ZacharyZhang-NY
0a97c4af13
Servo's reference embedder (\`examples/winit_minimal.rs\`) is reactive:
- \`user_event\` only calls \`servo.spin_event_loop()\` — never paints
- \`notify_new_frame_ready\` is what flips the embedder into the
redraw path (calls \`window.request_redraw()\`)
- \`RedrawRequested\` is the **single** site that runs
\`webview.paint() + rendering_context.present()\`
Painting is therefore at-most-once-per-real-frame: a paint happens
only when Servo has actually composited new content.
Our \`ServoLiveClient::ensure\` was forcing
\`paint_without_readback_with_completion\` after every setup pass.
\`ensure\` runs on every \`ensure_surface\` invocation — viewport
debounce settle, URL redirect (google.com → / → /?zx=…), permission
update, native-surface re-attach, page-zoom change. Each invocation
called Servo's painter while it had no new composited frame ready:
WebRender's \`clear_background\` wiped the surface to the configured
shell background colour, the empty scene rendered, \`present\` swapped
that blank surface to the NSView's CALayer — and the user saw a
white flash. A chain of redirects produced a chain of flashes.
Drop the unconditional \`paint\` from \`ensure\`. Keep the
\`host.tick()\` (Servo's spin) so the navigate / viewport / input
messages reach the constellation in this turn, but defer painting to
\`poll\`, which already gates \`paint_without_readback_with_completion\`
on \`snapshot.has_pending_frame()\` — exactly mirroring the
reference embedder's reactive model. \`ServoLiveFrame\` returned from
\`ensure\` only carries snapshot metadata, so callers that depend on
the frame value (worker queue, UI state) are unaffected.
ELY Browser
Native Rust + GPUI browser workspace for ELY Browser by Elydora.
The repository is organized around explicit product boundaries from PRD.md:
domain state, browser orchestration, design tokens, GPUI shell, and Servo host contracts.
Reference GPUI ecosystem repositories live under references/ for local review and are excluded
from version control.
Local Commands
cargo fmt --all --check
cargo check --workspace --all-targets
cargo clippy --workspace --all-targets -- -D warnings
cargo test --workspace --all-targets
cargo check -p ely_servo_host --features servo-engine --all-targets
cargo clippy -p ely_servo_host --features servo-engine --all-targets -- -D warnings
cargo test -p ely_servo_host --features servo-engine --test software_host
scripts/verify_prd_site_rendering.sh
scripts/verify_windows_app_manifest.sh
cargo run -p ely_app
Cloudflare Auth Configuration
/api/auth/* is served by Better Auth in the Cloudflare Worker. Local wrangler dev
uses ELY_AUTH_BASE_URL from cloudflare/wrangler.toml; deployed environments should
set the matching public Worker origin.
Use Wrangler secrets or an untracked cloudflare/.dev.vars file for the remaining auth
bindings:
wrangler secret put ELY_AUTH_SECRET
wrangler secret put ELY_AUTH_GOOGLE_CLIENT_ID
wrangler secret put ELY_AUTH_GOOGLE_CLIENT_SECRET
wrangler secret put ELY_AUTH_GITHUB_CLIENT_ID
wrangler secret put ELY_AUTH_GITHUB_CLIENT_SECRET
wrangler secret put ELY_AUTH_EMAIL_OTP_ENDPOINT
wrangler secret put ELY_AUTH_EMAIL_OTP_TOKEN