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Commits
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3d9dd7d909 |
chore(ci): merge brand pipeline into import_economics + harden review findings
Addresses all blocking + minor items from PR #136 review. Architectural change (T2/H3 — the review's main complaint): generate_brands was previously a separate Rust binary that produced a TOML artifact, with its stamp written "on behalf" by import_economics.py at the end of its own run. Reviewers flagged the invisible coupling: two sources of truth in a system designed to have one, and no way to tell from the stamp that one "generator" was really a subroutine of the other. import_economics now invokes tooling/generate-brands as the first step of its main() flow, before opening its own DB connection. The TOML artefact is still produced and still committed (useful for diff-review of brand changes), but there's now one pipeline owner. The meta table carries two rows (import_economics, generate_atlas) not three; the Rust binary's source SHA folds into import_economics' stamp via IMPORT_ECONOMICS_SOURCES. A MIGRATION_SQL DELETE cleans up pre-merge DBs that still have the orphan generate_brands row. Other review items addressed in-line: H1 generate_atlas._write_stamp no longer commits — transaction ownership stays with the caller (matches import_economics pattern). Stamp + atlas data now commit atomically; a failed stamp rolls back the atlas data rather than leaving a stamp-missing-data intermediate. H2 _file_sha1 (in both import_economics, generate_atlas, check-systems-db-stamp) raises FileNotFoundError on missing sources instead of silently contributing an empty-bytes hash. A ghost-SHA convergence could otherwise produce vacuous "fresh" passes. H4 pre-push no-meta-table warning rephrased — was "run after next regeneration", now "run now if this DB was generated by you". T1 asset-pipeline.md determinism claim softened: the stamp is deterministic (same source → same recorded SHA), the DB binary is not (generated_at + SQLite rowids/freelist churn). T3 asset-pipeline.md gains a "migration escape hatch" section naming MIGRATION_SQL in import_economics.py as the only sanctioned path for direct writes, and forbidding hand-run sqlite-exec / one-off patch scripts / SQLite-GUI edits. T4 Makefile regen-db now runs as a single shell with `set -e`. A failure in one generator halts the pipeline immediately, preventing the "stale data, fresh stamp" state where a later step stamped a DB whose earlier step had failed. import_economics' exit code 2 (coverage gate warning) remains explicitly tolerated. T5 pre-push stamp check now runs on a branch's first push too — compares against origin/main instead of origin/$BRANCH, closing the gap where a new branch could ship a stale DB via the first push. T6 check-systems-db-stamp fails closed on unknown generator_names in meta — a future branch adding a new generator without registering it in GENERATOR_SOURCES will now be rejected, not silently skipped. T7 /pr-push watch list gains a mutual cross-reference comment with GENERATOR_SOURCES in check-systems-db-stamp, plus the missing names.rs source file, so the two lists cannot silently drift. Follow-up tickets created: #887 T8 decisions-orphan-tickets CLI — surfaces tickets whose decision_ref points at a non-existent D-record. #888 T9 meta.schema_version monotonic semver — for savegame migration lineage in Phase 5+ (SHA comparison can't be ordered). Verified: make regen-db end-to-end — OK make check-systems-db — OK, 2 generator(s) up to date STALE detection — OK, verified by touching generate_atlas.py /pr-push watch list — OK, flags this branch's changed sources decision show D-159 — OK, structured output with tickets + refs Refs: #855 #856 #857 #858 #859 PR #136 Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com> |
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8371e05e52 |
chore(ci): generator-driven asset pipeline — meta stamp + hook + regen target
Adds systems.db regeneration discipline (#855) via a `meta` table (#856) stamped by every generator, a pre-push hook that rejects stale DBs (#857), and the top-level `make regen-db` / `make check-systems-db` targets that drive the whole pipeline. The stamp stores SHA-1 of generator source + schema, so the pre-push hook can cheaply detect "you changed a generator but forgot to regen the DB" before a binary merge conflict lands. Sprint 36 hit that class of conflict on two branches touching systems.db simultaneously — this is the systemic fix. Regenerated systems.db is stamped; `make check-systems-db` passes. Refs: #855 #856 #857 Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com> |
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d21c690293 |
fix(tooling): address PR #129 review — atlas generator, schema, Makefile
- ON DELETE CASCADE added to every atlas_* foreign key (atlas_body_grids,
atlas_cities, atlas_roads, atlas_railroads, atlas_pois, atlas_rivers,
atlas_oceans, atlas_mountain_ranges). Previously, deleting a body from
the bodies table or NULL-ing its terrain_reference would leave orphan
atlas rows forever — sync_markers_to_db only cleans up for bodies it
re-processes. The existing atlas tables in systems.db were dropped and
recreated with the new constraint; FK list now reports CASCADE.
- Atlas DDL deduplicated. systems-schema.sql is now the single source of
truth, bracketed by `-- BEGIN ATLAS INDEX` / `-- END ATLAS INDEX`
markers. generate_atlas.py reads that block via `_load_atlas_schema()`
and applies it at runtime, so there is no second copy of the DDL to
keep in sync. Adding a column requires one edit, not two.
- Uniqueness guard on city coordinates. `_enforce_unique_city_coords`
runs at the end of `place_cities` and deterministically perturbs any
duplicate (row, col) via a fixed spiral walk to the first free
walkable land cell. Rare in practice but the MST collapses to a
zero-distance edge otherwise, producing an empty A* path and silently
dropping the road.
- Grid header validation. `load_markers` now raises `AtlasGridMismatch`
if the loaded `grid: {w, h}` header does not match `GRID_W`/`GRID_H`.
Both the incremental-skip path and the regenerate path route through
this loader, so a hand-authored template shipping a different grid
size fails loud with a per-body error rather than silently producing
half-scale coordinates.
- Unused `seed_rng` parameter removed from `_analyse_terrain`. The
function is RNG-free (continent flood-fill, habitability scoring,
river-mouth dedup, cost grid — all pure functions of terrain). The
false API contract made it look like terrain analysis consumed RNG
state and had to be sequenced with downstream RNG use.
- `_score_capital_sites` river-mouth bonus now builds one sparse
accumulator with all mouth points set at once and runs a single
`gaussian_filter` call, instead of O(n_mouths) filter calls over
single-point images.
- `binary_dilation(analysis["land_mask"] == False)` replaced with the
idiomatic `~analysis["land_mask"]`, matching the convention used
elsewhere in the file.
- `atlas-generate` Makefile target now guards on
`SELECT COUNT(*) FROM bodies WHERE terrain_reference IS NOT NULL`.
On a fresh DB that count is 0 and the generator previously exited
"success" after processing zero bodies. The target now fails loud
with a pointer to `populate_terrain_reference.py`.
- `main.rs` SimRng defensive re-insertion gains a long comment
explaining the exact plugin-ordering hazard it guards against, so
future readers don't treat the line as dead code. Tied to #826.
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5619218e31 |
feat(tooling): generate_atlas.py city + infrastructure pipeline and atlas DB index (#832)
Implements the Phase 3 atlas content generator per D-191 §3, §8, and §9.
Pipeline per body (terrain-aware, deterministic per seed + body):
1. Simulate terrain via planet_simulation.simulate().
2. Analyse continents (flood-fill), habitability (temp/moisture/slope +
coastal bonus), river mouths, and a terrain A* cost grid.
3. Place cities sequentially — capital first (habitability + river-mouth
bias), then corridor growth via multi-source Dijkstra, quadrant-spread
penalty after 2 cities in a quadrant, port-on-new-continent bonus at
cities 3–4. ±25% noise for seed variation.
4. Generate roads and railroads as an MST over city positions, with
A* paths on the terrain cost grid (rail follows roads where possible).
5. Place a transit POI at the capital (15% chance to scatter to a
secondary city).
Output (canonical markers.json schema, pixel space per D-191 §8):
- cities: {id, name, kind, center:[r,c], population}
- roads: {id, name, kind, path:[[r,c],...]}
- railroads: {id, name, kind, path:[[r,c],...]}
- pois: {id, name, kind, center:[r,c]}
- existing rivers/oceans/mountain_ranges preserved untouched.
City names are left empty for gemma_naming.py (#833). Body population is
split across cities with geometric decay (capital ~50%, each subsequent
city half the previous). The 6 hand-authored bodies (Lendel, Edict,
Vuurkloof, Røros, Cairnside, Estrade) are detected by existing
`cities` and skipped for regeneration; their markers are still synced
to the DB index below.
Atlas index in systems.db (new):
- atlas_body_grids, atlas_cities, atlas_roads, atlas_railroads,
atlas_pois, atlas_rivers, atlas_oceans, atlas_mountain_ranges
- Scalar metadata mirror of every markers.json — the implant atlas app
and development queries can lookup cities/POIs/features without
scanning 267 JSON files. Polyline geometry stays in the markers.json
files next to the heightmaps (used by the renderer); the DB only
stores filterable scalar fields plus `point_count` as a length proxy.
- Schema lives in server/data/systems-schema.sql; generate_atlas.py
mirrors the CREATE TABLE IF NOT EXISTS block so it runs against any
DB state (matches the economy-db importer pattern).
- Populated and refreshed on every run. Each body's rows are deleted
and reinserted deterministically — no stale state.
Also fixes a pre-existing WIP bug in the quadrant-saturation penalty
loop (a stray outer `for r in range(GRID_H)` with unreachable breaks
meant only the NW quadrant was ever checked).
Runtime: 280s for all 267 inhabited bodies on a single core. 265 bodies
updated this run, 6 hand-authored bodies synced to DB without
regeneration.
Atlas index after run:
atlas_cities 329 (15 hand-authored + 314 awaiting #833)
atlas_roads 46
atlas_railroads 44
atlas_pois 287
atlas_rivers 2034
atlas_oceans 696
atlas_mountain_ranges 1953
atlas_body_grids 267
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