validation: [romdir] walks a PS2 ROM directory the way the profile's
fork reads it, masked_sha1 hashes a file with a byte range cleared, and
size_multiple bounds a size to a granule. The resolver name steps, the
pack and manifest scans, the emulator expansion and verify call the same
content_fits. A PCSX2 companion is taken only beside an image that
passes, and a companion placeholder no longer seeds a scan of its own.
Recalbox 10.1.1 builds the wxWidgets-era libretro PCSX2 for x86_64 at
408e3b2 with 0003-bios-path.patch, which moves the BIOS scan from
pcsx2/bios to ps2, and lists it as the libretro core pcsx2 of the ps2
system. Since lrps2-9485a53 took the ps2 name no profile described it.
pcsx2-libretro-408e3b2 is built_by recalbox under the name pcsx2, beside
standalone PCSX2 and LRPS2. It reads <bios>.rom1, rom2, erom, nvm and
mec beside the selected image. GameIndex.yaml and the patch archives are
compiled in.
Two filename-agnostic cores reading one BIOS folder each scan the same
images. The second scan stopped at an image the first had placed, so a
companion only the second core opens never reached the pack: Recalbox's
libretro PCSX2 reads <bios>.erom beside the images LRPS2 placed in ps2/.
The notes open on the command and the handheld app, then the full packs
for a device without internet, the setups the command alone serves, what
changed, everyone who helped since the start (read with gh, --thanks FILE
for a checked list) in a folded block, and the full changelog from the
previous release's record commit.
check_release reports a launcher in the checksum list as unrecorded and
one attached as extra, as it does for install.py. The release steps no
longer run build_port, and the checksum and upload globs name the packs
(*_BIOS_Pack*.zip) so a launcher left in dist/ is never caught.
-romdir replaces the ROM directory (src/getconf.cpp:282-290, 529),
and RetroPie writes -romdir $biosdir/pc88 into quasi88.ini
(scriptmodules/emulators/quasi88.sh:67). Its 19 ROMs move from rom/
to pc88/ in the RetroPie pack, manifest and verify.
build_port's four archives carry install.py pinned by SHA-256, so they
change with the installer, not with the packs. The site now builds them
from its own commit and serves them under get/handheld/. Each get/ page
of Batocera, KNULLI, ROCKNIX and AmberELEC names its file, size, hash,
folder and menu, and get/linux-handhelds/ does the same for muOS, ArkOS,
dArkOS and JELOS. The installer's handheld section opens on a download
table, both tables written from sitehandheld.LAUNCHERS.
KNULLI sets AetherSX2's [Folders] Bios to bios/ps2
(aethersx2Generator.py:219), yet its 112 PS2 BIOS files went to the
BIOS root. Three causes:
- a record's passes_to was split into words, so "[Folders] Bios"
could not be told from "[Filenames] BIOS". ini_keys() adds the
section-qualified key a profile names in standalone_directories.
- scans_dir records hand a folder too (ROCKNIX's bios/armsx2,
EmuDeck's PCSX2 and ARMSX2) and were not read as handed.
- the agnostic scan looked its seeds up by the id of the profile's
entries, while it walks the copies platform_layouts makes: any
bound layout scanned nothing. Copies map back to the profile's
entries by position.
An agnostic profile's entry the layout reads outside the BIOS tree
is now named by the gap report (outside_bios_folder) instead of
dropped: ARMSX2's arcade/proverb.zip on ROCKNIX and EmuDeck.
Batocera 43.1 builds libretro/ps2 at 416291a with 001.bios-dir.patch and
Recalbox 10.1.1 builds it at 9485a53 with 0001-recalbox-paths.patch. Both
patches move the BIOS scan from pcsx2/bios to ps2, and Recalbox also moves
the data root to system/ps2. Each build gets its own built_by profile:
lrps2-416291a under Batocera's pcsx2 name, lrps2-9485a53 under Recalbox's
ps2 name.
A platform's own build now answers for its own build mode only on a
dual_mode_cores name, so Batocera keeps standalone PCSX2 beside its
libretro build.
A profile standalone copy was dropped when the manifest held its file
under two destinations. With the libretro PS2 cores' pcsx2/bios/ scan,
DuckStation's ps2_scph50006.bin and ps2_scph50008.bin copies left the
Batocera, Recalbox and RetroBat manifests. Same bytes at every path
are one source: the copy whose cores name the emulator, else the
shortest path.
LRPS2 and PCEE2 name their BIOS <bios>.bin, which resolves to no
file, so the platform pack's agnostic scan never anchored pcsx2/bios/
for them. On RetroArch yaps2 anchored it and the files carried only
yaps2 as their core. On Batocera and RetroBat, where yaps2 does not
run, pcsx2/bios/ stayed empty or held only the platform's own list.
The scan now takes the folders where the system's other profiles
resolve a hashed dump of that shape, the evidence the emulator pack
already used, and a companion (<bios>.nvm) looks where its image is
proven.
The release carries the packs, the handheld launchers and the signed checksum list. The installer and the file lists are pinned from the tag (installer page, For packagers), and check_release.py now refuses them as unrecorded files. The notes link each pack's files on the release itself, in a beginner's page: one idea per line. The handheld section links the latest release.
--verbose set it and no run cleared it, so a later run in the same process ended its clock message with the raw SSL text. Also: --target named again in its refusal, three names mypy read as another type, a semicolon and a tooling file named in test comments.
A query word matches the start of a longer word. Since the index grew,
the "2" of "playstation 2 bios" matched the 2026 of every page's date
line and the "u" of "wii u bios" the "use" of Next steps, so the
PlayStation and Nintendo pages held every query word and ranked above
the PlayStation 2 and Wii U pages. Both blocks carry
data-pagefind-ignore now: search_gate answers 58 of 58 queries, the
four console pairs by 9 to 14 percent. Batocera's pages weigh 882
bytes more for it.
KNULLI builds amiberry from Batocera's package through its batocera
submodule: the reference now names knulli-linux at 20260511, the tag
platforms/knulli.yml is read at, and the package file below the
submodule. check_freshness follows a path .gitmodules declares to the
commit the tree pins, which reads AMIBERRY_VERSION = v7.1.0 there.
RetroBat pins amiberry 8.3.0.0 only in emulators/versions.xml on its
download server, read by emulatorLauncher/Installer.cs. No repository
holds it, so amiberry-8.3.0 keeps pin_frozen, which says so, and no
pin_build.
The Batocera pages name its Amiberry build twice, now as 'Amiberry
8.0.0 (facaaeb, Batocera)': 20 more bytes each on the 1,356,360
measured at 27c33b966, so the byte budget is 1,356,400.
Batocera's pages now name the cores its x86_64 RetroArch downloads.
Each file lists every core reading it with its citations, the Game
Boy Advance going from 4 readers to 10, and Elektronika BK, FM Towns
and Nintendo DS passed the part budget. On the gate's built site at
27c33b966 the platform weighs 13 pages, 15,662 elements (under the old
18,854) and 1,356,360 bytes, 145,243 more than the 1,211,117 recorded.
The page and byte budgets take those measured values.
The PlayStation section opened on psxonpsp660.bin under 'every
region': since sets carry the requirement, ARMSX1's region-free member
of its required BIOS set counts as required, and the world line came
first, above the scph files most emulators read, and its card first.
A file read for every region is a stand-in for each region's BIOS, so
that line now follows the territories.
The Apple II start now leads on BizHawk's and Mednafen's files, a tie
of two readers with CLK's and POM2's apple2e.rom. The test named that
one file. It now checks that every start file is a link, its intent.
The parity test cut each MISSING line at the first space. openMSX's
ROM names hold spaces (Japanese MSX-Write (1986) (Ascii) (J).rom), so
the msx pack's list read 'Japanese' where verify named the file. Both
sides now name the same 81 files.
The amiberry profiles written today name the A2000 keyboard MCU ROM
by the hashes amiberry's ROM table gives (crc32 c23d280e, sha1
b5c4b8c3, rommgr.cpp:141-142), and openmsx-libretro names
nms8245_disk.rom by the two sha1 openMSX's machine file accepts. The
collection holds neither: its D8039HLC.rom is crc32 fb92a773 and its
nms8245_disk.rom is sha1 c3f3ca45. Both are real gaps, recorded with
their reason.
ROCKNIX's folder rows naming yabadabadoo now resolve to its profile,
since the platform lists the libretro cores it installs and yabadabadoo
is a build it makes. The reason recorded for it outlived its row.
A release asset absent from the checkout is omitted from the install
list. That omission named only the first core reading it: harm1.wad,
action2.wad and delaweare.wad named gzdoom, so install.py --target
rpi1, where lzdoom runs, kept nothing the builder's list for rpi1
omits. The omission now names the cores of the claims folded onto the
entry too.
test_install loads its own install module. Its free-space test ran
main() in process without naming the OS, so on a WSL host main()
entered WSL mode and left _WSL active in that module, for the rest of
the process. Any test of the module run after it, as when the module
is named twice on one command line, read D:\bios as /mnt/d/bios. The
test now runs as Linux and restores _WSL on exit.
An executable is refused unless an emulator profile pins its exact bytes by sha1 or sha256. PICO-8's pico8.exe and SDL2.dll, from the official 0.2.7 archive, are pinned by the lexaloffle profile; md5 and crc32 never vouch for code.
Run on the device detection found (KNULLI, Batocera), the last line said to start that system, which is already running. A computer still names its emulator, and a card mounted on one is still put back.
Five test cores moved from type: test to role: test. The page
generator already leaves them out by role, the surface test still read
the old type and counted 653 profiled cores against the page's 648.
The rule's strategies moved from resolve_platform_cores to
_platform_profiles, and the test read the old function. It now reads
both. The page named ROCKNIX among the lists naming retroarch, which
it no longer does since its list names the libretro cores it
installs, and said nothing of installable_cores: a downloadable core
designates libretro builds and counts under --target only on the
boards whose downloader offers it.
Six messages on stderr ran 26 to 35 words before the option to give. Each now says the problem and the remedy in at most 25 words, and a test measures every stderr message against that budget.
xemu loads wpcap.dll with a plain LoadLibrary (winpcap-loader/loader.c),
and it works only with the Npcap driver, whose installer puts it on the
DLL search path. The schema has no marker for a file a separate system
install provides, so the entry is unsourceable with that reason. The
copy at the BIOS root of RetroBat, RetroDECK and eight other platform
lists, which no search order reaches, leaves them.
Each Cxbx build reads its data from the folder its settings.ini sits
in, which RetroBat writes beside the binary: the three profiles name
Settings::GetDataLocation, so keys.bin, EmuDisk and EmuMediaBoard go to
emulators/<folder> on RetroBat instead of the BIOS root. RetroBat writes
cxbx-reloaded's EEPROM.bin and xemu's eeprom.bin and xbox_hdd.qcow2
itself (installed_on), and mounts an .iso with its own tool, so Cxbx's
dokan2.dll is never loaded there (unread_on).
The xemu generator writes eeprom.bin and xbox_hdd.qcow2 into
saves/<system> from its own resources and passes both in xemu.toml,
copies chihiro_eeprom.bin between saves/chihiro and the emulator folder,
and points the Chihiro snapshot store at saves/chihiro. The Cxbx
generator runs each build from its emulator folder (chihiro, chihiro-ds,
cxbx-reloaded, else cxbx-r), where it writes settings.ini, writes
EEPROM.bin into cxbx-reloaded for an Xbox, and mounts an .iso with its
own xbox-iso-vfs.exe after checking the Dokan 2 runtime. Nine records,
read at emulatorLauncher ca486005.
A program the launcher runs from its own folder is no launcher read
left to collect. xemu-chihiro lists the two files it generates,
chihiro_eeprom.bin and chihiro_snapshots.qcow2, as unsourceable.
The amiberry and hatarib extractors give a search record and its copy
record one list object, and PyYAML wrote it as &id001 and *id001.
platforms/retrobat.yml, batocera.yml and knulli.yml carried such
anchors. The platform dumper now writes every list out, and the two
files the RetroBat scrape does not rewrite are dumped again through it:
their content is unchanged.
RetroPie lists KS 1.3 as kick34005.A500, and its fs-uae launcher
passes $biosdir/kick13.rom. The listed copy settles fs-uae's entry by
content, so the launcher layer never offered it, and kick13.rom
reached the pack only as a copy of UAE4All2's amiga/kick13.rom: the
x86 boards, without UAE4All2, lost it. An entry the list settles under
another name now answers the launcher's place by its own name.
The first profile reading a requirement hosts the others' claims,
and two ways of dropping the host dropped them too. DraStic brings its
own usrcheat.dat, and DSPerate, which reads the same file, lost it
wherever DraStic runs. A missing file was recorded for its first
reader alone: NAPALM.GRP named Raze, Data.rsdk Sonic Mania. A list
built for a board without that reader carried what the full list
left out, and install.py --target disagreed with the builder on
ROCKNIX, KNULLI, Batocera and RetroPie boards.
A board's core list names Batocera's standalone amiberry and the
buildbot's amiberry core alike, so install.py --target kept the
amiberry 8.5.0 libretro files on bcm2711, whose RetroArch downloads
nothing. resolve_platform_cores decides that reach, and the install
list now carries its answer as downloaded_cores, read by the
installer's narrowing for a target.
The builder tested only the first installable name of a profile:
Batocera lists higan_sfc_balanced and nside_sfc_balanced, the x86_64
downloader offers the second, and the core left the x86_64 pack with
its Super GameBoy files.
RetroPie builds amiberry 5.7.2 and 6.3.3, one per board, both in
$md_inst of its amiberry package. Each build recorded roms/kick.rom
and whdboot/AmiQuit in the emulator's folder apart, and
install/retropie.json listed both destinations twice. A file read
outside the BIOS tree is now keyed by the folder the platform installs
the listed name into, and one omission names every core reading it.
Since ddafc2ff4 a pack's manifest.json holds install_list and
targets, which install.py reads with the pack alone. The pack schema
refused both. It now names them, and validate_schemas.py checks each
against the install and target manifest schemas.
Five lines the default text hid are back where the user reads them:
- the result names each failed file again, after Exit too;
- a run, --check, the plan and the result count the files an emulator
needs that are not available here, --verbose or Details naming them;
- --check names each copy that fails its check, the files that sit too
deep and what a run copies, and says such a copy is backed up; only
the plain missing files wait on --verbose;
- the plan and the result keep the count of save files left out and the
remedy, the reason going to Details;
- the plan counts the --from files that could not be read where no row
names them, and says another drive to add.
Exit codes are unchanged. The result's word budget rises by the failed
file line.
The full-screen journeys sum the words of every screen they stop on,
and one screen of them may show 90 at most. The same journeys in line
mode keep to their lines and words, print every default line again with
--verbose, and run to their end with no terminal and no --yes. A path
is no word: its length is the machine's.
The plan, Confirm and the result say what happens, its size, where and
the next step. Their counts, free space, backup and save notes, kinds,
reasons a file is left out, per-file failures and commands move to a
Details screen: d on the plan, Confirm and the result, the Details row
on the plan, Y, o or Tab on the result. Opened on the result, they are
also said in the terminal after Exit. Installing lists the files that
went well only with --verbose, and --verbose draws every line in place.
The log line reads Log: so that Details names one thing.
--check prints its count, the folder and the remedy in both modes, so
that --verbose prints every default line. Each golden screen gets a word
budget per size, and a test proves the screen and its Details together
equal the --verbose screen.
Abdessamad Derraz