nethersx2-turnip-classic documents the shim rules of the revision it
pins, and says so in prose: the classic build is that revision. Compared
to HEAD it reported the same two changes every pass, and recaling would
have repointed its refs at rules this build never had.
pin_frozen says the freeze is deliberate, and the profile is then judged
against its own revision, exactly as one pinned to a superseded tag
already was. Recale and bump are refused for it, which is what makes the
declaration safe to trust.
A recale rewrites the located tokens and leaves the sentence alone, so a
prose run keeps `a.c:228, 1439-1443` while the rendered form drops the
space. Comparing the two literally made a run that had just been written
look unwritten, pending_recale counted it, and bump_commit refused for
ever.
mariani was held back by three of them: it recaled twenty-five refs and
could never advance its pin, which is the desync the all-or-nothing rule
forbids. 67 refs, all anchored.
openbor.c is 55k lines at the pin and 57k at HEAD, over a ceiling of
40k, so its ref reported CHANGED with nothing to act on: the mapping was
never attempted. Diffing that pair takes nine seconds, and the fallback
only runs once exact anchoring has failed, which is rare.
The ceiling now sits above it and still stops a pathological pair from
stalling a sweep of every profile. savesettings moved from 2675 to 2940
and the range maps cleanly.
The diagnostic caught a ref whose file was missing at the pin. nestopia
showed the other shape: the file is there and the line is not yet. Its
palette and database loads were cited at 2041 and 2063, which is where
HEAD carries them, against a pin four hundred lines shorter, and that
reported as a plain GONE with nothing to act on.
A cited line past the end of the pinned file that fits HEAD is the same
finding as before and now says so. nestopia's pin moved to the revision
its refs describe: 8 refs, all anchored.
Recaling refs while the pin stays put produces exactly the state the
all-or-nothing rule exists to prevent: a profile whose refs describe one
revision and whose source_commit names another. The tool manufactured it
on mariani, where three prose runs it could not rewrite kept
bump_commit refusing while eleven refs had already moved.
Asking for both writes is now atomic. The work happens on a copy, which
is promoted only when the pin follows, and a rebase is refused outright
when something visible beforehand will hold the pin: an annotated ref,
one under a mode key, or a prose run whose tokens cannot be located well
enough to rewrite. Where the block only appears after the write, the
copy is discarded and the profile is named on stderr rather than left
half moved.
mariani is back on its pin and stays at four refs to read, which is
honest: three of them have to be rewritten by hand before anything can
advance.
kenji-nx cited tmp/es-de/ANDROID.md:470-474, a path from the machine of
whoever profiled it. No revision of any declared repository holds it, so
profile_sync could only report it missing, every pass, forever, and no
amount of reading would ever settle it.
validate_schemas now refuses a scratch directory, an absolute path, a
Windows drive path and one climbing out of the tree, and names the
offending citation rather than the scalar that carries it. Offline, so it
runs on every push and every pull request rather than waiting for a
network pass.
The ES-DE citation reads as external now, which is what it always was.
kenji-nx is at 37 refs, all anchored: the three changed blocks were var
giving way to explicit types.
An empty file list is the one assertion here that ages unwatched. Nothing
can go missing and no ref can drift, so nothing notices when a core that
embedded everything grows a path. virtualjaguar said "No external BIOS
files are required or loaded by this core" while its source had grown
eleven filenames read from the system directory, and only a reading
found it.
fileless_audit looks for the request itself, the system directory ask, in
the sources each profile already cites. Over the 151 fileless profiles it
named eleven, of which two were covered by data_directories, six carried
an exclusion_note, and three had nothing written down at all: craft
writes its world database in that directory, dice stores the answer in a
variable no other file in the tree names, lutro hands it to the Lua game.
Each now says so.
The check settles: declared files, a declared directory, or a written
answer all end it, so what it reports is the set nobody has read yet. A
test holds the corpus at zero.
profile_sync follows content, so a ref that drifted still anchors where
the cited text went. That is drift detection working, and it cannot
answer the only question a MAME romset ref asks: does this line declare
this set. It flagged five refs in one driver file where nineteen were
stale, the fourteen others having been relocatable somewhere plausible.
mame_ref_audit asks the stronger question and found ninety-two across
the four profiles whose upstream still moves: mame 66, mamearcade 18,
mamemess 6, groovymame 2. Each had exactly one declaration to point at.
The frozen generations, mame2009 through mame2016, come out clean, which
is the check saying it finds drift only where drift can happen.
The set name is argument 1 of the machine macro. Matching it anywhere on
the line matches every clone naming it as parent, which is most of a
driver, and comments are stripped first because a declaration can sit
behind one. A set no machine declares is reported as not judgeable, not
wrong: device archives take their DEFINE_DEVICE_TYPE shortname.
Saying those profiles would stay open no matter what was wrong. A dead
forge is a verifiable fact, and a fact can be recorded: upstream_gone
carries why, and the profile stops being an open problem. The refs
describe the last revision anyone could reach, which is all any reader
can ask of them.
The declaration is guarded rather than trusted, because a forge can come
back and a profile that keeps asserting a death nobody rechecks is worse
than one that fails loudly. Declared and unreachable reports as a
recorded fact; declared and answering reports as the contradiction it
is, and the profile has to be read again.
yuzu and suyu carry GitHub's 451. citron carries the loss of
git.citron-emu.org and the squatter now sitting on the .com. Each names
what was probed and when, so the next reader retraces it rather than
repeating it.
A ref whose file is absent at the pinned revision reported "pin revision
missing", which reads as code that vanished. When the same file is at
HEAD and the cited range fits it, nothing vanished: the ref was written
against HEAD while source_commit still names an older revision, and the
profile describes two trees at once. The reason now says so, because the
fix is the pin and not a hunt for a move that never happened.
This is the state three profiles were left in during their own
reprofiling, against a warning the repository already carries. A range
that overruns HEAD stays a plain miss, and a file absent from both
revisions is unchanged.
Four Switch profiles were unverifiable and said so on stderr every pass.
yuzu and suyu answer 451, citron's host stopped resolving, and
git.eden-emu.dev returns 403 to anything that is not a browser. Each
aborted its own report, so nothing could be said about any of them, and
the noise repeated on every run over the whole corpus.
A withdrawn forge is now a fact rather than a failure. GoneError covers
451, 410 and a host that does not resolve; none is retried, since three
attempts with backoff end in the same place. Those profiles land in
their own summary bucket, out of the review backlog where nobody could
act on them anyway. A 403 stays what it was, a refusal, because small
Forgejo instances behind anti-bot filters issue it routinely.
A profile can now name a source_mirror, consulted after source and
upstream so a live primary always decides attribution. Reaching it took
two more changes: a repository that refuses is muted for the rest of the
pass instead of ending it, keyed by host as well as slug because a
mirror carries the same slug on another forge; and a refused miss is not
cached, or the mute would answer for the mirror that was about to be
asked.
eden now reads from its Codeberg copy, which holds the same head and the
pinned commit: 5 refs, all anchored, where the profile could not be
checked at all. yuzu, suyu and citron have no mirror that serves
content, and now say so once instead of failing loudly.
A ref citing a bare filename, the way prose does, was matched against the
HEAD tree alone. A file that moved since the pin then resolved to its
HEAD path, which does not exist at the pin, and the ref reported GONE
with "pin revision missing": it failed for the one reason it never
should, its own success at HEAD.
The pin tree is searched first, HEAD stays the fallback, and the rename
search carries the pin path forward as it does for any written path.
This is what the resolver already documents for prefixed and suffixed
paths; the bare-name branch was the one that did not follow it.
linapple cites Memory.cpp, src/Memory.cpp at its pin and
src/apple2/Memory.cpp today. Its refs now name where the code went
instead of reporting it missing.
--backfill-commits and --realign-prose have always printed what they
would write. --rebase-refs and --bump-commit took the flag and printed
nothing, so the only way to read a plan was to let it happen, and the
recale and the pin had to be done in two full network passes with
--force in between.
Both now plan. The plan runs the production write path over a throwaway
copy rather than a parallel branch, so it cannot drift from the write,
and the planned bump reads the text the recale would have left: a pin
held back by prose the same pass would move is no longer reported as
blocked. One pass does both, recale before bump on each profile.
bump_commit also stopped announcing a rewrite of the pin to the value it
already held. On the corpus that was 126 of 232 announcements, which
buried the 106 profiles that did move.
SHA256SUMS.txt sat beside the artifacts it vouches for, so whoever could
rewrite a release rewrote the list with it. The packs were already
reproducible, which answers corruption and lets a third party rebuild an
archive byte for byte; nothing answered a rewritten release.
The list is now signed with an ed25519 key kept for this alone, and the
public half is allowed_signers at the repository root, so verification
does not go through the release page: ssh-keygen -Y verify against the
committed file, then sha256sum --check. Rehearsed on all three outcomes:
a good signature, a tampered pack caught by the sums, a rewritten list
caught by the signature.
The release steps sign and upload the signature, the README points a
downloader at the procedure, and the reproducibility section says what
each half proves. Rotation keeps retired lines so past releases stay
verifiable. Three tests hold the trust root, the signing step and the
documented principal in agreement.
The home page and the stats export counted every file carrying a
provenance record, the provenance page and the README only the system
files. The site published 553 and 566 for the same quantity, one click
apart, and the export paired the wider count with composition.systems as
its denominator. common.count_catalog_matched is now the single source,
scoped to the systems bucket.
The FAQ had drifted from the profiles it describes: MAME pinned at 0.287
against 0.289 in mame.yml, Adler-32 attributed to Dolphin's IPL rather
than the DSP ROMs that carry known_hash_adler32, and the per-emulator
verbose report named as the only content check on an existence platform,
which skips the DISCREPANCY line the platform report raises itself.
Tests read both sides: no generator may count matches inline, and each
FAQ claim is checked against the profile or the script that owns it.
A destination can be declared by more than one system, bare in one and
hash-constrained in another. generate_pack resolves that with
_preferred_entries so the constrained sibling claims the destination;
generate_manifest never did, and named whatever answered to the name.
RetroDECK's bios/d2fdc.zip is the case: declared with an md5 in the
arcade system and bare under apple-ii. The pack carried the right
archive, 262 bytes reached through the MAME clone map, while the
manifest sent install.py to a 256-byte Apple II ROM. Downloading the
ZIP and running the installer gave different files.
A test now hashes every manifest entry a platform pins and compares it
against what the platform declares: 3295 entries, on the platforms whose
frontend reads the bytes. It accepts any of several declarations for one
destination, the member-composite MD5 Recalbox pins for arcade archives,
and Batocera's 29-character prefixes. Reinstating the old manifest entry
fails it.
The contributors block is the only part of the README that comes from
the network, and a refused request returned an empty list, which deleted
the section. That happened during a pipeline run and the result was
committed; the freshness check then regenerated the section and failed
on the difference.
An unavailable list now republishes the one already there and says so.
Losing it is a worse answer than a stale one, and it makes an offline
regeneration additive rather than destructive. Reverting the change and
simulating the same outage empties the section again.
Pinning every member's metadata made packs reproducible and took the
executable bit with it. The RetroDECK pack ships the two Voxatron engine
binaries, and extracted at 644 they cannot be run.
Git records the bit, so reading it from the source file keeps a pack the
same from any clone. Nothing else about the source's mode reaches the
archive: 2569 members ship at 644 and 942 at 755, which is what the
builder produced before the pinning.
Nothing caught this. The comparison that proved the pinning inert
checked member names, CRCs and sizes, and mode is none of those. A test
now builds a runnable payload and asserts it survives extraction.
RetroDECK rebuilds to the same bytes twice and passes its integrity
check, 2008/2008 baseline and 1551/1551 cores.
The verifier and the builder each resolved the profiles a run names, in
thirty-five lines that differed only in how they failed: one exits, the
other returns empty-handed. An alias is the same binary under another
name and a launcher only starts an emulator, so neither has requirements
of its own, and both refusals have to say the same thing.
common raises now and each caller chooses its own ending. Six tests hold
the refusals, one of them reading both sources so a copy cannot grow
back. The manifest's core-complement phase comes out of generate_manifest
in the same pass, 60 to 34.
Verified inert: manifests identical entry for entry, and the Handy pack
rebuilds to the same bytes.
Resolving the profiles a run names, which refuses an alias or a launcher
because neither has requirements of its own, and the structural checks
on an archive that hold whatever it contains: a duplicate entry, an
absolute path, a traversal, a zero-byte member. Complexity 58 to 50 and
63 to 51.
Extracting the second surfaced a Counter it had been reading from the
enclosing module, which pyflakes caught before the tests did.
find_undeclared_files decided per entry whether a core requirement can
be a gap, through a chain that mixed two skips whose difference is easy
to lose. Some record the requirement as settled so no other profile
reconsiders it; the rest leave it open, because the same file can be
libretro-only in one profile and standalone-only in another and the key
carries no emulator.
The chain returns a named verdict now, complexity 60 to 45. Twelve tests
cover the verdicts and two more cover the distinction end to end: a
standalone-only entry seen first must not answer for the profile that
needs the file. Collapsing the two skips into one passes every other
test in the suite and fails that pair.
The markdown report wrote to a directory named after the tooling that
happened to produce it. It takes --report-dir now, defaulting to
reports/, so nothing in the tree names anything but the project.
Em-dashes replaced throughout the sources and tests, rephrased rather
than swapped for a comma where the dash carried an apposition.
Two decisions taken before a byte is written come out of generate_pack.
Which declaration wins when several claim one destination: a platform
may declare the same file bare in one system and hash-constrained in
another, and first-come dedup would let the bare one pack whatever
answers to the name. And which regional or slot alternatives the pack
leaves out, decided once over the baseline and the core extras together.
Complexity 170 to 142. The Recalbox pack rebuilds to the same bytes as
before the change, and the manifests and site are unchanged on frozen
inputs.
_collect_emulator_extras ran three passes in one body: the undeclared
files a platform's cores need, a second copy of an archive under the
subdirectory some cores read, and the scan a filename-agnostic core
allows. The last two are named now, complexity 98 to 54.
The archive-prefix pass had no test, and extracting it surfaced why that
mattered: it read an index from the enclosing scope, so on its own it
would have raised. Three tests cover it, including the case it exists to
prevent - claiming a prefixed path for an archive the collection does
not hold.
resolve_local_file is an ordered chain where the order is the policy:
content first, then a declared path, then a filename. The last steps -
the walk through the cached data directories and the shape-only match a
filename-agnostic core allows - were inline, and the predicate judging a
candidate found by name was a closure with no test of its own.
All three are named now, and the predicate is the interesting one: it
decides whether a file the walk found by filename actually satisfies
what the entry declares. Sixteen tests cover it, including the truncated
MD5 prefixes Batocera publishes and the case where one hash matches
while another is contradicted. Accepting a name match without checking
content fails nine of them.
Complexity 164 to 143. Verified inert against the previous revision on
frozen inputs.
A pack was still not a function of its inputs. ZipFile.write copies the
source file's mtime into the member: the wall clock for an archive this
build rebuilt in tmp/, the checkout time for a file from the collection.
Two consecutive builds of the Recalbox pack differed on 348 members
whose content matched byte for byte, and a pack built from a fresh clone
could never match one built from another.
Every member now goes through one writer that stamps the epoch the
archive rebuilder already uses, streaming the content so a firmware
image of several hundred megabytes is not read whole.
The pack was already covered by a two-builds-are-identical test, which
passed: its fixture held no romset, so it never reached the rebuild
path. The fixture has one now, and reverting the writer fails both that
test and the new one.
Verified on the real collection: Recalbox and RetroArch rebuild to the
same bytes twice, contents unchanged from the previous revision (1319
and 4517 members, zero CRC differences), and both still pass their
native integrity check.
generate_emulator_page rendered the header, the metadata rows, the
platform block, every structured field and the file table in one body.
Four pieces come out - the scalar rows, the platform block, the
collapsible fields, and the predicate deciding whether the collection
holds a file - and the page reads as the sequence it always was.
Complexity 68 to 51, each new piece A or B rank.
Verified against the previous revision on frozen inputs: every generated
page identical.
Abdessamad Derraz