Virtual Jaguar libretro v3.8.0

Correct by default. Flip Out runs, Fight For Your Life boots on the real BIOS, Club Drive
has sound under HLE, White Men Can't Jump stops tearing, and Doom netplay holds 60 fps.

v3.8.0 is the "Correct by default" release (milestone "v3.8.0 — Correct by default", epic
#746). It fixes titles that needed a non-default setting or misbehaved in one boot mode,
makes the per-title database explain itself in the frontend, and adds a release gate that
blocks a tag when any corpus row moves backward. There is one new core option (the
GameDrive SD card) and one new value for an existing option. The savestate format moves
from v16 to v17; v3.7.1 and older states still load (see Savestates).

Several fixes here are verified headlessly only, not yet in RetroArch. Each one says so
below, and they are collected under Known issues.

Highlights

Flip Out runs in both boot modes. 1, 2 and 4 MB cartridge images now repeat across
the cartridge window as on hardware (#855, #851).
Fight For Your Life (1996) boots on the real BIOS. Power-on RAM is now zero-filled in
BIOS mode, as it already was in HLE (#868, #856).
Club Drive has audio under the default HLE boot. DSP interrupts are taken at the
DSP's next instruction instead of inside an event callback (#849, #744).
White Men Can't Jump gameplay stops tearing at default settings, through a new
"68000 only" value for Blitter Bus Timing (#870, #736).
Music Demo, Ruiner Pinball and Native Demo (bin) no longer run their DSP or GPU into
garbage (#862, #869, #872, #873).
Doom 2-player netplay holds 60 fps instead of dropping to 30 Hz. Play over Wi-Fi is
still slower than single player (#861, #871, #860).
The GameDrive SD card works, backed by a folder on your device (#844, #783).
The frontend explains per-title presets, and options that apply only at load say so
(#847, #859, #863).

Game fixes

Cartridge titles

Flip Out (#851, #855). The game checks the long at $A02000 and executes ILLEGAL
if it does not match. A 2 MB cartridge drives only the address lines it has, so on
hardware its image repeats at $A00000; the core returned 0 there. HLE looped
ILLEGAL/RTE from about frame 320 and BIOS trapped into the boot ROM at about frame
810. Images of exactly 1, 2 or 4 MiB are now mirrored (1 MB every MB, 2 MB at $A00000
and $C00000, 4 MB once at $C00000), matching the MiSTer core's cart_mask; the JTRM is
silent on this. In a headless run HLE reaches the high-score screen by frame 1000 and BIOS
the title screen by frame 1200. A 160-cart A/B changed only Flip Out, plus one pixel in
Fight For Your Life, where a blit reads past the end of the 4 MB image. The cart window
past an image is also cleared on load, so a previous title's bytes no longer survive a
reload in the same session. Headless-verified only.
Fight For Your Life (1996), real BIOS (#856, #868). The game sizes a fill from a RAM
word nothing ever writes. BIOS mode filled power-on RAM with a per-word random pattern,
so the fill overran into the GPU's parameter block, the GPU wrote a bad pointer, and the
68K took an address error into the boot ROM at frame 1032. HLE zero-fills and never hit
it. BIOS mode now zero-fills too. Power-on DRAM contents are undefined on hardware, but
real parts come up in near-uniform runs, not independent random words. RAM-loaded images
and the first 8 bytes are still preserved. One known cost: the JaGol intro seeds its Game
of Life from power-on RAM and now shows an almost empty field (see Known issues). test_ffyl_856 now runs 1400 frames to game
code. The good dump is CRC B14C4753; the [a1] dump is an authentic BIOS reject.
Headless-verified only.
Club Drive audio under HLE (#744, #849). Club Drive was silent under the default HLE
boot (in a sweep of 97 start-up I2S phases, 5 were silent on develop and 0 with the fix). The core vectored the DSP inside the I2S event
callback; the 68K then rewrote D_PC while the DSP was running (JTRM v8 p.110 allows that
only while it is idle), so the interrupt service routine never ran and the game never
re-armed it. The interrupt is now latched and taken at the DSP's next instruction.
Club Drive HLE went from RMS 0.0 to 2948.6. A 160-cart A/B was framebuffer-identical in
both modes, and the audio pair is unchanged on Wolfenstein 3D, Doom, White Men Can't Jump,
Iron Soldier 1 and 2, Skyhammer, Atari Karts, Raiden, Tempest 2000 and Zoop. Confirmed by
ear in RetroArch on iOS (Doom, Wolfenstein 3D, Club Drive, Music Demo).
White Men Can't Jump gameplay tearing (#736, #870). v3.7.1 turned Blitter Bus Timing
on for this title to fix its intro logo. That also made the GPU wait out each of its own
blits at worst-case cost, so the GPU's draw started late and in 86 of 125 fields was
still running when the 68000 swapped buffers: horizontal tears and sprites missing for a
field. Blitter Bus Timing gains a "68000 only" value that stalls just the 68000, and
the title's preset now uses it. The intro logo fix still holds (boot frames 0-300 hash
identically; the logo is 43.8% lit). Over two 600-frame stretches of the attract match,
reverted frames / spliced frames went from 68/12 and 95/15 to 21/2 and 23/4. Some
flicker remains. Headless-verified only (fb_flicker_probe).
Music Demo DSP runaway (#853, #862). The DSP code stores D_FLAGS to change register
bank and then sets r31 in the next instruction. On hardware that instruction still sees
the old bank (JTRM v8 p.109); the core switched immediately, so the stack pointer landed in
the wrong bank and the first interrupt returned into garbage. The bank switch now waits
out the two-instruction retire window, and jump/jr commit it before their delay slot
so the Doom and Wolfenstein 3D epilogues behave as before. A 160-cart A/B (HLE and BIOS,
1200 frames, framebuffer and audio) was byte-identical except Music Demo. The crash
watchdog now also sees DSP runaways in HLE. Confirmed in RetroArch on iOS: Music Demo
runs in both modes with no watchdog lines.
GPU G_FLAGS retire window (#865, #869). The GPU gets the same two-instruction window
as the DSP. No title is known to change. Unit-tested (test_gpu_ops 66/66). A partial
corpus A/B (98 carts, 1200 frames) was 98/98 identical in HLE and 96/98 in BIOS, the two
differences being harness artifacts, and the release cart matrix (which includes this
change) has no backward row. A per-frame A/B of the whole corpus and a visual check are
still owed.
Ruiner Pinball GPU escape (#866, #873). store Rn,(r15+Rm) was the one GPU long-store
form that did not drop the low address bits, so a word-aligned store split across two
longs, a jump table went wrong and the GPU ran off into DSP RAM at frame 56. Every form
now aligns, as the MiSTer RTL addresses GPU local RAM by bits 11:2 only. Ruiner Pinball
loses its gpu_pc_escape and video_stall in both modes. The core does not yet claim the
game is playable. Headless-verified only.
Native Demo (bin) boots (#866, #872). This headerless binary is linked at $5000,
but every address it uses also fits $4000, so the loader picked $4000 and the GPU ran
away at frame 1. On a tie the loader now prefers the base under which LEA targets point
at Jaguar I/O descriptor tables. Across 141 resolvable carts only this title changes base.
It now reaches game code with video in both modes, like the .jag version.
Headless-verified only.

Netplay

Doom 2-player netplay holds 60 fps (#860, #861, #871). The per-frame wait for the
partner's link byte ignored how long the rest of the frame took, so frames overran vsync
and the core ran at 30 Hz with half-rate audio. The wait now fits in what is left of one
frame, with a self-adjusting margin. In the simulator (3 ms each way) Doom went from 14.5
to 22.2 image updates/s with overruns from 30/s to 0. #871 adds an idle-side wait: a side
that only answers used to finish its frame early and cost the link a whole video frame per
byte. Simulated tic rates rose from 16.3 to 20.8 at 3 ms each way and from 8.9 to 16.0 on
a jittery Wi-Fi profile. A [NETLINK] link stats line now appears in the log every 5 s
while a link carries traffic.
- On iOS to iOS over Wi-Fi the maintainer saw #861 hold 60 fps, but players still moved at
  about half single-player speed. A Doom tic is 12 one-way single-byte hops, each costing a
  network round trip, so better waiting cannot fix the rest. Epic #864 (two Jaguars in one
  core with standard rollback netplay) tracks it. #871 gains are simulator numbers and
  have not been measured on a device.

GameDrive SD card (#783, #844)

GameDrive software can now open, read, write, seek, list and stat files on an SD card
backed by a host folder: jaggd-sd inside the frontend's save directory (system directory
if there is none). This is what JagOS 'Spot', homebrew with streamed assets and screenshot
tools use. Paths are confined to that folder: .., drive letters, FAT-invalid characters
and symlinks are refused, and names match case-insensitively.

New option Jaguar GameDrive SD Card (virtualjaguar_jgd_sd): Read/write (default),
Read-only, Disabled. It is active only when the GameDrive is (Jaguar GameDrive: Auto
for images over 6 MB, or Enabled).
Open files are saved in savestates (see below). Loading a state never creates, truncates
or appends to a file, but writes already made stay made, so run-ahead and netplay can
repeat host-side writes. See docs/jgd-interface-notes.md.
Hardened before release: a directory read with a bad handle no longer copies host memory
into the game, and a state loaded with no card configured reopens nothing.
Not yet: GPU and asynchronous reads still return -1. Tested with a synthetic probe only;
acceptance with a real JagOS ROM is pending.

Per-title database and frontend

Compatibility presets (#748, #842). A per-title setting is now either an
enhancement (the performance profile may withhold it) or a compatibility setting (never
withheld, and it must cite the ticket for the real fix so it can be retired). White Men
Can't Jump's Blitter Bus Timing row is the first compatibility row. Your own option value
still wins over any preset.
CD titles can have rows (#747, #843). Discs are keyed by the CRC32 of their boot stub,
which is the same across CUE, CHD and CDI rips of one pressing. The disc table ships empty
in this release. Every CD load logs [titledb] disc boot stub CRC32 $XXXXXXXX. Seven
homebrew discs share one loader and so share a key; audio-only discs have none.
The frontend explains presets (#841, #847, #850, #859). At load RetroArch shows an
on-screen notice naming the presets applied (for example "White Men Can't Jump: Blitter Bus
Timing on (compatibility preset)") and says when the performance profile withheld or
demoted one. Option sublabels describe the current state. The core never rewrites your
option values. Options that apply only at load now start their description with "Restart
required: applied when content is loaded." With a CD loaded, cartridge-only options
(GameDrive, GameDrive SD card, enhancement hooks, blit memo) are hidden.
BIOS and PAL apply only at load (#858, #863). Changing an unrelated option mid-game
used to switch the boot ROM flag back off on GPU-only carts and real-BIOS CD boots, and
PAL switched clocks live while the frontend's AV timing stayed at the load-time standard. Both options now take
effect at the next content load; a mid-game change writes a one-time "takes effect on
restart" line to the log.
Towers II no longer defaults to 2x internal resolution; it gave no visible gain (#809,
#848).

Savestates

States are now v17. v16 and older states still load. v17 states do not load in older
builds.
One chunk is appended after BLH1: JGF1, the GameDrive SD handles (per open file the
card-relative path, access and position; per open directory its path and position). A
state from another machine works because paths are card-relative. A missing file comes back
closed.
The DSP (#862) and GPU (#869) retire windows are stored in spare bits of an existing byte,
with no layout change. Older states load as "no window pending".
Details: docs/savestate-compat.md.

Testing

Release gate against the v3.7.1 tag, run on the corpus machine
(docs/release-process.md). The matrices were swept on develop 0a820e5 and the suite ran
on c556940; the two differ only in the regenerated matrix docs (#874). test/tools/matrix_diff.py: 0 rows moved backward in either
matrix.

Cart corpus, 155 titles (Fast blitter). HLE: 155/155 reach game code. Real BIOS: 141
reach game code and 14 are BIOS_REJECT.
- The 14 are not regressions. BIOS rows are now scored from the boot-ROM handoff instead
  of frame 0 (#852, #854), so a dump the boot ROM refuses (the red "Jaguar" screen) no
  longer counts as running just because the logo animation played. They are alternate or
  bad dumps and BIOS-only demos: Assassin Demo Part 1, Drumpad2, Fight For Your Life
  [a1] and [a2], Hubble Fade, Hubble Nebula, Iron Soldier [a1], Kasumi Ninja [a1],
  Phase Zero, Rayman Demo (two), Super Cross 3D (this dump; the good one is CRC
  EC22F572) and Ultra Vortek Beta (two).
- 8 rows improved: Ruiner Pinball (HLE and BIOS) and Native Demo (bin) (HLE and BIOS) lose
  their GPU escape and video stall; Music Demo (BIOS) goes from ? (pc_escape) to game
  code; Jaguar Server 50 Hz and 60 Hz and Painter (bin) (BIOS) lose inframe_hang.
- Flip Out and Fight For Your Life (1996) do not show as improved: the old matrix already
  scored them as game code (Flip Out's HLE ILLEGAL loop runs in cartridge space, and the
  old BIOS rows counted the boot-ROM intro).
CD corpus: 28 of 28 discs reach game code in both modes, no row changed.
JaguarDemos full suite (49 public demos): no regressions against the updated baseline.
Three rows were rebaselined from PASS to FAIL (JaGol, algorip, solidWaves); see Known
issues.
The matrices record a stage plus coarse video and audio flags; they cannot see most
rendering or audio changes. The cart matrix runs the Fast blitter only.
make TEST_EXPORTS=1 test exits 0 on the corpus machine with the private ROMs, and the
audio pair actually ran: Skyhammer 0.000% saturated (RMS 3083.3), Iron Soldier 2 0.000%
(RMS 2598.3), Iron Soldier 1 presence in envelope, Club Drive HLE presence and clipping
clean (RMS 2948.6). Four checks were skipped for missing optional inputs (UDP broadcast
between local processes, a live Fountain ROM, a CHSE-capable chdman, a Red Book disc).

Developer and CI

Release gate (#749, #846). test/tools/matrix_diff.py OLD.md NEW.md compares two boot
matrices and exits 1 if any row moved backward or gained a crash-watchdog signature.
docs/release-process.md makes it a pre-tag step. test/test_matrix_diff.sh (43 checks)
runs in make test.
BIOS scoring (#852, #854). cart_boot_probe finds the boot-ROM handoff itself
(--post-handoff N); classification moved to test/tools/cart_classify.sh, which adds
BIOS_REJECT and ? (bios_trap).
Harness: --input-bitmasks exercises the joypad bitmask path RetroArch uses (#857). It
came out of re-triaging the FMV report #737, where no core defect was found.
Netlink tooling: netlink_sim (a deterministic Doom-link simulator),
netlink_btrace_report.py, and jitter, spike and loss options for netlink_delay_proxy.
New and extended tests: test_jaggd_fs, test_jgd file API, test_titledb,
test_pertitle_db 13-17, test_disk_control 9-10, test_option_explain,
test_option_visibility, test_cart_needs_bios mid-session arm, test_dsp_unit 17-21,
test_music_demo_dsp_bank, test_gpu_ops retire-window and alignment cases,
test_cart_format mirror and tie-break cases, fb_flicker_probe, and ROM-gated
test_flipout_851, test_ffyl_856 and test_ruiner_866.
test_jaggd_fs builds as gnu99 and the SD-root join is bounded (#845).

Known issues

Verified headlessly only, not yet in RetroArch: Flip Out (#855), Fight For Your Life
BIOS (#868), White Men Can't Jump tearing and intro logo (#870), Ruiner Pinball (#873),
Native Demo (bin) (#872), the GPU retire window (#869), the BIOS/PAL latching notice
(#863), the frontend preset notices and option hiding (#847, #859) and the GameDrive SD
card (#844). #871 netplay gains are simulator numbers.
Doom netplay over Wi-Fi stays slower than single player; epic #864.
White Men Can't Jump still flickers somewhat, less than before (#736).
JaGol (JaguarDemos, Outline 2023) shows an almost empty field: it seeds its Game of
Life from power-on RAM, which is now zero in BIOS mode. No uniform fill suits every title
(a random fill breaks Fight For Your Life, an $FF fill breaks homebrew that expects zeroed
memory); #876 tracks a better model. The JaguarDemos baseline also marks algorip and
solidWaves as failing: their earlier pass came from random RAM shown before the intro drew
(algorip renders correctly; the probe's sampling misses it, #877).
Ruiner Pinball no longer crashes its GPU; whether it plays correctly is unconfirmed.
Still open in this milestone: the HLE-vs-BIOS asymmetry list (#744), I-War needing
Hardware Timing options (#634) and Checkered Flag's frame cap (#656).
Closed without a code change: the FMV interactive-scenes report (#737). Input works
in both boot modes with RetroArch defaults; Space Ace's scenes need the right direction
within about half a second.

Upgrading

Savestates: v16 and older load; v17 states do not load in older builds.
New option: Jaguar GameDrive SD Card (default Read/write; creates jaggd-sd in the
save directory when GameDrive software uses it).
New value: Blitter Bus Timing "68000 only". Existing values keep their meaning.
BIOS (Cartridges) and PAL now change only on the next content load.
BIOS-mode power-on RAM is zero-filled, as in HLE (it was a per-word random pattern).

Downloads

Pre-built libretro cores are attached to the GitHub release, built by release.yml (24
targets). Each binary has a matching debug archive, and SHA256 checksums are in
SHA256SUMS.txt. Every push to develop publishes a nightly pre-release:
https://github.com/libretro/virtualjaguar-libretro/releases/tag/nightly

Maintainers

Joseph Mattiello, with the Virtual Jaguar libretro contributors. Original Virtual Jaguar
by David Raingeard (Potato Emulation) and James Hammons.

Artifacts in this release

SHA256SUMS.txt
cue2cdi-linux-x86_64
cue2cdi-macos-universal
cue2cdi-windows-x86_64.exe
jagcd-tools-linux-x64.zip
jagcd-tools-macos.zip
jagcd-tools-windows-x64.zip
virtualjaguar_libretro-android-arm64-v8a-debug.tar.gz
virtualjaguar_libretro-android-arm64-v8a.so
virtualjaguar_libretro-android-armeabi-v7a-debug.tar.gz
virtualjaguar_libretro-android-armeabi-v7a.so
virtualjaguar_libretro-android-x86-debug.tar.gz
virtualjaguar_libretro-android-x86.so
virtualjaguar_libretro-android-x86_64-debug.tar.gz
virtualjaguar_libretro-android-x86_64.so
virtualjaguar_libretro-emscripten-wasm-debug.tar.gz
virtualjaguar_libretro-emscripten-wasm.bc
virtualjaguar_libretro-ios-arm64-debug.tar.gz
virtualjaguar_libretro-ios-arm64.dylib
virtualjaguar_libretro-linux-aarch64-debug.tar.gz
virtualjaguar_libretro-linux-aarch64.so
virtualjaguar_libretro-linux-i686-debug.tar.gz
virtualjaguar_libretro-linux-i686.so
virtualjaguar_libretro-linux-rpi1-armv6-debug.tar.gz
virtualjaguar_libretro-linux-rpi1-armv6.so
virtualjaguar_libretro-linux-rpi2-cortex-a7-debug.tar.gz
virtualjaguar_libretro-linux-rpi2-cortex-a7.so
virtualjaguar_libretro-linux-rpi3-cortex-a53-debug.tar.gz
virtualjaguar_libretro-linux-rpi3-cortex-a53.so
virtualjaguar_libretro-linux-rpi3_64-cortex-a53-debug.tar.gz
virtualjaguar_libretro-linux-rpi3_64-cortex-a53.so
virtualjaguar_libretro-linux-rpi4-cortex-a72-debug.tar.gz
virtualjaguar_libretro-linux-rpi4-cortex-a72.so
virtualjaguar_libretro-linux-rpi4_64-cortex-a72-debug.tar.gz
virtualjaguar_libretro-linux-rpi4_64-cortex-a72.so
virtualjaguar_libretro-linux-rpi5-cortex-a76-debug.tar.gz
virtualjaguar_libretro-linux-rpi5-cortex-a76.so
virtualjaguar_libretro-linux-rpi5_64-cortex-a76-debug.tar.gz
virtualjaguar_libretro-linux-rpi5_64-cortex-a76.so
virtualjaguar_libretro-linux-x86_64-debug.tar.gz
virtualjaguar_libretro-linux-x86_64.so
virtualjaguar_libretro-macos-arm64-debug.tar.gz
virtualjaguar_libretro-macos-arm64.dylib
virtualjaguar_libretro-macos-x86_64-debug.tar.gz
virtualjaguar_libretro-macos-x86_64.dylib
virtualjaguar_libretro-switch-debug.tar.gz
virtualjaguar_libretro-switch.a
virtualjaguar_libretro-tvos-arm64-debug.tar.gz
virtualjaguar_libretro-tvos-arm64.dylib
virtualjaguar_libretro-vita-debug.tar.gz
virtualjaguar_libretro-vita.a
virtualjaguar_libretro-windows-i686-debug.tar.gz
virtualjaguar_libretro-windows-i686.dll
virtualjaguar_libretro-windows-x86_64-debug.tar.gz
virtualjaguar_libretro-windows-x86_64.dll
virtualjaguar_libretro.info

SHA-256 checksums

Verify with sha256sum --check SHA256SUMS.txt (Linux) or
shasum -a 256 --check SHA256SUMS.txt (macOS).
See SECURITY.md
for full verification instructions and antivirus false-positive guidance.

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