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LGUG2Z
e0e0f49714
seam, core-model, settings, rule-matching, bar-unification, e2e-to-unit and known-issues are measurements and decision logs written for the old directories. They keep their history; each gets a "Paths (cutover stack)" note under the title that maps the old names (komorebi/, komorebi-for-kde/komorebi/, komorebi-for-mac/komorebi/, nix/, docs/, schema files) to the new ones and says the 0.1.x numbers are history. The seam.md tree table, the test file paths in e2e-to-unit.md and known-issues.md (files that exist and are named as current) and the bar-e2e.md schema path now name the files where they are. Not rewritten: the line numbers, measurements and "at the time" statements. Not touched: backend-switch.md (no old paths), build-and-test.md and flake.md (flake-one). Verified: the files named as current exist (komorebi-linux/tests/*.rs); relative links resolve.
64 lines
4.1 KiB
Markdown
64 lines
4.1 KiB
Markdown
# Windows e2e for komorebi-bar
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> **Status (wip-cand4):** current; the `bar` scenario exists and is the runtime gate for `komorebi-bar` and `komorebi-bar-core` on Windows.
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The `bar` scenario (`e2e/platforms/qemu_windows/extras/bar.py`, registered as `EXTRAS["bar"]` in
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`run.py`) is the runtime gate for changes to `komorebi-bar` and `komorebi-bar-core`: the unit tests
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and the schema oracle cannot run the bar. Run it on the golden Windows guest:
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```sh
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E2E_GOLDEN=golden KOMOREBI_E2E_SCALE=1.5 nix run .#e2e-windows -- OUT bar
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# another commit: build-ref.sh REF bins; KOMOREBI_E2E_BINS=bins ... (bins must have komorebi-bar.exe)
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```
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It checks: the `--schema` output equals `schemas/windows/schema.bar.json`; the configuration (storage, time,
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applications, komorebi workspaces and layout, Keyboard, Systray, a `mouse` block with a message and
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a command) is accepted and the bar starts; its window appears; it keeps running 15 s; the daemon
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keeps answering and does not tile the bar; the bar survives the daemon stopping and starting again
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(it reconnects, it does not exit when the daemon stops); `komorebic stop --bar` ends both.
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Artefacts in `OUT/bar/`: `bar.png`, `bar-after-restart.png` (screenshots, no pixel assertions),
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`bar-schema.json`, `bar.out`, `bar.json`, `result.json`. Not covered: clicks, text of the widgets,
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the PowerShell session of a `Command` mouse message (the bar starts it; nothing sends the click),
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macOS (see `docs/dev/macos-handcheck.md`).
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Not run when it was written (the guest was reserved): lint only (`py_compile`, `ruff`, the runner's
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157 unit tests pass).
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## Renderers: glow first, wgpu when there is no OpenGL
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The golden guest has no OpenGL 2.0 (the basic display adapter and QXL; Windows offers only the generic
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OpenGL 1.1), and eframe's `egui_glow` refuses that: the first gate of the `bar` scenario saw
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`Error: egui_glow: OpenGL: egui_glow requires opengl 2.0+` and the bar never opened a window.
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Decision D-coord-14: the Windows bar tries glow as before and, only when glow cannot make its context
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(`eframe::Error::OpenGL`, `Glutin` or `NoGlutinConfigs`), runs again with eframe's wgpu renderer, which
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draws through Direct3D 12 and finds the software adapter WARP (Windows 11 ships it in the Basic Render
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Driver) with no driver and no download (`run_with_fallback` in `komorebi-bar/src/windows/mod.rs`; the
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`wgpu` feature of `eframe` is in the Windows-only table of `komorebi-bar/Cargo.toml`, the bar core and
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the macOS bar do not have it). The bar logs `renderer: glow`, and on a fallback `renderer: glow failed
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(...); trying wgpu`. With both features compiled eframe's default renderer is wgpu, so the first attempt
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names `Renderer::Glow`: machines where glow works run exactly as before.
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In the scenario:
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- the bar's window, stays-alive, daemon-restart and notify checks are real when either renderer opens the
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window; the scenario prints which one drew it;
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- only when both fail (the bar ends with `Error: glow: ...; wgpu: ...`) those checks are skipped, and the
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skip line names both errors (`skip ...: guest cannot draw: glow: ...; wgpu: ...`); the schema, the
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configuration read, `komorebic state` and `stop --bar` stay checks; any other early exit of the bar is a
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failure;
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- the bar is started with `RUST_LOG=info,wgpu_hal=debug,wgpu_core=warn` so `bar.out` keeps what wgpu says
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about its adapters (read it first when the window does not appear).
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Cost, measured: 622 -> 664 distinct crate versions in the Windows bar's dependency tree (+42), one new
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lock entry (`pollster` 0.4.0; the rest of the wgpu stack was already locked as optional dependencies of
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eframe). Not measured here (no nix build was run): compile time and the size of `komorebi-bar.exe`
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(estimate: a few minutes cold, 8 to 12 MB).
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Risks: WARP may not accept egui's Direct3D 12 device or the transparent surface the bar asks for
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(`with_transparent(true)`; only the e2e gate can say); wgpu picks a hardware Vulkan/D3D12 adapter before
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WARP when there is one, so on a machine with a GPU but broken OpenGL the bar now uses that adapter; a
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second `run_native` on the same thread relies on eframe reusing its thread-local event loop (it does, by
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design, for reopening windows).
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