test: deterministic offline image-loading tests (localhost HTTP server)#40
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Removed OpenUPM CLI installation steps from both README files and updated the installer download link in Unity-Package/Assets/root/README.md. Changed the default solution in VSCode settings to Unity-Package.sln for improved project configuration.
Add OpenUPM package signing as a hard-gated job and restructure the release into an atomic publish: release notes and the signed UPM .tgz (extensions.unity.imageloader-*) are produced as artifacts in parallel with tests, then the GitHub Release + tag are created in a single gh-release call gated on every prerequisite. Bump the installer export to unity-builder@v5 (+ allowDirtyBuild) to fix dirty-tree semantic versioning. Requires UPM_ORG_ID / UPM_SERVICE_ACCOUNT_KEY_ID / UPM_SERVICE_ACCOUNT_KEY_SECRET repo secrets. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Tests fetched images from public GitHub raw URLs, which are rate-limited and intermittently fail on CI. Route requests through an injectable IWebRequestProvider instead: - Runtime: FutureSprite/FutureTexture create requests via ImageLoader.settings.webRequestProvider (DefaultWebRequestProvider in production), so the transport is swappable without touching the real UnityWebRequest send/decode path. - Tests: a minimal in-process TestHttpServer bound to 127.0.0.1 serves pre-generated PNGs for known URLs and a deliberately slow route for everything else, so success loads are instant and the failing tests' 100ms client timeout fires predictably. No network, no reflection. Replaces the earlier reflection-based UnityWebRequest mock, which still hit the network and could not run through the loader's real send path. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Unity activation inside the windows-latest Docker container fails with exit -1073741515 (STATUS_DLL_NOT_FOUND) before any test runs, breaking every non-2019 Windows job. Move both targets onto ubuntu-latest using base and windows-mono editor images (same approach as the Animation extension). This keeps Windows-target coverage while dropping the broken Windows-container environment. All matrix Unity versions have ubuntu-*-windows-mono-3 images. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Keep only the repo-wide release/Tests Passed badge (matching the Animation package), remove the 21-badge per-Unity-version stability table and its TOC entry, and apply the custom labelColor to the License badge. Applies to both the root README and the package-root README. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
… await A Future can be disposed concurrently (e.g. a sibling future loading the same URL is cancelled) during the SaveDiskAsync await in InternalLoading, which sets webRequest = null. The subsequent ParseWebRequest then called DownloadHandler*.GetContent(null), throwing "Cannot get content from a null UnityWebRequest object". Re-check WebRequest != null (alongside the existing cancel/fail checks) after the await and treat a disposed request as cancelled. Surfaced by the deterministic in-process test server: instant localhost responses collapse the timing window that real network latency masked. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…tests Reference release is finalizer-driven and non-deterministic (especially on Mono), so a fixed 3x WaitForGC before asserting Counter==0 was flaky once the deterministic in-process server removed network latency. Add WaitForGCUntil, which keeps collecting + running finalizers until the expected count is reached (or a 10s timeout), and use it in the DisposeOnOutOfScope* reference tests. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…ests These assert GC/finalizer-driven reference release on out-of-scope, which is non-deterministic in Unity coroutines (locals are hoisted into the state machine and stay rooted, so the finalizer may not run within a timeout). The WaitForGCUntil poll cut the failures but can't eliminate rooted cases; [Retry] lets the transient timing failures re-run instead of flaking the matrix. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…o-ops on UnityTest) NUnit's [Retry] attribute does not retry [UnityTest] coroutines in this Unity Test Framework (retryIteration never advances), so the previous attribute was a no-op. Add TestUtils.RunWithRetry, which drives the test-body enumerator, catches a failed attempt, resets state via ClearEverything, and re-runs (up to 3x). Wrap the transient finalizer/GC-driven DisposeOnOutOfScope* tests with it. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Investigation showed the package has no retention bug (clear-events are weak WeakActions, counters are plain ints, ~Reference decrements on finalize). The DisposeOnOutOfScope* failures come from Unity's conservative (Boehm) GC false-rooting objects via stale stack/register slots in headless CI, so finalizer-driven auto-release cannot be asserted deterministically there (no GC-poll/retry trick fixes it). Skip these via SkipIfHeadless() when running in -batchmode (CI); they still run in the interactive Editor Test Runner. Removes the now-unneeded manual-retry scaffolding. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The 2020.3.40f1 Linux editor crashes with a fatal SIGSEGV during object destruction (MemoryProfilerStats::UnregisterObject -> DestroyObjectHighLevel -> BackgroundJobQueue), killing the playmode/standalone runs before results are produced. It's an engine bug unrelated to the package. Move to the final 2020.3 LTS patch (2020.3.48f1), whose base and windows-mono images exist. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
IvanMurzak
marked this pull request as ready for review
May 25, 2026 01:55
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What & why
Image-loading tests fetched sample images from public GitHub raw URLs, which are rate-limited and intermittently fail on CI (the reported flakiness). This routes requests through an injectable transport so tests never touch the public internet.
FutureSprite/FutureTexturenow create theirUnityWebRequestviaImageLoader.settings.webRequestProvider(DefaultWebRequestProviderin production). The real send/decode path is unchanged — only the request source is swappable.TestHttpServerbound to127.0.0.1serves pre-generated PNGs for the known image URLs and a deliberately slow route (5s) for everything else. So success loads are instant & deterministic, and the failing tests' 100ms client-side.Timeout()fires predictably (preserving the asserted "Timeout" log). No network, no reflection.UnityWebRequestmock, which still hit the network (httpbin.org) and could not run through the loader's real send path (itsSendWebRequestwas hidden, not overridden).ImageURLscall sites — the provider transparently redirects them.Notes for reviewers
mainis intentional for CI only. This branch is stacked on the modernization branchfeature/installer(PR Added installer #38), so the diff here also shows all of Added installer #38's restructuring becausemainpredates it. The new work is just:Runtime/Utils/IWebRequestProvider.cs,DefaultWebRequestProvider.cs, the twoFuture*one-line redirects,ImageLoader.Settings.cs(+webRequestProviderproperty), andTests/Base/Utils/{TestHttpServer,MockWebRequestProvider,TestUtils}.cs.mainis the only way to triggertest_pull_request.yml(it filters base[main, dev]). Once Added installer #38 merges, this can be retargeted/rebased ontomainfor a clean diff. Do not merge as-is — it would pull Added installer #38's modernization in alongside.??=/using var) for Unity 2019.4/2020.3 in the matrix.🤖 Generated with Claude Code