#!/usr/bin/env python3
"""Generate MkDocs site pages from database.json, platform configs, and emulator profiles.
Reads the same data sources as verify.py and generate_pack.py to produce
a complete documentation site. Zero manual content.
Usage:
python scripts/generate_site.py
python scripts/generate_site.py --db database.json --platforms-dir platforms
"""
from __future__ import annotations
from siterender import WIKI_SRC_DIR
import argparse
import csv
import hashlib
import io
import json
import os
import re
import shutil
import sqlite3
import sys
import urllib.error
import urllib.parse
import urllib.request
from concurrent.futures import ThreadPoolExecutor
from datetime import datetime, timezone
from pathlib import Path
sys.path.insert(0, os.path.dirname(__file__))
from common import (
compute_composition,
count_catalog_matched,
list_registered_platforms,
load_database,
load_emulator_profiles,
load_provenance_snapshots,
require_yaml,
resolve_platform_cores,
unique_emulator_profiles,
write_if_changed as _write_artifact,
yaml_load,
)
from nativemode import reads_file_contents
yaml = require_yaml()
from generate_readme import compute_coverage, contributing_text, release_totals
from profile_sync import source_ref_values, split_source_ref
from provenance_report import build_report
import release_record
import upstream
DOCS_DIR = "docs"
SITE_NAME = "RetroBIOS"
REPO_URL = "https://github.com/Abdess/retrobios"
RELEASE_URL = f"{REPO_URL}/releases/latest"
SITE_URL = "https://abdess.github.io/retrobios/"
GENERATED_DIRS = ["platforms", "systems", "emulators", "wiki", "api", "downloads"]
def _content_check_ceiling(profiles: dict) -> str:
"""How far content checking can reach across every profiled entry."""
hashed = sized = neither = 0
for profile in unique_emulator_profiles(profiles).values():
for f in profile.get("files", []) or []:
if any(
f.get(k)
for k in ("md5", "sha1", "crc32", "sha256", "known_hash_adler32")
):
hashed += 1
elif any(f.get(k) for k in ("size", "min_size", "max_size")):
sized += 1
else:
neither += 1
total = hashed + sized + neither
if not total:
return ""
return (
f"Across every profiled entry, {hashed:,} of {total:,} "
f"({hashed / total * 100:.0f}%) carry a hash the code checks, "
f"{sized:,} ({sized / total * 100:.0f}%) only a size, and "
f"{neither:,} ({neither / total * 100:.0f}%) neither. That last share "
"is the ceiling of the method: where an emulator validates nothing, "
"reading its source establishes which file it loads, never whether "
"the content is the right dump. The provenance field answers that "
"other question, for the files a dump catalog indexes."
)
CLS_LABELS = {
"official_port": "Official ports",
"community_fork": "Community forks",
"pure_libretro": "Pure libretro",
"game_engine": "Game engines",
"enhanced_fork": "Enhanced forks",
"frozen_snapshot": "Frozen snapshots",
"embedded_hle": "Embedded HLE",
"launcher": "Launchers",
"unclassified": "Unclassified",
"other": "Other",
}
def _build_system_page_map_from_data(
manufacturers: dict,
coverages: dict,
db: dict,
) -> None:
"""Build system_id -> (manufacturer_slug, console_name) mapping.
Uses platform file paths to trace system_id -> bios directory -> manufacturer page.
"""
db.get("files", {})
db.get("indexes", {}).get("by_name", {})
# Build reverse index: filename -> (manufacturer, console) from bios/ structure
file_to_console: dict[str, tuple[str, str]] = {}
for mfr, consoles in manufacturers.items():
for console, entries in consoles.items():
for entry in entries:
file_to_console[entry["name"]] = (mfr, console)
# Build normalized console name index for fuzzy matching
console_norm: dict[str, tuple[str, str]] = {}
for mfr, consoles in manufacturers.items():
slug = mfr.lower().replace(" ", "-")
mfr_norm = mfr.lower().replace(" ", "-")
for console in consoles:
norm = console.lower().replace(" ", "-")
entry = (slug, console)
console_norm[norm] = entry
console_norm[f"{mfr_norm}-{norm}"] = entry
# Short aliases: strip common manufacturer prefix words
for prefix in (
f"{mfr_norm}-",
"nintendo-",
"sega-",
"sony-",
"snk-",
"nec-",
):
if norm.startswith(prefix.replace(f"{mfr_norm}-", "")):
pass # already covered by norm
key = f"{prefix}{norm}"
console_norm[key] = entry
# Map system_id -> (manufacturer, console) via platform file entries
for cov in coverages.values():
config = cov["config"]
for sys_id, system in config.get("systems", {}).items():
if sys_id in _system_page_map:
continue
# Strategy 1: trace via file paths in DB
for fe in system.get("files", []):
fname = fe.get("name", "")
if fname in file_to_console:
mfr, console = file_to_console[fname]
slug = mfr.lower().replace(" ", "-")
_system_page_map[sys_id] = (slug, console)
break
if sys_id in _system_page_map:
continue
# Strategy 2: fuzzy match system_id against console directory names
if sys_id in console_norm:
_system_page_map[sys_id] = console_norm[sys_id]
else:
# Try partial match: "nintendo-wii" matches "Wii" under "Nintendo"
parts = sys_id.split("-")
for i in range(len(parts)):
suffix = "-".join(parts[i:])
if suffix in console_norm:
_system_page_map[sys_id] = console_norm[suffix]
break
def _timestamp() -> str:
return datetime.now(timezone.utc).strftime("%Y-%m-%dT%H:%M:%SZ")
# Home page
def generate_home(
db: dict, coverages: dict, profiles: dict, registry: dict | None = None
) -> str:
total_files = db.get("total_files", 0)
total_size = db.get("total_size", 0)
ts = _timestamp()
unique = unique_emulator_profiles(profiles)
emulator_count = len(unique)
# Classification stats
classifications: dict[str, int] = {}
for p in unique.values():
cls = p.get("core_classification", "other")
if cls not in CLS_LABELS or cls == "unclassified":
cls = "other"
classifications[cls] = classifications.get(cls, 0) + 1
# Count total systems across all profiles
all_systems = set()
for p in unique.values():
all_systems.update(p.get("systems", []))
lines = [
'',
"",
f"# {SITE_NAME}",
"",
"BIOS and firmware metadata checked the way each platform checks it, "
"cross-referenced against revision-pinned emulator source code.",
"",
"
",
"",
'',
"",
'
',
f'{total_files:,}',
f'{COLLECTION_FILES_LABEL}',
"
",
"",
'
',
f'{len(coverages)}',
'Platforms',
"
",
"",
'
',
f'{emulator_count}',
'Emulators profiled',
"
",
"",
'
',
f'{_fmt_size(total_size)}',
'Total size',
"
",
"",
"
Generated on {ts}.
',
]
)
return "\n".join(lines) + "\n"
def compute_stats(db: dict, coverages: dict, profiles: dict) -> dict:
unique = unique_emulator_profiles(profiles)
systems: set[str] = set()
for p in unique.values():
systems.update(p.get("systems", []))
return {
"schema_version": 1,
"generated_at": _timestamp(),
"files": db.get("total_files", 0),
"size_bytes": db.get("total_size", 0),
"platforms": len(coverages),
"emulators": len(unique),
"systems": len(systems),
"catalog_matched": count_catalog_matched(db),
"source": REPO_URL,
"downloads": RELEASE_URL,
}
def _released_files(platform_name: str) -> str:
"""File count of the pack the latest release serves, as a table cell."""
files, _size = release_totals(platform_name, release_record.load_record())
return f"{files:,}" if files else "-"
# The home tile counts the whole collection. Labelled "Files" above a table
# of pack buttons, it read as what one pack contains.
COLLECTION_FILES_LABEL = "Files collected"
def composition_sentence(db: dict) -> str:
comp = compute_composition(db)
return (
f"The collection holds {comp['systems']['files']:,} console and "
f"computer system files, {comp['arcade']['files']:,} arcade ROM sets "
f"(`Arcade/`), and {comp['game_data']['files']:,} game and engine "
"data files (`Game Engines/`, `RPG Maker/`, `ScummVM/` and the game "
"publishers' trees). No pack holds "
"them all: each carries what its platform's emulators load."
)
def generate_stats(stats: dict) -> str:
return json.dumps(stats, indent=2) + "\n"
def _json_text(value) -> str:
"""Stable scalar representation for CSV and SQLite exports."""
if value is None:
return ""
if isinstance(value, (dict, list, tuple, bool)):
return json.dumps(value, ensure_ascii=False, sort_keys=True)
return str(value)
def _csv_document(fieldnames: list[str], rows: list[dict]) -> str:
stream = io.StringIO(newline="")
writer = csv.DictWriter(
stream, fieldnames=fieldnames, extrasaction="ignore", lineterminator="\n"
)
writer.writeheader()
writer.writerows(rows)
return stream.getvalue()
def _sha256_path(path: Path) -> str:
digest = hashlib.sha256()
with path.open("rb") as handle:
for chunk in iter(lambda: handle.read(1024 * 1024), b""):
digest.update(chunk)
return digest.hexdigest()
def _platform_export_rows(coverages: dict) -> tuple[list[dict], list[dict]]:
"""Normalized platform summaries and one row per declared file."""
items: list[dict] = []
file_rows: list[dict] = []
for key, coverage in sorted(coverages.items()):
config = coverage["config"]
items.append({
"id": key,
"name": coverage["platform"],
"coverage": {
field: coverage.get(field, 0)
for field in (
"total", "present", "verified", "untested", "missing",
"core_present", "core_missing", "core_unsourceable",
)
},
"contract": config,
})
for system_id, system in sorted(config.get("systems", {}).items()):
for entry in system.get("files", []) or []:
file_rows.append({
"platform_id": key,
"platform": coverage["platform"],
"system": system_id,
"name": entry.get("name", ""),
"destination": entry.get(
"destination", entry.get("dest", entry.get("name", ""))
),
"required": bool(entry.get("required", True)),
"region": _json_text(entry.get("region")),
"variant_group": _json_text(entry.get("variant_group")),
"size": entry.get("size"),
"sha1": _json_text(entry.get("sha1")),
"sha256": _json_text(entry.get("sha256")),
"md5": _json_text(entry.get("md5")),
"crc32": _json_text(entry.get("crc32")),
})
return items, file_rows
def _emulator_export_items(profiles: dict) -> list[dict]:
return [
{"id": key, "profile": profile}
for key, profile in sorted(profiles.items())
]
def build_emulator_gap_report(
profiles: dict,
coverages: dict,
db: dict,
data_names: set[str] | None = None,
) -> dict:
"""Files a core loads that no platform declares, per emulator profile.
The gap analysis page and the published gaps export must not compute this
twice and drift; both read this one report.
"""
from common import _norm_system_id, expand_platform_declared_names
from cross_reference import cross_reference as run_cross_reference
all_declared: set[str] = set()
declared: dict[str, set[str]] = {}
for _name, cov in coverages.items():
config = cov["config"]
# Enrich with alias resolution (MD5 -> SHA1 -> canonical name + aliases)
all_declared.update(expand_platform_declared_names(config, db))
for sys_id, system in config.get("systems", {}).items():
for fe in system.get("files", []):
fname = fe.get("name", "")
if fname:
declared.setdefault(_norm_system_id(sys_id), set()).add(fname)
unique_profiles = {
k: v
for k, v in profiles.items()
if v.get("type") not in ("alias", "test")
}
return run_cross_reference(
unique_profiles, declared, db,
data_names=data_names, all_declared=all_declared,
)
def _gap_export_rows(coverages: dict, gap_report: dict | None = None) -> list[dict]:
"""Every gap the site reports, both layers, in one table.
``platform`` rows are anomalies against a platform's own BIOS list.
``emulator`` rows are files a profiled core loads that no platform
declares, which is the larger number the gap analysis page leads with.
A `layer` column keeps the two apart instead of publishing only one.
"""
rows: list[dict] = []
for key, coverage in sorted(coverages.items()):
for detail in coverage.get("details", []):
if detail.get("status") == "ok" and not detail.get("discrepancy"):
continue
rows.append({
"layer": "platform",
"platform_id": key,
"platform": coverage["platform"],
"emulator": "",
"system": detail.get("system", ""),
"name": detail.get("name", ""),
"status": detail.get("status", ""),
"required": bool(detail.get("required", True)),
"in_repo": "",
"reason": detail.get("reason", ""),
"discrepancy": detail.get("discrepancy", ""),
})
for emu_key, data in sorted((gap_report or {}).items()):
systems = ";".join(str(s) for s in data.get("systems", []) or [])
for gap in data.get("gap_details", []) or []:
rows.append({
"layer": "emulator",
"platform_id": "",
"platform": "",
"emulator": data.get("emulator", emu_key),
"system": systems,
"name": gap.get("name", ""),
"status": gap.get("source", ""),
"required": bool(gap.get("required", False)),
"in_repo": bool(gap.get("in_repo", False)),
"reason": gap.get("note", ""),
"discrepancy": "",
})
for entry in data.get("unsourceable", []) or []:
rows.append({
"layer": "emulator",
"platform_id": "",
"platform": "",
"emulator": data.get("emulator", emu_key),
"system": systems,
"name": entry.get("name", ""),
"status": "unsourceable",
"required": bool(entry.get("required", False)),
"in_repo": False,
"reason": entry.get("reason", ""),
"discrepancy": "",
})
return rows
def _cross_reference_export_rows(coverages: dict, profiles: dict) -> list[dict]:
from common import resolve_platform_cores
unique = {
key: value
for key, value in profiles.items()
if value.get("type") not in ("alias", "test")
}
rows: list[dict] = []
for platform_id, coverage in sorted(coverages.items()):
for profile_id in sorted(resolve_platform_cores(coverage["config"], unique)):
profile = unique[profile_id]
cores = profile.get("cores") or [profile_id]
systems = profile.get("systems") or [""]
for core in cores:
for system in systems:
rows.append({
"platform_id": platform_id,
"platform": coverage["platform"],
"profile_id": profile_id,
"emulator": profile.get("emulator", profile_id),
"core": core,
"system": system,
"classification": profile.get("core_classification", ""),
"type": profile.get("type", ""),
"source": _json_text(profile.get("source")),
"upstream": _json_text(profile.get("upstream")),
"profiled_commit": _json_text(profile.get("source_commit", "")),
"file_count": len(profile.get("files", []) or []),
})
return rows
def _write_sqlite_export(
destination: Path,
db: dict,
platform_items: list[dict],
platform_files: list[dict],
emulator_items: list[dict],
gap_rows: list[dict],
) -> None:
"""Build a queryable, deterministic snapshot without embedding binaries."""
temp_dir = Path("tmp") / "site"
temp_dir.mkdir(parents=True, exist_ok=True)
temp_path = temp_dir / f"retrobios-{os.getpid()}.sqlite"
temp_path.unlink(missing_ok=True)
destination.parent.mkdir(parents=True, exist_ok=True)
connection = sqlite3.connect(temp_path)
try:
connection.executescript("""
PRAGMA journal_mode = OFF;
PRAGMA synchronous = OFF;
CREATE TABLE metadata (key TEXT PRIMARY KEY, value TEXT NOT NULL);
CREATE TABLE files (
sha1 TEXT PRIMARY KEY, path TEXT NOT NULL, name TEXT NOT NULL,
size INTEGER NOT NULL, md5 TEXT NOT NULL, sha256 TEXT NOT NULL,
crc32 TEXT NOT NULL, adler32 TEXT NOT NULL
);
CREATE TABLE file_provenance (
sha1 TEXT NOT NULL, catalog TEXT NOT NULL, details_json TEXT NOT NULL,
PRIMARY KEY (sha1, catalog),
FOREIGN KEY (sha1) REFERENCES files(sha1)
);
CREATE TABLE platforms (
id TEXT PRIMARY KEY, name TEXT NOT NULL, total INTEGER NOT NULL,
present INTEGER NOT NULL, verified INTEGER NOT NULL,
missing INTEGER NOT NULL, contract_json TEXT NOT NULL
);
CREATE TABLE platform_files (
platform_id TEXT NOT NULL, system TEXT NOT NULL, name TEXT NOT NULL,
destination TEXT NOT NULL, required INTEGER NOT NULL,
region TEXT, variant_group TEXT, size INTEGER,
sha1 TEXT, sha256 TEXT, md5 TEXT, crc32 TEXT
);
CREATE TABLE emulators (
id TEXT PRIMARY KEY, name TEXT NOT NULL, type TEXT,
classification TEXT, source TEXT, upstream TEXT,
source_commit TEXT, profile_json TEXT NOT NULL
);
CREATE TABLE emulator_systems (
emulator_id TEXT NOT NULL, system TEXT NOT NULL,
PRIMARY KEY (emulator_id, system)
);
CREATE TABLE emulator_files (
emulator_id TEXT NOT NULL, system TEXT, name TEXT NOT NULL,
path TEXT, required INTEGER NOT NULL, mode TEXT, region TEXT,
size TEXT, sha1 TEXT, sha256 TEXT, md5 TEXT, crc32 TEXT,
source_ref TEXT
);
CREATE TABLE gaps (
layer TEXT NOT NULL, platform_id TEXT, platform TEXT,
emulator TEXT, system TEXT, name TEXT NOT NULL,
status TEXT NOT NULL, required INTEGER NOT NULL,
in_repo TEXT, reason TEXT, discrepancy TEXT
);
CREATE INDEX files_name_idx ON files(name);
CREATE INDEX files_md5_idx ON files(md5);
CREATE INDEX files_sha256_idx ON files(sha256);
CREATE INDEX platform_files_name_idx ON platform_files(name);
CREATE INDEX emulator_files_name_idx ON emulator_files(name);
CREATE INDEX gaps_status_idx ON gaps(layer, status);
""")
metadata = {
"schema_version": "1",
"generated_at": str(db.get("generated_at") or _timestamp()),
"source": REPO_URL,
"scope": "metadata only; no BIOS or firmware payload bytes",
}
connection.executemany(
"INSERT INTO metadata(key, value) VALUES (?, ?)",
sorted(metadata.items()),
)
for sha1, entry in sorted(db.get("files", {}).items()):
connection.execute(
"INSERT INTO files VALUES (?, ?, ?, ?, ?, ?, ?, ?)",
(
sha1, entry.get("path", ""), entry.get("name", ""),
entry.get("size", 0), entry.get("md5", ""),
entry.get("sha256", ""), entry.get("crc32", ""),
entry.get("adler32", ""),
),
)
for catalog, details in sorted((entry.get("provenance") or {}).items()):
connection.execute(
"INSERT INTO file_provenance VALUES (?, ?, ?)",
(sha1, catalog, _json_text(details)),
)
for item in platform_items:
coverage = item["coverage"]
connection.execute(
"INSERT INTO platforms VALUES (?, ?, ?, ?, ?, ?, ?)",
(
item["id"], item["name"], coverage.get("total", 0),
coverage.get("present", 0), coverage.get("verified", 0),
coverage.get("missing", 0), _json_text(item["contract"]),
),
)
connection.executemany(
"INSERT INTO platform_files VALUES "
"(:platform_id, :system, :name, :destination, :required, :region, "
":variant_group, :size, :sha1, :sha256, :md5, :crc32)",
platform_files,
)
for item in emulator_items:
profile = item["profile"]
connection.execute(
"INSERT INTO emulators VALUES (?, ?, ?, ?, ?, ?, ?, ?)",
(
item["id"], profile.get("emulator", item["id"]),
profile.get("type", ""),
profile.get("core_classification", ""),
_json_text(profile.get("source")),
_json_text(profile.get("upstream")),
# source_commit is a string or, when the builds live in
# separate repositories, an object keyed by build mode.
# SQLite cannot bind the object form.
_json_text(profile.get("source_commit", "")),
_json_text(profile),
),
)
for system in sorted(set(profile.get("systems", []) or [])):
connection.execute(
"INSERT INTO emulator_systems VALUES (?, ?)",
(item["id"], system),
)
for entry in profile.get("files", []) or []:
connection.execute(
"INSERT INTO emulator_files VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?)",
(
item["id"], _json_text(entry.get("system")),
entry.get("name", ""), entry.get("path", ""),
int(bool(entry.get("required", False))),
entry.get("mode", ""), _json_text(entry.get("region")),
_json_text(entry.get("size")), _json_text(entry.get("sha1")),
_json_text(entry.get("sha256")), _json_text(entry.get("md5")),
_json_text(entry.get("crc32")),
_json_text(entry.get("source_ref")),
),
)
connection.executemany(
"INSERT INTO gaps VALUES "
"(:layer, :platform_id, :platform, :emulator, :system, :name, "
":status, :required, :in_repo, :reason, :discrepancy)",
gap_rows,
)
connection.commit()
connection.execute("VACUUM")
finally:
connection.close()
os.replace(temp_path, destination)
def generate_data_exports(
docs: Path,
db: dict,
coverages: dict,
profiles: dict,
stats: dict,
gap_report: dict | None = None,
) -> list[dict]:
"""Create versioned static API, CSV and SQLite metadata snapshots."""
api = docs / "api" / "v1"
downloads = docs / "downloads"
schemas_dest = api / "schemas"
for directory in (api, downloads, schemas_dest):
directory.mkdir(parents=True, exist_ok=True)
generated_at = str(db.get("generated_at") or _timestamp())
platform_items, platform_files = _platform_export_rows(coverages)
emulator_items = _emulator_export_items(profiles)
gap_rows = _gap_export_rows(coverages, gap_report)
cross_rows = _cross_reference_export_rows(coverages, profiles)
envelopes = {
"platforms.json": ("platforms", platform_items),
"emulators.json": ("emulators", emulator_items),
"gaps.json": ("verification-and-coverage-gaps", gap_rows),
}
for filename, (kind, items) in envelopes.items():
document = {
"schema_version": 1,
"generated_at": generated_at,
"kind": kind,
"count": len(items),
"items": items,
}
write_if_changed(
str(api / filename),
json.dumps(document, ensure_ascii=False, indent=2, sort_keys=True) + "\n",
)
write_if_changed(str(api / "stats.json"), generate_stats(stats))
write_if_changed(
str(api / "database.json"),
json.dumps(db, ensure_ascii=False, indent=2) + "\n",
)
schema_names = (
"database.schema.json", "emulator.schema.json", "platform.schema.json",
"site-api-envelope.schema.json", "stats.schema.json",
)
for schema_name in schema_names:
shutil.copy2(Path("schemas") / schema_name, schemas_dest / schema_name)
_record(schemas_dest / schema_name)
file_rows = []
for sha1, entry in sorted(db.get("files", {}).items()):
file_rows.append({
"sha1": sha1,
"path": entry.get("path", ""),
"name": entry.get("name", ""),
"size": entry.get("size", 0),
"md5": entry.get("md5", ""),
"sha256": entry.get("sha256", ""),
"crc32": entry.get("crc32", ""),
"adler32": entry.get("adler32", ""),
"provenance_catalogs": ";".join(
sorted((entry.get("provenance") or {}).keys())
),
})
write_if_changed(
str(downloads / "files.csv"),
_csv_document(
[
"sha1", "path", "name", "size", "md5", "sha256",
"crc32", "adler32", "provenance_catalogs",
],
file_rows,
),
)
write_if_changed(
str(downloads / "platform-files.csv"),
_csv_document(
[
"platform_id", "platform", "system", "name", "destination",
"required", "region", "variant_group", "size", "sha1",
"sha256", "md5", "crc32",
],
platform_files,
),
)
write_if_changed(
str(downloads / "cross-reference.csv"),
_csv_document(
[
"platform_id", "platform", "profile_id", "emulator", "core",
"system", "classification", "type", "source", "upstream",
"profiled_commit", "file_count",
],
cross_rows,
),
)
write_if_changed(
str(downloads / "gaps.csv"),
_csv_document(
[
"layer", "platform_id", "platform", "emulator", "system",
"name", "status", "required", "in_repo", "reason",
"discrepancy",
],
gap_rows,
),
)
_write_sqlite_export(
downloads / "retrobios.sqlite", db, platform_items, platform_files,
emulator_items, gap_rows,
)
_record(downloads / "retrobios.sqlite")
assets = [
(api / "database.json", "Content database", "application/json", "schemas/database.schema.json"),
(api / "platforms.json", "Platform contracts", "application/json", "schemas/site-api-envelope.schema.json"),
(api / "emulators.json", "Emulator profiles", "application/json", "schemas/site-api-envelope.schema.json"),
(api / "gaps.json", "Verification and coverage gaps", "application/json", "schemas/site-api-envelope.schema.json"),
(api / "stats.json", "Project statistics", "application/json", "schemas/stats.schema.json"),
(downloads / "files.csv", "File hashes CSV", "text/csv", None),
(downloads / "platform-files.csv", "Platform declarations CSV", "text/csv", None),
(downloads / "cross-reference.csv", "Cross-reference CSV", "text/csv", None),
(downloads / "gaps.csv", "Verification and coverage gaps CSV", "text/csv", None),
(downloads / "retrobios.sqlite", "SQLite snapshot", "application/vnd.sqlite3", None),
]
catalog_items: list[dict] = []
for path, title, media_type, schema in assets:
relative = path.relative_to(docs).as_posix()
item = {
"title": title,
"url": relative,
"media_type": media_type,
"bytes": path.stat().st_size,
"sha256": _sha256_path(path),
}
if schema:
item["schema"] = schema
catalog_items.append(item)
catalog = {
"schema_version": 1,
"generated_at": generated_at,
"kind": "catalog",
"count": len(catalog_items),
"items": catalog_items,
}
write_if_changed(
str(api / "catalog.json"),
json.dumps(catalog, ensure_ascii=False, indent=2, sort_keys=True) + "\n",
)
return catalog_items
def generate_data_page(exports: list[dict]) -> str:
lines = [
f"# Data & API - {SITE_NAME}",
"",
"RetroBIOS publishes the same metadata used by its verifier, pack builder "
"and website as versioned static files. No account or API key is required.",
"",
"[API catalog](api/v1/catalog.json){ .md-button .md-button--primary } "
"[SQLite snapshot](downloads/retrobios.sqlite){ .md-button }",
"",
"## Stable JSON endpoints",
"",
"| Dataset | Endpoint | Schema | Size |",
"|---------|----------|--------|-----:|",
]
for item in exports:
if item["media_type"] != "application/json":
continue
schema = (
f"[JSON Schema](api/v1/{item['schema']})"
if item.get("schema") else "-"
)
lines.append(
f"| {item['title']} | [`{item['url']}`]({item['url']}) | "
f"{schema} | {_fmt_size(item['bytes'])} |"
)
lines.extend([
"",
"Every JSON document carries `schema_version`. Breaking changes use a new "
"URL prefix (`/api/v2/`); fields may only be added compatibly within v1.",
"",
"## Bulk downloads",
"",
"| Export | Format | Size | SHA256 |",
"|--------|--------|-----:|--------|",
])
for item in exports:
if item["media_type"] == "application/json":
continue
lines.append(
f"| [{item['title']}]({item['url']}) | `{item['media_type']}` | "
f"{_fmt_size(item['bytes'])} | `{item['sha256']}` |"
)
lines.extend([
"",
"The SQLite file contains indexed tables for content hashes, provenance "
"catalog matches, platform declarations, emulator profiles and current "
"gaps. It contains metadata only, never BIOS or firmware bytes.",
"",
"The gaps dataset carries both layers behind one `layer` column: "
"`platform` rows are anomalies against a platform's own BIOS list, "
"`emulator` rows are files a profiled core loads that no platform "
"declares. The two answer different questions and are not comparable "
"totals.",
"",
"## Semantics and limits",
"",
"Treat four questions separately: content identity (hashes), presence in "
"the collection, acceptance by a specific emulator, and catalog provenance. "
"One does not imply the others. In particular, presence, a matching dump "
"catalog, or emulator compatibility is not a statement about copyright, "
"ownership, or redistribution rights.",
"",
f"The data can be newer than the [latest published pack]({RELEASE_URL}); "
"pack publication is manual and only occurs after all release gates pass.",
"",
"See the [data model](wiki/data-model.md), [verification modes]"
"(wiki/verification-modes.md), and [methodology](wiki/architecture.md) "
"before interpreting aggregate counts.",
"",
])
return "\n".join(lines)
def _page_title(markdown: str, path: Path) -> str:
match = re.search(r"^#\s+(.+?)\s*$", markdown, flags=re.MULTILINE)
if match:
title = re.sub(r"<[^>]+>", "", match.group(1))
return title.replace(f" - {SITE_NAME}", "").strip()
return path.stem.replace("-", " ").title()
def _browser_title(relative: Path, title: str) -> str:
"""Return a concise, unique browser/search title for a generated page."""
key = relative.as_posix()
index_titles = {
"index.md": SITE_NAME,
"platforms/index.md": "Platforms",
"systems/index.md": "Systems",
"emulators/index.md": "Emulators",
"wiki/index.md": "Guide and methodology",
}
if key in index_titles:
return index_titles[key]
if key.startswith("emulators/"):
return f"{title} emulator firmware"
if key.startswith("systems/"):
return f"{title} systems"
return title
def _plain_markdown(text: str) -> str:
text = re.sub(r"<[^>]+>", " ", text)
text = re.sub(r"!\[([^]]*)\]\([^)]*\)", r"\1", text)
text = re.sub(r"\[([^]]+)\]\([^)]*\)", r"\1", text)
text = re.sub(r"[`*_~]", "", text)
return re.sub(r"\s+", " ", text).strip()
def _page_description(markdown: str, relative: Path, title: str) -> str:
key = relative.as_posix()
specific = {
"index.md": "Source-traced BIOS and firmware metadata, platform verification, emulator profiles, gaps and reproducible retrogaming data exports.",
"data.md": "Versioned RetroBIOS JSON API, CSV exports, SQLite snapshot, schemas, checksums and data interpretation guidance.",
"cross-reference.md": "Cross-reference from retrogaming platforms to emulator cores, systems, upstream projects and profiled firmware files.",
"gaps.md": "Current RetroBIOS verification gaps, platform-to-emulator divergences, missing files and documented source limitations.",
"provenance.md": "Hash-based comparison of RetroBIOS metadata with No-Intro, Redump and TOSEC catalog snapshots.",
"which-pack.md": "One-line automatic RetroBIOS installation and platform-specific pack destinations, with verification and release caveats.",
}
if key in specific:
return specific[key]
if key.startswith("platforms/") and relative.stem != "index":
return f"{title}: declared BIOS contract, verification mode, coverage, destinations and emulator complement."
if key.startswith("emulators/") and relative.stem != "index":
return f"{title}: source-pinned emulator firmware profile with paths, hashes, requirements and validation behavior."
if key.startswith("systems/") and relative.stem != "index":
return f"{title}: indexed firmware files, hashes, variants, provenance and platform or emulator usage."
paragraphs = re.split(r"\n\s*\n", markdown)
for paragraph in paragraphs:
stripped = paragraph.strip()
if (
not stripped
or stripped.startswith(("#", "|", "```", "???", "<", "- ", "* "))
):
continue
plain = _plain_markdown(stripped)
if len(plain) >= 35:
return plain[:157].rstrip(" ,;:-") + ("..." if len(plain) > 157 else "")
return f"{title}: RetroBIOS source-traced retrogaming firmware reference."
def decorate_markdown_pages(docs: Path) -> None:
"""Add per-page descriptions and machine-readable structured data."""
for path in sorted(docs.rglob("*.md")):
relative = path.relative_to(docs)
if relative.parts and relative.parts[0] == "superpowers":
continue
markdown = path.read_text(encoding="utf-8")
stripped = _undecorated(markdown)
if stripped is not markdown:
markdown = stripped
elif markdown.startswith("---\n"):
continue
title = _page_title(markdown, relative)
browser_title = _browser_title(relative, title)
description = _page_description(markdown, relative, title)
if relative.name == "index.md":
page_path = "" if len(relative.parts) == 1 else "/".join(relative.parts[:-1]) + "/"
else:
page_path = relative.with_suffix("").as_posix() + "/"
canonical = urllib.parse.urljoin(SITE_URL, page_path)
schema_type = "WebSite" if relative.as_posix() == "index.md" else "TechArticle"
if relative.as_posix() == "data.md":
schema_type = "Dataset"
structured = {
"@context": "https://schema.org",
"@type": schema_type,
"name": title,
"description": description,
"url": canonical,
"isPartOf": {
"@type": "WebSite",
"name": SITE_NAME,
"url": SITE_URL,
},
}
structured_json = json.dumps(
structured, ensure_ascii=False, separators=(",", ":")
).replace("\n'
f"{structured_json}\n"
"\n\n"
)
write_decorated(path, front_matter + markdown)
# Platform pages
def generate_platform_index(coverages: dict, registry: dict | None = None) -> str:
total_present = sum(c["present"] for c in coverages.values())
lines = [
f"# Platforms - {SITE_NAME}",
"",
f"{len(coverages)} supported platforms with "
f"{total_present:,} verified files.",
"",
"| Platform | On its BIOS list | Files in the pack | Checked by | Status | Download |",
"|----------|------:|------:|-----------|--------|----------|",
]
mode_labels = {
"md5": 'MD5',
"sha1": 'SHA1',
"existence": 'existence',
}
archived_any = False
for name, cov in sorted(coverages.items(), key=lambda x: x[1]["platform"]):
display = cov["platform"]
mode_html = mode_labels.get(
cov["mode"],
f'{cov["mode"]}',
)
status = (registry or {}).get(name, {}).get("status", "active")
if status == "archived":
archived_any = True
status_html = 'archived'
else:
status_html = 'active'
lines.append(
f"| [{display}]({name}.md) | "
f"{cov['present']:,} | {_released_files(name)} | "
f"{mode_html} | {status_html} | "
f"[Pack]({RELEASE_URL}){{ .md-button .md-button--primary }} |"
)
lines.extend(
[
"",
"The BIOS list is what the platform publishes. The pack adds the "
"files its emulators load and the data directories they read, "
"which is the count an extraction shows. "
"Checked by is the test each platform runs on its own, replicated "
"from its source code. "
"[How each mode works](../wiki/verification-modes.md).",
]
)
if archived_any:
lines.extend(
[
"",
"An archived platform keeps its configuration and still gets a "
"pack, but upstream is no longer scraped on a schedule.",
]
)
return "\n".join(lines) + "\n"
def _render_platform_systems(
by_system: dict, config_files: dict, emulator_files: dict
) -> list[str]:
"""One collapsible block per system, listing every file it needs.
Split out of generate_platform_page: the block is most of that
function's branching, since each file renders a different set of
hashes, sizes and provenance depending on what the platform declares.
"""
lines: list[str] = []
# Per-system detail sections (collapsible for large platforms)
use_collapsible = len(by_system) > 10
for sys_id, files in sorted(by_system.items()):
ok_count = sum(1 for f in files if f["status"] == "ok")
total = len(files)
sys_emus = []
if emulator_files:
for emu_name, emu_data in emulator_files.items():
if sys_id in emu_data.get("systems", set()):
sys_emus.append(emu_name)
sys_link = _system_link(sys_id, "../")
anchor = sys_id.replace(" ", "-")
if use_collapsible:
status_tag = "OK" if ok_count == total else f"{total - ok_count} issues"
lines.append(f'')
lines.append(f'??? note "{sys_id} ({ok_count}/{total} - {status_tag})"')
lines.append("")
pad = " "
else:
lines.append(f"## {sys_link}")
lines.append("")
pad = ""
lines.append(f"{pad}{ok_count}/{total} files verified")
if sys_emus:
emu_links = ", ".join(_emulator_link(e, "../") for e in sorted(sys_emus))
lines.append(f"{pad}Emulators: {emu_links}")
lines.append("")
# File listing
for f in sorted(files, key=lambda x: x["name"]):
status = f["status"]
fname = f["name"]
cfg_entry = config_files.get(fname, {})
sha1 = cfg_entry.get("sha1", f.get("sha1", ""))
md5 = cfg_entry.get("md5", f.get("expected_md5", ""))
size = cfg_entry.get("size", f.get("size", 0))
if status == "ok":
status_display = "OK"
elif status == "untested":
reason = f.get("reason", "")
status_display = f"untested: {reason}" if reason else "untested"
elif status == "missing":
status_display = "**missing**"
else:
status_display = status
size_str = _fmt_size(size) if size else ""
details = [status_display]
if size_str:
details.append(size_str)
lines.append(f"{pad}- `{fname}` - {', '.join(details)}")
# Show full hashes on a sub-line (useful for copy-paste)
if sha1 or md5:
hash_parts = []
if sha1:
hash_parts.append(f"SHA1: `{sha1}`")
if md5:
hash_parts.append(f"MD5: `{md5}`")
lines.append(f"{pad} {' | '.join(hash_parts)}")
lines.append("")
return lines
def generate_platform_page(
name: str,
cov: dict,
registry: dict | None = None,
emulator_files: dict | None = None,
) -> str:
config = cov["config"]
display = cov["platform"]
mode = cov["mode"]
pct = _pct(cov["present"], cov["total"])
logo_url = (registry or {}).get(name, {}).get("logo", "")
logo_md = (
f"{{ width=48 align=right }}\n\n" if logo_url else ""
)
homepage = config.get("homepage", "")
version = config.get("version", "")
hash_type = config.get("hash_type", "")
base_dest = config.get("base_destination", "")
pct_val = cov["present"] / cov["total"] * 100 if cov["total"] else 0
mode_badge = (
"rb-badge-success" if reads_file_contents(mode) else "rb-badge-info"
)
lines = [
f"# {display} - {SITE_NAME}",
"",
logo_md,
]
if (registry or {}).get(name, {}).get("status") == "archived":
lines.extend(
[
'!!! warning "Archived platform"',
"",
" The configuration is kept and packs are still built, but "
"upstream is no longer scraped on a schedule, so the file list "
"reflects the last sync rather than today's upstream.",
"",
]
)
# Stat cards
lines.extend(
[
'',
"",
'
',
f'{cov["present"]}/{cov["total"]}',
f'Coverage ({pct})',
"
",
"",
'
',
f'{cov["verified"]}',
'Verified',
"
",
"",
'
',
f'{cov["missing"]}',
'Missing',
"
",
"",
'
',
f''
f'{mode}',
'Checked by',
"
",
"",
"
Generated on {_timestamp()}.
')
return "\n".join(lines) + "\n"
def generate_system_page(
manufacturer: str,
consoles: dict[str, list],
platform_files: dict[str, set],
emulator_files: dict[str, dict],
) -> str:
manufacturer.lower().replace(" ", "-")
lines = [
f"# {manufacturer} - {SITE_NAME}",
"",
]
for console_name in sorted(consoles.keys()):
files = consoles[console_name]
icon_md = system_icon_markdown(manufacturer, console_name)
lines.append(f"## {icon_md}{console_name}")
lines.append("")
# Separate main files from variants
main_files = [f for f in files if "/.variants/" not in f["path"]]
variant_files = [f for f in files if "/.variants/" in f["path"]]
for f in sorted(main_files, key=lambda x: x["name"]):
name = f["name"]
sha1_full = f.get("sha1", "unknown")
md5_full = f.get("md5", "unknown")
size = _fmt_size(f.get("size", 0))
# Cross-reference
plats = sorted(p for p, names in platform_files.items() if name in names)
emus = sorted(
e
for e, data in emulator_files.items()
if name in data.get("files", set())
)
# Truncated hashes for readability
sha1_short = sha1_full[:12] if sha1_full != "unknown" else "-"
md5_short = md5_full[:12] if md5_full != "unknown" else "-"
lines.append('')
lines.append("")
lines.append(
f'**`{name}`** '
f'{size}'
)
lines.append("")
lines.append(
f'- SHA1: `{sha1_short}...`'
)
lines.append(
f'- MD5: `{md5_short}...`'
)
if plats:
plat_badges = " ".join(
f''
f"[{p}](../platforms/{p}.md)"
for p in plats
)
lines.append(f"- Platforms: {plat_badges}")
if emus:
emu_links = [_emulator_link(e, "../") for e in emus]
lines.append(f"- Emulators: {', '.join(emu_links)}")
provenance = f.get("provenance", {})
if provenance:
prov_badges = " ".join(
f''
f"[{_PROVENANCE_LABELS.get(s, s)}](../provenance.md#{s})"
for s, data in sorted(provenance.items())
)
lines.append(f"- Verified dump: {prov_badges}")
lines.append("")
lines.append("
")
lines.append("")
if variant_files:
lines.append(
f'??? note "Variants ({len(variant_files)})"'
)
lines.append("")
for v in sorted(variant_files, key=lambda x: x["name"]):
vname = v["name"]
vmd5 = v.get("md5", "unknown")
vmd5_short = vmd5[:12] if vmd5 != "unknown" else "-"
lines.append(
f' - `{vname}` '
f''
f"MD5: {vmd5_short}..."
)
lines.append("")
lines.append("")
lines.append(f'Generated on {_timestamp()}.
')
return "\n".join(lines) + "\n"
# Emulator pages
def generate_emulators_index(profiles: dict) -> str:
unique = {
k: v for k, v in profiles.items() if v.get("type") not in ("alias", "test")
}
aliases = {k: v for k, v in profiles.items() if v.get("type") == "alias"}
# Group by classification
by_class: dict[str, list[tuple[str, dict]]] = {}
for name in sorted(unique.keys()):
p = unique[name]
cls = p.get("core_classification", "other")
by_class.setdefault(cls, []).append((name, p))
total_files = sum(len(p.get("files", [])) for p in unique.values())
lines = [
f"# Emulators - {SITE_NAME}",
"",
f"**{len(unique)}** emulator profiles, **{total_files}** files total, **{len(aliases)}** aliases.",
"",
"| Classification | Count | Description |",
"|---------------|-------|-------------|",
]
cls_desc = {
"official_port": "Same author maintains both standalone and libretro",
"community_fork": "Third-party port to libretro",
"pure_libretro": "Built for libretro, no standalone version",
"game_engine": "Game engine reimplementation",
"enhanced_fork": "Fork with added features",
"frozen_snapshot": "Frozen at an old version",
"embedded_hle": "All ROMs compiled into binary",
"launcher": "Launches an external emulator",
"other": "Unclassified",
}
cls_order = [
"official_port",
"community_fork",
"pure_libretro",
"game_engine",
"enhanced_fork",
"frozen_snapshot",
"embedded_hle",
"launcher",
"other",
]
for cls in cls_order:
entries = by_class.get(cls, [])
if not entries:
continue
label = CLS_LABELS.get(cls, cls)
desc = cls_desc.get(cls, "")
lines.append(f"| [{label}](#{cls}) | {len(entries)} | {desc} |")
lines.append("")
for cls in cls_order:
entries = by_class.get(cls, [])
if not entries:
continue
label = CLS_LABELS.get(cls, cls)
desc = cls_desc.get(cls, "")
lines.extend(
[
f'## {label} {{ #{cls} }}',
"",
f"*{desc}* -- {len(entries)} profiles",
"",
"| Engine | Systems | Files |",
"|--------|---------|-------|",
]
)
for name, p in entries:
emu_name = p.get("emulator", name)
systems = p.get("systems", [])
files = p.get("files", [])
sys_str = ", ".join(systems[:3])
if len(systems) > 3:
sys_str += f" +{len(systems) - 3}"
file_count = len(files)
file_str = str(file_count) if file_count else "-"
lines.append(f"| [{emu_name}]({name}.md) | {sys_str} | {file_str} |")
lines.append("")
if aliases:
lines.extend(["## Aliases", ""])
lines.append("| Core | Points to |")
lines.append("|------|-----------|")
for name in sorted(aliases.keys()):
parent = aliases[name].get(
"alias_of", aliases[name].get("bios_identical_to", "unknown")
)
lines.append(f"| {name} | [{parent}]({parent}.md) |")
lines.append("")
return "\n".join(lines) + "\n"
def _file_badges(f: dict, in_repo: bool) -> list[str]:
"""The status chips shown beside a file name.
Fourteen independent optional fields, each contributing at most one
chip. Kept apart from the rest of the row so the field-by-field
rendering stays readable.
"""
required = f.get("required", False)
hle = f.get("hle_fallback", False)
mode = f.get("mode", "")
category = f.get("category", "")
region = f.get("region", "")
storage = f.get("storage", "")
bundled = f.get("bundled", False)
embedded = f.get("embedded", False)
has_builtin = f.get("has_builtin", False)
archive = f.get("archive", "")
ftype = f.get("type", "")
badges = []
if required:
badges.append(
'required'
)
else:
badges.append(
'optional'
)
if not in_repo:
badges.append(
'missing'
)
elif in_repo:
badges.append(
'in repo'
)
if hle:
badges.append(
'HLE fallback'
)
if mode:
badges.append(
f'{mode}'
)
if category and category != "bios":
badges.append(
f'{category}'
)
if region:
region_str = (
", ".join(region) if isinstance(region, list) else str(region)
)
badges.append(
f'{region_str}'
)
if storage and storage != "embedded":
badges.append(
f'{storage}'
)
if bundled:
badges.append(
'bundled'
)
if embedded:
badges.append(
'embedded'
)
if has_builtin:
badges.append(
'built-in fallback'
)
if archive:
badges.append(
f'in {archive}'
)
if ftype and ftype != "bios":
badges.append(
f'{ftype}'
)
return badges
def _render_emulator_file(
f: dict,
profile: dict,
platform_files: dict | None,
files: list,
_file_available,
) -> list[str]:
"""Render one row of an emulator profile's file table.
Split out of generate_emulator_page, where it was a 228-line loop body
carrying most of that function's branching: thirty-odd optional fields,
each with its own badge, hash line or note.
"""
lines: list[str] = []
fname = f.get("name", "")
required = f.get("required", False)
in_repo = _file_available(f)
source_ref = f.get("source_ref", "")
mode = f.get("mode", "")
hle = f.get("hle_fallback", False)
aliases = f.get("aliases", [])
category = f.get("category", "")
validation = f.get("validation", [])
size = f.get("size")
fnote = f.get("note", f.get("notes", ""))
storage = f.get("storage", "")
fmd5 = f.get("md5", "")
fsha1 = f.get("sha1", "")
fcrc32 = f.get("crc32", "")
fsha256 = f.get("sha256", "")
fadler32 = f.get("known_hash_adler32", "")
fmin = f.get("min_size")
fmax = f.get("max_size")
desc = f.get("description", "")
region = f.get("region", "")
archive = f.get("archive", "")
fpath = f.get("path", "")
fsystem = f.get("system", "")
priority = f.get("priority")
fast_boot = f.get("fast_boot")
bundled = f.get("bundled", False)
embedded = f.get("embedded", False)
has_builtin = f.get("has_builtin", False)
contents = f.get("contents", [])
config_key = f.get("config_key", "")
dest = f.get("dest", f.get("destination", ""))
ftype = f.get("type", "")
fpattern = f.get("pattern", "")
region_check = f.get("region_check")
size_note = f.get("size_note", "")
size_range = f.get("size_range", "")
badges = _file_badges(f, in_repo)
badge_str = " ".join(badges)
border_cls = (
"rb-file-entry-required" if required else "rb-file-entry-optional"
)
lines.append(
f''
)
lines.append("")
lines.append(f"**`{fname}`** {badge_str}")
if desc:
lines.append(f"
{_escape_tags(str(desc))}")
lines.append("")
details = []
if fpath and fpath != fname:
details.append(f"Path: `{fpath}`")
if fsystem:
details.append(f"System: {_system_link(fsystem, '../')}")
if size:
if isinstance(size, list):
size_str = " / ".join(_fmt_size(s) for s in size)
else:
size_str = _fmt_size(size)
if fmin or fmax:
bounds = []
if fmin:
bounds.append(f"min {_fmt_size(fmin)}")
if fmax:
bounds.append(f"max {_fmt_size(fmax)}")
size_str += f" ({', '.join(bounds)})"
details.append(f"Size: {size_str}")
elif fmin or fmax:
bounds = []
if fmin:
bounds.append(f"min {_fmt_size(fmin)}")
if fmax:
bounds.append(f"max {_fmt_size(fmax)}")
details.append(f"Size: {', '.join(bounds)}")
if fsha1:
details.append(f"SHA1: {_hash_spans(fsha1)}")
if fmd5:
details.append(f"MD5: {_hash_spans(fmd5)}")
if fcrc32:
details.append(f"CRC32: `{fcrc32}`")
if fsha256:
details.append(f"SHA256: {_hash_spans(fsha256)}")
if fadler32:
details.append(f"Adler32: `{fadler32}`")
if aliases:
details.append(f"Aliases: {', '.join(f'`{a}`' for a in aliases)}")
if priority is not None:
details.append(f"Priority: {priority}")
if fast_boot is not None:
details.append(f"Fast boot: {'yes' if fast_boot else 'no'}")
if validation:
if isinstance(validation, list):
details.append(f"Validation: {', '.join(validation)}")
elif isinstance(validation, dict):
for scope, checks in validation.items():
details.append(f"Validation ({scope}): {', '.join(checks)}")
if source_ref:
details.append(
f"Source: {_source_ref_markdown(profile, source_ref)}"
)
if platform_files:
plats = sorted(
p for p, names in platform_files.items() if fname in names
)
if plats:
plat_links = [_platform_link(p, p, "../") for p in plats]
details.append(f"Platforms: {', '.join(plat_links)}")
if dest and dest != fname and dest != fpath:
details.append(f"Destination: `{dest}`")
if config_key:
details.append(f"Config key: `{config_key}`")
if fpattern:
details.append(f"Pattern: `{fpattern}`")
if region_check is not None:
details.append(f"Region check: {'yes' if region_check else 'no'}")
if size_note:
details.append(f"Size note: {size_note}")
if size_range:
details.append(f"Size range: {size_range}")
if details:
for d in details:
lines.append(f"- {d}")
if fnote:
lines.append(f"- {_escape_tags(str(fnote))}")
if contents:
lines.append(f"- Contents ({len(contents)} entries):")
for c in contents[:10]:
if isinstance(c, dict):
cname = c.get("name", "")
cdesc = c.get("description", "")
csize = c.get("size", "")
parts = [f"`{cname}`"]
if cdesc:
parts.append(cdesc)
if csize:
parts.append(_fmt_size(csize))
lines.append(f" - {' -'.join(parts)}")
else:
lines.append(f" - {c}")
if len(contents) > 10:
lines.append(f" - ... and {len(contents) - 10} more")
lines.append("")
lines.append("
")
lines.append("")
return lines
def _render_metadata_rows(profile: dict) -> list[str]:
"""Scalar profile fields, one table row each.
Anything structured belongs in a collapsible block below, not in a
row: a dict rendered into a table cell is unreadable.
"""
lines: list[str] = []
for field, label in [
("core", "Core ID"),
("core_name", "Core name"),
("bios_size", "BIOS size"),
("bios_directory", "BIOS directory"),
("bios_detection", "BIOS detection"),
("bios_selection", "BIOS selection"),
("firmware_file", "Firmware file"),
("firmware_source", "Firmware source"),
("firmware_install", "Firmware install"),
("firmware_detection", "Firmware detection"),
("resources_directory", "Resources directory"),
("rom_path", "ROM path"),
("game_count", "Game count"),
("verification", "Checked by"),
("analysis_date", "Analysis date"),
("analysis_commit", "Analysis commit"),
]:
val = profile.get(field)
if val is None or val == "" or isinstance(val, (dict, list)):
continue
if isinstance(val, str) and val.startswith("http"):
lines.append(f"| {label} | [{val}]({val}) |")
else:
lines.append(f"| {label} | {val} |")
if profile.get("source_ref"):
lines.append(
f"| Source ref | {_source_ref_markdown(profile, profile['source_ref'])} |"
)
return lines
def _render_platform_details(profile: dict) -> list[str]:
"""The per-platform block, one level of nesting deep."""
lines: list[str] = []
platform_details = profile.get("platform_details")
if platform_details and isinstance(platform_details, dict):
lines.extend(['???+ info "Platform details"', ""])
for pk, pv in platform_details.items():
if isinstance(pv, dict):
lines.append(f" **{pk}:**")
for sk, sv in pv.items():
lines.append(f" - {sk}: {_plain_value(sv)}")
else:
lines.append(f" **{pk}:** {_plain_value(pv)}")
lines.append("")
return lines
def _plain_value(value: object) -> str:
"""A scalar or a list of scalars as a reader writes it, not as Python does."""
if isinstance(value, bool):
return "yes" if value else "no"
if isinstance(value, (list, tuple)):
return ", ".join(_plain_value(item) for item in value)
return _escape_tags(str(value))
def _render_structured_blocks(profile: dict) -> list[str]:
"""Every remaining structured field, as a collapsible section."""
lines: list[str] = []
_structured_blocks = [
("analysis", "Source analysis"),
("memory_layout", "Memory layout"),
("regions", "Regions"),
("nvm_layout", "NVM layout"),
("model_kickstart_map", "Model kickstart map"),
("builtin_boot_roms", "Built-in boot ROMs"),
("common_bios_filenames", "Common BIOS filenames"),
("valid_bios_crc32", "Valid BIOS CRC32"),
("dev_flash", "dev_flash"),
("dev_flash2", "dev_flash2"),
("dev_flash3", "dev_flash3"),
("firmware_modules", "Firmware modules"),
("firmware_titles", "Firmware titles"),
("fallback_fonts", "Fallback fonts"),
("io_devices", "I/O devices"),
("partitions", "Partitions"),
("mlc_structure", "MLC structure"),
("machine_directories", "Machine directories"),
("machine_properties", "Machine properties"),
("whdload_kickstarts", "WHDLoad kickstarts"),
("bios_identical_to", "BIOS identical to"),
("pack_structure", "Pack structure"),
("firmware_version", "Firmware version"),
]
for field, label in _structured_blocks:
val = profile.get(field)
if val is None:
continue
lines.append(f'???+ abstract "{label}"')
lines.append("")
start = len(lines)
_render_yaml_value(lines, val, indent=4)
lines[start:] = [_escape_tags(line) for line in lines[start:]]
lines.append("")
return lines
def _hash_spans(value: str | list) -> str:
"""One abbreviated hash, or each of the hashes a profile accepts."""
values = [value] if isinstance(value, str) else [str(v) for v in value]
return ", ".join(
f'`{v[:12]}...`' for v in values
)
def _availability_check(db: dict, data_names):
"""A predicate answering whether the collection holds a file.
It answers the way cross_reference does. A page that called a file
missing while the gap report called it held would describe a
different collection on two pages of the same site.
"""
from cross_reference import entry_source
by_name = db.get("indexes", {}).get("by_name", {})
by_name_lower = {k.lower(): k for k in by_name}
by_path_suffix = db.get("indexes", {}).get("by_path_suffix", {})
index = {
"by_name": by_name,
"by_name_lower": by_name_lower,
"by_path_suffix": by_path_suffix,
"by_md5": db.get("indexes", {}).get("by_md5", {}),
"by_sha256": db.get("indexes", {}).get("by_sha256", {}),
"by_crc32": db.get("indexes", {}).get("by_crc32", {}),
"db_files": db.get("files", {}),
"data_names": data_names,
}
def _file_available(f: dict) -> bool:
"""Check if a file is available using the same resolution as cross_reference."""
if not f.get("name"):
return False
if f.get("storage", "") in ("release", "large_file"):
return True
return entry_source(f, index) is not None
return _file_available
def generate_emulator_page(
name: str,
profile: dict,
db: dict,
platform_files: dict | None = None,
data_names: set[str] | None = None,
) -> str:
if profile.get("type") == "alias":
parent = profile.get("alias_of", profile.get("bios_identical_to", "unknown"))
return (
f"# {name} - {SITE_NAME}\n\n"
f"This core uses the same firmware as **{parent}**.\n\n"
f"See [{parent}]({parent}.md) for details.\n"
)
emu_name = profile.get("emulator", name)
emu_type = profile.get("type", "unknown")
classification = profile.get("core_classification", "")
source_raw = profile.get("source", "")
source = str(source_raw) if not isinstance(source_raw, dict) else ""
upstream_raw = profile.get("upstream", "")
upstream = str(upstream_raw) if not isinstance(upstream_raw, dict) else ""
version = profile.get("core_version", "unknown")
profile.get("display_name", emu_name)
profiled = profile.get("profiled_date", "unknown")
systems = profile.get("systems", [])
cores = profile.get("cores", [name])
files = profile.get("files", [])
notes_raw = profile.get("notes", profile.get("note", ""))
notes = (
str(notes_raw).strip() if notes_raw and not isinstance(notes_raw, dict) else ""
)
exclusion = profile.get("exclusion_note", "")
data_dirs = profile.get("data_directories", [])
lines = [
f"# {emu_name} - {SITE_NAME}",
"",
'',
"",
"| | |",
"|---|---|",
f"| Type | {emu_type} |",
]
if classification:
cls_display = CLS_LABELS.get(classification, classification)
lines.append(f"| Classification | {cls_display} |")
if isinstance(source_raw, dict):
parts = []
for k, v in source_raw.items():
if isinstance(v, str) and v.startswith("http"):
parts.append(f"[{k}]({v})")
else:
parts.append(f"{k}: {v}")
lines.append(f"| Source | {', '.join(parts)} |")
elif source:
if source.startswith("http"):
lines.append(f"| Source | [{source}]({source}) |")
else:
lines.append(f"| Source | {source} |")
if isinstance(upstream_raw, dict):
parts = []
for k, v in upstream_raw.items():
if isinstance(v, str) and v.startswith("http"):
parts.append(f"[{k}]({v})")
else:
parts.append(f"{k}: {v}")
lines.append(f"| Upstream | {', '.join(parts)} |")
elif upstream and upstream != source:
if upstream.startswith("http"):
lines.append(f"| Upstream | [{upstream}]({upstream}) |")
else:
lines.append(f"| Upstream | {upstream} |")
lines.append(f"| Version | {version} |")
lines.append(f"| Profiled | {profiled} |")
if cores:
lines.append(f"| Cores | {', '.join(str(c) for c in cores)} |")
if systems:
sys_links = [_system_link(s, "../") for s in systems]
lines.append(f"| Systems | {', '.join(sys_links)} |")
mame_ver = profile.get("mame_version", "")
if mame_ver:
lines.append(f"| MAME version | {mame_ver} |")
author = profile.get("author", "")
if author:
lines.append(f"| Author | {author} |")
based_on = profile.get("based_on", "")
if based_on:
lines.append(f"| Based on | {based_on} |")
lines.extend(_render_metadata_rows(profile))
lines.append("")
lines.append("
")
lines.append("")
lines.extend(_render_platform_details(profile))
lines.extend(_render_structured_blocks(profile))
# Notes
if notes:
indented = _admonition_body(notes)
lines.extend(['???+ note "Technical notes"', f" {indented}", ""])
if not files:
lines.append("No BIOS or firmware files required.")
if exclusion:
lines.extend(
[
"",
'!!! info "Why no files"',
f" {_escape_tags(str(exclusion))}",
]
)
else:
_file_available = _availability_check(db, data_names)
# Stats by category
bios_files = [f for f in files if f.get("category", "bios") == "bios"]
game_data = [f for f in files if f.get("category") == "game_data"]
bios_zips = [f for f in files if f.get("category") == "bios_zip"]
in_repo_count = sum(1 for f in files if _file_available(f))
missing_count = len(files) - in_repo_count
req_count = sum(1 for f in files if f.get("required"))
opt_count = len(files) - req_count
hle_count = sum(1 for f in files if f.get("hle_fallback"))
parts = [f"**{len(files)} files**"]
parts.append(f"{req_count} required, {opt_count} optional")
parts.append(f"{in_repo_count} in repo, {missing_count} missing")
if hle_count:
parts.append(f"{hle_count} with HLE fallback")
lines.append(" | ".join(parts))
if game_data or bios_zips:
cats = []
if bios_files:
cats.append(f"{len(bios_files)} BIOS")
if game_data:
cats.append(f"{len(game_data)} game data")
if bios_zips:
cats.append(f"{len(bios_zips)} BIOS ZIPs")
lines.append(f"Categories: {', '.join(cats)}")
lines.append("")
# File table
for f in files:
lines.extend(
_render_emulator_file(
f, profile, platform_files, files, _file_available
)
)
# Data directories
if data_dirs:
lines.extend(["## Data directories", ""])
for dd in data_dirs:
ref = dd.get("ref", "")
dest = dd.get("destination", "")
lines.append(f"- `{ref}` >`{dest}`")
lines.append("")
lines.extend([f"*Generated on {_timestamp()}*"])
return "\n".join(lines) + "\n"
# Contributing page
def _render_problem_files(platform_problems: list) -> list[str]:
"""Files a platform declares that its own check then rejects.
Split out of generate_gap_analysis, which reached complexity 56. This
section is the one that stands alone: it reads platform_problems and
nothing else, where the sections around it share gap_report and the
resolved core list.
"""
lines: list[str] = []
# ---- Section 2: Problem files ----
missing_files: dict[str, dict] = {}
untested_files: dict[str, dict] = {}
mismatch_files: dict[str, dict] = {}
for p in platform_problems:
fname = p["name"]
if p["status"] == "missing":
entry = missing_files.setdefault(fname, {
"name": fname, "required": p["required"],
"platforms": [], "reason": p["reason"],
})
entry["platforms"].append(p["platform"])
if p["required"]:
entry["required"] = True
elif p["status"] == "untested":
entry = untested_files.setdefault(fname, {
"name": fname, "required": p["required"],
"platforms": [], "reason": p["reason"],
})
entry["platforms"].append(p["platform"])
if p.get("discrepancy"):
entry = mismatch_files.setdefault(fname, {
"name": fname, "platforms": [],
"discrepancy": p["discrepancy"],
})
entry["platforms"].append(p["platform"])
total_problems = len(missing_files) + len(untested_files) + len(mismatch_files)
if total_problems > 0:
lines.extend([
"## Problem Files",
"",
f"{len(missing_files)} missing, {len(untested_files)} untested, "
f"{len(mismatch_files)} hash mismatch.",
"",
])
if missing_files:
lines.extend([
f'### Missing '
f"{len(missing_files)} files",
"",
"| File | Required | Platforms |",
"|------|----------|-----------|",
])
for fname in sorted(missing_files):
f = missing_files[fname]
req = "yes" if f["required"] else "no"
plats = ", ".join(sorted(set(f["platforms"])))
lines.append(f"| `{fname}` | {req} | {plats} |")
lines.append("")
if untested_files:
lines.extend([
f'### Untested '
f"{len(untested_files)} files",
"",
"Present but hash not verified.",
"",
"| File | Platforms | Reason |",
"|------|----------|--------|",
])
for fname in sorted(untested_files):
f = untested_files[fname]
plats = ", ".join(sorted(set(f["platforms"])))
lines.append(f"| `{fname}` | {plats} | {f['reason']} |")
lines.append("")
if mismatch_files:
lines.extend([
f'### Hash Mismatch '
f"{len(mismatch_files)} files",
"",
"Platform says OK but emulator validation disagrees.",
"",
"| File | Platforms | Discrepancy |",
"|------|----------|-------------|",
])
for fname in sorted(mismatch_files):
f = mismatch_files[fname]
plats = ", ".join(sorted(set(f["platforms"])))
lines.append(f"| `{fname}` | {plats} | {f['discrepancy']} |")
lines.append("")
return lines
def generate_gap_analysis(
profiles: dict,
coverages: dict,
db: dict,
data_names: set[str] | None = None,
registry: dict | None = None,
gap_report: dict | None = None,
) -> str:
"""Generate a unified gap analysis page.
Combines verification results (from coverages/verify.py) with source
provenance (from cross_reference) into a single truth dashboard.
Sections:
1. Verification status -- aggregated across all platforms
2. Problem files -- missing, untested, hash mismatch
3. Core complement -- emulator files not declared by any platform
"""
from cross_reference import cross_reference as run_cross_reference
from common import resolve_platform_cores
# ---- Section 1: aggregate verify results across all platforms ----
total_verified = 0
total_untested = 0
total_missing_verify = 0
total_files_verify = 0
platform_problems: list[dict] = []
for pname, cov in sorted(coverages.items(), key=lambda x: x[1]["platform"]):
total_verified += cov["verified"]
total_untested += cov["untested"]
total_missing_verify += cov["missing"]
total_files_verify += cov["total"]
for d in cov["details"]:
if d["status"] != "ok" or d.get("discrepancy"):
platform_problems.append({
"platform": cov["platform"],
"platform_key": pname,
"name": d["name"],
"status": d["status"],
"required": d.get("required", True),
"reason": d.get("reason", ""),
"discrepancy": d.get("discrepancy", ""),
"system": d.get("system", ""),
})
pct_verified = (
f"{total_verified / total_files_verify * 100:.0f}%"
if total_files_verify
else "0%"
)
lines = [
f"# Gap Analysis - {SITE_NAME}",
"",
"Unified view of BIOS verification, file provenance, and coverage gaps.",
"",
"[Download gaps CSV](downloads/gaps.csv){ .md-button } "
"[Open gaps API](api/v1/gaps.json){ .md-button } "
"[All data exports](data.md){ .md-button }",
"",
'',
"",
'
',
f'{total_files_verify:,}',
'Total files (all platforms)',
"
",
"",
'
',
f'{total_verified:,}',
f'Verified ({pct_verified})',
"
",
"",
'
',
f'{total_untested:,}',
'Untested',
"
",
"",
'
',
f'{total_missing_verify:,}',
'Missing',
"
",
"",
"
Generated on {_timestamp()}.
'])
return "\n".join(lines) + "\n"
def _render_xref_by_platform(
coverages: dict, unique: dict
) -> list[str]:
"""Which cores each platform pulls in, and what they need."""
lines: list[str] = []
# Per platform
for pname in sorted(coverages.keys(), key=lambda x: coverages[x]["platform"]):
cov = coverages[pname]
display = cov["platform"]
config = cov["config"]
platform_cores = config.get("cores", [])
lines.append(f'??? abstract "{display}"')
lines.append("")
lines.append(
f" [Open {display} platform profile](platforms/{pname}.md)"
"{ .md-button }"
)
lines.append("")
# The cores the builder and verify resolve: a hand copy here dropped
# the libretro set a list naming retroarch pulls in, and the system
# fallback EmuDeck relies on.
matched = {
key: unique[key]
for key in resolve_platform_cores(config, unique)
if key in unique
}
if platform_cores == "all_libretro":
lines.append(f" **{len(matched)} cores** (all libretro)")
else:
lines.append(f" **{len(matched)} cores**")
lines.append("")
lines.append(" | Core | Classification | Systems | Files | Upstream |")
lines.append(" |------|---------------|---------|-------|----------|")
for emu_name in sorted(matched.keys()):
p = matched[emu_name]
emu_display = p.get("emulator", emu_name)
cls_raw = p.get("core_classification", "-")
cls = CLS_LABELS.get(cls_raw, cls_raw)
p.get("type", "")
upstream_raw2 = p.get("upstream", "")
upstream = str(upstream_raw2) if not isinstance(upstream_raw2, dict) else ""
source_raw2 = p.get("source", "")
source = str(source_raw2) if not isinstance(source_raw2, dict) else ""
systems = p.get("systems", [])
files = p.get("files", [])
sys_str = ", ".join(systems[:3])
if len(systems) > 3:
sys_str += f" +{len(systems) - 3}"
file_count = len(files)
# Count mode divergences
libretro_only = sum(1 for f in files if f.get("mode") == "libretro")
standalone_only = sum(1 for f in files if f.get("mode") == "standalone")
file_str = str(file_count)
if libretro_only or standalone_only:
parts = []
if libretro_only:
parts.append(f"{libretro_only} libretro-only")
if standalone_only:
parts.append(f"{standalone_only} standalone-only")
file_str += f" ({', '.join(parts)})"
upstream_display = "-"
if upstream and upstream.startswith("http"):
upstream_short = upstream.replace("https://github.com/", "")
upstream_display = f"[{upstream_short}]({upstream})"
elif upstream:
upstream_display = upstream
elif source and source.startswith("http"):
source_short = source.replace("https://github.com/", "")
upstream_display = f"[{source_short}]({source})"
elif source:
upstream_display = source
lines.append(
f" | [{emu_display}](emulators/{emu_name}.md) | {cls} | "
f"{sys_str} | {file_str} | {upstream_display} |"
)
lines.append("")
return lines
def _render_xref_by_upstream(
coverages: dict, unique: dict
) -> list[str]:
"""The same relation read the other way: one row per upstream."""
lines: list[str] = []
# Reverse view: by upstream emulator
lines.extend(
[
"## By upstream emulator",
"",
"| Upstream | Cores | Classification | Platforms |",
"|----------|-------|---------------|-----------|",
]
)
# Group profiles by upstream
by_upstream: dict[str, list[str]] = {}
for emu_name, p in sorted(unique.items()):
raw_up = p.get("upstream", p.get("source", ""))
up_str = str(raw_up) if not isinstance(raw_up, dict) else ""
if up_str:
by_upstream.setdefault(up_str, []).append(emu_name)
# Build platform membership per core
platform_membership: dict[str, set[str]] = {}
for pname, cov in coverages.items():
for key in resolve_platform_cores(cov["config"], unique):
platform_membership.setdefault(key, set()).add(pname)
for upstream_url in sorted(by_upstream.keys()):
cores = by_upstream[upstream_url]
upstream_short = upstream_url.replace("https://github.com/", "")
classifications = set()
all_plats: set[str] = set()
for c in cores:
raw_cls = unique[c].get("core_classification", "-")
classifications.add(CLS_LABELS.get(raw_cls, raw_cls))
all_plats.update(platform_membership.get(c, set()))
cls_str = ", ".join(sorted(classifications))
plat_str = ", ".join(sorted(all_plats)) if all_plats else "-"
core_links = ", ".join(f"[{c}](emulators/{c}.md)" for c in sorted(cores))
if upstream_url.startswith("http"):
upstream_cell = f"[{upstream_short}]({upstream_url})"
else:
upstream_cell = upstream_short
lines.append(
f"| {upstream_cell} | {core_links} | "
f"{cls_str} | {plat_str} |"
)
return lines
def generate_cross_reference(
coverages: dict,
profiles: dict,
) -> str:
"""Generate cross-reference: Platform -> Core -> Systems -> Upstream."""
unique = {
k: v for k, v in profiles.items() if v.get("type") not in ("alias", "test")
}
total_cores = len(unique)
total_upstreams = len({
p.get("upstream", p.get("source", ""))
for p in unique.values()
if p.get("upstream") or p.get("source")
})
lines = [
f"# Cross-reference - {SITE_NAME}",
"",
f"Platform > Core > Systems > Upstream emulator. "
f"{total_cores} cores across {len(coverages)} platforms, "
f"tracing back to {total_upstreams} upstream projects.",
"",
"The libretro core is a port of the upstream emulator. "
"Files, features, and validation may differ between the two.",
"",
"[Download cross-reference CSV](downloads/cross-reference.csv){ .md-button } "
"[Open emulator API](api/v1/emulators.json){ .md-button } "
"[All data exports](data.md){ .md-button }",
"",
]
lines.extend(_render_xref_by_platform(coverages, unique))
lines.extend(_render_xref_by_upstream(coverages, unique))
lines.extend(["", f"*Generated on {_timestamp()}*"])
return "\n".join(lines) + "\n"
def generate_contributing() -> str:
return contributing_text(
lambda page: f"{page}.md", "# Contributing - RetroBIOS", "on this site"
)
# Wiki pages
# index, architecture, tools, profiling are maintained as wiki/ sources
# and copied verbatim by main(). Only data-model is generated dynamically.
def generate_wiki_data_model(db: dict, profiles: dict) -> str:
"""Generate data model documentation from actual database structure."""
files_count = len(db.get("files", {}))
by_md5 = len(db.get("indexes", {}).get("by_md5", {}))
by_name = len(db.get("indexes", {}).get("by_name", {}))
by_crc32 = len(db.get("indexes", {}).get("by_crc32", {}))
by_path = len(db.get("indexes", {}).get("by_path_suffix", {}))
by_sha256 = len(db.get("indexes", {}).get("by_sha256", {}))
lines = [
f"# Data model - {SITE_NAME}",
"",
"## database.json",
"",
f"Primary key: SHA1. **{files_count}** file entries.",
"",
"Each entry:",
"",
"```json",
"{",
' "path": "bios/Nintendo/GameCube/GC/USA/IPL.bin",',
' "name": "IPL.bin",',
' "size": 2097152,',
' "sha1": "...",',
' "md5": "...",',
' "sha256": "...",',
' "crc32": "...",',
' "adler32": "...",',
' "provenance": {',
' "redump": {"dat": "...", "name": "...", "description": "..."}',
" }",
"}",
"```",
"",
"`provenance` maps each catalog that lists the file to the DAT and entry "
"it was matched against. It is present only when the file matches a "
"snapshot under `provenance/`; the join runs by SHA1 first, then by "
"MD5 + size. See [dump provenance](../provenance.md).",
"",
"### Indexes",
"",
"| Index | Entries | Purpose |",
"|-------|---------|---------|",
f"| `by_md5` | {by_md5} | MD5 to SHA1 lookup (Batocera, Recalbox verification) |",
f"| `by_name` | {by_name} | filename to SHA1 list (name-based resolution) |",
f"| `by_crc32` | {by_crc32} | CRC32 to SHA1 lookup |",
f"| `by_path_suffix` | {by_path} | relative path to SHA1 (regional variant disambiguation) |",
f"| `by_sha256` | {by_sha256} | SHA256 to SHA1 lookup (emulator profile validation) |",
"",
"### File resolution order",
"",
"`resolve_local_file` tries these steps in order:",
"",
"1. SHA1 exact match; every other declared hash must agree with the record",
"2. SHA256 exact match, with the same all-declarations-must-agree rule",
"3. CRC32 plus declared size, only when no stronger hash is present",
"4. MD5 direct lookup (including explicitly supported truncated MD5 values)",
"5. Path suffix lookup for regional variants; with hashes it is accepted only if those hashes match",
"6. Name and alias lookup only when no content hash was declared",
"7. Candidate inspection for composite ZIP MD5 or direct MD5; a named candidate with the wrong content returns `hash_mismatch`",
"8. `zipped_file` content match via the inner-ROM MD5 index",
"9. MAME clone fallback, only for declarations without a content hash",
"10. Data-directory scan; declared hashes are computed over the candidate before it is accepted",
"11. Agnostic size/path fallback, only for declarations without a content hash",
"",
"A filename or destination can never override a declared hash. The first "
"evidence-compatible match wins; otherwise the resolver reports a mismatch "
"or absence. Steps and their return codes are described in "
"[verification modes](verification-modes.md#file-resolution-chain).",
"",
"## Platform YAML",
"",
"Scraped from upstream sources. Structure:",
"",
"```yaml",
"platform: Batocera",
"verification_mode: md5 # how the platform checks files",
"hash_type: md5 # hash type in file entries",
"base_destination: bios # root directory for BIOS files",
"systems:",
" system-id:",
" files:",
" - name: filename",
" destination: path/in/bios/dir",
" md5: expected_hash",
" sha1: expected_hash",
" required: true",
"```",
"",
"Supports inheritance (`inherits: retroarch`) and shared groups",
"(`includes: [group_name]` referencing `_shared.yml`).",
"",
"`base_destination` is the prefix the pack applies to every entry. It is",
"empty when the upstream destinations already carry their own root, which",
"is why the RetroDECK pack ships `bios/` and `roms/` at its top level.",
"",
"## Emulator YAML",
"",
f"**{len(profiles)}** profile files, **{len(unique_emulator_profiles(profiles))}** "
"distinct emulators once aliases are folded in. Source-verified from "
"emulator code.",
"",
"See the [profiling guide](profiling.md) for the full field reference.",
"",
"## Static API and bulk exports",
"",
"The website publishes versioned JSON, CSV and SQLite metadata generated "
"from these same structures. Start with the [Data & API](../data.md) "
"catalog; each downloadable artifact carries a SHA256 in "
"`api/v1/catalog.json`.",
"",
]
return "\n".join(lines) + "\n"
# Build cross-reference indexes
def _build_platform_file_index(coverages: dict) -> dict[str, set]:
"""Map platform_name -> set of declared file names."""
index = {}
for name, cov in coverages.items():
names = set()
config = cov["config"]
for system in config.get("systems", {}).values():
for fe in system.get("files", []):
names.add(fe.get("name", ""))
index[name] = names
return index
def _build_emulator_file_index(profiles: dict) -> dict[str, dict]:
"""Map emulator_name -> {files: set, systems: set} for cross-reference."""
index = {}
for name, profile in profiles.items():
if profile.get("type") == "alias":
continue
index[name] = {
"files": {f.get("name", "") for f in profile.get("files", [])},
"systems": set(profile.get("systems", [])),
}
return index
# mkdocs.yml nav generator
def generate_which_pack() -> str:
"""Generate the 'Which pack?' decision page."""
rel = RELEASE_URL
return f"""\
# Download
Some retro consoles need firmware files (commonly called BIOS) to run games.
Without them, the emulator either refuses to start the game or runs it with
reduced accuracy. RetroBIOS maps those requirements to source-traced emulator
profiles and verifies local content against the evidence each platform exposes.
This page picks the right pack for a setup. For BIOS directory paths per
platform, verification, and the CLI, see
[Getting started](wiki/getting-started.md).
## Quick install
One line detects the platform and BIOS directory, downloads only missing or
incorrect files, verifies their hashes, and installs them atomically. The small
bootstrap checks the Python installer against an embedded SHA-256 before running
it, and the installer reads its file list from that same revision.
**Linux / Mac / Steam Deck:**
```sh
curl -fsSL https://raw.githubusercontent.com/Abdess/retrobios/main/install.sh | sh
```
**Windows (PowerShell):**
```powershell
irm https://raw.githubusercontent.com/Abdess/retrobios/main/install.ps1 | iex
```
That is the complete default flow. Extra copies into detected standalone
emulator directories are deliberately opt-in with `--standalone-copies`, so
automatic setup never writes outside the selected platform tree unexpectedly.
Use `python install.py --check` from a checkout for a read-only verification.
Options, environment overrides, how each platform is detected and what the
installer is allowed to write: [Installer](wiki/installer.md).
---
## Manual download
Pick the pack that matches the setup from the [latest release]({rel}),
download it, and extract the files into the BIOS folder listed below.
The metadata and website can be newer than that release: pack publication is
manual and only happens after the release gates pass.
A pack over 2 GB comes in several parts, and every part is needed. How to
open them depends on their name:
- `PackName.part1of2.zip`, `PackName.part2of2.zip`: each part is an ordinary
ZIP. Extract them all into the same folder.
- `PackName.zip.001`, `PackName.zip.002` (releases up to v2026.09.04): slices
of one ZIP, none of which opens on its own. Put them in one folder and open
the `.001` with 7-Zip or PeaZip, or join them first:
- Linux/macOS: `cat PackName.zip.0* > PackName.zip`
- Windows: `cmd /c copy /b PackName.zip.001+PackName.zip.002 PackName.zip`
### Steam Deck
| Setup | What it is | Pack | Extract to |
|-------|-----------|------|-----------|
| [EmuDeck](https://www.emudeck.com/) | Installs and configures multiple emulators, adds each game to the Steam library | [EmuDeck]({rel}) | `~/Emulation/bios/` |
| [RetroDECK](https://retrodeck.net/) | Single Flatpak app, all emulators bundled, one-click install from Discover | [RetroDECK]({rel}) | `~/retrodeck/` (the pack carries its own `bios/`) |
| RetroArch standalone | Installed from Discover, Steam, or Flatpak | [RetroArch]({rel}) | Open RetroArch > Settings > Directory > System, that is the folder |
### Windows
| Setup | What it is | Pack | Extract to |
|-------|-----------|------|-----------|
| [RetroArch](https://www.retroarch.com/) | Multi-system emulator, loads different cores for each console | [RetroArch]({rel}) | The `system` folder next to `retroarch.exe` |
| [RetroBat](https://www.retrobat.org/) | Windows frontend with EmulationStation, includes RetroArch and standalone emulators | [RetroBat]({rel}) | The `bios` folder inside the RetroBat installation |
| [BizHawk](https://tasvideos.org/BizHawk) | Accuracy-focused multi-system emulator, popular for speedruns and TAS | [BizHawk]({rel}) | The `Firmware` folder inside the BizHawk installation |
| [LaunchBox](https://www.launchbox-app.com/) | Game library manager and launcher, uses RetroArch or standalone emulators behind the scenes | [RetroArch]({rel}) | Open RetroArch (via LaunchBox) > Settings > Directory > System |
### Linux
| Setup | What it is | Pack | Extract to |
|-------|-----------|------|-----------|
| RetroArch (native) | Installed via package manager or AppImage | [RetroArch]({rel}) | `~/.config/retroarch/system/` |
| RetroArch (Flatpak) | Installed from Flathub | [RetroArch]({rel}) | `~/.var/app/org.libretro.RetroArch/config/retroarch/system/` |
| [Batocera](https://batocera.org/) | Bootable OS dedicated to gaming, runs from USB or full install, supports PC and SBC | [Batocera]({rel}) | `/userdata/bios/` |
| [Recalbox](https://www.recalbox.com/) | Bootable OS for retro gaming, streamlined interface, auto-configured | [Recalbox]({rel}) | `/recalbox/share/bios/` |
### macOS
| Setup | What it is | Pack | Extract to |
|-------|-----------|------|-----------|
| [RetroArch](https://www.retroarch.com/) | Multi-system emulator | [RetroArch]({rel}) | `~/Library/Application Support/RetroArch/system/` |
### Raspberry Pi and single-board computers
| Setup | What it is | Pack | Extract to |
|-------|-----------|------|-----------|
| [RetroPie](https://retropie.org.uk/) | The classic Pi emulation setup, largest community, most online guides | [RetroPie]({rel}) | `~/RetroPie/BIOS/` |
| [Lakka](https://www.lakka.tv/) | Lightweight RetroArch OS, minimal config, boots straight into the UI | [RetroArch]({rel}) | `/storage/system/` |
| [Batocera](https://batocera.org/) | Easy setup, works on Pi 3/4/5 and many other boards (Odroid, etc.) | [Batocera]({rel}) | `/userdata/bios/` |
| [Recalbox](https://www.recalbox.com/) | Plug-and-play experience, good for a first build | [Recalbox]({rel}) | `/recalbox/share/bios/` |
### Handhelds
| Setup | What it is | Pack | Extract to |
|-------|-----------|------|-----------|
| Android (Retroid Pocket, Odin, etc.) | Most Android handhelds run RetroArch | [RetroArch]({rel}) | `RetroArch/system/` on internal storage or SD card |
| [ROCKNIX](https://rocknix.org/) | Linux OS for ARM and x86 handhelds (RG35XX, RG552, Deck) | [ROCKNIX]({rel}) | `/storage/roms/bios/`, over SSH or the network share |
| [Batocera](https://batocera.org/) | Also images many handhelds | [Batocera]({rel}) | `/userdata/bios/` |
### FPGA
| Setup | What it is | Pack | Extract to |
|-------|-----------|------|-----------|
| [MiSTer FPGA](https://mister-devel.github.io/MkDocs_MiSTer/) | Hardware-level recreation of consoles on a DE10-Nano board | [MiSTer FPGA]({rel}) | `/media/fat/games/`, one subfolder per core |
### Self-hosted ROM manager
| Setup | What it is | Pack | Extract to |
|-------|-----------|------|-----------|
| [RomM](https://github.com/rommapp/romm) | Web-based ROM manager, plays games in the browser via EmulatorJS | [RomM]({rel}) | The `bios` folder in the RomM library, one subfolder per system |
---
## One pack per platform
The [latest release]({rel}) carries one pack for each platform, and that
pack holds everything the platform runs: the BIOS list it publishes, plus
every file its emulator cores load, read from their source code. There is no
lighter variant to choose, because a pack that leaves out a file a core needs
means a game that does not boot, with no message saying why. It is not a
guarantee either: source profiles can document files nobody has dumped or
that only the user can provide, all of them visible in the
[gap analysis](gaps.md).
Want less than everything? The installer takes `--target switch` to install
only what one machine's cores need. From a clone of the repository,
`python scripts/generate_pack.py --platform retroarch --region us` keeps one
BIOS per region and `--required-only` the bare minimum each core needs to
start; `--help` lists every way to build your own.
---
## After extraction
Launch a game and use the emulator's firmware status screen where available.
Most supported frontends find files in the documented directory automatically;
standalone emulators may still need their BIOS path configured.
If a game still asks for a missing file, check the
[platforms section](platforms/index.md) for the full file list, or the
[emulators section](emulators/index.md) for what each core expects.
"""
def generate_mkdocs_nav(
coverages: dict,
manufacturers: dict,
profiles: dict,
) -> list:
"""Generate the nav section for mkdocs.yml."""
platform_nav = [{"Overview": "platforms/index.md"}]
for name in sorted(coverages.keys(), key=lambda x: coverages[x]["platform"]):
display = coverages[name]["platform"]
platform_nav.append({display: f"platforms/{name}.md"})
system_nav = [{"Overview": "systems/index.md"}]
for mfr in sorted(manufacturers.keys()):
slug = mfr.lower().replace(" ", "-")
system_nav.append({mfr: f"systems/{slug}.md"})
unique_profiles = {
k: v for k, v in profiles.items() if v.get("type") not in ("alias", "test")
}
# Group emulators by classification for nav
by_class: dict[str, list[tuple[str, str]]] = {}
for name in sorted(unique_profiles.keys()):
p = unique_profiles[name]
cls = p.get("core_classification", "other")
display = p.get("emulator", name)
by_class.setdefault(cls, []).append((display, f"emulators/{name}.md"))
# Classification display names
cls_labels = {
"pure_libretro": "Pure libretro",
"official_port": "Official ports",
"community_fork": "Community forks",
"frozen_snapshot": "Frozen snapshots",
"enhanced_fork": "Enhanced forks",
"game_engine": "Game engines",
"embedded_hle": "Embedded HLE",
"launcher": "Launchers",
"other": "Other",
}
emu_nav: list = [{"Overview": "emulators/index.md"}]
for cls in [
"official_port",
"community_fork",
"pure_libretro",
"game_engine",
"enhanced_fork",
"frozen_snapshot",
"embedded_hle",
"launcher",
"other",
]:
entries = by_class.get(cls, [])
if not entries:
continue
label = cls_labels.get(cls, cls)
sub = [{display: path} for display, path in entries]
emu_nav.append({f"{label} ({len(entries)})": sub})
wiki_nav = [
{"Overview": "wiki/index.md"},
{"First install": "wiki/first-install.md"},
{"Getting started": "wiki/getting-started.md"},
{"Installer": "wiki/installer.md"},
{"FAQ": "wiki/faq.md"},
{"Troubleshooting": "wiki/troubleshooting.md"},
{"Architecture": "wiki/architecture.md"},
{"Tools": "wiki/tools.md"},
{"Advanced usage": "wiki/advanced-usage.md"},
{"Verification modes": "wiki/verification-modes.md"},
{"Data model": "wiki/data-model.md"},
{"Profiling guide": "wiki/profiling.md"},
{"Adding a platform": "wiki/adding-a-platform.md"},
{"Adding a scraper": "wiki/adding-a-scraper.md"},
{"Testing guide": "wiki/testing-guide.md"},
{"Release process": "wiki/release-process.md"},
{"Community tools": "wiki/community-tools.md"},
]
return [
{"Home": "index.md"},
{"Download": "which-pack.md"},
{"Platforms": platform_nav},
{"Systems": system_nav},
{"Emulators": emu_nav},
{"Cross-reference": "cross-reference.md"},
{"Gap Analysis": "gaps.md"},
{"Dump provenance": "provenance.md"},
{"Data & API": "data.md"},
{"Wiki": wiki_nav},
{"Contributing": "contributing.md"},
]
# Main
def main():
parser = argparse.ArgumentParser(
description="Generate MkDocs site from project data"
)
parser.add_argument("--db", default="database.json")
parser.add_argument("--platforms-dir", default="platforms")
parser.add_argument("--emulators-dir", default="emulators")
parser.add_argument("--docs-dir", default=DOCS_DIR)
args = parser.parse_args()
db = load_database(args.db)
docs = Path(args.docs_dir)
# Ensure output dirs
for d in GENERATED_DIRS:
(docs / d).mkdir(parents=True, exist_ok=True)
# Copy stylesheet if source exists
css_src = Path("docs_assets") / "extra.css"
css_dest = docs / "stylesheets" / "extra.css"
if css_src.exists():
css_dest.parent.mkdir(parents=True, exist_ok=True)
shutil.copy2(css_src, css_dest)
js_src = Path("docs_assets") / "site.js"
js_dest = docs / "javascripts" / "site.js"
if js_src.exists():
js_dest.parent.mkdir(parents=True, exist_ok=True)
shutil.copy2(js_src, js_dest)
# mkdocs writes sitemap.xml but no robots.txt, so nothing points a crawler
# at it. Everything published here is meant to be indexed.
write_if_changed(
str(docs / "robots.txt"),
"User-agent: *\nAllow: /\n\nSitemap: https://abdess.github.io/retrobios/sitemap.xml\n",
)
# Copy branding assets
images_dest = docs / "assets" / "images"
images_dest.mkdir(parents=True, exist_ok=True)
assets_src = Path(".github") / "assets"
for name, dest_name in [("logo.png", "logo.png"), ("favicon.png", "favicon.png")]:
src = assets_src / name
if src.exists():
shutil.copy2(src, images_dest / dest_name)
registry_path = Path(args.platforms_dir) / "_registry.yml"
registry = {}
if registry_path.exists():
with open(registry_path) as f:
registry = (yaml_load(f) or {}).get("platforms", {})
platform_names = list_registered_platforms(
args.platforms_dir, include_archived=True
)
from common import load_data_dir_registry
from cross_reference import _build_supplemental_index
data_registry = load_data_dir_registry(args.platforms_dir)
suppl_names = _build_supplemental_index()
print("Computing platform coverage...")
coverages = {}
for name in sorted(platform_names):
try:
cov = compute_coverage(
name, args.platforms_dir, db, data_registry, suppl_names,
emulators_dir=args.emulators_dir,
)
coverages[name] = cov
print(
f" {cov['platform']}: {cov['present']}/{cov['total']} ({_pct(cov['present'], cov['total'])})"
)
except FileNotFoundError as e:
print(f" {name}: skipped ({e})", file=sys.stderr)
print("Loading emulator profiles...")
profiles = load_emulator_profiles(args.emulators_dir, skip_aliases=False)
unique_count = sum(1 for p in profiles.values() if p.get("type") != "alias")
print(
f" {len(profiles)} profiles ({unique_count} unique, {len(profiles) - unique_count} aliases)"
)
# Build cross-reference indexes
platform_files = _build_platform_file_index(coverages)
emulator_files = _build_emulator_file_index(profiles)
# Generate home
print("Generating home page...")
write_if_changed(
str(docs / "index.md"), generate_home(db, coverages, profiles, registry)
)
stats = compute_stats(db, coverages, profiles)
stats["composition"] = compute_composition(db)
write_if_changed(str(docs / "stats.json"), generate_stats(stats))
# Computed once: the gap analysis page and the published gaps export must
# report the same files.
gap_report = build_emulator_gap_report(profiles, coverages, db, suppl_names)
print("Generating static API and bulk data exports...")
exports = generate_data_exports(
docs, db, coverages, profiles, stats, gap_report
)
write_if_changed(str(docs / "data.md"), generate_data_page(exports))
# Build system_id -> manufacturer page map (needed by all generators)
print("Building system cross-reference map...")
manufacturers = _group_by_manufacturer(db)
_build_system_page_map_from_data(manufacturers, coverages, db)
print(f" {len(_system_page_map)} system IDs mapped to pages")
# Generate platform pages
print("Generating platform pages...")
write_if_changed(
str(docs / "platforms" / "index.md"),
generate_platform_index(coverages, registry),
)
for name, cov in coverages.items():
write_if_changed(
str(docs / "platforms" / f"{name}.md"),
generate_platform_page(name, cov, registry, emulator_files),
)
# Generate system pages
print("Generating system pages...")
prime_system_icons({
_icon_name(mfr, console)
for mfr, consoles in manufacturers.items()
for console in consoles
})
write_if_changed(
str(docs / "systems" / "index.md"), generate_systems_index(manufacturers)
)
for mfr, consoles in manufacturers.items():
slug = mfr.lower().replace(" ", "-")
page = generate_system_page(mfr, consoles, platform_files, emulator_files)
write_if_changed(str(docs / "systems" / f"{slug}.md"), page)
# Generate emulator pages
print("Generating emulator pages...")
write_if_changed(
str(docs / "emulators" / "index.md"), generate_emulators_index(profiles)
)
public_profiles = {
name: profile
for name, profile in profiles.items()
if profile.get("type") not in ("alias", "test")
}
for name, profile in public_profiles.items():
page = generate_emulator_page(name, profile, db, platform_files, suppl_names)
write_if_changed(str(docs / "emulators" / f"{name}.md"), page)
# Generate cross-reference page
print("Generating cross-reference page...")
write_if_changed(
str(docs / "cross-reference.md"), generate_cross_reference(coverages, profiles)
)
# Generate gap analysis page
print("Generating gap analysis page...")
write_if_changed(
str(docs / "gaps.md"),
generate_gap_analysis(
profiles, coverages, db, suppl_names, registry, gap_report
),
)
# Generate dump provenance page
print("Generating dump provenance page...")
provenance_report = build_report(db, load_provenance_snapshots())
write_if_changed(
str(docs / "provenance.md"), generate_provenance_page(db, provenance_report)
)
# Wiki pages: copy manually maintained sources + generate dynamic ones
print("Generating wiki pages...")
wiki_dest = docs / "wiki"
wiki_dest.mkdir(parents=True, exist_ok=True)
wiki_src = Path(WIKI_SRC_DIR)
if wiki_src.is_dir():
for src_file in wiki_src.glob("*.md"):
shutil.copy2(src_file, wiki_dest / src_file.name)
_record(wiki_dest / src_file.name)
# data-model.md is generated (contains live DB stats)
write_if_changed(
str(wiki_dest / "data-model.md"), generate_wiki_data_model(db, profiles)
)
# Generate which-pack page
print("Generating which-pack page...")
write_if_changed(str(docs / "which-pack.md"), generate_which_pack())
# Generate contributing
print("Generating contributing page...")
write_if_changed(str(docs / "contributing.md"), generate_contributing())
print("Adding page metadata and structured data...")
decorate_markdown_pages(docs)
# Update mkdocs.yml nav section only (avoid yaml.dump round-trip mangling quotes)
print("Updating mkdocs.yml nav...")
nav = generate_mkdocs_nav(coverages, manufacturers, profiles)
nav_yaml = yaml.dump(
{"nav": nav}, default_flow_style=False, sort_keys=False, allow_unicode=True
)
# Rewrite mkdocs.yml entirely (static config + generated nav)
mkdocs_static = """\
site_name: RetroBIOS
site_description: Source-verified BIOS and firmware packs for RetroArch, Batocera,
Recalbox, Lakka, RetroPie, EmuDeck, RetroBat, RetroDECK, RomM, BizHawk, ROCKNIX
and MiSTer FPGA.
site_url: https://abdess.github.io/retrobios/
repo_url: https://github.com/Abdess/retrobios
repo_name: Abdess/retrobios
# Almost every page is generated from platforms/, emulators/ and database.json,
# so a per-page edit link would point at a file that does not exist.
edit_uri: ''
# Local implementation plans are preserved in docs/ for development sessions,
# but are not part of the public reference site.
exclude_docs: |
superpowers/**
copyright: MIT for the tooling. BIOS and firmware files are third-party system
software, preserved for personal backup, archival and interoperability.
theme:
name: material
# Open Graph tags live in overrides/main.html: the social plugin that
# would otherwise emit them needs Pillow and CairoSVG only to render a
# preview image the pages do not need.
custom_dir: docs_assets/overrides
palette:
- media: (prefers-color-scheme)
toggle:
icon: material/brightness-auto
name: Switch to light mode
- media: '(prefers-color-scheme: light)'
scheme: default
toggle:
icon: material/brightness-7
name: Switch to dark mode
- media: '(prefers-color-scheme: dark)'
scheme: slate
toggle:
icon: material/brightness-4
name: Switch to auto
font: false
logo: assets/images/logo.png
favicon: assets/images/favicon.png
icon:
logo: material/chip
features:
- navigation.instant
- navigation.instant.prefetch
- navigation.instant.progress
- navigation.tabs
- navigation.tabs.sticky
- navigation.sections
- navigation.top
- navigation.tracking
- navigation.indexes
# 400+ pages: pruning keeps the navigation out of every page's HTML.
- navigation.prune
- navigation.footer
- search.suggest
- search.highlight
- search.share
- content.code.copy
- content.tabs.link
- toc.follow
extra_css:
- stylesheets/extra.css
extra_javascript:
- javascripts/site.js
extra:
social:
- icon: fontawesome/brands/github
link: https://github.com/Abdess/retrobios
name: RetroBIOS on GitHub
markdown_extensions:
- abbr
- admonition
- attr_list
- def_list
- footnotes
- meta
- md_in_html
- tables
- toc:
permalink: true
- pymdownx.details
- pymdownx.highlight:
anchor_linenums: true
- pymdownx.inlinehilite
- pymdownx.keys
- pymdownx.superfences:
custom_fences:
- name: mermaid
class: mermaid
format: !!python/name:pymdownx.superfences.fence_code_format
- pymdownx.tabbed:
alternate_style: true
plugins:
- search
# Link rot fails the build: deploy-site.yml runs `mkdocs build --strict`.
# omitted_files stays at its default (info) so a stale local docs/ does not
# break a local build; CI regenerates docs/ from scratch anyway.
validation:
absolute_links: warn
unrecognized_links: warn
anchors: warn
"""
write_if_changed("mkdocs.yml", mkdocs_static + nav_yaml)
total_pages = (
1 # home
+ 1
+ len(coverages) # platform index + detail
+ 1
+ len(manufacturers) # system index + detail
+ 1 # cross-reference
+ 1
+ sum(
1 for profile in profiles.values()
if profile.get("type") not in ("alias", "test")
) # emulator detail pages (aliases/tests remain metadata-only)
+ 1 # gap analysis
+ 1 # which-pack
+ len(list(Path("wiki").glob("*.md"))) # wiki pages copied verbatim
+ 1 # generated wiki/data-model
+ 1 # contributing
+ 1 # data and API
)
stale = _sweep_generated(docs, GENERATED_DIRS)
print(f"\nGenerated {total_pages} pages in {args.docs_dir}/")
if stale:
print(f"Removed {stale} page(s) nothing produced this run")
from sitewrite import ( # noqa: E402,F401
_produced,
_record,
_undecorated,
write_if_changed,
write_decorated,
_sweep_generated,
)
from sitesources import ( # noqa: E402,F401
_repo_pins,
_forge_sources,
_source_permalink,
_source_ref_markdown,
)
from siterender import ( # noqa: E402,F401
_by_mode,
_render_yaml_value,
_slugify_anchor,
_system_page_map,
_system_link,
_platform_link,
_emulator_link,
_fmt_size,
_pct,
_admonition_body,
_escape_tags,
_icon_name,
_icon_url,
system_icon_markdown,
prime_system_icons,
_icon_available,
SYSTEM_ICON_BASE,
ICON_CACHE_PATH,
)
if __name__ == "__main__":
main()