Example validation

The local catalog contains fifteen examples built from first-party crates and original browser hosts. Thirteen games/labs were restored and ported to a new renderer and rotational physics implementation. Their previous backend results do not validate this recovery. The results below were verified locally against this recovery; compilation and short captures remain distinct from full device or production validation.

Restored games and labs

Example	Gameplay and integration exercises
Emberline	Platform collision, buffered/coyote jumps, hazards, checkpoints and complete traversal
Neon Swarm	ECS queries, projectile/cover sweeps, waves, health, dash and restart
Pocket Rally	Ordered forward gates, off-road drag, race finish and session ghost preservation
Salvage Pinball	Launch gating, contact scoring, drains and rotating flipper momentum
Orchard Guard	Purchases/upgrades, targeting, slows, wave progression and entity bounds
Marble Run	Sphere settling/rotation, braking, pickups, checkpoints and course completion
Dune Skimmer	Gate apertures/order, obstacle and sand response, boost and recovery
Crystal Cavern	Swept walls, interaction visibility, puzzle prerequisites and exit progression
Siege Foundry	Stable stacks, ballistic contacts, ammunition/cooldown and target demolition
Sky Courier	Ordered rings, speed/altitude delivery, collisions, timeout and restart
Strike	Shared shooter simulation, local input/rendering and native UDP client integration
2D Physics Lab	Body spawning, contacts, reset/pause and visible rotational behavior
3D Physics Lab	Body stacks, camera controls, impulses and visible rotational behavior

Headless game tests exercise rules and simulation. Native and browser runs additionally need visual/input checks: correct camera orientation, low-poly geometry, legible HUD/text, resize behavior, controls, failure/restart and victory where applicable. Autoplay should use ordinary game inputs rather than teleporting or directly awarding progress. Physics-dependent results must be rechecked after solver changes.

Courtyard and Orbit Breaker

Courtyard shares shooter simulation with the native authority. Tests cover movement, collision, hitscan occlusion, weapons/reload, life cycles, prediction/replay, UDP sessions, reliable event delivery, malformed packets and historical rewind. Its headless smoke path advances simulation, software-renders a frame and exports a PNG. The separate browser host needs interaction and WebRTC pairing checks.

Orbit Breaker uses continuous ball queries, particles, sprite clips and buffered input. Tests cover high-speed collision, victory through ordinary autoplay controls, loss/restart, pickup expiry, input edges and opaque frame output. The JavaScript regression checks short key taps, direction holds and blur-to-pause.

Run local checks

python3 scripts/audit-owned.py
cargo test --workspace --all-features --offline --locked
node examples/owned-orbit/tests/platform-input.mjs
node crates/ferravex-render/tests/browser-input.mjs
python3 scripts/test-strike-local.py
cargo build --release --workspace --bins --offline --locked
python3 scripts/smoke-games.py --frames 180 --output target/game-smoke
python3 scripts/build-site.py
python3 -B scripts/test_site.py
python3 -B scripts/test_audit_owned.py

The full smoke runner requires Linux X11/GLX and a working display for restored games. It checks fresh PNG output, checksums, scanline layout, nonblank sampled colors, dimensions, successful exit status and bounded execution. Use --game owned-lab --game owned-orbit for the two headless hosts. A short smoke capture establishes startup/rendering only, not every game's win condition, complete input support or frame-rate target. Results are written to target/game-smoke/smoke-results.json by default.

The catalog drives browser staging and site checks. Validate all fifteen expected modules, shared runtime references, links and generated page behavior against the current catalog; reject stale adapter artifacts. No push, deployment or remote CI run is part of this recovery. Browser interaction and physical-device testing remain distinct from compilation and native screenshots.

Local recovery results, 2026-10-15

All 28 Cargo packages are workspace-owned across every feature and target; zero external Cargo packages.
cargo test --workspace --all-targets --all-features --offline --locked: 242 passed, zero failed, one display-dependent GPU test excluded by default. That GPU depth/readback test also passed when explicitly run on this machine's AMD GPU.
Four Rust documentation tests passed. Strict Clippy with Rust 1.99 and whole-workspace/all-target WebAssembly checks passed. Formatting and dependency-policy tests passed.
All fifteen native examples completed fresh 360-frame runs with valid, nonblank PNG captures. The five physics games/labs were rebuilt and rerun after the final solver CCD fix. Reports: target/recovery-smoke/smoke-results.json and target/recovery-physics-final/smoke-results.json.
All thirteen restored browser examples rendered advancing frames with no console errors in the local WebGL2 host. Strike's menu and play HUD were checked interactively; the retained Courtyard and Orbit Breaker hosts also entered play without browser errors. Browser input regressions cover short taps, logical-pixel DPI, cancellation, focus reset, pointer-lock Escape and FPS touch separation.
The real Strike native client joined an ephemeral localhost UDP authority and received advancing snapshots (connected=true, server_tick=96 in this run). Report: target/recovery-net/result.json.
The local site builds nineteen guides and fifteen playable examples. Its six server/catalog/link tests and five dependency-audit regressions passed.

The captures and reports are local build artifacts. Gallery previews are refreshed from those original-host captures using only Python's standard-library PNG compression. No GitHub push, CI trigger or deployment was performed. Native Windows/macOS/iOS window hosts, physical mobile testing and unrestricted production physics/networking remain outside this verified result.

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