Build a minimal subset of libunistring (u16_tolower, u16_to_u8, u8_to_u16)
from source via archive_override, with a handwritten BUILD file covering
22 .c files plus a u16_normalize stub. Public headers are generated from
.in.h templates via patch_cmds (sed substitution of @variable@ markers).
A minimal config.h replaces the full autoconf-generated one.

This completes the ooz C++ build — all targets now compile with no
excluded files and no system library dependencies.

Replace the genrule .so copy hack with a proper cc_shared_library target
for libooz. Use the @rules_cc//cc/runfiles library to locate liblibooz.so
at runtime via Rlocation(), guarded behind BAZEL_BUILD so the meson build
still works unchanged.

Add extract_bazel_wrapper.sh as a drop-in replacement for the meson-built
extract binary. It delegates to `bazel run --run_in_cwd` so that runfiles
are set up and the working directory is preserved for genbuild.py/ninja.

Clean up extract.cpp: use #else instead of fallback check

Add rules_go and gazelle to MODULE.bazel. Gazelle generates BUILD files
for all Go packages under patcher/ (cmd/dat2jsonl, cmd/poepatcher,
dat/, dat/schema, dat/types, poepatcher/).

Go test (dat/types) passes under bazel test.

Add install-bazel.sh as a drop-in replacement for install.sh that builds
Go and C++ via Bazel and places binaries where main.sh expects them.
Verified: install-bazel.sh + main.sh produces identical output.

Extract the non-hermetic game data fetch logic from genbuild.py into
fetch.py, exposed as a py_binary target. It runs poepatcher to download
game files and extract in discovery mode to resolve bundle paths.

install-bazel.sh now calls bazel run //patcher:fetch at the end.

The fetch logic (poepatcher + extract discovery) is now handled by
bazel run //patcher:fetch. genbuild.py only generates build.ninja.
The stamp file now depends on the bundle index file to detect changes.

Port the full patcher pipeline (extract → dat2jsonl → datrelease/
statparse/charversion/fingerprint) to Bazel genrules.

Game data is wired in via @gamedata repo with --override_repository.
A default empty repo is provided via local_path_override; the actual
data is supplied at build time:
  bazel build //patcher/pipeline:fingerprint \
    --override_repository=gamedata+=$PWD/patcher/Content.ggpk.d/latest

All 6 release files are identical to the ninja-produced baseline.

Also: replace asserts with proper error handling in extract.cpp,
add -DIN_LIBUNISTRING to fix inline redefinition under -O2, and
set --host_compilation_mode=dbg in .bazelrc to work around ooz UB.

Add pkg_tar target that packages all release files. Update main.sh to
build the pipeline via Bazel and extract the tarball directly into
web/nebuloch/data/, replacing the genbuild.py + ninja + release.sh flow.

fetch.sh now just downloads schema.min.json and runs bazel run //patcher:fetch.
The old install.sh (meson/go build) is removed — Bazel handles all builds.

Extract patcher_extract() and patcher_dat2jsonl() macros into defs.bzl.
The BUILD file is now ~100 lines instead of ~210, with the table list
and language iteration defined once.

…ython3

Convert datrelease, statparse, charversion, fingerprint to py_binary
targets with proper deps. Refactor datrelease.py to accept --input-dir
and --output-dir args (removes symlink hack in genrule). Add a stub
tqdm module so statparse works without the pip package.

Delete meson.build, genbuild.py, shell.nix, extract_bazel_wrapper.sh.
Remove ooz submodule and .gitmodules.
Remove #ifdef BAZEL_BUILD from extract.cpp — only the Bazel/runfiles
code path remains. Clean up .gitignore.

Add empty stub files and mark all @gamedata targets with
target_compatible_with = @platforms//:incompatible in the stub repo.
Pipeline targets are cleanly skipped without --override_repository.
Add platforms dep to MODULE.bazel.