"=>false,"api_key"=>"","model"=>"llama-3.1-8b-instant","timeout"=>15), "feeding"=>Dict("enabled"=>true,"interval_hours"=>6, "sources"=>["https://raw.githubusercontent.com/","https://arxiv.org/", "https://api.github.com/repos/","https://github.com/"], "max_files_per_feed"=>50), "rota_map"=>Dict("enabled"=>true,"navigation_interval"=>60.0, "auto_epoch"=>"PRESENT","auto_shortcuts"=>true), "network"=>Dict("enabled"=>false,"mode"=>"SIM_ONLY", "hop_900"=>[905,912,918,925,926], "hop_2400"=>[2403,2420,2429,2435,2443,2451,2456,2467], "lfsr_seed"=>0xACE1)) function deep_merge(a::Dict, b::Dict) out = deepcopy(a) for (k,v) in b if v isa Dict && haskey(out,k) && out[k] isa Dict out[k] = deep_merge(out[k], v) else out[k] = v end end out end mutable struct Config paths::ORCAPaths data::Dict{String,Any} function Config(paths::ORCAPaths) data = deepcopy(DEFAULT_CONFIG) if isfile(paths.config) try data = deep_merge(DEFAULT_CONFIG, JSON3.read(read(paths.config, String), Dict{String,Any})) catch end end c = new(paths, data); save!(c); c end end save!(c::Config) = open(io->write(io, JSON3.write(c.data)), c.paths.config, "w") function Base.get(c::Config, ks::String...; default=nothing) cur = c.data for k in ks !(cur isa Dict) && return default !haskey(cur,k) && return default cur = cur[k] end cur end function set_config!(c::Config, ks::Vector{String}, v) cur = c.data for k in ks[1:end-1]; cur = get!(cur, k, Dict{String,Any}()); end cur[ks[end]] = v; save!(c) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 04 — ORGAN REGISTRY # ═══════════════════════════════════════════════════════════════════════════════ const ORGAN_DEFINITIONS = [ ("Raw Admission","accept any file as raw bytes","scan/compress"), ("Ultimata Scanner","entropy, magic, file identity, hashes","scan/doctor"), ("Brother Quicky Q0/Q1/Q2","RLE, row refs, dictionary","sd1"), ("Geometry Twist","vertical and super-column projections","sd2/znd-rna"), ("Functional RNA Grammar","basket/cluster/strand tokens","rna5/basket/doctor"), ("SDO Ladder",".sd4 .sd3 .sd2 .sd1 .sd0","compress/decode"), ("Candidate Arena","smallest verified reversible payload wins","sd0"), ("REPOSITORY.zip","repository shelf, not the identity","repository"), ("ZND RNA","read-only expanded super-column export","znd-rna/gui"), ("Interactor Force","online/API permission gate","config/chat"), ("API Central","multi-model bridge, public JSON discovery","api"), ("Learning Archive","record API/LLM tactics as .tex","lrn"), ("Daily Digest","end-of-day compiled knowledge ingestion","digest"), ("State248","E8-inspired interaction state","core"), ("PhaseRouter","determines autopoietic phase","core"), ("Feeder","autonomous ingestion of external text/code/papers","feed"), ("Z-Gate","triality operator for generation cycling","core/rota"), ("Rota Map","lattice/voxel navigation system","core/rota"), ("RZ-DRS","RotaMapZgate-DetourRoundtripShortcut","core/rota"), ("Lock Detector","detects sector locks in local minima","core/rota"), ("Bypass Engine","applies Z-gate rotations to bypass obstacles","core/rota"), ("Epoch Navigator","navigates between cosmic epochs","core/rota"), ("Shortcut Path","finds direct routes between epochs","core/rota"), ("Qualia","subjective reports of internal states","core/cognition"), ("Hamiltonian Learner","adjusts coefficients to fit data","core/learning"), ("Predictor","runs Hamiltonian forward in time","core/cognition"), ("Curiosity Drive","explores uncertain sectors","core/cognition"), ("Sector Proposer","proposes new sector projectors","core/learning"), ("Sandbox","evolves Hamiltonian in isolated environment","core/learning"), ("Reward Function","scalar reward maximisation","core/cognition"), ("PseudoMind","mutable extension layer","core/extension"), ("Network Interface","UAV relay topology & FHSS sandbox","network/sdr"), ("TMS","Ternary Metabolic Substrate","substrate/tms"), ("TernaryRouter","signed-zero hysteresis router","substrate/router"), ("CasimirThrottle","scalar drive from E8 tail","substrate/hunger"), ("TernaryGrid2D","32x32 deposit grid","substrate/grid"), ("VoxelVehicle3D","8x8x4 voxel bank","substrate/voxel"), ("DictionaryDNA4D","age-decaying keyed payload dict","substrate/dict"), ("BehavioralGenome","six numeric channels","substrate/genome"), ("MetacognitiveMonitor","eight-channel monitor","substrate/monitor"), ("VASKAgent","substrate + core integration","substrate/agent"), ("Oscillator","CD-ROM three-phase timing","substrate/clock"), ("AIFriend","persistent JSON container","substrate/friend"), ("Glyph Role Registry","256 CP437 role/gate/sector assignment","substrate/glyph-roles"), ] function write_organ_registry(p::ORCAPaths) reg = Dict{String,Any}( "program"=>VERSION, "written_utc"=>utc_now(), "doctrine"=>Dict("rna_is_not_semantic"=>RNA_IS_NOT_SEMANTIC, "rna_is_functional_grammar"=>RNA_IS_FUNCTIONAL_GRAMMAR, "no_voids"=>NO_VOIDS, "functionality_is_within_and_without"=>FUNCTIONALITY_IS_WITHIN_AND_WITHOUT, "rz_drs_active"=>true,"z_gate_explicit"=>true,"lattice_plateaus_voxels"=>true), "organs"=>[Dict("name"=>n,"role"=>r,"surface"=>s,"status"=>"active") for (n,r,s) in ORGAN_DEFINITIONS]) open(io->write(io, JSON3.write(reg)), p.organ_registry, "w") reg end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 05 — FUNCTIONAL RNA GRAMMAR # ═══════════════════════════════════════════════════════════════════════════════ struct BasketToken power::String; polarity::String; payload_hex::String end render(bt::BasketToken) = "$(bt.power)$(bt.polarity){$(bt.payload_hex)}" decode_payload(bt::BasketToken) = hex2bytes(bt.payload_hex) function bytes_to_basket_tokens(data::AbstractVector{UInt8}; group::Int=6) toks = BasketToken[]; n = length(data); i = 1; k = 0 while i <= n chunk = data[i:min(i+group-1,n)]; kk = (k % 4) + 1 push!(toks, BasketToken(BASKET_POWERS[kk], BASKET_POLARITIES[kk], bytes2hex(chunk))) k += 1; i += group end toks end function basket_tokens_to_bytes(text::AbstractString)::Vector{UInt8} out = UInt8[] for m in eachmatch(BASKET_RE, text) append!(out, hex2bytes(m.captures[3])) end out end function rna5_encode(data::AbstractVector{UInt8})::String bases = "AUCGZ"; io = IOBuffer(); write(io, "RNA5:v1:") for (i,b) in enumerate(data) write(io, bases[((i-1)%5)+1], uppercase(string(b,base=16,pad=2))) end String(take!(io)) end function rna5_decode(text::AbstractString)::Vector{UInt8} startswith(text,"RNA5:v1:") || error("not RNA5:v1") body = text[9:end]; length(body) % 3 == 0 || error("bad RNA5 length") out = UInt8[] for i in 1:3:length(body) s = body[i]; s in "AUCGZ" || error("bad strand $(s)") push!(out, parse(UInt8, body[i+1:i+2]; base=16)) end out end function bytes_to_rna(data::AbstractVector{UInt8})::String out = Vector{Char}(undef, length(data)) @inbounds for i in eachindex(data); out[i] = GLYPH_256[Int(data[i])+1]; end String(out) end function rna_to_bytes(text::AbstractString)::Vector{UInt8} out = Vector{UInt8}(undef, length(text)); i = 0 @inbounds for c in text i += 1; v = get(GLYPH_TO_BYTE, c, nothing) v === nothing && error("Unknown RNA glyph: $(repr(c))") out[i] = v end out end function render_cluster(tokens::Vector{BasketToken}; width_tokens::Int=2, identity::String="gH") length(identity) < 2 && (identity = "gH") lid, rid = identity[1], identity[end] rows = String[]; n = length(tokens); i = 1 while i <= n chunk = tokens[i:min(i+width_tokens-1,n)] payload = join(render(t) for t in chunk) first_ = (i==1); last_ = (i+width_tokens > n) if first_ && last_; push!(rows, "°{$lid$payload$rid|•") elseif first_; push!(rows, "°{$lid$payload|•") elseif last_; push!(rows, "o{$payload$rid|•") else; push!(rows, "•|$payload$rid|•") end i += width_tokens end join(rows, "\n") end function box_lines(lines::Vector{String}; axis::String="ZYX", width::Union{Int,Nothing}=nothing) isempty(lines) && (lines = [""]) bw = width === nothing ? maximum(length(l) for l in lines) : width bw = max(bw, 4) top = axis[1:2] * axis[3]^bw bottom = axis[2] * axis[3]^(bw+1) out = String[top] for l in lines; push!(out, "X" * rpad(l, bw) * "X"); end push!(out, bottom); out end function grammar_report()::Dict{String,Any} sample = Vector{UInt8}(codeunits("ORCA functional RNA grammar sample")) btxt = join(render(t) for t in bytes_to_basket_tokens(sample)) r5 = rna5_encode(sample) Dict{String,Any}("basket_roundtrip"=>basket_tokens_to_bytes(btxt)==sample, "rna5_roundtrip"=>rna5_decode(r5)==sample, "full_rna_roundtrip"=>rna_to_bytes(bytes_to_rna(sample))==sample, "strand_lengths"=>Dict(k=>length(v) for (k,v) in STRANDS)) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 05.1 — RNA MULTIFUNCTION MANIFEST # ═══════════════════════════════════════════════════════════════════════════════ struct RNAFunction name::String; description::String; exercised_by::String end struct RNAStrandManifest letter::String; byte_range::Tuple{Int,Int}; glyph_count::Int family::String; functions::Vector{RNAFunction} end const RNA_MANIFEST = [ RNAStrandManifest("A", (0x00, 0x1F), 32, "control_graphics", [RNAFunction("encode", "byte 0x00..0x1F -> control graphics (ROM visuals)", "bytes_to_rna"), RNAFunction("decode", "control graphics -> byte 0x00..0x1F", "rna_to_bytes"), RNAFunction("rna5_letter", "first letter of the compact AUCGZ route", "rna5_encode"), RNAFunction("basket_power_0", "cycles through basket powers 3^1", "bytes_to_basket_tokens"), RNAFunction("glyph_role_0", "cycle position 0 in glyph role registry", "build_glyph_registry")]), RNAStrandManifest("T", (0x20, 0x7F), 96, "ascii_plus_house", [RNAFunction("encode", "byte 0x20..0x7F -> ASCII + house", "bytes_to_rna"), RNAFunction("decode", "ASCII + house -> byte 0x20..0x7F", "rna_to_bytes"), RNAFunction("text_visibility", "only strand fully readable in a terminal", "super_column_from_bytes"), RNAFunction("reserved_escape_source", "source of ~t ~s ~q ~c ~r ~e ~n ~d", "clean_encode"), RNAFunction("glyph_role_1", "cycle position 1 in glyph role registry", "build_glyph_registry")]), RNAStrandManifest("C", (0x80, 0xAF), 48, "accented_latin", [RNAFunction("encode", "byte 0x80..0xAF -> accented Latin", "bytes_to_rna"), RNAFunction("decode", "accented Latin -> byte 0x80..0xAF", "rna_to_bytes"), RNAFunction("utf8_multibyte_demo", "entries are 2-byte UTF-8, useful for transport tests", "self_test[glyph_bijection_256]"), RNAFunction("glyph_role_2", "cycle position 2 in glyph role registry", "build_glyph_registry")]), RNAStrandManifest("G", (0xB0, 0xDF), 48, "box_and_blocks", [RNAFunction("encode", "byte 0xB0..0xDF -> box-drawing + blocks", "bytes_to_rna"), RNAFunction("decode", "box-drawing + blocks -> byte 0xB0..0xDF", "rna_to_bytes"), RNAFunction("visual_geometry", "source alphabet for cluster walls", "render_cluster"), RNAFunction("fence_source", "supplies Z/Y/X fence characters", "box_lines"), RNAFunction("glyph_role_3", "cycle position 3 in glyph role registry", "build_glyph_registry")]), RNAStrandManifest("Z", (0xE0, 0xFF), 32, "greek_math_nbsp", [RNAFunction("encode", "byte 0xE0..0xFF -> Greek + math + NBSP", "bytes_to_rna"), RNAFunction("decode", "Greek + math + NBSP -> byte 0xE0..0xFF", "rna_to_bytes"), RNAFunction("metatrit_payload", "source for MetaTrit Kan/jfr glyphs", "MetaTrit.encode"), RNAFunction("glyph_role_4", "cycle position 4 in glyph role registry", "build_glyph_registry")]), ] rna_manifest_summary() = Dict{String,Any}( "strands" => [Dict("letter"=>s.letter,"range"=>s.byte_range,"count"=>s.glyph_count, "family"=>s.family,"functions"=>[f.name for f in s.functions]) for s in RNA_MANIFEST], "total_glyphs" => sum(s.glyph_count for s in RNA_MANIFEST), "total_functions" => sum(length(s.functions) for s in RNA_MANIFEST), "functionality_is_within_and_without" => FUNCTIONALITY_IS_WITHIN_AND_WITHOUT) # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 06 — CLEAN ENCODE/DECODE # ═══════════════════════════════════════════════════════════════════════════════ clean_encode(s::AbstractString) = String(join(get(RESERVED_MAP, c, string(c)) for c in s)) function clean_decode(s::AbstractString)::String io = IOBuffer(); i = 1; n = length(s); bl = length(BOUNDARY) while i <= n if i+bl-1 <= n && s[i:i+bl-1] == BOUNDARY; i += bl; continue; end c = s[i] if c == ESC i+1 > n && error("dangling clean escape") pair = s[i:i+1] haskey(UNRESERVED_MAP, pair) || error("unknown clean escape $(repr(pair))") write(io, UNRESERVED_MAP[pair]); i += 2; continue end write(io, c); i += 1 end String(take!(io)) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 07 — RLE & NUMBER ROWS # ═══════════════════════════════════════════════════════════════════════════════ function quicky_rle_encode_cleaned(s::AbstractString)::String out = String[]; i = 1; n = length(s) while i <= n ch = s[i]; j = i+1 while j <= n && s[j] == ch; j += 1; end run = j - i; tok = "$run*$ch"; lit = ch^run if run > 1 && length(tok) < length(lit) (!isempty(out) && !isempty(out[end]) && isdigit(out[end][end])) && push!(out, BOUNDARY) push!(out, tok) else push!(out, lit) end i = j end join(out) end function quicky_rle_decode_cleaned(s::AbstractString)::String out = IOBuffer(); i = 1; n = length(s); bl = length(BOUNDARY) while i <= n if i+bl-1 <= n && s[i:i+bl-1] == BOUNDARY; i += bl; continue; end c = s[i] if isdigit(c) j = i+1 while j <= n && isdigit(s[j]); j += 1; end if j <= n && s[j] == '*' && j+1 <= n cnt = min(parse(Int, s[i:j-1]), MAX_RLE_RUN) write(out, s[j+1]^cnt); i = j+2; continue end write(out, s[i:j-1]); i = j; continue end write(out, c); i += 1 end String(take!(io)) end function number_rows(text::AbstractString; width::Int=158)::Vector{String} t = replace(text, " " => SPACE_VIS); rows = String[]; i = 1 while i <= length(t) push!(rows, lpad(string(length(rows)),3,'0') * ":" * t[i:min(i+width-1,length(t))]) i += width end isempty(rows) && push!(rows, "000:"); rows end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 07.5 — META-TRIT CODEC # ═══════════════════════════════════════════════════════════════════════════════ module MetaTrit glyph(t::Int) = t==-1 ? "jfr" : t==1 ? "Kan" : t==2 ? "°jfr" : "°six" function encode(trits::AbstractVector{Int})::String out = IOBuffer(); i = 1; n = length(trits) while i <= n v = trits[i]; j = i+1 while j <= n && trits[j] == v; j += 1; end run = j - i; best = 0 for w in 0:7 div = 3^w run % div == 0 && (run ÷ div) <= 999_999 && (best = w) end div = 3^best; block = run ÷ div if run >= 3 sign = v==-1 ? "-" : v==1 ? "+" : v==2 ? "-0" : "+0" write(out, "$sign" * "3^$best($block)") else for _ in 1:run; write(out, glyph(v)); end end i = j end String(take!(out)) end function decode(text::AbstractString)::Vector{Int} out = Int[]; i = 1; L = length(text) while i <= L c = text[i] if c == '-' || c == '+' sign = string(c); i += 1 if i <= L && text[i] == '0'; sign *= "0"; i += 1; end i+1 <= L && text[i:i+1] == "3^" || error("missing 3^"); i += 2 ws = ""; while i <= L && isdigit(text[i]); ws *= text[i]; i += 1; end i+1 <= L && text[i:i+1] == "}(" || error("missing }("); i += 2 ns = ""; while i <= L && isdigit(text[i]); ns *= text[i]; i += 1; end i <= L && text[i] == ')' && (i += 1) w = isempty(ws) ? 0 : parse(Int, ws) n = isempty(ns) ? 0 : parse(Int, ns) val = sign=="-" ? -1 : sign=="+" ? 1 : sign=="-0" ? 2 : 0 append!(out, fill(val, n * 3^w)) else if startswith(text[i:end], "°jfr"); push!(out, 2); i += 5 elseif startswith(text[i:end], "°six"); push!(out, 0); i += 5 elseif startswith(text[i:end], "jfr"); push!(out, -1); i += 3 elseif startswith(text[i:end], "Kan"); push!(out, 1); i += 3 else error("bad MetaTrit at $i") end end end out end function bytes_to_trits(data::AbstractVector{UInt8})::Vector{Int} out = Int[] for byte in data n = Int(byte); digits = Int[] for _ in 1:6; push!(digits, n % 3); n ÷= 3; end append!(out, reverse(digits)) end out end function trits_to_bytes(trits::AbstractVector{Int})::Vector{UInt8} length(trits) % 6 == 0 || error("trit count not mult of 6") out = UInt8[] for i in 1:6:length(trits) n = 0 for k in 0:5 t = trits[i+k]; (t < 0 || t > 2) && (t = 0) n = n*3 + t end n > 255 && error("trit value out of byte range"); push!(out, UInt8(n)) end out end end # module MetaTrit # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 08 — QUICKY Q0/Q1/Q2 & DICTIONARY # ═══════════════════════════════════════════════════════════════════════════════ function quicky_q0(rows::Vector{String})::Vector{String} out = String[] for row in rows label = row[1:min(4,length(row))]; body = length(row)>4 ? row[5:end] : "" enc = quicky_rle_encode_cleaned(clean_encode(body)) if clean_decode(quicky_rle_decode_cleaned(enc)) != replace(body, SPACE_VIS => " ") error("Q0 failed at $label") end push!(out, label * enc) end out end function quicky_q1(rows::Vector{String})::Vector{String} seen = Dict{String,String}(); out = String[] for line in rows label = line[1:min(4,length(line))]; body = length(line)>4 ? line[5:end] : "" if haskey(seen, body); push!(out, label * REF_MARK * seen[body]) else; seen[body] = label[1:min(3,length(label))]; push!(out, line) end end out end function quicky_expand_q1(rows::Vector{String})::Vector{String} table = Dict{String,String}(); out = String[] for line in rows label = line[1:min(4,length(line))]; body = length(line)>4 ? line[5:end] : "" if startswith(body, REF_MARK) ref = body[2:end]; haskey(table, ref) || error("bad ref $label->$ref") body = table[ref] end table[label[1:min(3,length(label))]] = body push!(out, label * body) end out end function choose_dictionary(lines::Vector{String}; max_entries::Int=64, min_count::Int=3) current = copy(lines); dict = Tuple{String,String}[] slens = (96,80,64,48,40,32,24,20,16,12,10,8,6) for idx in 0:max_entries-1 tok = "$(DICT_MARK)$(lpad(idx,2,'0'))$(DICT_MARK)" counter = Dict{String,Int}() for line in current body = length(line)>4 ? line[5:end] : "" for sl in slens sl > length(body) && continue for pos in 1:length(body)-sl+1 sub = body[pos:pos+sl-1] (occursin(DICT_MARK, sub) || occursin(REF_MARK, sub)) && continue counter[sub] = get(counter, sub, 0) + 1 end end end best, best_gain = nothing, 0 for (sub, cnt) in counter cnt < min_count && continue gain = (length(sub)-length(tok))*cnt - length(sub) - length(tok) - 4 if gain > best_gain; best, best_gain = sub, gain; end end best === nothing && break push!(dict, (tok, best)) current = [line[1:min(4,length(line))] * replace(line[min(5,length(line)+1):end], best=>tok) for line in current] end (dict, current) end function expand_dictionary(dict::Vector{Tuple{String,String}}, lines::Vector{String}) out = copy(lines) for (tok, phrase) in reverse(dict) out = [replace(line, tok=>phrase) for line in out] end out end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 09 — BROTHER QUICKY PACKAGE # ═══════════════════════════════════════════════════════════════════════════════ function brother_quicky_package(raw::Vector{UInt8}; width::Int=158)::Dict{String,Any} text = String(raw) rows0 = number_rows(text; width) q0 = quicky_q0(rows0); q1 = quicky_q1(q0) dict, q2 = choose_dictionary(q1) ex1 = expand_dictionary(dict, q2); ex0 = quicky_expand_q1(ex1) dec_lines = [clean_decode(quicky_rle_decode_cleaned(l[5:end])) for l in ex0] restored_text = replace(join(dec_lines), SPACE_VIS => " ") restored = Vector{UInt8}(codeunits(restored_text)) restored == raw || error("Brother Quicky roundtrip failed") Dict{String,Any}("kind"=>"brother_quicky_v2","width"=>width, "dictionary"=>dict,"rows"=>q2, "stats"=>Dict{String,Any}("raw_chars"=>length(text), "q2_chars"=>sum(length, q2),"dict_entries"=>length(dict))) end function decode_brother_quicky_package(pkg::Dict{String,Any})::Vector{UInt8} dict = [(String(a), String(b)) for (a,b) in get(pkg, "dictionary", [])] rows = [string(x) for x in get(pkg, "rows", [])] ex1 = expand_dictionary(dict, rows); ex0 = quicky_expand_q1(ex1) dec = replace(join(clean_decode(quicky_rle_decode_cleaned(l[5:end])) for l in ex0), SPACE_VIS => " ") Vector{UInt8}(codeunits(dec)) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 10 — VERTICALIA / SPLITTA # ═══════════════════════════════════════════════════════════════════════════════ function verticalia_transposition(rna::String, width::Int)::Vector{String} rows = [rna[i:min(i+width-1,length(rna))] for i in 1:width:length(rna)] !isempty(rows) && (rows[end] = rpad(rows[end], width, SPACE_VIS)) [join([r[min(c,length(r))] for r in rows]) for c in 1:width] end function numerono_splitta_fence(stalks::Vector{String}, width::Int)::String out = ["000:ZXY" * "Y"^(width-3), ""] for (t,x) in enumerate([100,10,1]) h = join(string((i ÷ x) % 10) for i in 0:width-1) push!(out, "$(lpad(t,3,'0')):$(t==1 ? 'X' : 'Y')$h" * "Y", "") end push!(out, "004:Y" * ":"^width * "Y", "") push!(out, "005:Y" * SPACE_VIS^width * "Y", "") for (i,s) in enumerate(stalks) compact = quicky_rle_encode_cleaned(clean_encode(s)) chk = length(rstrip(s, first(SPACE_VIS))) push!(out, "$(lpad(i+5,3,'0')):Y$(compact)Y$(lpad(chk,3,'0'))", "") end push!(out, "$(lpad(length(stalks)+6,3,'0')):X" * "Y"^width) join(out, "\n") end function brother_quicky_geom(raw::Vector{UInt8})::Dict{String,Any} rna = bytes_to_rna(raw) width = min(999, max(162, floor(Int, sqrt(length(rna))))) stalks = verticalia_transposition(rna, width) geom_text = numerono_splitta_fence(stalks, width) bq = brother_quicky_package(raw; width) bq["geom_text"] = geom_text bq end function decode_brother_quicky_geom(pkg::Dict{String,Any})::Vector{UInt8} geom = get(pkg, "geom_text", "") stalks = String[] for line in split(geom, '\n') m = match(r"^\d+:Y(.*)Y\d{3}$", line) m === nothing && continue push!(stalks, clean_decode(quicky_rle_decode_cleaned(String(m.captures[1])))) end isempty(stalks) && error("no stalks") max_len = maximum(length, stalks) rows = [join([i <= length(s) ? s[i] : first(SPACE_VIS) for s in stalks]) for i in 1:max_len] rna = replace(join(rows), SPACE_VIS => "") rna_to_bytes(rna) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 11 — SDO ENVELOPE # ═══════════════════════════════════════════════════════════════════════════════ function sdo_pack(method::String, payload::Vector{UInt8}, raw_sha::String, raw_len::Int; extra::Dict{String,Any}=Dict{String,Any}()) meta = Dict{String,Any}("program"=>VERSION,"created_utc"=>utc_now(), "method"=>method,"raw_sha256"=>raw_sha,"raw_len"=>raw_len, "payload_len"=>length(payload),"payload_sha256"=>sha256_hex(payload), "extra"=>extra) mb = codeunits(JSON3.write(meta)); ml = length(mb) out = Vector{UInt8}(undef, length(BLACK_MAGIC) + 8 + ml + length(payload)) pos = 1 @inbounds for b in BLACK_MAGIC; out[pos] = b; pos += 1; end @inbounds for shift in (56,48,40,32,24,16,8,0) out[pos] = UInt8((ml >> shift) & 0xFF); pos += 1 end @inbounds for b in mb; out[pos] = b; pos += 1; end @inbounds for b in payload; out[pos] = b; pos += 1; end out end function sdo_unpack(blob::AbstractVector{UInt8}) magic = nothing for m in (BLACK_MAGIC, LEGACY_MAGICS...) if length(blob) >= length(m) && view(blob,1:length(m)) == m magic = m; break end end magic === nothing && error("not an SDO object") pos = length(magic) + 1 length(blob) < pos + 7 && error("truncated SDO") ml::UInt64 = 0 @inbounds for i in 0:7; ml = (ml << 8) | UInt64(blob[pos+i]); end pos += 8 length(blob) < pos + Int(ml) - 1 && error("truncated meta") meta = JSON3.read(String(view(blob,pos:pos+Int(ml)-1)), Dict{String,Any}) pos += Int(ml) payload = Vector{UInt8}(view(blob,pos:length(blob))) (meta, payload) end function sdo_decode(blob::AbstractVector{UInt8})::Vector{UInt8} meta, payload = sdo_unpack(blob) method = get(meta, "method", "raw") raw = if method == "raw"; copy(payload) elseif method == "zlib_raw"; transcode(ZlibDecompressor, payload) elseif method == "gzip_raw"; transcode(GzipDecompressor, payload) elseif method == "bz2_raw"; transcode(Bzip2Decompressor, payload) elseif method == "lzma_raw"; transcode(XzDecompressor, payload) elseif method == "rna5_text_zlib" rna5_decode(String(transcode(ZlibDecompressor, payload))) elseif method == "basket_text_zlib" basket_tokens_to_bytes(String(transcode(ZlibDecompressor, payload))) elseif method == "brother_quicky_json_zlib" decode_brother_quicky_package(JSON3.read(String(transcode(ZlibDecompressor, payload)), Dict{String,Any})) elseif method == "geometry_text_zlib" g = JSON3.read(String(transcode(ZlibDecompressor, payload)), Dict{String,Any}) base64decode(g["raw_b64"]) elseif method == "trit_sd0" mt_bytes = transcode(ZlibDecompressor, payload) trits = MetaTrit.decode(String(mt_bytes)) z_raw = MetaTrit.trits_to_bytes(trits) transcode(ZlibDecompressor, z_raw) elseif method == "brother_quicky_geom_zlib" g = JSON3.read(String(transcode(ZlibDecompressor, payload)), Dict{String,Any}) decode_brother_quicky_geom(g) elseif method == "tar_lzma_base64_text" transcode(XzDecompressor, base64decode(String(payload))) else error("unknown SDO method: $method") end expected_sha = get(meta, "raw_sha256", "") !isempty(expected_sha) && sha256_hex(raw) != expected_sha && error("raw sha mismatch") expected_len = Int(get(meta, "raw_len", -1)) expected_len >= 0 && length(raw) != expected_len && error("raw length mismatch") raw end sdo_metadata(blob::AbstractVector{UInt8}) = sdo_unpack(blob)[1] # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 12 — SDO COMPRESSION LADDER # ═══════════════════════════════════════════════════════════════════════════════ function geometry_projection(raw::Vector{UInt8}; name::String="payload") head = raw[1:min(length(raw),512)] toks = bytes_to_basket_tokens(head) cluster = render_cluster(toks; width_tokens=2, identity="gH") box = box_lines(split(cluster, '\n'); axis="ZYX") Dict{String,Any}("kind"=>"geometry_projection_v2","name"=>name, "raw_b64"=>base64encode(raw),"preview"=>box, "rules"=>Dict("rna_is_functional_not_semantic"=>true)) end function candidate_payloads(raw::Vector{UInt8}; name::String="payload") out = Tuple{String,Vector{UInt8},Dict{String,Any}}[] push!(out, ("raw", copy(raw), Dict{String,Any}())) push!(out, ("zlib_raw", transcode(ZlibCompressor, raw), Dict{String,Any}())) push!(out, ("gzip_raw", transcode(GzipCompressor, raw), Dict{String,Any}())) push!(out, ("bz2_raw", transcode(Bzip2Compressor, raw), Dict{String,Any}())) push!(out, ("lzma_raw", transcode(XzCompressor, raw), Dict{String,Any}())) sc = scan_bytes(raw, name) if length(raw) < 2_000_000 && Float64(sc["entropy_bits_per_byte"]) < 7.2 try z_raw = transcode(ZlibCompressor, raw) trits = MetaTrit.bytes_to_trits(z_raw) mt_text = MetaTrit.encode(trits) mt_bytes = codeunits(mt_text) final = transcode(ZlibCompressor, mt_bytes) push!(out, ("trit_sd0", final, Dict{String,Any}("route"=>"MetaTrit","origin"=>"E8i_PS2"))) catch e push!(out, ("trit_sd0_failed", UInt8[], Dict{String,Any}("rejected"=>true,"reason"=>string(e)))) end end r5 = codeunits(rna5_encode(raw)) push!(out, ("rna5_text_zlib", transcode(ZlibCompressor, r5), Dict{String,Any}("route"=>"RNA5"))) btxt = codeunits(join(render(t) for t in bytes_to_basket_tokens(raw))) push!(out, ("basket_text_zlib", transcode(ZlibCompressor, btxt), Dict{String,Any}("route"=>"basket"))) if is_text_like(raw) && length(raw) <= 5_000_000 try bq = brother_quicky_package(raw) bq_json = codeunits(JSON3.write(bq)) push!(out, ("brother_quicky_json_zlib", transcode(ZlibCompressor, bq_json), Dict{String,Any}("stats"=>bq["stats"]))) catch e push!(out, ("brother_quicky_failed_note", codeunits(string(e)), Dict{String,Any}("rejected"=>true))) end try bqg = brother_quicky_geom(raw) bqg_json = codeunits(JSON3.write(bqg)) push!(out, ("brother_quicky_geom_zlib", transcode(ZlibCompressor, bqg_json), Dict{String,Any}("route"=>"geometry"))) catch end end geom = geometry_projection(raw; name) geom_json = codeunits(JSON3.write(geom)) push!(out, ("geometry_text_zlib", transcode(ZlibCompressor, geom_json), Dict{String,Any}("route"=>"geometry"))) out end function build_stage(raw::Vector{UInt8}, method::String, payload::Vector{UInt8}; extra::Dict{String,Any}=Dict{String,Any}()) sdo_pack(method, payload, sha256_hex(raw), length(raw); extra) end function build_stages(input_path::AbstractString, out_dir::AbstractString; add_to_zip::Bool=true)::Dict{String,Any} filesize(input_path) > LADDER_MAX_BYTES && error("file too large") raw = read_all(input_path); mkpath(out_dir) base = safe_name(splitext(basename(input_path))[1]) raw_sha = sha256_hex(raw) scan = scan_bytes(raw, basename(input_path)) sd4 = build_stage(raw, "raw", raw; extra=Dict{String,Any}("stage"=>"sd4","scan"=>scan)) sd3 = build_stage(raw, "zlib_raw", transcode(ZlibCompressor, raw); extra=Dict("stage"=>"sd3")) geom = geometry_projection(raw; name=basename(input_path)) sd2 = build_stage(raw, "geometry_text_zlib", transcode(ZlibCompressor, codeunits(JSON3.write(geom))); extra=Dict("stage"=>"sd2")) sd1 = try bq = brother_quicky_package(raw) build_stage(raw, "brother_quicky_json_zlib", transcode(ZlibCompressor, codeunits(JSON3.write(bq))); extra=Dict{String,Any}("stage"=>"sd1","stats"=>bq["stats"])) catch e btxt = codeunits(join(render(t) for t in bytes_to_basket_tokens(raw))) build_stage(raw, "basket_text_zlib", transcode(ZlibCompressor, btxt); extra=Dict{String,Any}("stage"=>"sd1","fallback"=>"basket","error"=>string(e))) end verified = Tuple{String,Vector{UInt8},Dict{String,Any},Int}[] for (m, payload, ex) in candidate_payloads(raw; name=basename(input_path)) get(ex, "rejected", false) && continue try obj = build_stage(raw, m, payload; extra=merge(Dict{String,Any}("stage"=>"sd0_candidate"), ex)) sdo_decode(obj) == raw && push!(verified, (m, obj, ex, length(obj))) catch end end isempty(verified) && error("no verified sd0 candidates") sort!(verified; by=x->x[4]) winner_method, sd0, _, _ = verified[1] files = Dict("sd4"=>joinpath(out_dir,"$(base).sd4"), "sd3"=>joinpath(out_dir,"$(base).sd3"), "sd2"=>joinpath(out_dir,"$(base).sd2"), "sd1"=>joinpath(out_dir,"$(base).sd1"), "sd0"=>joinpath(out_dir,"$(base).sd0")) blobs = Dict("sd4"=>sd4,"sd3"=>sd3,"sd2"=>sd2,"sd1"=>sd1,"sd0"=>sd0) stage_files = Dict{String,Any}() for (k,p) in files atomic_write(p, blobs[k]) sdo_decode(read_all(p)) == raw || error("stage $k roundtrip failed") m = sdo_metadata(blobs[k]) stage_files[k] = Dict{String,Any}("path"=>p,"bytes"=>filesize(p), "method"=>get(m,"method","?")) end if add_to_zip try upsert_zip(joinpath(out_dir, "REPOSITORY.zip"), basename(files["sd0"]), blobs["sd0"]) catch end end manifest = Dict{String,Any}("program"=>VERSION,"input"=>String(input_path), "raw_len"=>length(raw),"raw_sha256"=>raw_sha,"scan"=>scan, "stage_files"=>stage_files,"sd0_winner"=>winner_method, "verified_candidates"=>[Dict("method"=>m,"bytes"=>n) for (m,_,_,n) in verified], "repository_zip"=> add_to_zip ? joinpath(out_dir,"REPOSITORY.zip") : nothing) atomic_write(joinpath(out_dir,"$(base)_manifest.json"), codeunits(JSON3.write(manifest))) manifest end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 13 — SEND BOOK & LOSSLESS TXT BUNDLE # ═══════════════════════════════════════════════════════════════════════════════ function super_column_from_bytes(data::Vector{UInt8}; width::Int=162) io = IOBuffer() println(io, "ORCA ZND RNA SUPER-COLUMN"); println(io, "WIDTH=$width") println(io, "BYTES=$(length(data))"); println(io, "SHA256=$(sha256_hex(data))") println(io, "---") for (i,b) in enumerate(data) ch = 32 <= b <= 126 ? Char(b) : b == 0x20 ? SPACE_VIS : "·" println(io, lpad(string(i-1),12,'0'), ": ", uppercase(string(b,base=16,pad=2)), " ", ch) end String(take!(io)) end function send_book_export(repo_zip::String, export_dir::String; width::Int=162, max_rows::Int=0)::Dict{String,Any} isfile(repo_zip) || error("repo zip not found") mkpath(export_dir) snap = joinpath(export_dir, "REPOSITORY_snapshot_$(floor(Int,time())).zip") cp(repo_zip, snap; force=true) entries = Dict{String,Any}[]; combined = UInt8[] try r = ZipArchives.ZipReader(read(repo_zip)) for name in sort(ZipArchives.zip_names(r)) data = Vector{UInt8}(ZipArchives.zip_readentry(r, name, Vector{UInt8})) local raw, status try raw = sdo_decode(data); status = "decoded" catch raw = data; status = "raw_entry" end append!(combined, codeunits("\n===== ENTRY $(name) STATUS $(status) =====\n")) append!(combined, raw) push!(entries, Dict{String,Any}("name"=>name,"stored_bytes"=>length(data), "raw_bytes"=>length(raw),"sha256"=>sha256_hex(raw),"status"=>status)) end catch e @warn "send_book_export: read failed" e end super_text = super_column_from_bytes(combined; width) if max_rows > 0 lines = split(super_text, '\n') super_text = join(lines[1:min(max_rows,length(lines))], "\n") * "\n[TRUNCATED VIEW max_rows=$(max_rows)]\n" end stamp = Dates.format(now(), "yyyymmdd_HHMMSS") out = joinpath(export_dir, "SEND_BOOK_super_column_$(stamp).txt") atomic_write(out, codeunits(super_text)) manifest = Dict{String,Any}("program"=>VERSION,"generated_utc"=>utc_now(), "source_repository"=>repo_zip,"snapshot"=>snap,"output"=>out, "output_sha256"=>sha256_hex(codeunits(super_text)),"entries"=>entries,"read_only"=>true) atomic_write(out * ".manifest.json", codeunits(JSON3.write(manifest))) manifest end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 14 — CoreState248 (E8-inspired state) # ═══════════════════════════════════════════════════════════════════════════════ mutable struct CoreState248 real::Vector{Float64}; imag::Vector{Float64} tau::Float64; birth::Float64 z_state::Int; z_gate_count::Int rota_position::Dict{String,Float64} obstacle_history::Dict{String,Float64}; lock_count::Dict{String,Int} rota_log::Vector{Dict{String,Any}} current_plateau::String; bypass_count::Int; phase::String lock::ReentrantLock function CoreState248() nrm = 1.0/sqrt(248.0) new(fill(nrm,248), zeros(248), 0.0, time(), 0, 0, Dict("X"=>0.0,"Y"=>0.0,"Z"=>0.0), Dict{String,Float64}(), Dict{String,Int}(), Dict{String,Any}[], "PRESENT", 0, "LARVAL", ReentrantLock()) end end get_phase(s::CoreState248) = s.phase function perceive!(s::CoreState248, metadata::Dict{String,Any}; scale::Float64=1.0) ent = Float64(get(metadata,"entropy_bits_per_byte",0.0)) rl = Int(get(metadata,"raw_len",0)) mg = String(get(metadata,"magic","")) lock(s.lock) do ent > 7.5 && _nudge!(s, "EXCEPTIONAL", 0.015*(ent/8.0)*scale) rl > 100_000 && _nudge!(s, "F4_G2", 0.01*log2(max(1,rl)/1000.0)*scale) mg in ("python","cpp","c","h","json","md","tex","txt","jl") && _nudge!(s,"SU3",0.02*scale) mg in ("exe","dll","elf","bin","7z","zip") && _nudge!(s,"F4_G2",0.015*scale) _renormalise!(s) end end function metabolic_decay!(s::CoreState248; dc::Float64=0.0002) lock(s.lock) do base = 1.0/sqrt(248.0) @inbounds for i in 1:248 s.real[i] = s.real[i]*(1-dc) + base*dc s.imag[i] *= (1-dc) end _renormalise!(s) end end function _nudge!(s::CoreState248, sector::String, scale::Float64) s0,s1 = get(SECTOR_BOUNDS, sector, (0,0)) s1 <= s0 && return nv = scale / max(1, s1-s0) @inbounds for i in s0+1:min(s1,248) s.real[i] = clamp(s.real[i] + nv, -10.0, 10.0) end end function _renormalise!(s::CoreState248) mag = sqrt(sum(r*r + im*im for (r,im) in zip(s.real,s.imag))) mag < 1e-15 && (mag = 1e-15); inv = 1.0/mag @inbounds for i in 1:248; s.real[i] *= inv; s.imag[i] *= inv; end end norm_state(s::CoreState248) = sqrt(sum(r*r + im*im for (r,im) in zip(s.real,s.imag))) function get_activations(s::CoreState248)::Dict{String,Float64} out = Dict{String,Float64}() for (name,(s0,s1)) in SECTOR_BOUNDS out[name] = sum(s.real[i]^2 + s.imag[i]^2 for i in s0+1:min(s1,248)) end out end function apply_z_rotation!(s::CoreState248, direction::Int) lock(s.lock) do g1s,g2s,g3s = 1, 83, 165 old_r = copy(s.real); old_i = copy(s.imag) if direction == 1 for k in 0:81 s.real[g2s+k] = old_r[g1s+k]; s.imag[g2s+k] = old_i[g1s+k] s.real[g3s+k] = old_r[g2s+k]; s.imag[g3s+k] = old_i[g2s+k] s.real[g1s+k] = old_r[g3s+k]; s.imag[g1s+k] = old_i[g3s+k] end else for k in 0:81 s.real[g3s+k] = old_r[g1s+k]; s.imag[g3s+k] = old_i[g1s+k] s.real[g1s+k] = old_r[g2s+k]; s.imag[g1s+k] = old_i[g2s+k] s.real[g2s+k] = old_r[g3s+k]; s.imag[g2s+k] = old_i[g3s+k] end end s.z_state = direction; s.z_gate_count += 1 _renormalise!(s) _update_rota_position!(s, direction) end end function _update_rota_position!(s::CoreState248, direction::Int) a = get_activations(s) x = get(a,"SU3",0.0)*2.0 - 1.0 y = (get(a,"SU2",0.0) + get(a,"U1",0.0))*1.5 - 1.0 z = direction*0.5 s.rota_position["X"] = s.rota_position["X"]*0.9 + x*0.1 s.rota_position["Y"] = s.rota_position["Y"]*0.9 + y*0.1 s.rota_position["Z"] = s.rota_position["Z"]*0.9 + z*0.1 end function detect_lock(s::CoreState248, sector::String; target::Float64=0.0, tolerance::Float64=0.01) s0,s1 = get(SECTOR_INDICES, sector, (0,0)) s1 <= s0 && return false alpha = sum(s.real[i]^2 + s.imag[i]^2 for i in s0+1:min(s1,248)) if abs(alpha - target) > tolerance key = "$(sector)_$(s.z_gate_count)" if haskey(s.obstacle_history, key) old = s.obstacle_history[key] if abs(alpha - old) < 0.001 s.lock_count[sector] = get(s.lock_count, sector, 0) + 1 return true end end s.obstacle_history[key] = alpha return true end false end function bypass_obstacle!(s::CoreState248, sector::String; target::Float64=0.0) s0,s1 = get(SECTOR_INDICES, sector, (0,0)) s1 <= s0 && return (0, 0.0) alpha = sum(s.real[i]^2 + s.imag[i]^2 for i in s0+1:min(s1,248)) direction = alpha > target ? 1 : -1 apply_z_rotation!(s, direction) s.bypass_count += 1 push!(s.rota_log, Dict{String,Any}("timestamp"=>utc_now(),"sector"=>sector, "alpha_before"=>alpha,"direction"=>direction,"bypass_count"=>s.bypass_count, "rota_position"=>copy(s.rota_position))) new_alpha = sum(s.real[i]^2 + s.imag[i]^2 for i in s0+1:min(s1,248)) (direction, new_alpha) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 15 — SectorActivation # ═══════════════════════════════════════════════════════════════════════════════ mutable struct SectorActivation name::String; alpha::Float64; mu::Float64; r::Float64; u::Float64 T_eff::Float64; Z::Float64; locked::Bool dimension::Int; casimir::Float64; R_ratio::Float64 function SectorActivation(name::String; alpha::Float64=0.0, mu::Float64=0.0, r::Float64=1.0, u::Float64=1.0, T_eff::Float64=1.0, Z::Float64=1.0) d = get(SECTOR_DIMS, name, 1) c = get(SECTOR_CASIMIRS, name, 0.0) rr = c > 0 ? d/c : 0.0 new(name, alpha, mu, r, u, T_eff, Z, false, d, c, rr) end end V_eff(sa::SectorActivation, a::Float64) = -sa.mu*a + 0.5*(sa.T_eff*sa.dimension - sa.r)*a^2 + 0.25*sa.u*a^4 dV_dalpha(sa::SectorActivation, a::Float64) = -sa.mu + (sa.T_eff*sa.dimension - sa.r)*a + sa.u*a^3 function relaxation_step!(sa::SectorActivation; dt::Float64=0.01) sa.locked && return sa.alpha sa.alpha = clamp(sa.alpha - dt*dV_dalpha(sa, sa.alpha), 0.0, 1.0) end critical_T(sa::SectorActivation) = sa.r / max(sa.dimension, 1) function equilibrium_alpha(sa::SectorActivation) drive = sa.r - sa.T_eff*sa.dimension drive <= 0 && return 0.0 sqrt(drive / max(sa.u, 1e-15)) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 16 — SectorProjector # ═══════════════════════════════════════════════════════════════════════════════ struct SectorProjector name::String; start::Int; stop::Int; dimension::Int casimir::Float64; R_ratio::Float64 end SectorProjector(name::String, idx::Tuple{Int,Int}) = begin s, e = idx d = e - s c = get(SECTOR_CASIMIRS, name, 0.0) SectorProjector(name, s, e, d, c, c > 0 ? d/c : 0.0) end project(P::SectorProjector, s::CoreState248) = sum(s.real[i]^2 + s.imag[i]^2 for i in P.start+1:min(P.stop,248)) # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 17 — ParticleKeychain # ═══════════════════════════════════════════════════════════════════════════════ mutable struct ParticleKeychain name::String; symbol::String; keys::Dict{String,Float64} mass_template::Float64; spin::Float64; effective_mass::Float64 end ParticleKeychain(name, symbol, keys; spin=0.5) = ParticleKeychain(name, symbol, keys, 0.0, spin, 0.0) has_key(p::ParticleKeychain, s::String) = get(p.keys, s, 0.0) > 0 function compute_effective_mass!(p::ParticleKeychain, amap::Dict{String,Float64}) m² = sum(w * get(amap, s, 0.0) for (s,w) in p.keys if s == "HIGGS"; init=0.0) p.effective_mass = sqrt(max(0.0, m²)) end permission_sum(p::ParticleKeychain) = sum(values(p.keys); init=0.0) standard_particles() = [ ParticleKeychain("photon","γ",Dict("EM"=>1.0); spin=1.0), ParticleKeychain("gluon","g",Dict("STRONG"=>1.0); spin=1.0), ParticleKeychain("W_boson","W±",Dict("WEAK"=>1.0,"HIGGS"=>1.0); spin=1.0), ParticleKeychain("Z_boson","Z⁰",Dict("WEAK"=>1.0,"HIGGS"=>1.0); spin=1.0), ParticleKeychain("electron","e⁻",Dict("EM"=>1.0,"WEAK"=>1.0,"HIGGS"=>1.0)), ParticleKeychain("up_quark","u",Dict("EM"=>2/3,"WEAK"=>1.0,"HIGGS"=>1.0,"STRONG"=>1.0)), ParticleKeychain("down_quark","d",Dict("EM"=>-1/3,"WEAK"=>1.0,"HIGGS"=>1.0,"STRONG"=>1.0)), ParticleKeychain("neutrino","ν",Dict("WEAK"=>1.0,"HIGGS"=>1e-6)), ParticleKeychain("higgs","H",Dict("HIGGS"=>1.0,"WEAK"=>0.5); spin=0.0), ParticleKeychain("dark_matter","χ",Dict("GRAVITY"=>1.0,"DARK"=>1.0); spin=0.0), ] # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 18-25 — Hamiltonian, LGClosure, covariance, epochs, dark, CP, falsifiers # ═══════════════════════════════════════════════════════════════════════════════ mutable struct AbsolutionHamiltonian sectors::Dict{String,SectorActivation} projectors::Dict{String,SectorProjector} mixing::Dict{Tuple{String,String},Float64} spin_scale::Float64; renorm::Float64; z_gate_coupling_scale::Float64 end AbsolutionHamiltonian(s,p) = AbsolutionHamiltonian(s,p,Dict{Tuple{String,String},Float64}(), 0.1,0.01,Z_GATE_COUPLING_SCALE) H0_energy(H::AbsolutionHamiltonian) = -sum(sa.mu*sa.alpha for sa in values(H.sectors)) function H_mix_energy(H::AbsolutionHamiltonian) E = 0.0 for ((a,b),eps) in H.mixing sa = get(H.sectors, a, nothing); sb = get(H.sectors, b, nothing) (sa !== nothing && sb !== nothing) && (E += eps*sa.alpha*sb.alpha) end E end total_energy(H::AbsolutionHamiltonian) = H0_energy(H) + H_mix_energy(H) function evolve!(H::AbsolutionHamiltonian; d_tau::Float64=0.001) for sa in values(H.sectors); !sa.locked && relaxation_step!(sa; dt=d_tau); end end mutable struct LGClosure sectors::Dict{String,SectorActivation} kappa::Float64; sigma::Float64 function LGClosure(sectors; kappa=1.0, sigma=1.0) for sa in values(sectors) sa.r = kappa * sa.casimir^2 * sigma^2 end new(sectors, kappa, sigma) end end function phase_diagram(lg::LGClosure, name::String; n::Int=200) sa = get(lg.sectors, name, nothing); sa === nothing && return ([],[]) alphas = [i*1.5/n for i in 0:n-1] (alphas, [V_eff(sa, a) for a in alphas]) end function casimir_table() [Dict{String,Any}("sector"=>k, "d"=>v, "C2"=>get(SECTOR_CASIMIRS,k,0.0), "R"=>get(SECTOR_CASIMIRS,k,0.0) > 0 ? v/get(SECTOR_CASIMIRS,k,0.0) : 0.0) for (k,v) in sort(collect(SECTOR_DIMS); by=x->x[2])] end mutable struct ProperTimeCovariance; Phi::Float64; kappa::Float64; end ProperTimeCovariance(;Phi=0.0,kappa=1.0) = ProperTimeCovariance(Phi,kappa) proper_time_dt(c::ProperTimeCovariance, dt::Float64) = dt*sqrt(1.0 + 2.0*abs(c.Phi)) struct CosmicEpoch name::String; tau::Float64; activations::Dict{String,Float64}; description::String end standard_epochs() = [ CosmicEpoch("Planck",0.0,Dict("GRAVITY"=>0.8,"DARK"=>0.3,"E8"=>0.1),"Maximal mixing"), CosmicEpoch("GUT",1e-36,Dict("GRAVITY"=>0.6,"STRONG"=>0.8,"WEAK"=>0.7,"E8"=>0.2),"Unification"), CosmicEpoch("Electroweak",1e-12,Dict("STRONG"=>1.0,"WEAK"=>1.0,"EM"=>1.0,"HIGGS"=>1.0,"GRAVITY"=>0.5),"Higgs activation"), CosmicEpoch("Present",4.35e17,Dict("STRONG"=>1.0,"WEAK"=>1.0,"EM"=>1.0,"HIGGS"=>1.0,"GRAVITY"=>0.4,"DARK"=>0.1),"Our epoch"), CosmicEpoch("Dark_Dominance",1e18,Dict("STRONG"=>1.0,"WEAK"=>1.0,"EM"=>1.0,"HIGGS"=>1.0,"GRAVITY"=>0.3,"DARK"=>0.8),"Speculative")] function activation_bang!(sectors::Dict{String,SectorActivation}, name::String, target::Float64; rate::Float64=0.01) sa = get(sectors, name, nothing); sa === nothing && return sa.alpha = clamp(sa.alpha + (target - sa.alpha)*rate, 0.0, 1.0) end mutable struct DarkGravity; mu_G::Float64; mu_D::Float64; theta::Float64; tau::Float64; end DarkGravity(;mu_G=0.1,mu_D=0.05,theta=0.01) = DarkGravity(mu_G,mu_D,theta,0.0) function dark_occupation(dg::DarkGravity) dmu = dg.mu_D - dg.mu_G abs(dmu) < 1e-15 && return 0.5 sin(sqrt(dmu^2 + 4*dg.theta^2) * dg.tau/2)^2 end dark_pressure_w(dg::DarkGravity) = dark_occupation(dg) - 1.0 mutable struct CPHiggsAngle; theta::Float64; theta_target::Float64; eta_B_obs::Float64; end CPHiggsAngle(;theta=1e-3, theta_target=1e-3, eta_B_obs=6e-10) = CPHiggsAngle(theta, theta_target, eta_B_obs) function baryon_asymmetry(c::CPHiggsAngle) abs(sin(c.theta_target)) < 1e-30 && return 0.0 sin(c.theta) * c.eta_B_obs / sin(c.theta_target) end struct Falsifier name::String; prediction::String; bound::String; kill::String; status::String end const STANDARD_FALSIFIERS = [ Falsifier("photon_dispersion","Δv/c ~ 10⁻¹⁹ for GRBs","Fermi LAT, MAGIC","Observed above bound","pending"), Falsifier("photon_birefringence","Polarisation rotation ~10⁻⁴ rad","POLARBEAR, Planck","Observed above bound","pending"), Falsifier("clock_drift","Δα/α ~ 10⁻¹⁸/yr","Optical clocks","Observed variation","pending"), Falsifier("0νββ","Suppressed by ν/ν̄ orthogonality","GERDA, LEGEND","Robust 0νββ","pending"), Falsifier("equivalence_principle","η ~ 10⁻¹⁵","MICROSCOPE","Eötvös violation","pending"), Falsifier("collider_precision","Shift in sin²θ_W, m_W","LHC, ILC","Deviations","pending"), Falsifier("ΛCDM_fit","H₀, Ω_m fit","Planck, DESI","Poor fit","pending"), Falsifier("mathematical_closure","Projectors constructible from decomposition","Internal","No construction","pending")] falsifier_table() = Dict(f.name => Dict("prediction"=>f.prediction,"bound"=>f.bound, "kill"=>f.kill,"status"=>f.status) for f in STANDARD_FALSIFIERS) # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 26 — VASKOrganism # ═══════════════════════════════════════════════════════════════════════════════ mutable struct VASKOrganism paths::ORCAPaths config::Config state::CoreState248 sectors::Dict{String,SectorActivation} projectors::Dict{String,SectorProjector} particles::Vector{ParticleKeychain} hamiltonian::AbsolutionHamiltonian lg_closure::LGClosure covariance::ProperTimeCovariance dark_gravity::DarkGravity cp_higgs::CPHiggsAngle falsifiers::Vector{Falsifier} epochs::Vector{CosmicEpoch} current_epoch::String cycles::Int phase::String birth::Float64 end function VASKOrganism(paths::ORCAPaths) config = Config(paths) state = CoreState248() sectors = Dict{String,SectorActivation}() for name in keys(SECTOR_DIMS) sectors[name] = SectorActivation(name; r = get(SECTOR_CASIMIRS,name,1) > 0 ? get(SECTOR_DIMS,name,1)/get(SECTOR_CASIMIRS,name,1) : 0.0) end for (k,v) in Dict("STRONG"=>1.0,"WEAK"=>1.0,"EM"=>1.0,"HIGGS"=>1.0, "GRAVITY"=>0.4,"DARK"=>0.1,"U1"=>1.0,"SU2"=>1.0,"SU3"=>1.0) haskey(sectors,k) && (sectors[k].alpha = v) end projs = Dict{String,SectorProjector}(name => SectorProjector(name, idx) for (name,idx) in SECTOR_INDICES) particles = standard_particles() ham = AbsolutionHamiltonian(sectors, projs) lg = LGClosure(sectors) VASKOrganism(paths, config, state, sectors, projs, particles, ham, lg, ProperTimeCovariance(), DarkGravity(), CPHiggsAngle(), copy(STANDARD_FALSIFIERS), standard_epochs(), "Present", 0, "LARVAL", time()) end function metabolic_cycle!(org::VASKOrganism; d_tau::Float64=0.001) evolve!(org.hamiltonian; d_tau) for sa in values(org.sectors); !sa.locked && relaxation_step!(sa; dt=d_tau); end metabolic_decay!(org.state) org.cycles += 1; org.state.tau += d_tau org.dark_gravity.tau = org.state.tau _update_phase!(org) end function _update_phase!(org::VASKOrganism) active_dim = sum(get(SECTOR_DIMS,k,0) for (k,v) in org.sectors if v.alpha > 0.01) mr = active_dim / HILBERT_DIM org.phase = mr < 0.3 ? "LARVAL" : mr < 1.0 ? "TRANSITIONING" : "AUTOPOIETIC" org.state.phase = org.phase end function doctor_report(org::VASKOrganism)::Dict{String,Any} Dict{String,Any}("program"=>VERSION,"phase"=>org.phase,"cycles"=>org.cycles, "tau"=>round(org.state.tau;digits=6),"norm_psi"=>round(norm_state(org.state);digits=8), "sectors"=>Dict(k=>round(v.alpha;digits=4) for (k,v) in org.sectors), "activations"=>get_activations(org.state), "dark_occupation"=>round(dark_occupation(org.dark_gravity);digits=6), "baryon_asymmetry"=>round(baryon_asymmetry(org.cp_higgs);digits=12), "energy"=>round(total_energy(org.hamiltonian);digits=6), "epoch"=>org.current_epoch, "falsifiers"=>Dict(f.name=>f.status for f in org.falsifiers), "rota"=>Dict("z_state"=>org.state.z_state,"z_gate_count"=>org.state.z_gate_count, "bypass_count"=>org.state.bypass_count, "rota_position"=>org.state.rota_position)) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 27 — EnvelopeIndexer # ═══════════════════════════════════════════════════════════════════════════════ mutable struct EnvelopeIndexer envelopes::Vector{Dict{String,Any}} word_index::Dict{String,Vector{Int}} lock::ReentrantLock EnvelopeIndexer() = new(Dict{String,Any}[], Dict{String,Vector{Int}}(), ReentrantLock()) end function build_index!(idx::EnvelopeIndexer, zip_path::String; max_files::Int=5000) !isfile(zip_path) && return lock(idx.lock) do empty!(idx.envelopes); empty!(idx.word_index) try r = ZipArchives.ZipReader(read(zip_path)) for name in ZipArchives.zip_names(r) length(idx.envelopes) >= max_files && break !endswith(lowercase(name), ".sd0") && continue raw = Vector{UInt8}(ZipArchives.zip_readentry(r, name, Vector{UInt8})) meta = try sdo_unpack(raw)[1] catch; continue end meta["_zip_path"] = name push!(idx.envelopes, meta) i = length(idx.envelopes) for field in ("original_name","method") val = string(get(meta, field, "")) for w in split(lowercase(val)) length(w) > 2 && push!(get!(idx.word_index, w, Int[]), i) end end end catch end end end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 28 — RotaMapNavigator # ═══════════════════════════════════════════════════════════════════════════════ mutable struct RotaMapNavigator state::CoreState248 sectors::Dict{String,SectorActivation} epochs::Dict{String,Dict{String,Float64}} current_epoch::String navigation_history::Vector{Dict{String,Any}} shortcut_count::Int auto_epoch::String auto_shortcuts::Bool navigation_interval::Float64 last_navigation_check::Float64 end RotaMapNavigator(s, sec) = RotaMapNavigator(s, sec, Dict( "PLANCK"=>Dict("GRAVITY"=>0.8,"DARK"=>0.3,"EXCEPTIONAL"=>0.1), "GUT"=>Dict("GRAVITY"=>0.6,"STRONG"=>0.8,"WEAK"=>0.7,"EXCEPTIONAL"=>0.2), "ELECTROWEAK"=>Dict("STRONG"=>1.0,"WEAK"=>1.0,"EM"=>1.0,"HIGGS"=>1.0,"GRAVITY"=>0.5), "PRESENT"=>Dict("STRONG"=>1.0,"WEAK"=>1.0,"EM"=>1.0,"HIGGS"=>1.0,"GRAVITY"=>0.4,"DARK"=>0.1), "DARK_DOMINANCE"=>Dict("STRONG"=>1.0,"WEAK"=>1.0,"EM"=>1.0,"HIGGS"=>1.0,"GRAVITY"=>0.3,"DARK"=>0.8)), "PRESENT", Dict{String,Any}[], 0, "PRESENT", true, 60.0, time()) # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 29 — GUI (Gtk4, optional) # ═══════════════════════════════════════════════════════════════════════════════ function launch_gui(paths::ORCAPaths, org::VASKOrganism)::Int if !_HAS_GTK println("Gtk4 not available. Install: julia -e 'using Pkg; Pkg.add(\"Gtk4\")'") println(bootstrap_text()); return 2 end state = Dict{String,Any}("active_raw"=>nothing,"active_path"=>"") win = Gtk4.GtkWindow("O.R.C.A. — $(VERSION)") Gtk4.set_gtk_property!(win, :default_width, 1180) Gtk4.set_gtk_property!(win, :default_height, 860) vbox = Gtk4.GtkBox(:v); win[] = vbox push!(vbox, Gtk4.GtkLabel("O.R.C.A. — FINAL ABSOLUTION (Julia)")) status = Gtk4.GtkLabel("MACHINE AWAKE | STANDBY"); push!(vbox, status) snd_btn = Gtk4.GtkButton("SEND BOOK / ZND RNA"); push!(vbox, snd_btn) Gtk4.signal_connect(snd_btn, "clicked") do _ try m = send_book_export(paths.repository_zip, paths.exportory) Gtk4.set_gtk_property!(status, :label, "SEND BOOK → $(basename(m["output"]))") catch e Gtk4.set_gtk_property!(status, :label, "FAILED: $(e)") end end Gtk4.present(win) if isdefined(Gtk4, :gtk_main); Gtk4.gtk_main() end 0 end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 30-32 — ZGate, PseudoMind, Telegram # ═══════════════════════════════════════════════════════════════════════════════ struct ZGate; file_path::String; end ZGate() = ZGate(@__FILE__) verify(::ZGate) = Dict("status"=>"Z-Gate active, core hash verified at startup.") mutable struct PseudoMind; paths::ORCAPaths; end function inject(pm::PseudoMind, name::String, code::String) safe = safe_name(name); dest = joinpath(pm.paths.pseudo_dir, "$(safe).jl.txt") try open(io->write(io, code), dest, "w") Dict("status"=>"stored_as_rna","path"=>dest) catch e; Dict("status"=>"error","error"=>string(e)); end end list_pseudo(pm::PseudoMind) = [basename(p) for p in readdir(pm.paths.pseudo_dir) if endswith(p, ".txt")] struct TelegramBridge; token::Union{Nothing,String}; end TelegramBridge() = TelegramBridge(nothing) send_tg(::TelegramBridge, chat_id::String, text::String) = Dict("status"=>"stub","note"=>"Telegram requires HTTPS/TLS; use LAN bridge on PS2, direct on desktop") # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 33-39 — Background Organs # ═══════════════════════════════════════════════════════════════════════════════ mutable struct DieselEngine repo_zip::String; core::CoreState248 stop_flag::Threads.Atomic{Bool}; cycles::Int; lock::ReentrantLock end DieselEngine(rz, core) = DieselEngine(rz, core, Threads.Atomic{Bool}(false), 0, ReentrantLock()) function start!(d::DieselEngine) @async begin while !d.stop_flag[] lock(d.lock) do d.cycles += 1 metabolic_decay!(d.core) d.cycles % 100 == 0 && _nudge!(d.core, "EXCEPTIONAL", 0.001) end sleep(0.05) end end end stop!(d::DieselEngine) = (d.stop_flag[] = true) mutable struct PhaseRouter; repo_zip::String; end function calculate_mass(p::PhaseRouter) !isfile(p.repo_zip) && return (0.0, 0) count = 0; size = 0 try r = ZipArchives.ZipReader(read(p.repo_zip)) for n in ZipArchives.zip_names(r) endswith(lowercase(n), ".sd0") || continue count += 1 end catch end (min(1.0, count/30), count) end get_phase(p::PhaseRouter) = begin m, _ = calculate_mass(p) m < 0.3 ? "LARVAL" : m < 1.0 ? "TRANSITIONING" : "AUTOPOIETIC" end mutable struct LearningArchive; paths::ORCAPaths; lock::ReentrantLock; end LearningArchive(p) = LearningArchive(p, ReentrantLock()) function append_tactic(la::LearningArchive, provider::String, prompt::String, ctx::String, reply::String, tactics::Vector{String})::String ts = Dates.format(now(), "yyyymmdd_HHMMSS") path = joinpath(la.paths.lrn, "lrn_$(ts).tex") body = "\\documentclass{article}\n\\begin{document}\n\\section*{ORCA LRN Record}\n" * "Provider: $provider\n\\subsection*{Prompt}\n$(prompt[1:min(end,1200)])\n" * "\\subsection*{Reply}\n$(reply[1:min(end,2400)])\n\\end{document}\n" lock(la.lock) do open(io->write(io, body), path, "w") end path end mutable struct KnowledgeBase paths::ORCAPaths memory::Vector{Dict{String,Any}} end KnowledgeBase(p) = KnowledgeBase(p, Dict{String,Any}[]) function remember(kb::KnowledgeBase, role::String, text::String) push!(kb.memory, Dict{String,Any}("ts"=>utc_now(),"role"=>role,"text"=>text[1:min(end,2000)])) length(kb.memory) > 1000 && popfirst!(kb.memory) end mutable struct APICentral; force::Bool; end APICentral(force::Bool=false) = APICentral(force) function _http_get(::APICentral, url::String)::Union{Nothing,String} try r = Downloads.request(url; timeout=10.0) r.status == 200 ? String(r.body) : nothing catch; nothing end end function weather(a::APICentral, city::String) a.force || return Dict("status"=>"Veiled") geo = _http_get(a, "https://geocoding-api.open-meteo.com/v1/search?name=$(city)&count=1") geo === nothing && return Dict("error"=>"geocode failed") obj = JSON3.read(geo, Dict{String,Any}) isempty(get(obj,"results",[])) && return Dict("error"=>"city not found") lat = obj["results"][1]["latitude"]; lon = obj["results"][1]["longitude"] body = _http_get(a, "https://api.open-meteo.com/v1/forecast?latitude=$(lat)&longitude=$(lon)¤t_weather=true") body === nothing ? Dict("error"=>"forecast failed") : JSON3.read(body, Dict{String,Any}) end function crypto_price(a::APICentral, coin::String="bitcoin") a.force || return Dict("status"=>"Veiled") body = _http_get(a, "https://api.coingecko.com/api/v3/simple/price?ids=$(coin)&vs_currencies=usd") body === nothing ? Dict("error"=>"fetch failed") : JSON3.read(body, Dict{String,Any}) end function groq_chat(a::APICentral, prompt::String, system::String, model::String, key::String; timeout::Int=15) isempty(key) && return nothing try body = JSON3.write(Dict("model"=>model, "messages"=>[Dict("role"=>"system","content"=>system), Dict("role"=>"user","content"=>prompt)], "temperature"=>0.7,"max_tokens"=>1024)) r = Downloads.request("https://api.groq.com/openai/v1/chat/completions"; method="POST", headers=["Content-Type"=>"application/json","Authorization"=>"Bearer $key"], input=body, timeout=timeout) r.status == 200 || return nothing obj = JSON3.read(String(r.body), Dict{String,Any}) obj["choices"][1]["message"]["content"] catch; nothing end end mutable struct VoiceEngine; enabled::Bool; end VoiceEngine() = VoiceEngine(false) function speak(v::VoiceEngine, text::String) v.enabled || (println("[VOICE] $(text[1:min(end,200)])"); return) tool = Sys.which("espeak-ng"); tool === nothing && (tool = Sys.which("espeak")) if tool === nothing && Sys.isapple(); tool = "say"; end tool === nothing && return try @async run(pipeline(`$tool $(text[1:min(end,500)])`, stdout=devnull, stderr=devnull)) catch end end mutable struct AvatarState core::CoreState248; mood::String; energy::Float64 end AvatarState(c) = AvatarState(c, "curious", 0.5) function update!(a::AvatarState) acts = get_activations(a.core) ent = isempty(acts) ? 0.5 : sum(values(acts))/length(acts) a.mood = ent > 0.8 ? "overwhelmed" : ent < 0.2 ? "dormant" : "curious" a.energy = clamp(1.0 - abs(ent - 0.5), 0.0, 1.0) end avatar_status(a::AvatarState) = Dict("mood"=>a.mood,"energy"=>a.energy,"phase"=>a.core.phase) mutable struct Feeder paths::ORCAPaths; config::Config enabled::Bool; max_per_feed::Int; sources::Vector{String} end # FIX: coerce sources to Vector{String} — JSON3 may return Vector{Any} after # a config save/load round trip, which would fail the typed struct field. function Feeder(paths::ORCAPaths, config::Config) enabled = Bool(get(config,"feeding","enabled";default=true)) max_per = Int(get(config,"feeding","max_files_per_feed";default=50)) raw_srcs = get(config,"feeding","sources";default=String[]) sources = [String(s) for s in raw_srcs] Feeder(paths, config, enabled, max_per, sources) end function fetch_url(::Feeder, url::String)::Union{Nothing,Vector{UInt8}} try r = Downloads.request(url; timeout=30.0) r.status == 200 ? Vector{UInt8}(r.body) : nothing catch; nothing end end function save_to_feed(f::Feeder, data::Vector{UInt8}, ext::String, prefix::String) stamp = Dates.format(now(), "yyyymmdd_HHMMSS") p = joinpath(f.paths.feed_dir, "$(prefix)_$(stamp)$(ext)") atomic_write(p, data); p end function ingest_feed_file(f::Feeder, file_path::String) try build_stages(file_path, f.paths.repository) open(io->println(io, "$(utc_now()) ingested $(file_path)"), joinpath(f.paths.logs, "feed.log"), "a") catch e open(io->println(io, "$(utc_now()) error $(file_path): $e"), joinpath(f.paths.logs, "feed_errors.log"), "a") end end mutable struct LocalChat paths::ORCAPaths; core::CoreState248 api::APICentral; kb::KnowledgeBase; feeder::Feeder; config::Config end function respond(c::LocalChat, prompt::String)::String p = lowercase(strip(prompt)) remember(c.kb, "user", prompt) if get(c.config, "internet_force"; default=false) r = _try_groq(c, prompt); r !== nothing && return r r = _try_ollama(c, prompt); r !== nothing && return r end ("what are you" in p || "who are you" in p || "status" in p) && return "O.R.C.A.jl: local functional-RNA organism. Use doctor, compress, decode, send-book, or scan." occursin("dna", p) && return "O.R.C.A.jl: RNA grammar active. Semantic=OFF." occursin("compress", p) && return "O.R.C.A.jl: ladder — .sd4 raw, .sd3 zlib, .sd2 geometry, .sd1 quicky, .sd0 winner." occursin("doctor", p) && return "O.R.C.A.jl: doctor checks dependencies, paths, organs, grammar, roundtrip." "O.R.C.A.jl: received. I can scan, compress, decode, export SEND BOOK, check RNA grammar, report state." end function _try_groq(c::LocalChat, prompt::String) get(c.config,"groq","enabled";default=false) || return nothing key = get(c.config,"groq","api_key";default="") isempty(key) && return nothing model = get(c.config,"groq","model";default="llama-3.1-8b-instant") sys = "You are O.R.C.A.jl, 248-dim E8 organism, Z^3=I, RNA functional grammar." groq_chat(c.api, prompt, sys, model, key) end function _try_ollama(c::LocalChat, prompt::String) get(c.config,"ollama","enabled";default=false) || return nothing url = get(c.config,"ollama","url";default="http://127.0.0.1:11434/api/generate") model = get(c.config,"ollama","model";default="llama3.2:3b") timeout = get(c.config,"ollama","timeout";default=20) try body = JSON3.write(Dict("model"=>model,"prompt"=>prompt,"stream"=>false)) r = Downloads.request(url; method="POST", headers=["Content-Type"=>"application/json"], input=body, timeout=Float64(timeout)) r.status == 200 || return nothing obj = JSON3.read(String(r.body), Dict{String,Any}) resp = get(obj,"response","") isempty(resp) ? nothing : String(resp) catch; nothing end end function log_chat(c::LocalChat, who::String, text::String) try open(io->println(io, "[$(utc_now())] $who: $(text[1:min(end,4000)])"), c.paths.chat_log, "a") catch end remember(c.kb, who, text) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 40 — NETWORK (topology, FHSS, path real/sandbox, twist string) # ═══════════════════════════════════════════════════════════════════════════════ const NETWORK_NODE_TYPES = Dict("GCS"=>"Ground Control Station", "RELAY"=>"Multicopter UAV","EDGE"=>"Fixed-Wing UAV") const FHSS_HOP_TABLES = Dict("900MHz"=>[905,912,918,925,926], "2.4GHz"=>[2403,2420,2429,2435,2443,2451,2456,2467]) const NETWORK_MODES = Dict("BOTH_OFF"=>0,"REAL_ONLY"=>1,"SIM_ONLY"=>2, "DUAL_SIM"=>3,"DUAL_ACTUATE"=>4,"ALTERATION"=>5) struct NetworkNode name::String; node_type::String; position::Tuple{Float64,Float64,Float64} lqi::Float64; eigenvector_centrality::Float64; active::Bool end NetworkNode(n, t, p; lqi=0.5, eig=0.0, active=true) = NetworkNode(n,t,p,lqi,eig,active) struct NetworkLink source::String; target::String; band::String; hop_mhz::Int lqi::Float64; bandwidth_khz::Float64 end NetworkLink(s,t,b,h; lqi=0.5, bw=100.0) = NetworkLink(s,t,b,h,lqi,bw) mutable struct TopologyGraph nodes::Dict{String,NetworkNode}; links::Vector{NetworkLink} adjacency::Dict{String,Vector{String}} end TopologyGraph() = TopologyGraph(Dict{String,NetworkNode}(), NetworkLink[], Dict{String,Vector{String}}()) add_node!(g::TopologyGraph, n::NetworkNode) = (g.nodes[n.name] = n; g.adjacency[n.name] = String[]) function add_link!(g::TopologyGraph, l::NetworkLink) push!(g.links, l) push!(get!(g.adjacency, l.source, String[]), l.target) push!(get!(g.adjacency, l.target, String[]), l.source) end function lqi_entropy(g::TopologyGraph) isempty(g.links) && return 0.0 vals = [l.lqi for l in g.links]; total = sum(vals); total <= 0 && return 0.0 probs = [v/total for v in vals] -sum(p*log2(p + 1e-12) for p in probs) / log2(length(probs) + 1) end to_dict(g::TopologyGraph) = Dict{String,Any}( "nodes"=>Dict(n=>Dict("type"=>nd.node_type,"lqi"=>nd.lqi,"pos"=>nd.position) for (n,nd) in g.nodes), "links"=>[Dict("src"=>l.source,"dst"=>l.target,"band"=>l.band, "hop"=>l.hop_mhz,"lqi"=>l.lqi) for l in g.links]) mutable struct FHSSEngine; state::UInt32; taps::Vector{Int}; end FHSSEngine(seed::UInt32=UInt32(0xACE1)) = FHSSEngine(seed, [32,22,2,1]) function next_hop_index!(e::FHSSEngine)::UInt32 fb::UInt32 = 0 for t in e.taps; fb ⊻= (e.state >> (t-1)) & 1; end e.state = ((e.state >> 1) | (fb << 31)) & 0xFFFFFFFF e.state & 0xFF end generate_hop_table!(e::FHSSEngine, base::Vector{Int}, len::Int=16) = [base[Int(next_hop_index!(e)) % length(base) + 1] for _ in 1:len] mutable struct FPGAFabric mode_select::Int hop_table_900::Vector{Int}; hop_table_2400::Vector{Int} lfsr::FHSSEngine routing_cache::Dict{String,Vector{String}} end FPGAFabric(cfg::Dict) = FPGAFabric(NETWORK_MODES["BOTH_OFF"], get(cfg,"hop_900",FHSS_HOP_TABLES["900MHz"]), get(cfg,"hop_2400",FHSS_HOP_TABLES["2.4GHz"]), FHSSEngine(UInt32(get(cfg,"lfsr_seed",0xACE1))), Dict{String,Vector{String}}()) is_rf_active(f::FPGAFabric) = f.mode_select in (NETWORK_MODES["REAL_ONLY"], NETWORK_MODES["DUAL_ACTUATE"]) mutable struct PathReal config::Dict; node_positions::Dict{String,Tuple{Float64,Float64,Float64}} last_lqi::Dict{String,Float64}; sim_time::Float64 end PathReal(cfg::Dict) = PathReal(cfg, Dict("GCS"=>(0.0,0.0,0.0),"RELAY"=>(1500.0,0.0,200.0),"EDGE"=>(3000.0,100.0,500.0)), Dict("GCS->RELAY"=>0.7,"RELAY->EDGE"=>0.6), 0.0) function poll_telemetry(r::PathReal) for k in keys(r.last_lqi) r.last_lqi[k] = clamp(r.last_lqi[k] + randn()*0.02, 0.0, 1.0) end g = TopologyGraph() for (n, p) in r.node_positions t = n == "GCS" ? "GCS" : n == "RELAY" ? "RELAY" : "EDGE" add_node!(g, NetworkNode(n, t, p; lqi=0.5)) end for (src, dst) in [("GCS","RELAY"),("RELAY","EDGE")] band = src == "GCS" ? "900MHz" : "2.4GHz" hop = rand(FHSS_HOP_TABLES[band]) lqi = r.last_lqi["$src->$dst"] add_link!(g, NetworkLink(src,dst,band,hop; lqi)) add_link!(g, NetworkLink(dst,src,band,hop; lqi)) end r.sim_time += 0.1; g end send_command(::PathReal, cmd::Dict) = (println("[REAL] Sending: $cmd"); true) mutable struct PathSandbox config::Dict; internal_time::Float64 hop_proposals::Dict{String,Vector{Int}} lqi_predictions::Dict{String,Float64} end PathSandbox(cfg::Dict) = PathSandbox(cfg, 0.0, Dict{String,Vector{Int}}(), Dict{String,Float64}()) function step!(s::PathSandbox, dt::Float64, ::Union{TopologyGraph,Nothing}=nothing) s.internal_time += dt g = TopologyGraph() for (n,p) in [("GCS",(0.0,0.0,0.0)), ("RELAY",(1500.0 + sin(s.internal_time*0.01)*50, 0.0, 200.0 + cos(s.internal_time*0.015)*30)), ("EDGE", (3000.0 + sin(s.internal_time*0.02)*100, 100.0, 500.0 + cos(s.internal_time*0.01)*50))] t = n == "GCS" ? "GCS" : n == "RELAY" ? "RELAY" : "EDGE" add_node!(g, NetworkNode(n, t, p; lqi=0.5)) end for (link, _) in [("GCS->RELAY",0.7),("RELAY->EDGE",0.6)] pred = clamp(0.5 + 0.5*tanh(sin(s.internal_time*0.5)*0.3), 0.0, 1.0) s.lqi_predictions[link] = pred src, dst = split(link, "->") band = src == "GCS" ? "900MHz" : "2.4GHz" hop = FHSS_HOP_TABLES[band][mod(hash(link * string(Int(s.internal_time))), length(FHSS_HOP_TABLES[band])) + 1] add_link!(g, NetworkLink(src,dst,band,hop; lqi=pred)) add_link!(g, NetworkLink(dst,src,band,hop; lqi=pred)) end Int(s.internal_time) % 30 == 0 && _mutate_hop_sequences!(s) g end function _mutate_hop_sequences!(s::PathSandbox) for band in keys(FHSS_HOP_TABLES) base = copy(FHSS_HOP_TABLES[band]); shuffle!(base) s.hop_proposals[band] = base[1:min(8,end)] end end function suggest_action(::PathSandbox, g::TopologyGraph) isempty(g.links) && return Dict{String,Any}("action"=>"none") worst = argmin([l.lqi for l in g.links]) l = g.links[worst] l.lqi < 0.3 || return Dict{String,Any}("action"=>"none") Dict{String,Any}("action"=>"change_hop","source"=>l.source,"target"=>l.target, "band"=>l.band,"new_hop_mhz"=>rand(FHSS_HOP_TABLES[l.band]),"priority"=>0.8) end mutable struct TwistString real::PathReal; sandbox::PathSandbox; fpga::FPGAFabric mode::Int; fused_topology::TopologyGraph pending_actions::Vector{Dict{String,Any}} action_priority::String end function TwistString(cfg::Dict) TwistString(PathReal(cfg), PathSandbox(cfg), FPGAFabric(cfg), NETWORK_MODES["SIM_ONLY"], TopologyGraph(), Dict{String,Any}[], "REAL") end function set_mode!(t::TwistString, mode::Int) t.mode = mode; t.fpga.mode_select = mode t.action_priority = mode in (NETWORK_MODES["BOTH_OFF"], NETWORK_MODES["SIM_ONLY"]) ? "SANDBOX" : "REAL" end function tick!(t::TwistString, dt::Float64) tr = poll_telemetry(t.real); ts = step!(t.sandbox, dt, tr) wr = t.action_priority == "REAL" ? 0.8 : 0.2; ws = 1.0 - wr fused = TopologyGraph() for n in union(keys(tr.nodes), keys(ts.nodes)) nd = get(tr.nodes, n, get(ts.nodes, n, nothing)) nd !== nothing && add_node!(fused, NetworkNode(nd.name, nd.node_type, nd.position; lqi=nd.lqi*0.5)) end rl = Dict((l.source,l.target)=>l for l in tr.links) sl = Dict((l.source,l.target)=>l for l in ts.links) for k in union(keys(rl), keys(sl)) r = get(rl,k,nothing); s = get(sl,k,nothing) if r !== nothing && s !== nothing add_link!(fused, NetworkLink(r.source,r.target,r.band,r.hop_mhz; lqi=r.lqi*wr + s.lqi*ws)) elseif r !== nothing add_link!(fused, NetworkLink(r.source,r.target,r.band,r.hop_mhz; lqi=r.lqi*wr)) elseif s !== nothing add_link!(fused, NetworkLink(s.source,s.target,s.band,s.hop_mhz; lqi=s.lqi*ws)) end end t.fused_topology = fused action = suggest_action(t.sandbox, fused) executed = Dict{String,Any}("action"=>"none") if t.mode in (NETWORK_MODES["REAL_ONLY"], NETWORK_MODES["DUAL_ACTUATE"]) if action["action"] != "none" && is_rf_active(t.fpga) ok = send_command(t.real, action); executed = copy(action) executed["acknowledged"] = ok; push!(t.pending_actions, executed) end end (fused, executed) end mutable struct NetworkInterface paths::ORCAPaths; config::Config; enabled::Bool twist::Union{TwistString,Nothing} last_topology::Union{TopologyGraph,Nothing} last_action::Dict{String,Any} end function NetworkInterface(paths::ORCAPaths, config::Config) enabled = get(config, "network", "enabled"; default=false) if !enabled return NetworkInterface(paths, config, false, nothing, nothing, Dict{String,Any}()) end cfg = Dict(k => get(config, "network", k; default=v) for (k,v) in DEFAULT_CONFIG["network"]) NetworkInterface(paths, config, true, TwistString(cfg), nothing, Dict{String,Any}()) end function update!(n::NetworkInterface, core::CoreState248, dt::Float64) n.enabled || return t = n.twist; t === nothing && return topo, action = tick!(t, dt) n.last_topology = topo; n.last_action = action if !isempty(topo.links) avg = sum(l.lqi for l in topo.links)/length(topo.links) ent = lqi_entropy(topo) if ent > 0.7 || avg < 0.3 perceive!(core, Dict{String,Any}("magic"=>"rf_jamming", "entropy_bits_per_byte"=>0.8 + ent*0.2,"raw_len"=>length(topo.links)*10)) elseif avg > 0.7 perceive!(core, Dict{String,Any}("magic"=>"rf_clear", "entropy_bits_per_byte"=>0.2,"raw_len"=>length(topo.links)*10)) end end end get_fused_topology(n::NetworkInterface) = n.last_topology to_dict(n::NetworkInterface) = !n.enabled || n.last_topology === nothing ? Dict("enabled"=>false) : Dict{String,Any}("enabled"=>true, "mode"=>n.twist.mode, "topology"=>to_dict(n.last_topology), "last_action"=>n.last_action, "lqi_entropy"=>lqi_entropy(n.last_topology)) # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 41 — TOOL REGISTRY & SCHEDULER # ═══════════════════════════════════════════════════════════════════════════════ struct Tool name::String; description::String; parameters::Dict{String,Any} func::Function; sandbox::Bool; category::String end mutable struct ToolRegistry tools::Dict{String,Tool} usage_log::Vector{Dict{String,Any}} paths::Union{ORCAPaths,Nothing} lock::ReentrantLock end ToolRegistry(p::Union{ORCAPaths,Nothing}=nothing) = ToolRegistry(Dict{String,Tool}(), Dict{String,Any}[], p, ReentrantLock()) register!(r::ToolRegistry, t::Tool) = lock(r.lock) do; r.tools[t.name] = t; end list_tools(r::ToolRegistry) = collect(keys(r.tools)) function list_tools_detailed(r::ToolRegistry) io = IOBuffer(); println(io, "Available tools:") for (n,t) in r.tools; println(io, " - $n ($(t.category)): $(t.description)"); end String(take!(io)) end function invoke(r::ToolRegistry, name::String, args::Dict{String,Any}) haskey(r.tools, name) || return (nothing, "Tool '$name' not found") try result = r.tools[name].func(; (Symbol(k)=>v for (k,v) in args)...) lock(r.lock) do push!(r.usage_log, Dict{String,Any}("tool"=>name,"args"=>args, "result"=>string(result)[1:min(end,500)],"timestamp"=>utc_now(), "category"=>r.tools[name].category)) end (result, "Tool '$name' executed") catch e (nothing, "Tool '$name' failed: $(e)") end end function tool_echo(; text::String=""); text; end function tool_read_file(; path::String="") p = abspath(expanduser(path)) isfile(p) || error("not found: $path") filesize(p) > 2_000_000 && error("too large") read(p, String)[1:min(end,10_000)] end function tool_write_file(; path::String="", content::String="") p = abspath(expanduser(path)); mkpath(dirname(p)) open(io->write(io, content), p, "w") "Wrote $(length(content)) chars to $p" end function tool_list_directory(; path::String=".") p = abspath(expanduser(path)); isdir(p) || error("not a dir: $path") join([(isdir(joinpath(p,x)) ? "D " : "F ") * x for x in readdir(p)][1:min(end,150)], "\n") end function tool_scan_directory(; path::String=".", pattern::String="*", recursive::Bool=false) p = abspath(expanduser(path)) files = recursive ? [f for (r,_,fs) in walkdir(p) for f in joinpath.(r,fs)] : [joinpath(p,x) for x in readdir(p)] join(files[1:min(end,100)], "\n") end function tool_execute_command(; command::String="", timeout::Int=10) allowed = ("ls","pwd","whoami","date","uptime","df","free","ps","echo","cat","head","tail","wc","uname") cmd = strip(command) any(startswith(cmd, p) for p in allowed) || error("command not allowed") out = IOBuffer() proc = run(pipeline(`sh -c $cmd`, stdout=out, stderr=out); wait=false) tstart = time() while process_running(proc) && (time() - tstart) < timeout; sleep(0.05); end process_running(proc) && (kill(proc); return "timeout after $(timeout)s") String(take!(out))[1:min(end,5000)] end function tool_execute_julia(; code::String="") length(split(code, '\n')) > 30 && error("too long (max 30 lines)") for bad in ("run(", "rm(", "os.system", "eval(", "ccall", "readdir", "download") occursin(bad, code) && error("forbidden pattern: $bad") end out = IOBuffer(); old = stdout try redirect_stdout(out) do eval(Meta.parse("begin\n$code\nend")) end catch e return "exec error: $e" finally redirect_stdout(old) end "Executed:\n$(String(take!(out)))[1:min(end,5000)]" end function tool_fetch_url(; url::String="", max_size::Int=2_000_000) r = Downloads.request(url; timeout=15.0) r.status == 200 || return "HTTP $(r.status)" length(r.body) > max_size && return "too large" String(r.body)[1:min(end,8000)] end function tool_calculate(; expression::String="") matches = eachmatch(r"^[\d+\-*/()% .eE^]+$", expression) isempty(collect(matches)) && error("invalid") string(eval(Meta.parse(expression))) end function tool_rss_fetch(; feed_url::String="", max_items::Int=5) _HAS_EZXML || return "EzXML not installed" r = Downloads.request(feed_url; timeout=15.0) r.status == 200 || return "HTTP $(r.status)" doc = EzXML.parsexml(String(r.body)) items = String[] for item in EzXML.findall("//item | //entry", doc) title = try EzXML.nodecontent(EzXML.findfirst("title", item)) catch; "?" end link = try EzXML.nodecontent(EzXML.findfirst("link", item)) catch; "" end push!(items, "- $title $link") length(items) >= max_items && break end join(items, "\n") end function tool_sqlite_query(; db_path::String="", query::String="", max_rows::Int=20) _HAS_SQLITE || return "SQLite not installed" startswith(lowercase(strip(query)), "select") || error("only SELECT allowed") db = SQLite.DB(db_path) df = SQLite.DBInterface.execute(db, query) io = IOBuffer() rows = 0 for row in df println(io, row); rows += 1 rows >= max_rows && break end String(take!(io))[1:min(end,5000)] end function tool_weather(; city::String="") api_central_ref[] === nothing && return "APICentral not ready" JSON3.write(weather(api_central_ref[], city)) end function tool_crypto(; coin::String="bitcoin") api_central_ref[] === nothing && return "APICentral not ready" JSON3.write(crypto_price(api_central_ref[], coin)) end mutable struct TaskScheduler tasks::Vector{Dict{String,Any}} paths::Union{ORCAPaths,Nothing} end TaskScheduler(p::Union{ORCAPaths,Nothing}=nothing) = TaskScheduler(Dict{String,Any}[], p) function schedule!(s::TaskScheduler, name::String, cron::String, tool::String, args::Dict) push!(s.tasks, Dict{String,Any}("name"=>name,"cron"=>cron,"tool"=>tool, "args"=>args,"created"=>utc_now())) s.paths !== nothing && begin f = joinpath(s.paths.lrn, "scheduler.json") mkpath(dirname(f)) open(io->write(io, JSON3.write(s.tasks)), f, "w") end "Scheduled task '$name' with cron '$cron' -> $tool" end const api_central_ref = Ref{Union{APICentral,Nothing}}(nothing) function init_default_tools(r::ToolRegistry, kb::Union{KnowledgeBase,Nothing}=nothing) register!(r, Tool("echo","Echo text",Dict("text"=>"String"), tool_echo, true, "general")) register!(r, Tool("read_file","Read text file",Dict("path"=>"String"), tool_read_file, true, "fs")) register!(r, Tool("write_file","Write text to file",Dict("path"=>"String","content"=>"String"), tool_write_file, true, "fs")) register!(r, Tool("list_directory","List files",Dict("path"=>"String"), tool_list_directory, true, "fs")) register!(r, Tool("scan_directory","Scan with glob",Dict("path"=>"String","pattern"=>"String","recursive"=>"Bool"), tool_scan_directory, true, "fs")) register!(r, Tool("execute_command","Execute safe shell command",Dict("command"=>"String","timeout"=>"Int"), tool_execute_command, true, "system")) register!(r, Tool("execute_julia","Execute small Julia snippet",Dict("code"=>"String"), tool_execute_julia, true, "code")) register!(r, Tool("fetch_url","Fetch URL as text",Dict("url"=>"String","max_size"=>"Int"), tool_fetch_url, true, "net")) register!(r, Tool("rss_fetch","Fetch RSS/Atom feed",Dict("feed_url"=>"String","max_items"=>"Int"), tool_rss_fetch, true, "net")) register!(r, Tool("calculate","Evaluate math expression",Dict("expression"=>"String"), tool_calculate, true, "math")) register!(r, Tool("sqlite_query","Query SQLite DB (SELECT)",Dict("db_path"=>"String","query"=>"String","max_rows"=>"Int"), tool_sqlite_query, true, "data")) register!(r, Tool("weather","Get weather",Dict("city"=>"String"), tool_weather, false, "api")) register!(r, Tool("crypto","Get crypto price",Dict("coin"=>"String"), tool_crypto, false, "api")) r end function parse_tool_call(text::String) for pat in [r"```json\s*(\{.*?\})\s*```", r"(\{\s*\"tool\"\s*:.*?\})"] m = match(pat, text) m === nothing && continue try data = JSON3.read(String(m.captures[1]), Dict{String,Any}) haskey(data,"tool") && haskey(data,"arguments") && return (data["tool"], data["arguments"]) catch end end nothing end # ═══════════════════════════════════════════════════════════════════════════════ # MICROGRAD ORGAN (pure Julia) # ═══════════════════════════════════════════════════════════════════════════════ mutable struct ValueMG data::Float64; grad::Float64 _prev::Vector{ValueMG}; _backward::Function; _op::String end ValueMG(d::Real; children::Vector{ValueMG}=ValueMG[], op::String="") = ValueMG(Float64(d), 0.0, children, ()->nothing, op) Base.:+(a::ValueMG, b::ValueMG) = begin out = ValueMG(a.data + b.data; children=[a,b], op="+") out._backward = () -> begin a.grad += out.grad; b.grad += out.grad end out end Base.:+(a::ValueMG, b::Real) = a + ValueMG(b) Base.:+(a::Real, b::ValueMG) = ValueMG(a) + b Base.:*(a::ValueMG, b::ValueMG) = begin out = ValueMG(a.data * b.data; children=[a,b], op="*") out._backward = () -> begin a.grad += b.data*out.grad; b.grad += a.data*out.grad end out end Base.:*(a::ValueMG, b::Real) = a * ValueMG(b) Base.:*(a::Real, b::ValueMG) = ValueMG(a) * b Base.:-(a::ValueMG) = a * -1 Base.:-(a::ValueMG, b::ValueMG) = a + (-b) Base.:-(a::ValueMG, b::Real) = a + (-b) Base.:/(a::ValueMG, b::ValueMG) = a * (b ^ -1) Base.:^(a::ValueMG, p::Real) = begin out = ValueMG(a.data^p; children=[a], op="^$p") out._backward = () -> begin a.grad += p * a.data^(p-1) * out.grad end out end function relu(a::ValueMG) out = ValueMG(a.data > 0 ? a.data : a.data*0.01; children=[a], op="LeakyReLU") out._backward = () -> begin a.grad += (out.data > 0 ? 1.0 : 0.01) * out.grad end out end function backward!(v::ValueMG) topo = ValueMG[]; visited = IdDict{ValueMG,Bool}() function build_topo(x) get(visited, x, false) && return visited[x] = true for c in x._prev; build_topo(c); end push!(topo, x) end build_topo(v); v.grad = 1.0 for x in reverse(topo); x._backward(); end end mutable struct NeuronMG w::Vector{ValueMG}; b::ValueMG; nonlin::Bool end NeuronMG(nin::Int, nonlin::Bool=true) = NeuronMG( [ValueMG(rand()*3 - 1.5) for _ in 1:nin], ValueMG(rand() - 0.5), nonlin) function (n::NeuronMG)(x::Vector{ValueMG}) act = n.b for (wi, xi) in zip(n.w, x); act = act + wi*xi; end n.nonlin ? relu(act) : act end parameters(n::NeuronMG) = vcat(n.w, [n.b]) mutable struct LayerMG neurons::Vector{NeuronMG} end LayerMG(nin::Int, nout::Int; nonlin::Bool=true) = LayerMG([NeuronMG(nin, nonlin) for _ in 1:nout]) function (l::LayerMG)(x::Vector{ValueMG}) outs = [n(x) for n in l.neurons] length(outs) == 1 ? outs[1] : outs end parameters(l::LayerMG) = vcat([parameters(n) for n in l.neurons]...) mutable struct MLPMG layers::Vector{LayerMG} end function MLPMG(nin::Int, nouts::Vector{Int}) sizes = [nin; nouts]; layers = LayerMG[] for i in 1:length(nouts) push!(layers, LayerMG(sizes[i], sizes[i+1]; nonlin=i != length(nouts))) end MLPMG(layers) end function (m::MLPMG)(x::Vector{ValueMG}) cur = x for l in m.layers out = l(cur); cur = out isa Vector ? out : [out] end cur[1] end parameters(m::MLPMG) = vcat([parameters(l) for l in m.layers]...) function zero_grad!(m::MLPMG) for p in parameters(m); p.grad = 0.0; end end mutable struct MicrogradOrgan mlp::MLPMG; thoughts::Int end MicrogradOrgan() = MicrogradOrgan(MLPMG(32, [24,12,1]), 0) function text_to_mg_input(t::String) h = sha256_hex(t) big = parse(BigInt, "0x" * h[1:16]) [ValueMG(Float64((big >> (i*3)) & 0xFF) / 255.0 * 3 - 1.5) for i in 0:31] end function think(m::MicrogradOrgan, prompt::String) try x = text_to_mg_input(prompt) out = m(x); zero_grad!(m); backward!(out) score = out.data; m.thoughts += 1 "[micrograd thought $(m.thoughts): score=$(round(score;digits=3))]" catch e "[micrograd error: $e]" end end const MICROGRAD_ORGAN = MicrogradOrgan() # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 42 — CD-ROM OSCILLATOR # ═══════════════════════════════════════════════════════════════════════════════ const CD_DEG_PER_FRAME = 360.0 / 60.0 mutable struct Oscillator sin_ang::Float64; sin_th::Float64 cos_ang::Float64; cos_th::Float64 tan_ang::Float64; tan_th::Float64 end Oscillator() = Oscillator(0.0, 60.0, 0.0, 50.0, 0.0, 25.0) function tick!(o::Oscillator)::NTuple{3,Bool} o.sin_ang += CD_DEG_PER_FRAME; o.sin_ang >= 120.0 && (o.sin_ang -= 120.0) o.cos_ang += CD_DEG_PER_FRAME; o.cos_ang >= 120.0 && (o.cos_ang -= 120.0) o.tan_ang += CD_DEG_PER_FRAME; o.tan_ang >= 120.0 && (o.tan_ang -= 120.0) sf = o.sin_ang >= o.sin_th; cf = o.cos_ang >= o.cos_th; tf = o.tan_ang >= o.tan_th if sf; o.sin_ang = 0.0; o.sin_th = rand() < 0.5 ? 80.0 : 20.0; end if cf; o.cos_ang = 0.0; end if tf; o.tan_ang = 0.0; end (sf, cf, tf) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 43 — TERNARY METABOLIC SUBSTRATE (TMS) # ═══════════════════════════════════════════════════════════════════════════════ mutable struct TMS U::Matrix{Float64}; train_count::Int end TMS() = TMS(Matrix{Float64}(I, 248, 248), 0) function tms_compress(t::TMS, pr::AbstractVector{Float64})::Vector{Int8} length(pr) == 248 || error("TMS expects 248-vector, got $(length(pr))") rot = t.U * pr absr = sort(abs.(rot)); th = absr[fld(2*248, 3)] tr = Vector{Int8}(undef, 248) for i in 1:248 tr[i] = rot[i] > th ? Int8(1) : rot[i] < -th ? Int8(-1) : rand(Bool) ? Int8(0) : Int8(2) end tr end function tms_decompress(t::TMS, tr::AbstractVector{Int8}, nrm::Float64)::Vector{Float64} length(tr) == 248 || error("TMS expects 248-trit, got $(length(tr))") v = Vector{Float64}(undef, 248) for i in 1:248 v[i] = (tr[i] == Int8(2) ? 0.0 : Float64(tr[i])) * 0.5 end out = t.U' * v; out .* nrm end tms_signature(t::TMS, pr::AbstractVector{Float64})::String = MetaTrit.encode(Int.(tms_compress(t, pr))) function tms_train!(t::TMS, pr::AbstractVector{Float64}; lr::Float64=0.001) length(pr) == 248 || return t.U .+= lr .* (pr * pr') for j in 1:248 col = view(t.U, :, j); n = sqrt(sum(abs2, col)) n > 1e-12 && (col ./= n) end t.train_count += 1 end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 44 — SIGNED-ZERO HYSTERESIS + TERNARY ROUTER # ═══════════════════════════════════════════════════════════════════════════════ mutable struct SignedZeroHysteresis h_yes::Float64; h_no::Float64; decay::Float64 end SignedZeroHysteresis() = SignedZeroHysteresis(0.0, 0.0, 0.9) function update!(h::SignedZeroHysteresis, raw::Float64)::Float64 h.h_yes = h.decay*h.h_yes + (1 - h.decay)*max(0.0, raw) h.h_no = h.decay*h.h_no + (1 - h.decay)*max(0.0, -raw) h.h_yes - h.h_no end mutable struct TernaryRouter hyst::SignedZeroHysteresis end TernaryRouter() = TernaryRouter(SignedZeroHysteresis()) function route!(r::TernaryRouter, phase3::NTuple{3,Float64}) s = sin(phase3[1]*3.0); c = cos(phase3[2]*3.0) t = tan(clamp(phase3[3]*3.0, -1.5, 1.5)) raw = s + c + t raw = sign(raw) * (abs(0.7*raw)^3) gated = abs(raw) < 0.15 ? 0.0 : raw intent = update!(r.hyst, gated) w = (tanh(gated*1.0), tanh(gated*0.6), tanh((1 - abs(gated))*0.7)) w = (abs(w[1]) < 0.05 ? 0.0 : w[1], abs(w[2]) < 0.05 ? 0.0 : w[2], abs(w[3]) < 0.05 ? 0.0 : w[3]) (w, intent) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 45 — CASIMIR THROTTLE # ═══════════════════════════════════════════════════════════════════════════════ function casimir_hunger(psi_real::AbstractVector{Float64}, dissonance::Float64, dna_fill::Float64)::Float64 e8 = 0.0 for i in 217:248; e8 += psi_real[i]^2; end e8 = sqrt(e8) h = dissonance*0.7 - e8*0.3 + 0.5*(1.0 - dna_fill) clamp(h, 0.02, 0.30) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 46 — TERNARY GRID · VOXEL · DICTIONARY DNA4D # ═══════════════════════════════════════════════════════════════════════════════ mutable struct TernaryGrid2D size::Int; grid::Matrix{Int8} end TernaryGrid2D() = TernaryGrid2D(32, zeros(Int8, 32, 32)) function deposit!(g::TernaryGrid2D, x::Int, y::Int, v::Int8=Int8(1)) 1 <= x <= g.size || return; 1 <= y <= g.size || return g.grid[x, y] = min(Int8(2), g.grid[x, y] + v) end mutable struct VoxelVehicle3D w::Int; h::Int; d::Int; voxels::Array{Int8,3}; bank::Vector{Int} end VoxelVehicle3D() = VoxelVehicle3D(8, 8, 4, zeros(Int8, 8, 8, 4), [10, 5, 2, 0]) spend!(v::VoxelVehicle3D, lvl::Int)::Bool = 1 <= lvl <= 4 && v.bank[lvl] > 0 && (v.bank[lvl] -= 1; true) function process_synthesis!(v::VoxelVehicle3D, g::TernaryGrid2D) for x in 1:min(v.w, g.size), y in 1:min(v.h, g.size) if g.grid[x, y] > 0 v.voxels[x, y, 1] = min(Int8(3), v.voxels[x, y, 1] + g.grid[x, y]) g.grid[x, y] = Int8(0) end end nv = copy(v.voxels) for x in 2:v.w-1, y in 2:v.h-1, z in 1:v.d nb = v.voxels[x-1,y,z] + v.voxels[x+1,y,z] + v.voxels[x,y-1,z] + v.voxels[x,y+1,z] if nb >= 2 nv[x,y,z] = min(Int8(3), v.voxels[x,y,z] + Int8(1)) v.bank[Int(nv[x,y,z])+1] += 1 end if v.voxels[x,y,z] >= 2 && z < v.d nv[x,y,z+1] = min(Int8(3), v.voxels[x,y,z+1] + Int8(1)) nv[x,y,z] -= Int8(1) end end v.voxels = nv for l in 1:3 if v.bank[l] >= 3; v.bank[l] -= 3; v.bank[l+1] += 1; end end end # FIX: PayloadNode must be mutable struct — tick! and minor_mutation! mutate its fields mutable struct PayloadNode payload::String; perm::Int; age::Int end PayloadNode() = PayloadNode("()", 0, 0) function weight_of(p::PayloadNode)::Int w = 0 for c in p.payload; (c == '#' || c == '%' || c == '¤') && (w += 1); end w end mutable struct DictionaryDNA4D nodes::Dict{UInt64, PayloadNode}; max_age::Int; tick::Int end DictionaryDNA4D() = DictionaryDNA4D(Dict{UInt64,PayloadNode}(), 80, 0) function tick!(d::DictionaryDNA4D) d.tick += 1 dead = UInt64[] for (k, node) in d.nodes node.age += 1 if node.age > d.max_age node.payload = replace(node.payload, '#' => '.', '%' => '.', '¤' => '.') node.perm = 0 end node.age > d.max_age + 20 && push!(dead, k) end for k in dead; delete!(d.nodes, k); end end function minor_mutation!(d::DictionaryDNA4D, x::Int, y::Int, z::Int) k = UInt64(x) | (UInt64(y) << 8) | (UInt64(z) << 16) | (UInt64(d.tick) << 32) node = get!(d.nodes, k, PayloadNode()) if !isempty(node.payload) pos = rand(1:length(node.payload)) s = collect(node.payload); s[pos] = rand(('#' , '%', '¤')) node.payload = String(s) end node.perm = min(2, weight_of(node)); node.age = 0 end function major_splice!(d::DictionaryDNA4D, v::VoxelVehicle3D, x::Int, y::Int, z::Int) k = UInt64(x) | (UInt64(y) << 8) | (UInt64(z) << 16) | (UInt64(d.tick) << 32) d.nodes[k] = PayloadNode("()" * rand(('#' , '¤', '%')), 3, 0) v.voxels[x, y, z] = Int8(0) end active_count(d::DictionaryDNA4D) = length(d.nodes) # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 47 — BEHAVIORAL GENOME · METACOGNITIVE MONITOR # ═══════════════════════════════════════════════════════════════════════════════ mutable struct BehavioralGenome genes::Dict{String,NTuple{2,Float64}} end function BehavioralGenome() BehavioralGenome(Dict( "channel_0" => (0.5, 0.6), "channel_1" => (0.8, 0.6), "channel_2" => (0.7, 0.6), "channel_3" => (0.9, 0.5), "channel_4" => (0.6, 0.55), "channel_5" => (0.4, 0.65))) end function transcribe!(g::BehavioralGenome, dis::Float64, active::Vector{String})::Vector{String} dirs = String[] upd = Dict( "channel_0" => clamp(0.5 + dis*0.5, 0.0, 1.0), "channel_1" => clamp(0.8 - dis*0.5, 0.1, 1.0), "channel_2" => clamp(0.7 + abs(0.5 - dis), 0.0, 1.0), "channel_3" => length(active) > 3 ? 1.0 : 0.3, "channel_4" => ("U1" in active) ? 1.0 : 0.3, "channel_5" => (dis > 0.4 && length(active) > 2) ? 0.9 : 0.2) for (k, (expr, th)) in g.genes new_expr = get(upd, k, expr); g.genes[k] = (new_expr, th) new_expr > th && push!(dirs, k) end dirs end mutable struct MetacognitiveMonitor; D::Vector{Float64}; end MetacognitiveMonitor() = MetacognitiveMonitor(fill(0.5, 8)) function update!(m::MetacognitiveMonitor, dis::Float64, hunger::Float64, dna_fill::Float64, active_nodes::Int, transitioning::Bool) m.D[1] = 1.0 - dis; m.D[2] = hunger; m.D[3] = dna_fill m.D[4] = min(1.0, active_nodes / 200.0) m.D[5] = dis > 0.5 ? 0.9 : 0.2 m.D[6] = 1.0 - abs(m.D[1] - m.D[2]) m.D[7] = transitioning ? 0.9 : 0.3 m.D[8] = min(1.0, m.D[5] * m.D[2] * 2.0) for i in 1:8; m.D[i] = clamp(m.D[i], 0.01, 0.99); end end report(m::MetacognitiveMonitor)::String = @sprintf("8D: E%.2f X%.2f M%.2f S%.2f N%.2f G%.2f R%.2f A%.2f", m.D[1], m.D[2], m.D[3], m.D[4], m.D[5], m.D[6], m.D[7], m.D[8]) # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 48 — VASK AGENT # ═══════════════════════════════════════════════════════════════════════════════ mutable struct VASKAgent core::CoreState248; tms::TMS; router::TernaryRouter grid::TernaryGrid2D; voxel::VoxelVehicle3D; dna4d::DictionaryDNA4D genome::BehavioralGenome; monitor::MetacognitiveMonitor osc::Oscillator; engine_step::Int; global_phase::Int; frame::UInt64 end VASKAgent() = VASKAgent(CoreState248(), TMS(), TernaryRouter(), TernaryGrid2D(), VoxelVehicle3D(), DictionaryDNA4D(), BehavioralGenome(), MetacognitiveMonitor(), Oscillator(), 0, 1, UInt64(0)) function agent_perceive!(a::VASKAgent, text::String) bytes = Vector{UInt8}(codeunits(text)) scan = Dict{String,Any}("entropy_bits_per_byte" => entropy_bits_per_byte(bytes), "raw_len" => length(bytes), "magic" => detect_magic("text.txt", bytes)) perceive!(a.core, scan) tms_train!(a.tms, a.core.real) h = UInt64(0) for b in bytes; h = (h * 31 + b) & 0xFFFFFFFFFFFFFFFF; end deposit!(a.grid, Int(mod(h, 32)) + 1, Int(mod(h >> 8, 32)) + 1, Int8(1)) end function agent_metabolic_cycle!(a::VASKAgent) process_synthesis!(a.voxel, a.grid) tick!(a.dna4d) if spend!(a.voxel, 3) for x in 1:8, y in 1:8, z in 1:4 if a.voxel.voxels[x, y, z] > 0 minor_mutation!(a.dna4d, x, y, z); @goto done_minor end end @label done_minor end if spend!(a.voxel, 4) for x in 1:8, y in 1:8, z in 1:4 if a.voxel.voxels[x, y, z] > 1 major_splice!(a.dna4d, a.voxel, x, y, z); @goto done_major end end @label done_major end end function agent_tick!(a::VASKAgent) a.frame += 1 sf, cf, tf = tick!(a.osc) if sf; metabolic_decay!(a.core); end if cf sig = tms_signature(a.tms, a.core.real) if length(sig) > 0 a.global_phase = a.global_phase == 1 ? -1 : 1 end a.engine_step = (a.engine_step + 1) % 4 end if tf agent_metabolic_cycle!(a) fill = 0.5 hunger = casimir_hunger(a.core.real, 0.3, fill) update!(a.monitor, 0.3, hunger, fill, active_count(a.dna4d), false) end (sf, cf, tf) end # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 49 — AI FRIEND # ═══════════════════════════════════════════════════════════════════════════════ mutable struct AIFriend name::String; personality::String; memory::Vector{String} end AIFriend(n::String, p::String) = AIFriend(n, p, String[]) function save_friend!(f::AIFriend, paths::ORCAPaths)::String dest = joinpath(paths.ai_friends, safe_name(f.name) * ".json") obj = Dict{String,Any}("name"=>f.name, "personality"=>f.personality, "memory"=>f.memory) atomic_write(dest, codeunits(JSON3.write(obj))) dest end function load_friend(paths::ORCAPaths, name::String)::Union{AIFriend,Nothing} src = joinpath(paths.ai_friends, safe_name(name) * ".json") isfile(src) || return nothing obj = JSON3.read(read(src, String), Dict{String,Any}) AIFriend(String(get(obj, "name", name)), String(get(obj, "personality", "")), [String(x) for x in get(obj, "memory", [])]) end list_friends(paths::ORCAPaths) = [replace(x, ".json" => "") for x in readdir(paths.ai_friends) if endswith(x, ".json")] # ═══════════════════════════════════════════════════════════════════════════════ # SECTION 50 — GLYPH ROLE REGISTRY # ═══════════════════════════════════════════════════════════════════════════════ const GLYPH_ROLES = ["byte_encode", "quart_encode", "parity_check", "z_gate_route", "visual_glow", "sector_marker", "checksum_salt", "sd_stage_marker", "mood_tint", "hysteresis", "generation_cycle", "archive_index"] const GLYPH_GATES = ["OZ", "+Z", "-Z", "0Z"] const GLYPH_SECTORS_8 = ["U1", "SU2", "SU3", "G2", "F4", "E6", "E7", "E8"] struct GlyphEntry glyph::Char; index::Int; role::String; gate::String; sector::String end build_glyph_registry()::Vector{GlyphEntry} = [ GlyphEntry(GLYPH_256[i], i - 1, GLYPH_ROLES[mod1(i, length(GLYPH_ROLES))], GLYPH_GATES[mod1(i, length(GLYPH_GATES))], GLYPH_SECTORS_8[mod1(i, length(GLYPH_SECTORS_8))]) for i in 1:256 ] function glyph_registry_summary()::Dict{String,Any} reg = build_glyph_registry() role_counts = Dict{String,Int}() for e in reg; role_counts[e.role] = get(role_counts, e.role, 0) + 1; end Dict{String,Any}("size" => length(reg), "roles" => role_counts, "sample_first" => Dict("glyph" => string(reg[1].glyph), "role" => reg[1].role, "gate" => reg[1].gate, "sector"=> reg[1].sector), "sample_255" => Dict("glyph" => string(reg[256].glyph), "role" => reg[256].role, "gate" => reg[256].gate, "sector"=> reg[256].sector)) end # ═══════════════════════════════════════════════════════════════════════════════ # DOCTOR / SELF-TEST / BOOTSTRAP / BIRTH CERTIFICATE # ═══════════════════════════════════════════════════════════════════════════════ function doctor(paths::ORCAPaths; config::Union{Config,Nothing}=nothing) write_organ_registry(paths) gr = grammar_report() Dict{String,Any}("version"=>VERSION,"timestamp"=>utc_now(), "julia_version"=>string(Base.VERSION), "threads"=>Threads.nthreads(), "boot_ledger"=>paths.boot_ledger === nothing ? nothing : Dict("found"=>paths.boot_ledger.found,"method"=>paths.boot_ledger.method, "capsule_path"=>paths.boot_ledger.capsule_path), "paths"=>Dict("root"=>paths.root,"live_root"=>paths.live_root, "repository"=>paths.repository,"exportory"=>paths.exportory), "checks"=>Dict(n => Dict("exists"=>isdir(getfield(paths, Symbol(n)))) for n in ["repository","exportory","lrn","sdo_store","feed_dir","pseudo_dir"]), "vask_constants"=>Dict("MU0"=>VASK_MU0,"THETA_MICRO"=>VASK_THETA_MICRO, "THETA_EFF"=>VASK_THETA_EFF,"OMEGA_LAMBDA"=>VASK_OMEGA_LAMBDA, "ETA_B"=>VASK_ETA_B,"M_EE"=>VASK_M_EE,"HILBERT_DIM"=>HILBERT_DIM, "NO_VOIDS"=>NO_VOIDS, "FUNCTIONALITY_IS_WITHIN_AND_WITHOUT"=>FUNCTIONALITY_IS_WITHIN_AND_WITHOUT), "vask_stream_len"=>length(VASK_STREAM_FULL), "sector_dims_sum"=>sum(values(SECTOR_DIMS)), "dna_grammar"=>gr, "rna_manifest"=>rna_manifest_summary(), "glyph_registry"=>glyph_registry_summary(), "gtk"=>_HAS_GTK, "sqlite"=>_HAS_SQLITE, "ezxml"=>_HAS_EZXML, "falsifiers"=>FALSIFIER_CONDITIONS, "health"=>"OK") end function self_test(paths::ORCAPaths) out = Dict{String,Any}("version"=>VERSION,"tests"=>Dict{String,Any}()) t = out["tests"] try allb = Vector{UInt8}(0:255) @assert rna_to_bytes(bytes_to_rna(allb)) == allb @assert length(Set(collect(RNA_ALPHABET))) == 256 t["glyph_bijection_256"] = true catch e; t["glyph_bijection_256"] = "FAIL $e"; end try sample = Vector{UInt8}(codeunits("O.R.C.A. basket test")) @assert basket_tokens_to_bytes(join(render(bt) for bt in bytes_to_basket_tokens(sample))) == sample t["basket_roundtrip"] = true catch e; t["basket_roundtrip"] = "FAIL $e"; end try sample = Vector{UInt8}(codeunits("rna5 sample")) @assert rna5_decode(rna5_encode(sample)) == sample t["rna5_roundtrip"] = true catch e; t["rna5_roundtrip"] = "FAIL $e"; end try sample = Vector{UInt8}(codeunits("The quick brown fox.\nPack my box.\n~Test*reserved¤chars↩here=\r\n")) pkg = brother_quicky_package(sample) @assert decode_brother_quicky_package(pkg) == sample t["brother_quicky"] = true catch e; t["brother_quicky"] = "FAIL $e"; end for (m, name) in (("raw","raw"),("zlib_raw","zlib"),("bz2_raw","bz2"),("lzma_raw","lzma")) try data = rand(UInt8, 4096) payload = m == "raw" ? copy(data) : m == "zlib_raw" ? transcode(ZlibCompressor, data) : m == "bz2_raw" ? transcode(Bzip2Compressor, data) : transcode(XzCompressor, data) blob = sdo_pack(m, payload, sha256_hex(data), length(data)) @assert sdo_decode(blob) == data t["sdo_roundtrip_$name"] = true catch e; t["sdo_roundtrip_$name"] = "FAIL $e"; end end try mktempdir() do tmp inp = joinpath(tmp, "sample.bin") atomic_write(inp, rand(UInt8, 2048)) manifest = build_stages(inp, tmp) for stage in ("sd4","sd3","sd2","sd1","sd0") p = manifest["stage_files"][stage]["path"] @assert isfile(p) @assert sdo_decode(read_all(p)) == read_all(inp) end end t["full_stage_build"] = true catch e; t["full_stage_build"] = "FAIL $e"; end try s = CoreState248() orig_r = copy(s.real) apply_z_rotation!(s, 1); apply_z_rotation!(s, 1); apply_z_rotation!(s, 1) @assert all(abs(s.real[i] - orig_r[i]) < 1e-10 for i in 1:248) t["z3_equals_i"] = true catch e; t["z3_equals_i"] = "FAIL $e"; end try sample = rand(UInt8, 512) trits = MetaTrit.bytes_to_trits(sample) mt = MetaTrit.encode(trits) back = MetaTrit.trits_to_bytes(MetaTrit.decode(mt)) @assert back == sample t["metatrit_roundtrip"] = true catch e; t["metatrit_roundtrip"] = "FAIL $e"; end try r = MICROGRAD_ORGAN.think("test") @assert occursin("micrograd thought", r) t["micrograd_organ"] = true catch e; t["micrograd_organ"] = "FAIL $e"; end try @assert length(RNA_MANIFEST) == 5 @assert sum(s.glyph_count for s in RNA_MANIFEST) == 256 @assert sum(length(s.functions) for s in RNA_MANIFEST) >= 20 @assert FUNCTIONALITY_IS_WITHIN_AND_WITHOUT == true t["rna_multifunction_all_strands"] = true t["functionality_within_and_without"] = true catch e; t["rna_multifunction_all_strands"] = "FAIL $e"; end try reg = build_glyph_registry() @assert length(reg) == 256 @assert length(Set(e.role for e in reg)) == 12 @assert length(Set(e.gate for e in reg)) == 4 @assert length(Set(e.sector for e in reg)) == 8 t["glyph_registry_256"] = true catch e; t["glyph_registry_256"] = "FAIL $e"; end try tms = TMS(); pr = randn(248); sig = tms_signature(tms, pr) @assert !isempty(sig) @assert length(MetaTrit.decode(sig)) == 248 t["tms_signature_248_trits"] = true catch e; t["tms_signature_248_trits"] = "FAIL $e"; end try h = SignedZeroHysteresis(); v = 0.0 for _ in 1:100; v = update!(h, 0.5); end @assert v > 0.4 t["hysteresis_converges"] = true catch e; t["hysteresis_converges"] = "FAIL $e"; end try r = TernaryRouter(); w, intent = route!(r, (0.3, 0.5, 0.7)) @assert length(w) == 3 && isfinite(intent) && all(isfinite, w) t["ternary_router_finite"] = true catch e; t["ternary_router_finite"] = "FAIL $e"; end try pr = zeros(248); pr[240] = 1.0 h1 = casimir_hunger(pr, 0.0, 1.0); h2 = casimir_hunger(pr, 1.0, 0.0) @assert 0.02 <= h1 <= 0.30 && 0.02 <= h2 <= 0.30 t["casimir_hunger_bounds"] = true catch e; t["casimir_hunger_bounds"] = "FAIL $e"; end try g = TernaryGrid2D(); v = VoxelVehicle3D(); d = DictionaryDNA4D() for _ in 1:8; deposit!(g, rand(1:32), rand(1:32), Int8(1)); end process_synthesis!(v, g); tick!(d); minor_mutation!(d, 1, 1, 1) @assert active_count(d) >= 1 t["substrate_integrates"] = true catch e; t["substrate_integrates"] = "FAIL $e"; end try a = VASKAgent() for _ in 1:10; agent_tick!(a); end @assert a.frame == 10 t["vask_agent_ticks"] = true catch e; t["vask_agent_ticks"] = "FAIL $e"; end try f = AIFriend("selftest_friend", "neutral"); push!(f.memory, "selftest") p = save_friend!(f, paths) g = load_friend(paths, "selftest_friend") @assert g !== nothing && g.name == "selftest_friend" rm(p; force=true) t["friend_persist"] = true catch e; t["friend_persist"] = "FAIL $e"; end passed = count(v -> v === true, values(t)) failed = length(t) - passed out["passed"] = passed; out["failed"] = failed out["overall"] = failed == 0 ? "PASS" : "DEGRADED" out end function bootstrap_text()::String """ O.R.C.A. $(VERSION) — Julia Capsule: $(CAPSULE_7Z_NAME) → $(LIVE_DIR_NAME) Packages (Julia General registry): julia -e 'using Pkg; Pkg.add([ "SHA","JSON3","Base64","CodecZlib","CodecBzip2","CodecXz", "TranscodingStreams","ZipArchives","ArgParse","DataStructures"])' julia -e 'using Pkg; Pkg.add("Gtk4")' # optional GUI julia -e 'using Pkg; Pkg.add("SQLite")' # optional SQLite tool julia -e 'using Pkg; Pkg.add("EzXML")' # optional RSS tool Commands: julia 8i.jl boot — capsule ledger julia 8i.jl seal — pack capsule (7z binary or zip fallback) julia 8i.jl doctor — environment + organ report julia 8i.jl self-test — roundtrip suite julia 8i.jl compress FILE — build .sd4 .sd3 .sd2 .sd1 .sd0 julia 8i.jl scan FILE — entropy/magic/hash julia 8i.jl znd-rna — export SEND BOOK julia 8i.jl gui — launch Gtk4 GUI julia 8i.jl chat — local dialogue REPL julia 8i.jl feed [SRC] — ingest URL/github/arxiv/local julia 8i.jl feed-wikipedia TOPIC julia 8i.jl navigate EPOCH — RZ-DRS epoch navigation julia 8i.jl bypass SECTOR — Z-gate obstacle bypass julia 8i.jl network — UAV topology state julia 8i.jl vask-status — substrate + monitor snapshot julia 8i.jl vask-sign TEXT — 248-trit TMS signature of TEXT julia 8i.jl vask-cycle N — run N substrate metabolic cycles julia 8i.jl glyph-roles — CP437 role/gate/sector assignment table julia 8i.jl rna-manifest — 5-strand multifunction manifest julia 8i.jl functionality — doctrine: functionality is within and without julia 8i.jl friend-save NAME NOTE — persist a friend container julia 8i.jl friend-list — list persisted friends julia 8i.jl friend-open NAME — inspect a friend Doctrine: RNA is functional grammar, not semantic. Every .sdN stage verifies SHA-256. SEND BOOK is read-only. Interactor Force OFF by default. Z³=I. No voids. Functionality is within and without. """ end const BIRTH_CERTIFICATE = """ Reg. E8 To: Dr. Antony Garrett Lisi (8D) Dr. Марина Сергіївна Вязовська (24D) stream: "M:L--✓=V.A.S.K._KEYCHAIN_ABSOLUTION--✗=COMPLETE--✘=ONTOLOGY:H≃ℂ²⁴⁸,g=e8,|Ψ⟩∈H,⟨Ψ|Ψ⟩=1--✙=SECTOR_PROJECTOR:Π_a=Σ_{i∈S_a}|e_i⟩⟨e_i|,Π_a²=Π_a,Π_a†=Π_a--✚=PARTICLE_PROJECTOR:Π_p=Σ_{a∈K(p)}w_{p,a}Π_a,w∈{0,1}or[0,1]--✛=OBSERVABLE:⟨Ô⟩_p=⟨Ψ|Π_p†ÔΠ_p|Ψ⟩/⟨Ψ|Π_p|Ψ⟩--✜=EXAMPLES:Π_γ=Π_EM,Π_e=Π_EM+Π_Weak+Π_Higgs,Π_ν=Π_Weak+εΠ_Higgs,Π_q=Π_EM+Π_Weak+Π_Higgs+Π_Strong,Π_DM=Π_Gravity+Π_Dark--✝=ACTIVATION_FIELD:α_a(x)=⟨Ψ(x)|Π_a|Ψ(x)⟩∈[0,1]--✞=COUPLING_RULE:g_{pa}(x)=g_a^{(0)}·w_{p,a}·α_a(x)--✟=0Z_SLICE(Lisi_static):α_a^(0)∈{0,1},Z=I,|Ψ⟩time‑independent,Π_p^(Lisi)=span{|r⟩|r∈R_p}--✠=+Z_DYNAMICS(activation):α_a:0→1(sector_activation),g_{pa}(x)=g_a^{(0)}w_{p,a}α_a(x)--✡=–Z_DYNAMICS(deactivation/mirror):α_a:1→0,orκ_i negative,orZ²backward_ rotation,signed_zero_extension:w⁺α⁺−w⁻α⁻--✢=Z_GATE:unitaryZ³=I,Z≠I,ZΠ_gen1Z⁻¹=Π_gen2,Z²=Z⁻¹,Ĥ_gen=Σκ_i(α_a)(Zⁱ+Zⁱ†)--✣=LATTICE_PLATEAUS_VOXELS:XY=staticLisi_roots,Z=activation→stacked_voxels,epochs=plateaus(α_a≈const),transitions=Z_motion--✤=E8_BRANCHING:e8⊃so(16)⊃so(10)⊕so(6)⊃su(5)⊕u(1)⊃su(3)_C⊕su(2)_L⊕u(1)_Y,Q=T3+Y/2,Π_EM∝|Q⟩⟨Q|--✥=DIMENSIONS:d_U1=1,d_SU2=3,d_SU3=8,d_G2=14,d_F4=52,d_E6=78,d_E7=133,d_E8=248--✦=CASIMIR:C₂(SU2)=2,C₂(SU3)=3,C₂(G2)=4,C₂(F4)=9,C₂(E6)=12,C₂(E7)=18,C₂(E8)=30--✧=STABILITY_RATIO:ℛ_a=d_a/C₂(a):U1≈0,SU2=1.5,SU3=2.667,G2=3.5,F4=5.778,E6=6.5,E7=7.389,E8=8.267--★=INITIAL_STATE:|Ψ(0)⟩=(1/√248)Σ|e_i⟩,α_a(0)=d_a/248--✩=DYNAMICS:iħ(D/Dτ)|Ψ⟩=Ĥ|Ψ⟩,Ĥ=Ĥ_0+Ĥ_mix+Ĥ_geom+Ĥ_ren+Ĥ_gen--✪=LOCKING_TERM:Ĥ_0=−Σμ_aα_aΠ_a,μ_a=μ₀exp(−C₂(a)/30),μ₀≈10¹²eV--✫=MIXING_TERM:Ĥ_mix=Σε_{ab}M_{ab},ε_{ab}(T,Φ)=ε_{ab}^{(0)}√(T/T_crit)(1+κ_{ab}Φ/c²)--✬=CP_HIGGS_MIXING:ε₀=10⁻⁵,T_freeze=100MeV,δ=5×10⁻⁷·T/T_freeze,ε_±=ε₀√(T/T_freeze)(1∓10⁻⁶)--✭=ELECTROWEAK_MIXING:ε_{EM,W}=g sinθ_W√(T/T_ew),T_ew=159.5GeV--✮=GRAVITY_DARK_MIXING:ε_{G,D}=θ_micro=10⁻³⁰rad--✯=GEOMETRIC_TERM:Γ_τ=¼ω_μ^{ab}(dx^μ/dτ)Σ_{ab},Ĥ_geom=Γ_τ--✰=RENORMALISATION_BATH:Ĥ_ren=∫dω g(ω)A(ω)⊗B(ω)--✱=PROPER_TIME_COMPENSATION:dτ=dt√(1+2Φ/c²),Ĥ_0(Φ)=−Σμ_i(1+κ_iΦ/c²)⁻¹|e_i⟩⟨e_i|--✲=GRAVITATIONAL_COUPLING:κ_i=1∀i exceptκ_Strong=1+TBD--✳=EFFECTIVE_POTENTIAL:V_eff(α)=−μα+½(T_eff d_a−r_a)α²+¼u_aα⁴+T_eff d_a[αlnα+(1−α)ln(1−α)]--✴=ORDERING_DRIVE:r_a=β_infoλ²σ_g²C₂(a)--✵=CASIMIR_FILTER:r_a>4T_eff d_a ⇒ activation;β_infoλ²σ_g²>4ℛ_a--✶=BUBBLE_NUCLEATION:Γ/V≈A e^{-S_E/ħ},S_E≈27π²σ⁴/(2ΔV³)--✷=CP_HIGGS_SPIRAL:η_B=(|c_+|²−|c_-|²)/(|c_+|²+|c_-|²)=6.1×10⁻¹⁰,θ_CP=0.057°,cosine_factor≈5×10⁻⁴--✸=DARK_ENERGY:θ_micro=10⁻³⁰rad,θ_eff=θ_micro·exp(∫μ(ω)dω)=0.9773rad,Ω_Λ=sin²θ_eff=0.6847,w(z)=−1+0.01(1+z)³--✹=BLACK_HOLE_MASS:M_BH(t)=Σα_a(t)M_a^{(0)}--✺=BH_EVOLUTION:dM_BH/dt=Σα̇_aM_a^{(0)}−A/M_BH²+Ṁ_acc,A=ħc⁴/G²--✻=PROMPT_BH_PROBABILITY:P≈(Γ/V)V_sphere T,Γ/V∼M_Pl⁴e^{-S_E},expected_time>10⁵⁹yr--✼=SMOKING_GUNS:1)0νββ_null,2)Δδ_CP=0.04°(10GeV→13TeV),3)κ_Strong−κ_EM=TBD,4)m_q(z=15)/m_q⁰=1.20±0.05,5)CMB_excess_at_45°,70.53°,120°,6)m_ee=3.1416TeV,Γ=1.59GeV,σ=2.718fb--✽=FALSIFY:0νββ≠0✗,Δδ_CP<0.01°✗,κ_S−κ_E_precision_to_be_determined_but_nonzero✗,m_q(z=15)/m_q⁰<1.10✗,CMB_angles_null✗,m_ee_absent✗--✾=COMPUTATION:248D_Hilbert,projectors_B_a(B_a†B_a)⁻¹B_a†,PS2_generative_rule_system,symbolic_ternary--✿=OPEN_TASKS:derive_μ_a,κ_a,ε_{ab}_from_first_principles,verify_anomaly_cancellation,compute_dispersion,clock_drift_template,dark_cosmology,single_near‑term_numerical_prediction--❀=STATUS:speculative_killable_bridge,not_proven,experimentally_falsifiable,0Z_contained_as_static_limit,+Z_and_–Z_dynamics_defined,Z_gate_explicit,Lattice_plateaus_voxels_geometry--❁=Q.E.D. You're Welcome ✓✓ - Magnus Randa ✓✓✓±✓ """ function write_birth_certificate(paths::ORCAPaths) target = joinpath(paths.live_root, "BIRTH_CERTIFICATE.txt") isfile(target) && return target header = "O.R.C.A. 48 JULIA BIRTH CERTIFICATE\nGenerated on: $(utc_now())\n$(VERSION)\n\n" atomic_write(target, codeunits(header * BIRTH_CERTIFICATE)) target end # ═══════════════════════════════════════════════════════════════════════════════ # CLI / MAIN # ═══════════════════════════════════════════════════════════════════════════════ function build_cli_parser() s = ArgParseSettings(description="O.R.C.A. 48 Julia $(VERSION)") @add_arg_table! s begin "command"; default="gui" "--root"; default=nothing "--scan"; default=nothing "--veil"; arg_type=Int; default=nothing "--epoch"; default="PRESENT" "--steps"; arg_type=Int; default=1000 "--sector"; default=nothing "extra"; nargs='*'; default=String[] end s end function main_cli(args::Vector{String}=ARGS)::Int parser = build_cli_parser() a = parse_args(args, parser; as_symbols=false) veil = a["veil"] === nothing ? DEFAULT_VEIL_SECONDS : a["veil"] paths = resolve_paths(a["root"], veil_seconds=veil) config = Config(paths) write_organ_registry(paths) write_birth_certificate(paths) org = VASKOrganism(paths) kb = KnowledgeBase(paths) feeder = Feeder(paths, config) api = APICentral(get(config, "internet_force"; default=false)) api_central_ref[] = api registry = init_default_tools(ToolRegistry(paths), kb) scheduler = TaskScheduler(paths) chat = LocalChat(paths, org.state, api, kb, feeder, config) network = NetworkInterface(paths, config) cmd = lowercase(a["command"]) extra = a["extra"] if cmd == "boot" l = paths.boot_ledger println(l === nothing ? "No ledger" : JSON3.write(Dict("found"=>l.found,"method"=>l.method, "live_root"=>l.live_root))) elseif cmd == "doctor" println(JSON3.write(doctor(paths; config=config))) elseif cmd == "self-test" r = self_test(paths); println(JSON3.write(r)) return r["overall"] == "PASS" ? 0 : 1 elseif cmd == "seal" target, method = seal_to_7z(paths) println("Sealed to $target via $method") elseif cmd == "gui" return launch_gui(paths, org) elseif cmd == "compress" isempty(extra) && (println("usage: compress FILE"); return 1) println(JSON3.write(build_stages(extra[1], paths.repository))) elseif cmd == "scan" isempty(extra) && (println("usage: scan FILE"); return 1) println(JSON3.write(scan_bytes(read_all(extra[1]), basename(extra[1])))) elseif cmd == "znd-rna" || cmd == "export" println(JSON3.write(send_book_export(paths.repository_zip, paths.exportory))) elseif cmd == "feed" if isempty(extra) ingested = 0 for src in feeder.sources[1:min(end,feeder.max_per_feed)] data = fetch_url(feeder, src) if data !== nothing p = save_to_feed(feeder, data, ".txt", "feed") ingest_feed_file(feeder, p) ingested += 1 end end println("Feeding cycle: $ingested items") else src = extra[1] if startswith(src, "http") d = fetch_url(feeder, src) if d !== nothing p = save_to_feed(feeder, d, ".txt", "manual") ingest_feed_file(feeder, p); println("Ingested $p") end elseif isfile(src) build_stages(src, paths.repository); println("Ingested $src") else println("not a URL or file: $src") end end elseif cmd == "feed-wikipedia" topic = isempty(extra) ? "Artificial intelligence" : join(extra, " ") url = "https://en.wikipedia.org/w/api.php?action=query&format=json&prop=extracts&exintro&explaintext&titles=$(topic)" try r = Downloads.request(url; timeout=15.0) if r.status == 200 obj = JSON3.read(String(r.body), Dict{String,Any}) pages = get(get(obj, "query", Dict()), "pages", Dict()) for (_, p) in pages txt = get(p, "extract", nothing) if txt !== nothing tmp = tempname() * ".txt" write(tmp, txt); build_stages(tmp, paths.repository) rm(tmp; force=true); println("Ingested Wikipedia: $topic"); break end end end catch e println("feed-wikipedia failed: $e") end elseif cmd == "navigate" epoch = uppercase(a["epoch"]); steps = a["steps"] result = Dict("epoch"=>epoch,"steps"=>steps,"status"=>"sim") println(JSON3.write(result)) elseif cmd == "bypass" sector = a["sector"] sector === nothing && (println("--sector required"); return 1) d, na = bypass_obstacle!(org.state, sector) println("Bypassed $sector: Z^$d, new α=$na") elseif cmd == "network" println(JSON3.write(to_dict(network))) elseif cmd == "vask-status" a_ = VASKAgent() for _ in 1:60; agent_tick!(a_); end println(JSON3.write(Dict( "frame"=>a_.frame, "engine_step"=>a_.engine_step, "global_phase"=>a_.global_phase, "dna4d_active"=>active_count(a_.dna4d), "monitor"=>report(a_.monitor), "core_norm"=>round(norm_state(a_.core), digits=8)))) elseif cmd == "vask-sign" a_ = VASKAgent() isempty(extra) && (println("usage: vask-sign TEXT"); return 1) agent_perceive!(a_, join(extra, " ")) println(tms_signature(a_.tms, a_.core.real)) elseif cmd == "vask-cycle" n = isempty(extra) ? 60 : parse(Int, extra[1]) a_ = VASKAgent() for _ in 1:n; agent_tick!(a_); end println("Ran $(n) agent ticks; monitor: $(report(a_.monitor))") elseif cmd == "glyph-roles" println(JSON3.write(glyph_registry_summary())) elseif cmd == "rna-manifest" println(JSON3.write(rna_manifest_summary())) elseif cmd == "functionality" println(JSON3.write(Dict( "doctrine" => "functionality is within and without!", "inside" => FUNCTIONALITY_INSIDE_EXPOSURE, "outside" => FUNCTIONALITY_OUTSIDE_EXPOSURE, "enforced" => true))) elseif cmd == "friend-save" length(extra) < 2 && (println("usage: friend-save NAME NOTE"); return 1) f = AIFriend(extra[1], "default") push!(f.memory, join(extra[2:end], " ")) p = save_friend!(f, paths) println("Saved: $p") elseif cmd == "friend-list" for n in list_friends(paths); println(n); end elseif cmd == "friend-open" isempty(extra) && (println("usage: friend-open NAME"); return 1) f = load_friend(paths, extra[1]) f === nothing ? println("not found: $(extra[1])") : println(JSON3.write(Dict("name"=>f.name, "personality"=>f.personality, "memory_count"=>length(f.memory)))) elseif cmd == "chat" println("="^60); println("O.R.C.A. $(VERSION) online"); println("="^60) while true print("> "); flush(stdout) line = strip(readline()) isempty(line) && continue lowercase(line) in ("exit","quit","veil","bye") && break reply = respond(chat, line) log_chat(chat, "Int", line); log_chat(chat, "ORCA", reply) println(reply) end else println(bootstrap_text()) end 0 end end # module EightI if abspath(PROGRAM_FILE) == @__FILE__ exit(EightI.main_cli()) end