mirror of
https://github.com/priyanshujain/sanderling.git
synced 2026-10-02 19:17:10 +00:00
* docs: README covers iOS + web, surface both example apps * docs(cli): document --ios-device and per-platform doctor * docs: tighten README, fold examples into Docs list * docs(runs): correct --clear-data lifecycle wording Default behavior no longer wipes app data between runs; --clear-data is now opt-in. * docs(getting-started): add iOS path, separate folio and folio-web Document just test-ios under examples/folio, and distinguish the KMP sample from the React + Vite folio-web sample. * docs(inspect): document the eight panels Lists Screenshot, ActionList, Timeline, ViolationsPanel, HierarchyPanel, SnapshotTable, MetricsChart, ExceptionsPanel. Cross-links HierarchyPanel to the spec language reference. * docs(writing-specs): document setup export, flag noLogcatErrors as android-only Mirrors pkg/spec/README.md so the manual covers the runner's setup-first fall-through. Marks noLogcatErrors as Android-only so iOS/web spec authors know it silently no-ops. * docs(folio): document web target and iOS sanderling test recipe After the KMP refactor folio also runs on wasmJs and the justfile exposes just web, just web-build, and just test-ios. Surface all three. * docs(folio-web): add README Covers prerequisites, demo credentials, just test recipe, and how the React + Vite host exposes state to the sanderling spec via stable ids and data-* attributes. * docs: scrub driver-implementation name from user docs Drop the implementation tool name from README, cli.md doctor table, and spec-language.md. These docs should describe behaviour, not the specific underlying tool the native sidecar wraps. * docs(development): scrub driver-implementation name from dev docs architecture, design-principles, decisions now describe the native sidecar by role (gRPC surface over OS UI-test pipeline) rather than by the specific tool it wraps.
1.9 KiB
1.9 KiB
Folio (web)
A React + Vite port of the folio personal-ledger app: login with demo credentials, create accounts, add credits and debits. Exists as the minimal web example sanderling runs its property-based specs against.
Stack
- React 19 + Vite + TypeScript
- Stable HTML
idattributes on every interactive element so the spec targets DOM nodes by id, not by aria-label parsing data-*attributes (data-cents,data-account-id,data-txn-count) carry structured numeric state for property assertions
Prerequisites
justbun(installs the JS toolchain; the project usesbun.lock, notpackage-lock.jsonorpnpm-lock.yaml)- Chrome installed (sanderling drives it via CDP)
bun install
Demo credentials
email: [email protected]
password: ledger123
Run a sanderling test
just test
The justfile boots the Vite dev server on port 5173, waits for the port
to respond, then runs sanderling test --platform web --bundle-id http://localhost:5173 against it. Override the port with PORT=4000 just test; DURATION, SEED, and OUTPUT work the same way as in the KMP
folio example.
Traces land in ./sanderling/runs/<timestamp>/.
How it connects to sanderling
- The spec at
sanderling/spec.tsfinds elements by HTMLid(#email,#add-account,#ledger,#txn-amount, ...). Anything the spec touches has a stable id in the markup. - Numeric state the spec asserts on is exposed via
data-centsand similar attributes. The spec readsel.attrs["data-cents"]rather than parsing currency strings out ofaria-label. - Account cards expose
data-account-id+data-balanceso the spec can correlate cards across steps without depending on DOM order. just testinvokessanderling test --platform web, which connects to Chrome via the Chrome DevTools Protocol; no extension or app SDK is involved.