Emit is latency-bound, not CPU-bound. Every blob costs two serial HTTP round-trips to the zone — an existence probe, then an upload — so a hak with a few thousand resources pays a few thousand serialised latencies. A measured backfill spent 26 seconds of CPU across 9.5 minutes of wall clock, on a host with three of four cores idle and 5 GB free. Emit now hashes, compresses and stores `--jobs N` resources at once (default 16, matching DEPOT_JOBS and the transport's idle connections per host). Three properties had to survive, and each has a test: - The manifest's bytes are promised deterministic by emitterVersion, so entries is index-addressed rather than appended to: a worker owns entries[i] alone and the slice comes back in artifact order whatever order the uploads finish in. - The index is still the publication marker, so any worker's failure aborts the run before a manifest is written. Workers drain the rest of the channel instead of returning, which keeps the feeder from blocking on workers that have gone away. - Two resrefs holding identical bytes still share one blob. Serially the sink's existence check absorbed that; in parallel both workers would probe, both miss, and both upload. Claiming the sha1 in-process restores the dedupe and skips a probe round-trip as well. Peak memory is now the resources in flight rather than one resource, so the ceiling is N times the 15 MB per-resource limit and its compressed copy — bounded by a constant this package enforces itself, and still nowhere near tracking the archive. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
7.6 KiB
Crucible command surface
internal/dispatch.Registry is the single source of truth for Crucible's
builders, visible commands, descriptions, help, and hidden compatibility
aliases.
Visible commands
| Builder | Command | Purpose |
|---|---|---|
hak |
build |
Build configured HAK archives and their manifest. |
hak |
manifest |
Apply a generated HAK list to module source. |
module |
build |
Build the module and configured project outputs. |
module |
extract |
Extract built archives into configured source trees. |
module |
validate |
Validate project layout, config, and source inventory. |
module |
compare |
Compare source content with built archives. |
module |
manifest |
Apply a generated HAK list to module source. |
topdata |
validate |
Validate topdata source and canonical JSON compatibility. |
topdata |
build |
Compile topdata and refresh the configured package. |
topdata |
package |
Package cached outputs into HAK and TLK files. |
topdata |
compare |
Compare current output with a fresh native build. |
topdata |
convert |
Convert between 2DA and native JSON/module formats. |
wiki |
build |
Render wiki page drafts from compiled topdata. |
wiki |
deploy |
Deploy generated wiki pages to NodeBB. |
assets |
compile |
Compile ASCII .mdl models to binary in place. |
assets |
convert |
Convert textures to/from NWN DDS (flips vertically). |
assets |
upscale |
Upscale textures through an installed backend. |
assets |
check-mdl |
Report uncompiled ASCII .mdl and model-name mismatches. |
assets |
fix-mdl |
Lowercase .mdl names and rewrite model identity to match. |
assets |
check-dupes |
Report runtime-name (basename) collisions across dirs. |
assets |
clean-dupes |
Delete clean-tree files whose basename collides with primary. |
depot |
status |
Report referenced-vs-present drift against a backend. |
depot |
push |
Upload referenced-but-absent blobs from a local depot. |
depot |
verify |
Existence sweep plus sampled download re-hash. |
depot |
get |
Fetch one blob with sha re-verify. |
depot |
pull |
Incremental verified pull of every referenced blob. |
nwsync |
emit |
Explode one artifact into NWSync blobs plus its own NSYM manifest. |
nwsync |
assemble |
Merge per-artifact NSYM manifests into one merged manifest. |
depot status and depot get pick their backend either with --out DIR, a
depot tree on disk, or with --target bunny|cdn, a remote backend. The two
flags are mutually exclusive.
nwsync emit runs where an artifact is born (a .hak/.erf, or a loose file
such as the TLK); nwsync assemble runs at module release and reads only the
small per-artifact indexes. Both take depot keys: an artifact's index lives
beside the artifact itself with the extension replaced, so emit and
assemble agree on where it is without being told.
nwsync emit [--as NAME] [--out DIR] [--jobs N] <artifact-key> <file>
nwsync assemble --group-id N [--tlk-key KEY] [--out DIR] <artifact-key>...
emit is latency-bound, not CPU-bound: every blob costs an existence probe
plus an upload, and a measured backfill spent 26 seconds of CPU across 9.5
minutes of wall clock. --jobs N (default 16) sets how many resources are in
flight at once. The manifest is byte-identical at any value — the number of
workers is never observable in the output. Peak memory is N times the
per-resource limit of 15 MB plus its compressed copy, so raising N far past
the default costs real memory for little gain: the transport keeps 16 idle
connections per host, and past that a worker pays a fresh TLS handshake.
Both verbs upload by default; nothing bulky is ever written to the runner's
disk. --out DIR writes a local repository tree instead, which is the
conformance path against upstream nwn_nwsync_write. The zone comes from
NWSYNC_STORAGE_ZONE and NWSYNC_STORAGE_PASSWORD, with the host from
BUNNY_STORAGE_HOST — NWSync data is a separate zone from the asset depot.
assemble's artifact keys are in Mod_HakList order, highest priority first: a
resref in more than one artifact resolves to the earliest one, the way the game
resolves it. --tlk-key has its own slot because the TLK shadows nothing.
--group-id is per channel — 1 is current, 2 is testing, and 0 leaves the field
out of the sidecar.
emit uploads blobs first and the index last, so the presence of an index is
the publication marker: an artifact whose emit died halfway leaves real blobs in
the zone and no index. Blob names are content hashes, so re-running skips
whatever already landed, and assemble fails closed on an artifact with no
index rather than publishing a manifest that is missing a hak.
What an emitted tree looks like
--out DIR produces the same tree emit would upload, which makes it the way
to check a zone by hand without touching one:
<artifact-sha>.nsym binary index
<artifact-sha>.nsym.json the same index, readable
data/sha1/a7/4a/a74aa84a... one blob per resource, two-level fanout
A blob's name is the SHA-1 of the resource's original bytes, but the file on
disk is not those bytes: each blob is wrapped in NWCompressedBuffer framing, a
24-byte NSYC header followed by a zstd frame. Hashing the file directly will
not match its name, which is the obvious
first thing to try and the obvious first thing to be confused by. Strip the
header first:
tail -c +25 <blob> | zstd -dc | sha1sum # == the blob's filename
The header carries the uncompressed length as a little-endian uint32 at offset
12, so the decompressed size is checkable without decompressing. Compression is
worth roughly a 4:1
saving on hak content: a 250 MB hak emitted 2296 blobs totalling 59 MB on disk
against 249 MB of resources, as recorded in the sidecar's on_disk_bytes and
total_bytes.
Hidden compatibility aliases
Existing scripts may continue using these names indefinitely. They are accepted but omitted from routine help and the interactive menu:
| Builder | Hidden alias | Implementation |
|---|---|---|
hak |
build-haks |
build-haks |
hak |
apply-hak-manifest |
apply-hak-manifest |
module |
build-module |
module-only build-module |
module |
apply-hak-manifest |
apply-hak-manifest |
topdata |
validate-topdata |
validate-topdata |
topdata |
build-topdata |
build-topdata |
topdata |
build-top-package |
build-top-package |
topdata |
compare-topdata |
compare-topdata |
topdata |
convert-topdata |
convert-topdata |
depot |
--target local |
--out $DEPOT_DIR on status/get |
wiki |
build-wiki |
build-wiki |
wiki |
deploy-wiki |
deploy-wiki |
module build-module deliberately retains its narrower module-only behavior;
it is not redirected to the broader module build.
Global commands
crucible help | -h usage + builder list
crucible version | -V build version
crucible list name<TAB>binary<TAB>summary
crucible config [args] inspect and validate effective configuration
crucible changelog [args] generate a release changelog
HAK build options
crucible hak build
[--hak <hak-name> ...]
[--archive <archive-name> ...]
[--source-manifest <path>]
[--content-addressed-root <path>]
[--plan-only]
[--quiet|--verbose|--debug]
When a source manifest contains asset_sources, pass
--content-addressed-root <directory>. Crucible resolves each declared SHA-256
under sha256/<first-two>/<next-two>/<full-sha256> and verifies streamed bytes
while writing selected HAK archives. Authored .bmu files are ordinary assets
and require no conversion pipeline.