mirror of
https://github.com/snapotter-hq/SnapOtter.git
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* fix(api): prevent a crash when an over-limit upload stream has no consumer yet busboy's "limit" handler destroyed the file stream with an error but never attached its own error listener, relying entirely on whatever consumes part.file downstream to do so. On a fast enough connection (or a fully buffered body, e.g. Fastify inject()), busboy can process enough bytes to hit the size limit before the route handler's receiveUpload() call has attached its own stream listener, leaving the resulting "error" event with zero listeners -- which crashes the whole process by default in Node. Surfaced by tonight's FULL_MATRIX+FUZZ integration run (880 uncaught exceptions, all the same root cause). Reproduces deterministically in isolation; unrelated to this release's actual code delta (file untouched since PR #413, well before the baseline QA pass). Fix: attach a baseline no-op error listener the moment the stream is created, guaranteeing at least one listener always exists. EventEmitter delivers "error" to every registered listener, so the real consumer's own error handling is unaffected. * fix(ai-bundles): rebuild upscale-enhance and photo-restoration to reconcile scipy ABI upscale-enhance and photo-restoration both depend on codeformer-pip, whose transitive closure (basicsr -> realesrgan -> gfpgan) pulls in an unpinned scipy. Both bundles were last built ~June 18-19, before PR #437 added the manifest's `constraints` array (numpy==1.26.4, scipy==1.12.0, etc.) to pin exactly this kind of dependency during bundle builds. Only the ocr bundle was rebuilt after that fix landed. install_feature.py has no pip install step -- it's a raw tarfile extraction with no cross-bundle conflict resolution, so installing OCR alongside either stale bundle left three incompatible scipy versions' files mixed in the same site-packages directory (a compiled _rotation.*.so from one release next to Python files expecting a different release's API), breaking the `upscale` tool and OCR's higher-quality tiers with an ImportError. Rebuilt both bundles for amd64-gpu and arm64-cpu from the current manifest, verified scipy/scikit-learn/scikit-image/pandas all resolve to the pinned versions in the tarballs themselves, then verified end-to-end on real hardware (Mac arm64 CPU and ubuntu_gpu .248 RTX 4070): installing all affected bundles together now yields exactly one version of each constrained package, `upscale` produces correct output, and OCR's balanced/best tiers correctly use PaddleOCR-GPU instead of erroring out. Published the rebuilt tarballs to the public deepsafe/feature-bundles HuggingFace repo and updated this manifest's sha256/sizes to match. Also adds verify-bundle-compatibility.sh: verify-bundle.sh checks each bundle in isolation (a fresh venv per bundle), which is exactly why this shipped twice -- nothing ever checked that bundles built at different times agree once layered into the one shared venv real installs use. The new script installs every bundle for an arch into one venv and asserts each constrained package has exactly one, correct version. Known follow-up (not fixed here, needs separate discussion): uninstalling a bundle only removes its downloaded model weights, never the site-packages it added, so existing installations that already hit this bug have no clean self-service fix via uninstall+reinstall -- they need a full AI-venv wipe. * fix(docker): bake a real rate limit default for the all-in-one one-liner The documented single-container `docker run` install had RATE_LIMIT_PER_MIN=0 (effectively unlimited, ~50k/min) baked in, since only docker-compose.yml carried a hardened override. A self-hoster following the one-liner path got no meaningful throttling anywhere, including auth-adjacent routes with no dedicated per-route limit. Bakes a generous-but-real 1000/min default into the Dockerfile, raises both compose files' fallback to match so the two documented install paths converge on the same posture, and updates the Zod schema default plus docs that quoted the old value. * fix(api): boot log undercounted tool routes by the conversion-preset total The "Tool routes: N active" line logged before registerConversionPresets(app) ran, so it only ever reported the base 158 tools, 83 short of the real 241-tool total. Presets have to register after the base loop (they delegate to each base tool's own processV2), so the fix moves the log line to after that call and has registerConversionPresets return its count instead of reordering the dependency. * fix(ai): forward {info}/{warning} stderr JSON instead of dropping it The dispatcher stderr parser only recognized {ready} and {progress,stage} shaped JSON lines; anything else that parsed as valid JSON (like ocr.py's GPU-to-tesseract downgrade notice, an {"info": ...} line) matched neither branch and fell through silently, never reaching docker logs. Adds explicit {info}/{warning} handling that forwards to console.log/console.warn, same as the existing [prefix]-tagged non-JSON path. * fix(api): fall back to a lower OCR tier when PaddleOCR itself is unusable ocr.ts already retries lower quality tiers on a crashed dispatcher, but the condition only matched crash-style messages (segfault, exited unexpectedly). ocr.py's own ImportError/exception handlers already produce messages telling the caller to use a lower tier (e.g. on the scipy ABI conflict class of bug), but nothing ever acted on them, so a broken PaddleOCR hard-failed with 422 instead of degrading to Tesseract like ocr-pdf effectively does. Broadens the retry condition to also catch PaddleOCR-engine-unusable messages. Note: ocr-pdf's tesseract-only behavior turned out to be an unrelated, pre-existing, deliberate design choice (PaddleOCR segfaults on rasterized PDF pages on arm64), not a graceful-fallback mechanism to copy -- the two tools weren't actually solving the same problem, so this fixes ocr.ts's own gap rather than trying to mirror ocr-pdf.
154 lines
6.9 KiB
TypeScript
154 lines
6.9 KiB
TypeScript
import { readFileSync } from "node:fs";
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import { dirname, resolve } from "node:path";
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import { fileURLToPath } from "node:url";
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import { describe, expect, it } from "vitest";
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const here = dirname(fileURLToPath(import.meta.url));
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const dockerfile = readFileSync(resolve(here, "../../../docker/Dockerfile"), "utf8");
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const snapotterRun = readFileSync(
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resolve(here, "../../../docker/s6/s6-rc.d/snapotter/run"),
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"utf8",
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);
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const postgresReady = readFileSync(
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resolve(here, "../../../docker/s6/s6-rc.d/postgres-ready/up"),
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"utf8",
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);
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const composeCpu = readFileSync(resolve(here, "../../../docker/docker-compose.yml"), "utf8");
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const composeGpu = readFileSync(resolve(here, "../../../docker/docker-compose-gpu.yml"), "utf8");
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function stageBody(stageName: string): string {
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const lines = dockerfile.split(/\r?\n/);
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const start = lines.findIndex((line) =>
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new RegExp(`^FROM\\s+.*\\s+AS\\s+${stageName}$`).test(line),
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);
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expect(start).toBeGreaterThanOrEqual(0);
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const next = lines.findIndex((line, index) => index > start && /^FROM\s+/.test(line));
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return lines.slice(start, next === -1 ? undefined : next).join("\n");
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}
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describe("Dockerfile build args", () => {
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it("keeps the Pandoc version default in the production stage", () => {
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const production = stageBody("production");
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const argMatch = production.match(/^ARG PANDOC_VERSION=(.+)$/m);
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expect(argMatch?.[1]).toMatch(/^\d+\.\d+(?:\.\d+)?$/);
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expect(production.indexOf("ARG PANDOC_VERSION=")).toBeLessThan(
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production.indexOf("pandoc-${PANDOC_VERSION}"),
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);
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});
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it("keeps the amd64 CUDA base on the cu126 runtime family", () => {
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const baseLine = dockerfile
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.split(/\r?\n/)
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.find((line) => line.includes(" AS base-linux-amd64"));
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expect(baseLine).toContain("nvidia/cuda:12.6.");
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expect(baseLine).toContain("cudnn-runtime-ubuntu24.04");
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expect(baseLine).not.toContain("nvidia/cuda:12.9.");
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});
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it("avoids secret-scanner build arg names for public PostHog browser config", () => {
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const dockerArgOrEnvNames = [...dockerfile.matchAll(/^(?:ARG|ENV)\s+([A-Za-z0-9_]+)/gm)].map(
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(match) => match[1],
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);
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expect(dockerArgOrEnvNames).not.toContain("SNAPOTTER_POSTHOG_KEY");
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expect(dockerfile).toContain("SNAPOTTER_POSTHOG_PROJECT_ID");
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});
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it("removes distro-generated snakeoil TLS material after embedded database install", () => {
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const production = stageBody("production");
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const installIndex = production.indexOf("postgresql-17 postgresql-client-17 redis-server");
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const removeIndex = production.indexOf("/etc/ssl/private/ssl-cert-snakeoil.key");
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expect(installIndex).toBeGreaterThanOrEqual(0);
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expect(removeIndex).toBeGreaterThan(installIndex);
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expect(production).toContain("/etc/ssl/certs/ssl-cert-snakeoil.pem");
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});
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it("purges build-only compiler and header packages before the final image", () => {
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const production = stageBody("production");
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const venvIndex = production.indexOf("python3 -m venv /opt/venv");
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const purgeIndex = production.indexOf("apt-get purge -y --auto-remove");
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expect(venvIndex).toBeGreaterThanOrEqual(0);
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expect(purgeIndex).toBeGreaterThan(venvIndex);
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expect(production.slice(purgeIndex)).toContain("python3-dev");
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expect(production.slice(purgeIndex)).toContain("gcc");
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expect(production.slice(purgeIndex)).toContain("g++");
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expect(production.slice(purgeIndex)).toContain("libraw-dev");
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expect(production.slice(purgeIndex)).toContain("libopenexr-dev");
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expect(production.slice(purgeIndex)).toContain("libcurl4-openssl-dev");
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expect(production.slice(purgeIndex)).toContain("libffi-dev");
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expect(production.slice(purgeIndex)).toContain("libgcc-12-dev");
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expect(production.slice(purgeIndex)).toContain("libwebp-dev");
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expect(production.slice(purgeIndex)).toContain("dpkg-dev");
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expect(production.slice(purgeIndex)).toContain("libc6-dev");
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expect(production.slice(purgeIndex)).toContain("linux-libc-dev");
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expect(production.slice(purgeIndex)).toContain("libpq-dev");
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});
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it("pins the Python venv setuptools package to the fixed CVE version", () => {
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const production = stageBody("production");
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expect(production).toContain('"setuptools==78.1.1"');
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expect(production).toContain('"wheel==0.47.0"');
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expect(production).toContain('"jaraco.context==6.1.0"');
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expect(production).toContain("setuptools/_vendor/wheel-*.dist-info");
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expect(production).toContain("jaraco_context-6.1.0.dist-info");
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expect(production).not.toContain("pip install wheel setuptools");
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});
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it("does not require pnpm or a root HOME at production runtime", () => {
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const production = stageBody("production");
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expect(production).toContain("corepack disable pnpm");
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expect(production).not.toContain('CMD ["pnpm"');
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expect(production).toContain('CMD ["./node_modules/.bin/tsx"');
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expect(snapotterRun).not.toContain("pnpm");
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expect(snapotterRun).toContain("exec s6-setuidgid snapotter ./node_modules/.bin/tsx");
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});
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it("checks embedded Postgres readiness with the app database role", () => {
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expect(postgresReady).toContain("pg_isready");
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expect(postgresReady).toContain("-U snapotter");
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expect(postgresReady).toContain("-d snapotter");
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});
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it("bakes a real, non-zero rate limit default for the one-liner all-in-one install", () => {
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// The one-liner `docker run` path has no compose file to override this, so
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// whatever ships here is what a self-hoster following the documented
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// single-container install actually gets. RATE_LIMIT_PER_MIN=0 means
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// "unlimited" (see apps/api/src/index.ts), which left every route
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// (including auth) without meaningful throttling.
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const production = stageBody("production");
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const match = production.match(/^\s*RATE_LIMIT_PER_MIN=(\d+)/m);
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expect(match).not.toBeNull();
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const value = Number(match?.[1]);
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expect(value).toBeGreaterThan(0);
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// Generous on purpose (self-hosted, single-user/small-team usage
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// shouldn't ever brush up against it) but a real, finite ceiling.
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expect(value).toBeGreaterThanOrEqual(1000);
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});
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it("keeps the compose files' rate limit fallback at least as generous as the Dockerfile default", () => {
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// Compose previously hardened this to 300/min while the raw one-liner
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// shipped 0 (unlimited) -- a real gap between two equally-documented
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// install paths' default security posture. Both should converge on the
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// same non-zero floor rather than leaving the one-liner as the outlier.
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const production = stageBody("production");
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const dockerfileDefault = Number(production.match(/^\s*RATE_LIMIT_PER_MIN=(\d+)/m)?.[1] ?? 0);
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for (const [name, compose] of [
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["docker-compose.yml", composeCpu],
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["docker-compose-gpu.yml", composeGpu],
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] as const) {
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const fallback = compose.match(/RATE_LIMIT_PER_MIN:-(\d+)/);
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expect(fallback, `${name} should set a RATE_LIMIT_PER_MIN fallback`).not.toBeNull();
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expect(Number(fallback?.[1])).toBeGreaterThanOrEqual(dockerfileDefault);
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}
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});
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});
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