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Sword of the Stars (2006) reverse-engineering worklog. Infra docs live in trikilli services/re-lab.md.
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alex d12459d1e1 nav: lane DN, the instrument -- what the classifier hook declares and where each input comes from 
Names the six regions (four result, two guard) that are the classifier's whole
output surface, and then names every predicate the decision consumes next to
which side computed it -- because the module takes those predicates as given, so
reading them off the live objects is its interface rather than a shortcut. Also
records that the node-graph indirect edge path-solver.md could not resolve
statically is resolved DYNAMICALLY here, by making the same call from the hook.
2026-09-09 10:32:02 -04:00
campaign lane DT merged: T34 implemented, 36 closed / 2 regressed on the rich turn; the other 24 leaves have two named dependencies 2026-09-09 10:24:29 -04:00
findings nav: lane DN, the instrument -- what the classifier hook declares and where each input comes from 2026-09-09 10:32:02 -04:00
ghidra lane DT: T34 implemented and measured -- 36 closed / 2 regressed on the rich turn, 1 / 0 on the canonical pair 2026-09-09 10:18:52 -04:00
guides lane BS merged: the per-history residue is an absent Colonize task; BR's generator row scoped to encounter-free turns 2026-09-09 03:14:28 -04:00
notes init commit 2026-09-07 12:31:56 -04:00
objects regenerate both headers (669 addresses); track objects/generated so the shared clone stops sitting dirty 2026-09-08 07:36:16 -04:00
scripts lane V2: vtable inversion — resolve indirect call edges image-wide 2026-09-08 12:05:05 -04:00
tools lanes CR and DW merged: research stays compared (16 leaves, all OnTechResearched); writer byte-exact on 43 saves; gate locked; exhaustive-config blind spot 2026-09-09 10:13:49 -04:00
verify lane DT: T34 implemented and measured -- 36 closed / 2 regressed on the rich turn, 1 / 0 on the canonical pair 2026-09-09 10:18:52 -04:00
.gitignore lane D: automated struct recovery from the IStreamable serializers 2026-09-08 05:51:37 -04:00
README.md guides: RE how-to for 2000s MSVC/DX9 games (98 sources); queue replay-checksum, class recovery, apitrace/TTD 2026-09-07 18:05:58 -04:00

README.md

sots-re

Reverse-engineering worklog for Sword of the Stars (2006, SOTS1) — the 32-bit DX9 original + expansions. The nitty-gritty: static/dynamic analysis notes, Ghidra & ReVa scripts, function/struct maps, D3D9 call traces, decomp progress, findings.

Where this runs

Analysis lab on spicy (PVE, 192.168.3.201):

  • CT111 sots-re — Linux workspace: Ghidra + headless ReVa server, radare2/rizin/cutter, binwalk. Hosts the Samba share and this repo's working tree at /srv/re-lab/notes.
  • VM140 sots-re-win10 — Win10 runtime + dynamic analysis (x64dbg, Cheat Engine, RenderDoc/apitrace, DXVK→CPU-Vulkan for GPU-less rendering).

Infra (guests, storage, network, share, ReVa endpoint) is documented from the system-maintainer POV in trikilli → services/re-lab.md. This repo is everything else.

Layout

  • findings/ — the running findings log (append-only), one file per subsystem.
  • ghidra/ — exported scripts, data-type archives, struct definitions.
  • traces/ — D3D9 / Win32 API call captures + analysis.
  • scripts/ — helper tooling (loaders, extractors, parsers).
  • notes/ — session notes, scratch, hypotheses.

Ownership / legality

Game binaries come from the owner's own GOG/Steam copy. RE is for personal interoperability, bug-fixing, and preservation. Binaries themselves are not committed here (see .gitignore) — they live on the lab's Samba share /srv/re-lab/samples.

Campaign (how this repo is run)

A 4-agent crew (defined in ~/.claude/agents/re-*.md) runs the exploration: re-quartermaster (backlog + board) → re-analyst (maps via ReVa) → re-verifier (proves vs real data; old-vs-new differential once reimpl starts) → re-scribe (files the note, links it, commits).

  • campaign/board.md — live status board (start here).
  • Live tracking = Forgejo issues on alex/sots-re (labels status/* are the kanban columns; type/*, conf/*). campaign/board.md is the editable mirror — publish with scripts/forgejo_campaign.py bootstrap (needs FORGEJO_TOKEN).
  • campaign/backlog.md — prioritized target queue.
  • campaign/open-questions.md — unresolved threads.
  • findings/_template.md — the record format every finding follows.
  • findings/{objects,control-flow,subsystems}/ — the growing engine map.
  • verify/{parsers,traces,harness,results}/ — validation: struct parsers now, golden-trace replay + shim compare-mode for reimplementation.
  • ghidra/ — exported scripts + datatype archives.

Approach & north star: findings/00-strategy.md. Binary facts: findings/01-fingerprint.md.

Sibling repo

alex/sots-engine — the from-scratch engine source (clean-room, public-capable). This repo keeps the evidence + planning for both; binary facts cross over only via ghidra/addresses.json → tools/gen_addresses.py.

  • guides/re-windows-2000s-howto.md — annotated bibliography + how-to for RE of mid-2000s MSVC/DX9 Windows games, with our-experience call-outs.