make_demo.py records a second variant: the full-screen interface at the
640x480 screen of an R36S, on an ArkOS root made with bwrap, started as
the Tools menu launcher starts it (RETROBIOS_PAD=gptokeyb), driven by the
keys gptokeyb sends for the buttons. demo.json holds one entry per
variant with its alt text. No Windows variant: under pwsh on Linux the
installer's summary gives --dest /mnt/e/bios back.
The quick install box of Get your files gets an "On the device" tab with
the handheld recording, the terminal recording under the others but
Windows, and, under the text of each computer tab, a drawing of opening
the terminal and pasting (sitesteps.py, inline SVG in the theme's
colours, title and desc). The terminal steps name the physical action.
emulatorLauncher 228731e0 lists ten PS2 BIOS in one group: one held file
is enough and Program.cs reports the others OPTIONAL. The scraper keeps
group and optional, verify and the pack check apply the same rule.
MiSTer gains FM-7, Sharp X1 and VideoBrain boot ROMs, RetroArch three
CD-i files, RetroPie fake08, RomM 5.4.1. RetroBat follows emulatorLauncher
ca486005 (FM Towns reduced to the four ROMs Geartowns reads), ROCKNIX
20261101 (AetherSX2 dropped upstream, its PS2 BIOS now under armsx2/).
EmuDeck targets gain the new buildbot cores.
parallel_dc (libretro/flycast renamed), hyperscanemu, hypseushw, n64emu
and odin reached the RetroArch buildbot after the last targets scrape and
resolved to no profile. Targets rescraped, each core profiled from its
source.
MiSTer and BizHawk declare cores: []. --region, --one-per-slot and
--no-game-data read the profiles of the cores a platform runs, so their
packs and manifests withdrew nothing under a name and README that said
they had. generate_pack and verify now refuse the flags for a named
platform and leave it out under --all.
The v4.8 release publishes four images (Amlogic-ng, GameForce,
OdroidGoAdvance, OdroidM1, read from its asset names). The metapackage
(packages/sx05re/emuelec/package.mk:8-77) builds the S922X cores, dolphinSA
and mame only on Amlogic-ng, Amlogic-no, RK356x and OdroidM1, and removes
duckstation on the handhelds with a sed that replaces the first match only:
pcsx_rearmed, written twice, keeps its 64-bit build. Each package is mapped
to its cores by the .so or program its install step copies, PKG_ARCH is
applied as scripts/build:28-30 does, and es_systems.cfg is edited per
device as emuelec-emulationstation/package.mk:114-143 does. Amlogic-ng and
OdroidM1 list 124 cores, the handhelds 117.
RetroPie was the only platform with status: archived, which kept it out
of verify --all, slots, the pipeline and list_platforms unless
--include-archived was typed. release_pack already decides which packs a
release publishes and the installer serves every platform, so the status
set nothing apart. The field, its schema entry and the flag are gone, and
RetroPie is covered by every full run like any other platform.
AmberELEC's metapackage adds LIBRETRO_CORES_EXTRA (bsnes, Mesen, melonDS, geolith) only on RG552, RG353 and RG503, and deletes those cores from es_systems.cfg on every other device (packages/amberelec/package.mk:23-31, 45-58 at a21975bf). The new target scraper reads the Makefile's device images, that test and es_systems.cfg the way the platform scraper does: RG351P, RG351V and RG351MP list 125 cores, the other three 136. The installer reads the device from COREELEC_DEVICE in os-release (scripts/image:168).
Native RetroArch on Linux keeps retroarch.cfg under $XDG_CONFIG_HOME/retroarch when the variable is set, and falls back to ~/.retroarch.cfg (file_path_special.c fill_pathname_application_data, configuration.c open_default_config_file at e98e1da0). Detection read ~/.config/retroarch only.
The target scraper kept its own copy of the EmuScripts table and took
.ps1 files the platform scraper never read, so emudeck-we's template
skeleton was published as a core and removed afterwards by an override.
Both scrapers now read emulator_of_script, and the platform scraper
lists the installers at the pinned revision, as launchers: and the
SteamOS target already did. Targets rescraped, override dropped.
The target scraper stripped -sa from every standalone package while the platform scraper keeps both spellings. vice-standalone, scummvm-standalone and supermodel3 answer to vice-sa, scummvm-sa and supermodel-sa only, so every targeted ROCKNIX build left them out. Both now read standalone_emulators(), and the targets are rescraped at tag 20261001.
The platform scraper kept lr-dosbox-pure as dosbox-pure, which matched the standalone DOSBox Pure Unleashed profile, while the target scraper wrote dosbox_pure. Both now read core_name(), and platforms/retropie.yml is rescraped at its pinned revision 46128cd2: only the libretro core names change, and six Unleashed files leave the RetroPie manifest.
Lakka keeps /storage on the card's ext4 partition (Lakka-LibreELEC
4696b48f scripts/mkimage:72, 95), which Windows and macOS do not open, and
its page offered them a card route. card_run is now [linux], and a page
with no Windows route says only Linux opens the card.
Batocera and KNULLI write the image name, not the board, to the card's board file (post-image-script.sh). The target scraper now records each board's images from Config.in, the target lists carry them, and the installer maps a card's image to its board. KNULLI's boot/knulli.board is read too.
Each registered platform running a core that reads a data directory was checked against its own image at the revision its platform YAML pins. A platform that installs the tree goes in installed_on, one that never opens it in unread_on, and one that leaves it to the user joins for_platforms. The install steps are cited beside each _data_dirs.yml entry.
KNULLI builds per board on Batocera's Kconfig model from its own tree (knulli-cfw/knulli-linux at the tag platforms/knulli.yml pins): configs/knulli-*.board, package/system/knulli-system/Config.in, knulli-es-system/es_systems.yml and the knulli-cfw/buildroot submodule. Ten boards, the armhf library builds excluded.
Continued if-conditions were cut at their first line, so GLES3 held on every board, and selects guarded by a negation stayed on once fired. Derived flags are read line by line, each pass rebuilds the symbol set from the board, and the architecture comes from the board's BR2_<arch> choice.
GitLab refused the hundred raw reads per IP. A GitLab directory is now
read from one archive request, else a shallow sparse git fetch, and the
cache keeps its file list so offline runs know what is absent.
Each board builds system.ini against its defconfig: a core whose package
the board does not enable is dropped (pisnes was the SNES default
everywhere), and a system with no core is not built. The row names the
default most boards share, board_defaults the others. A files: list
names whole files and is carried as files through the index and the
installer.
A folder no name resolves, run by a core of several machines, now holds
those machines: thomson, multivision and pcv2 had no fallback, so their
games got no file. Arcade-indexed cores keep naming files per set.
The games importers wrote through fixed .part names, the new options had
no help text, and romfolders stopped on the first setup the offline cache
lacked. RetroArch's rom folder map is regenerated from its source spec
(path null, as the schema says). The installer's Python 3.8 job imports
the games tests without pyyaml, so the region rules load lazily.
The site serves install.sh at /retrobios/i and install.ps1 at
/retrobios/i.ps1. generate_site.py writes both copies with the
installer address set to install.py at the commit the site is built
from (GITHUB_SHA in CI, HEAD locally), so the pinned SHA-256 and the
downloaded installer always come from one commit, including while a
deploy is still running.
Every command a user copies names the short address. The raw form
stays on the installer page as the fallback. Deploy Site now runs on
changes to install.sh and install.ps1. The install box weight keeps
the address length its ratio was fitted on, so no console page moves.
install/<platform>.json wrote the constant "1.0" as the version of the
list it was built from. The manifest now carries the version the platform
YAML records, and generate_pack refuses a YAML without one.
inherits: no longer passes a parent's version to a child: Lakka was
published as RetroArch v1.22.2 in its manifest, pack name and site page.
lakka.yml records v6.1, the Lakka-LibreELEC tag its target list is read
at. The MiSTer scraper refuses a BiosDB without a timestamp instead of
writing an empty version.
A pack's manifest.json records list_version, so an install from the pack
alone knows it too. Manifests regenerated twice and compared: only
version and generated changed.
Line mode finds mounted cards, shows its menu and names the folder for a
pack, asks the folder instead of taking a default, and lists setups in the
screen's order. Devices have one spelling each, matched without case,
spaces or punctuation, and a device several systems run lists them all.
--tui --dest reads a card as --plain does. Card boundaries read every
parent up to a mount point from mountinfo. --offline with --yes counts the
files it leaves out as pending, never as failed. The P3 points of
code_audit_15 and tui_audit_8 follow.
card_choice is the one reading of a card's root for --dest, the setup
list with --dest, a card listed, browsed, typed or numbered: a blank
stick named for KNULLI, ROCKNIX or a system no card file names gets its
folder below the root and the same note on the screen and in line mode,
kept on Create the folder? and the plan. The MinUI family refuses a blank
--dest. A card mounted as BIOS is that card, a folder inside another
system's card is refused up to the drive's mount point, a list named for
another system's card gets a note, a refused --dest emits an error
event. AmberELEC and EmuELEC get a card setup.
Offline, every surface says missing, not failed: no retry line, no
--from after --from, Nothing installed when nothing was, --check counts
what needs the internet, a suggested command keeps --offline.
Drive letters under WSL for every path option, shown as D:\.
The setup list names each card system's devices and puts the cards after
RetroArch when nothing is found (Onion: 4 presses at 40x12, was 10), the
filter and the line menu take a device name, one match is chosen in one
press. Line mode names the BIOS folder and the card picked, leaves the
save directory files out before its menu, offers f) to copy from a
folder. Confirm shows no Install while it counts, Back from the systems
lands on Install, help keeps its column, one spelling per device.
Abdessamad Derraz