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Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
 Vito
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80c6ec5340 |
fix(lora): find LoraManager's sidecars, previews and example images in every storage configuration (#355) (#358)
* fix(lora): read LoraManager's settings and storage layout the way it does (#355) Add py/lora_manager_layout.py: the settings file in LoraManager's lookup order (environment folder, portable plugin file, user config folder), only the seven keys the import needs, the LoRA roots, the centralized sidecar root, the example-images root and the active library, each folder through one guard. Sidecar discovery for both storage modes and the local preview and example-image lookup live there too. The test runner and the browser test server point LoraManager's settings lookup at a disposable folder, so no test reads the real settings. * fix(lora): import the sidecars and local images LoraManager really uses (#355) The import, the legacy scan, the trigger-word cache and the image server now share LoraManager's layout: sidecars beside the models (alongside) or under the sidecar root (centralized), kept only when their model exists inside a LoRA root. Each LoRA links its LoraManager preview and example images where they are; CivitAI downloads run only for a LoRA without any local image. The review adds skipped, with_local_media and the layout, and offers no token when LoraManager's settings cannot be used; the legacy scan reports the same reason without replacing anything. find_lora_directories becomes default_lora_roots (no scan of the LoraManager install); the preview and example-folder helpers it replaced are removed. The trigger cache never raises into a running node. * fix(lora): never serve a LoraManager folder that holds the home folder (#355) The folder guard also rejects ancestors of the home folder (/home, C:\Users), compared in the realpath + normcase form, so a LoraManager setting cannot widen the image server's allow-list to every user's files. * fix(lora): show linked LoraManager videos as videos (#355) _enrich_images marks every image without is_video by its extension, so an .mp4 preview outside the output folders shows the Video preview label and plays in the inspector. Tests cover serving the sidecar and example-image folders only while the integration is on, and a filesystem root as the sidecar folder adding nothing. * feat(lora): the import review names the LoraManager settings it read (#355) The review gains a first row, LoraManager ("<source> settings · <mode> storage · library <name>", the settings file as its hover title), and its Found row counts metadata files, LoRAs and LoRAs with local images. A plan whose LoraManager settings cannot be used takes the close-only path: "LoraManager settings: not usable: <reason>. Nothing was changed." The browser fixture writes each LoRA's model file and can leave out the local preview, so the download, gate and cancel specs still exercise CivitAI. * docs(lora): describe how the import finds LoraManager's files (#355) * test(lora): set the settings folder relative to the process folder (#355) os.path.relpath fails across Windows drives (the temp folder on C:, the checkout on D:); the test now changes into its temp folder instead. * fix(lora): review findings for the LoraManager layout (#355) - The example-images library subfolder goes through the folder guard like its root, so its canonical (normcased) form matches the media check on Windows for a library name with capitals. - A failed trigger-word load is retried by a running node only after TRIGGER_RETRY_SECONDS, not on every prompt run. - A review whose discovery cannot list a folder says so (folder-unreadable, the folder's name only) instead of a generic error. * test(images): hold the listing clock in the deferred-walk test test_a_deferred_walk_waits_at_least_half_a_second set the previous walk 29.99 s back against a 30 s interval and then read the real clock again: a runner slower than 10 ms between the two lines passed the interval and the walk started at once (failed on macOS 3.13 and Windows 3.11). The module's clock is now held for the mark, so the deferred walk is always the one measured. * test(lora): write the unkept-settings fixture as raw text CodeQL read the dict with a credential-named key flowing into write_text as clear-text storage of a secret. The value is a marker, so the fixture now writes the JSON text directly and names the value MARKER. * fix(lora): link each LoRA's cover as its newest image (#355) Workspace lists show a prompt's media newest link first, so the import links a record's images last to first: the card shows the cover (a still in front of a leading video) the import put first. * fix(lora): show LoRA-linked media on the Library page and in the inspector (#355) Library previews, the positive detail and the per-prompt images page list a prompt's linked media under the output folders plus, while the LoRA integration is on, LoraManager's guarded folders and the download cache (_media_roots; output root indices keep their meaning). That media keeps its rooted identity, so Info and the media viewer open it; the path-based serve route answers for those roots only with a file the database records (either path spelling), never serves or makes a preview there, and output requests never read LoraManager's layout. Such media is marked linked_only: no preview file, no favorite star, no Tag action. Show in folder accepts those roots; the download cache is named, not created. * fix(lora): expose only linked files under LoraManager's folders (#355) Serve, inspect and Show in folder share one gate for a LoRA-linked root (_media_roots past the output folders): a file the database does not record as a linked image is refused with 403, checked by its given and its real path. Before, inspect and reveal read any file under those folders by path. * fix(lora): check the file Show in folder would open under a LoRA root (#355) reveal_image resolved the requested path through the client-path resolver, which can fall back to a path anchor; under a LoRA-linked root the file that would open now passes the same recorded-media gate, so only a linked file is ever revealed there. |
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Vito
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f95f66d76a |
ci(browser): run page workflows with parallel workers and CI shards (#274)
* test(browser): one test server per Playwright worker The page workflows started one global webServer and ran with one worker. Each worker now owns its own tests/browser/server.py on an OS-chosen port, with its own temp root and database, through a shared `test` in tests/browser/fixtures.mjs. baseURL, and so page, request and browser.newContext, point at that worker's server. A server that dies fails the running test with its stderr tail and the next test gets a fresh one. The worker count comes from PM_TEST_WORKERS, else 1 under CI, else a quarter of the CPUs up to 8. Chromium workflows in the pinned image: 510 tests in 606 s with one worker on main, 511 (one new isolation spec) in 119 s with eight. * test(browser): test servers bind an OS-chosen port themselves tests/browser/server.py accepts --port 0: it binds 127.0.0.1:0 before building the app, holds that socket for its whole life and prints PM_TEST_SERVER_PORT=<n> to stdout. startBrowserServer defaults to port 0 and reads the announced port, so no port is reserved and released before the server binds and two launchers can no longer race for one. The "address already in use" retry and free-port.mjs are gone; --port N still works and is checked against the announcement. * ci(coverage): shard and merge modes for the frontend coverage run frontend-coverage.mjs now plans its steps from the command line. No arguments still runs everything, then reports and checks. --shard I/N runs one slice of the chromium+touch workflows into coverage/js/raw without wiping it or reporting; shard 1 also runs the node units and the viewer suite. --merge-only reports and checks over raw coverage the shards wrote, with --update-baseline as before, and refuses an empty or missing raw dir. npm scripts: test:coverage:shard and coverage:merge. * ci(viewerjs): run browser suites with workers and shards Frontend coverage runs as three shards (PM_TEST_WORKERS=3 each) that upload their raw V8 files as coverage-raw-N; a merge job downloads them, fails unless all three arrived with raw files and no clashing names, then runs coverage:merge. Firefox and WebKit page workflows run as two shards each with three workers. The required viewerjs context keeps its name and now needs the shards, the merge and the browser shards, failing unless every one succeeded. * ci(viewerjs): cache npm downloads and size timeouts from the first sharded run The first sharded run lost a webkit shard to its 12-minute limit after all 267 tests passed, and npm ci stalled for 5 minutes in six of eight jobs. Each npm ci now restores npm's download cache keyed on the vendor lockfile, and browser job timeouts are the measured times plus at least 50%, never under 20 minutes. The workflow comment records the measurements. * test(browser): wait for rendering frames, not timers or luck, under load Two Library workflows failed in CI's webkit shard 2/2 (run 39714840809) under parallel load: - "library infinite loading ..." counted cards right after the last page hid "Load more". That render queues the window update for the next frame, so a slow frame left the 120 cards of the all-rows layout in place (received 120, expected < 80). It now waits for the next frame, which runs after every callback the page queued. - "row measurement preserves anchor ..." settled with a 60 ms timer. A scroll event is delivered in a rendering frame, so on a starved renderer the timer ended before the scroll's frame and no card was in view (null anchor). settleLibrary now waits for two consecutive native frames with no Library frame queued, checked inside the frame callback. Before/after: a scratch copy that delays every frame by 120 ms (as a starved runner) failed the old helpers 19 of 40 runs, at the CI lines, and passed the new ones 40 of 40 on chromium and webkit. Throttled to 1 CPU with 4 workers, the original spec failed 1 of 42 for each test. The Tags viewer workflow closed the viewer as soon as its image was visible, before ViewerJS rendered the title, so CI's coverage never ran the page's title callback (tags-page.js functions 26/46 = 56.52%, one function above the floor of 56; locally 27/46). The test now asserts the title names the shown file, which always runs the callback. * test(browser): stable under parallel workers Document how to run the browser suites in parallel and sharded, with the measured times, and what keeps specs stable beside each other: wait for a rendering frame, a response or a visible state, never for time. With |