- PhaseEnd_Phase10.md: resident engine blob byte-identical from source (8e17e02f) at 100%
INCLUDE_ASM; the binary-agnostic toolchain proven on a real 2nd binary; main still 143dbb89
- docs/SETUP.md §6.7: the resident first-instantiation + the reusable flat-blob <bin> recipe
(per-binary OBJS prune, build_path=build, flat config, leading-data-word-as-rodata); 2 new
Ghidra tools in the inventory (R21)
- rule R24 (per-binary compiler/SDK provenance — resident is PsyQ 4.7 vs EXE 4.0)
- worklog archived CURRENT_PHASE.md -> phase-ends/logs/Phase10.md (R19)
- bumps project version 1.9.0 -> 1.10.0
- tools/ghidra_import_raw.sh (NEW): raw-blob importer (BinaryLoader + --loader-baseAddr +
PSX:LE:32:default) — the Gen2 counterpart to ghidra_import.sh (PS-X-EXE only); reusable for
Phase-13 location overlays. Imports the resident blob as program 'resident' @0x800CEDF8.
- tools/ghidra_scripts/DefineFunctions.java (NEW): seed splat's validated entry points
(.run/<prog>_funcs.txt) — raw-binary auto-analysis finds only the reachable subset (23/143);
this defines all 143 (created=120/existed=23/failed=0). R9-verified 143 funcs persisted.
- FINDING: DetectPsyQ reports the resident is PsyQ 4.7.0 (the EXE is 4.0.0); the lone in-range
PsyQ-signature hit is DsMix (libsnd -> resident holds the sound driver). 4.7 .LIBs DEFERRED to
Phase 11 start (Drew); carried to PhaseEnd Notes. Phase 10 needs nothing from 4.7.
- config/symbols.resident.txt: seed DsMix (R13 candidate, 4.0-sig vs 4.7 blob — confirm in Phase 11);
stacked under symbols.us.txt, applied on re-extract -> resident still 8e17e02f BYTE-IDENTICAL (R22),
main still 143dbb89 (no regression)
- Makefile: per-binary GHIDRA_PROG -> 'make sig-refresh BINARY=resident' (.run/sig.resident.jsonl)
- dup_report.resident now real (6 byte-identical intra-resident groups — Phase-11 dedup fodder)
- ghidra DB committed (R23, MCP stopped): new resident program 00000003.* (+ main db.15->16 no-op)
- diff_settings.py + progress.py/difficulty.py/dup_report.py: add the `resident` BINARIES entry
(build/resident/, config/check.resident.sha, src/resident, asm/resident/nonmatchings, per-binary docs)
- dup_report.py: degrade gracefully when the Ghidra sig (.run/sig.resident.jsonl) is absent —
write a placeholder + exit 0 instead of crashing the whole `make report` (sig is a T4 export)
- progress.py: scope linked_subsegs() to BINARY==main — PsyQ library linking is the EXE's layout
(Phase 8, gated ifeq BINARY,main), so a second binary has 0 LINKED (was: listed main's libs)
- Makefile expected: per-binary-safe — drop `rm -rf expected/build` (clobbered every sibling
baseline); refresh only the active binary's image dir + merge-copy (cp never deletes siblings)
- reports: resident = 0 REAL / 143 INCLUDE_ASM stubs / 100% stub (correct); main UNCHANGED
(52 REAL / 959 LINKED / 50.24%); both expected/ baselines coexist (verified)
- matching-cookbook §9.6 "Scaling library linking to the whole EXE": the survey-first
approach, gen_lib_subsegs.py + the section-size boundary gotcha, the combined-region
pattern for interleaved libs (make_snd_used/make_apicard_used, alias dedup by byte-match),
scattered-.bss cross-object exclusion (by address), the incremental-.ld clean-rebuild
gotcha, and the LINKED honest-metric note
- SETUP.md: add the 3 new Phase-8 tools to the tool inventory (R21)
- libspu and libsnd interleave in 0x3A444..0x4239C (the 800-subseg tail), so they link
as ONE combined region rather than two tangled passes
- NEW tools/make_snd_used.py: build the curated combined dir — merge both libs by vram,
pick the byte-matching object per aliased address (link_object), exclude 4 addresses
that don't reconcile in-region (kept as byte-identical stubs):
0x3C438 S_R/S_W, 0x3D424 S_GRMDT/FB/T — scattered-.bss commons, cross-object (§9.1)
0x3D94C S_IH/UT_RON — false placement (inside libsnd SSSTART.o)
0x3FA64 VM_F (237 ins) — scattered-.bss commons (the one real loss)
- subsegs via gen_lib_subsegs.py (9 snd blocks + 8 sgap game/excluded-stub gaps);
integrate window 0x3A444..0x4239C; region byte-verified 60/60
- src/800.c trimmed at [0x3A444,0x4239C): kept 732 items < 0x3A444 (ALL matched C +
game + the deferred SSGM stub preserved), 0 real-C moved
- dual byte-gate PASS: 143dbb89 with and without the sound objects
- LINKED 710 -> 935 (+225); REAL still 43; byte-identical 48.66% (nearly half the EXE)
- deferred: SSGM.o @0x1BD80 (isolated, matched-C region, 8 ins)
- NEW tools/gen_lib_subsegs.py: generate splat subseg lines + integrate stub list for a
multi-block library (section-size-correct block ends — bakes in the libc2/T6 boundary
gotcha so it can't recur). Reused for libspu/libsnd next.
- libgte = GTE math, 53 objects in 22 blocks across the old 800b region (game code
interleaved as 800b/800b_2..800b_7). Resegmented from the generator; integrate window
0x4787C..0x51804 so it sees exactly the 22 in-region blocks
- 5 libgs-gap libgte objects (MTX_05/07/11/REG03/REG11) DEFERRED — gsgap1/2/4/5 stay
stubs (gsgap2 != MTX_07 exactly, needs a sub-split); documented in worklist
- progress.py linked_subsegs() now resolves `$(VAR)` stub lists (LIBGTE_STUBS) — the long
multi-block lists are passed via a make var
- region byte-verified 58/58 (clean, no scattered .bss); rm'd src/800b.c (region starts
with a lib block) so splat regenerates the fragments; 22 src/libgteN.c + 6 game frags
- dual byte-gate PASS: 143dbb89 with and without the libgte objects
- LINKED 590 -> 710 (+120); REAL still 43; byte-identical 37.93%
- reordered remaining libs value-first (libspu/libsnd next; dense libcard/libapi last)
- splat: libc2 C stdlib in 2 blocks — main 16-obj run libc2_1 (BZERO/MEMCPY/STRCMP/
PRINTF/PRNT[jtbl ok]/.../SETJMP) split from 800c, + STRCAT.o libc2_2 split from
800c2; new game-code fragments 800c3 + regenerated 800c2
- region byte-verified 17/17; PRNT.o printf-format jtbl resolves via NOLOAD .rodata
- BOUNDARY GOTCHA found + fixed: SETJMP.o .text is 0x80 B (8-align pad), not the
0x78 psyq_identify reports (30 ins) -> the libc2_1/800c3 boundary was 8 B too low,
overlapping SETJMP's padded tail; the relink inserted +8 padding and shifted the
whole downstream image (56k diff bytes, +8 file len). Fix: boundary = last obj's
readelf .text size (0x5CE18), not ins-count. Lesson recorded in docs/psyq-worklist.md
- when a library block sits at a subseg start, rm the old .c so splat regenerates it
- dual byte-gate PASS: 143dbb89 with and without the libc2 objects
- LINKED 528 -> 590; REAL still 43; byte-identical 32.25%
- splat: split 800c into [800c][libmcrd1][800c2][libmcrd2]; LIBMCRD.o (2186 ins,
the 55 LIBMCRD_OBJ_* + _card_* memcard I/O) and USERFUNC.o (68 ins) are 2
non-adjacent blocks split by game/libc2/libapi/libcard code (800c2)
- Makefile LIBMCRD_* + gated psyq_integrate libmcrd1,libmcrd2 + -T
- region byte-verified: 2/2 objects, 27 .bss commons all recovered (not scattered)
- src/800c.c trimmed (0 real-C moved); src/{libmcrd1,800c2,libmcrd2}.c committed
- dual byte-gate PASS: 143dbb89 with and without the libmcrd objects
- LINKED 424 -> 528; REAL still 43; byte-identical 29.29%
- NB: these are the libmcrd SDK objects; the game SaveLoadRoutine/Q#5 is Phase 12
- splat: split 800b2 into [800b2][libgpu][800c]; libgpu block = EXT.o+PRIM.o
(vram 0x80058890-0x80059234, holds LoadClut/LoadClut2 + primitives)
- SYS.o (3109 ins) EXCLUDED — scattered-.bss commons (cookbook §9.1, the GS_001
class): SYS references .bss by section+offset but the original linker scattered
the commons across 0x80078xxx/0x800c5xxx, so no single NOLOAD base reproduces it.
Stays a byte-identical INCLUDE_ASM stub in 800c; documented in docs/psyq-worklist.md
- curated dir .run/obj40/libgpu_used = {EXT,PRIM} (validates the _used mechanism for
the later alias libraries); Makefile LIBGPU_* + gated psyq_integrate + -T
- src/800b2.c trimmed; src/libgpu.c + src/800c.c committed (stub records); the trim's
9 "moved" items were all splat-auto empties (regenerated identically, 0 real lost)
- dual byte-gate PASS: 143dbb89 with libgpu objects AND without (stub fallback)
- LINKED 375 -> 424; REAL still 43; byte-identical 24.32%
- docs/gen2-roadmap.md: approved Gen2 plan (phases 8-15; finish-EXE-first,
two-repo LATE public flip, substantial exit) + Backup & disaster-recovery policy
- back up irreplaceable / hard-to-re-source artifacts to the private remote (R20):
- track ghidra/ (the RE database; *.lock/tmp*.ps transients excluded)
- tools/psyq/ working libs/tools (minus the two >100MB raw source archives)
- tools/bin/*.tar.gz (old-gcc cc1 compiler sources; extracted binaries stay regenerable)
- tools/ghidra-ext/ (GhidrAssistMCP 2.8.0 + ghidra_psx_ldr 2026.06.04 installer zips)
- .claude/settings.json: SessionStart + SessionEnd hooks (auto-start / clean-save the
headless Ghidra MCP); moved out of the gitignored settings.local.json so they are backed up
- docs/SETUP.md: document the MCP server lifecycle + persistence model + session hooks (§2.8),
a tooling inventory, .run/ runtime scratch (§1a), and the backup posture (§ Backup) — R21
- .gitmodules: ignore=dirty on the 4 submodules (maspsx/asm-differ/m2c/decomp-permuter) —
silences the phantom "modified" state from generated pycache + cross-filesystem filemode;
gitlinks unchanged (still at the pinned commits)
- rules R20 (back up irreplaceable work + gathered tooling; loosens R8) and R21 (keep
SETUP.md current) recorded in memory; to be formalized at the next PhaseEnd
- LzssDecodeSector (0x80018730): asm-differ score 0, make check BYTE-IDENTICAL;
NON_MATCHING guard dropped (C is the default build)
- closed the session-E ~4 regalloc/scheduling residuals via the §3a research tier
(ground-truthed vs pinned gcc-2.7.2 reorg.c/jump.c/local-alloc.c) + a floor-free
.text object metric (the permuter could not measure it: rodata/jtbl score floor)
- 5 LOAD-BEARING constructs documented in src/800.c + cookbook §10:
(A) decoupled nh high-byte var + (code&0xFF)|(nh<<8) operand order [combine_regs]
(B) result set in save predecessors [reorg fill_simple_delay_slots]
(B/state-2) explicit register $2 local + early read-only input-asm pin [sched]
(B3) no switch default -> state>=5 reuses the sltiu result
(§5a) zero-byte cross-jump barrier (retained)
- cookbook §10 added (reusable regalloc/schedule-tail idioms + the .text metric),
§5a cross-linked; CURRENT_PHASE task + green-log updated (Gen1-exit LZSS gate MET)
- tools/ghidra_scripts/ImportPsyqGdt.java: opens psyq400.gdt and resolve()s
all 2599 PsyQ 4.0 types into the program DTM (205 -> 2609), registering
psyq400 as a SourceArchive; saved to ghidra/bfm.rep
- verified over MCP: types get DRAWENV -> full 92-byte struct (/LIBGPU.H),
SVECTOR (/LIBGTE.H) -> the .gdt "attach" is doable headlessly, no GUI
- docs/SETUP.md: ledger #2 RESOLVED; §2.5 step 5 answered (import types into
the program; MCP type tools then resolve them)
Move the original starting-point brief (now bannered: it holds corrected-wrong claims re GCC 2.6.3 / LaurieWired MCP / all-.CD-LZSS / recomp-first / Windows-hybrid), the architect template, the research output, and link notes out of repo root so no session reads them as guidance before the load order.
Drew T