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Execute qualquer Skill no Manus com um clique

critique-ide-screen

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Atualizado26 de junho de 2026 às 10:51

Use when asked to visually critique, screenshot, or review the UX/look of the neo IDE (the Vite/React event-modeling frontend at `assets/ide/`) in the NeoCLI repo at `/Users/nick/repos/neo` — phrases like "critique the IDE screen", "screenshot the IDE", "how does the main canvas look", "review the IDE UX", "/critique-ux on the neo ide". Captures the REAL rendered app (a seeded, populated event model — never an empty canvas) via the Playwright+Brave harness, then judges it. A visual critique without a fresh screenshot is invalid — reasoning from source code alone misses collisions, framing, contrast, and density problems that only appear on screen. Skips when the change is purely backend/Rust with no frontend surface, or when the user supplies their own screenshot to critique.

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neohaskell

neohaskell/neo

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Ocupações relacionadasSOC

Baseado na classificação ocupacional SOC

Designers de interfaces web e digitaisInformática e Matemática·SOC 15-1255

SKILL.md

readonly

name	critique-ide-screen
description	Use when asked to visually critique, screenshot, or review the UX/look of the neo IDE (the Vite/React event-modeling frontend at `assets/ide/`) in the NeoCLI repo at `/Users/nick/repos/neo` — phrases like "critique the IDE screen", "screenshot the IDE", "how does the main canvas look", "review the IDE UX", "/critique-ux on the neo ide". Captures the REAL rendered app (a seeded, populated event model — never an empty canvas) via the Playwright+Brave harness, then judges it. A visual critique without a fresh screenshot is invalid — reasoning from source code alone misses collisions, framing, contrast, and density problems that only appear on screen. Skips when the change is purely backend/Rust with no frontend surface, or when the user supplies their own screenshot to critique.
kind	leaf
executor	script

Critiquing the neo IDE screen

The neo IDE is an event-modeling tool (Adam Dymitruk / Martin Dilger style) whose UX bar is Figma-level ease of use. To critique it you must look at the actual rendered screen on a populated model — empty-canvas screenshots and code-only reasoning both miss the real problems (label collisions, poor fit-to-view framing, faint swim-lane labels, edge-routing noise, contrast).

1. Capture the screenshot

The harness is assets/ide/e2e/critique-shot.e2e.ts, driven by Playwright against vite preview (config: assets/ide/playwright.config.ts). It seeds a realistic two-feature checkout model into localStorage (key neoide:model) so the canvas renders real nodes, swim-lanes, chapter arrows, and edges.

Everything runs inside the flake dev shell. From assets/ide/:

# 1. Build the frontend (the preview server serves dist/).
nix develop --command npm run build

# 2. Run the screenshot test → writes e2e-out/critique-main.png
nix develop --command npx playwright test critique-shot --reporter=list

Then Read assets/ide/e2e-out/critique-main.png — actually view the image.

Knobs (env vars)

NEO_SHOT_MODEL=/path/to/model.json — critique a specific model instead of the built-in demo (e.g. a real project's event-model.json).
NEO_SHOT_OUT=e2e-out/foo.png — output path.
NEO_SHOT_FULL=1 — full-page capture instead of the 1400×900 viewport.

Gotchas

nix develop --command is mandatory — node/npm are flake-pinned, not on the host PATH. A bare npx fails.
The status bar shows disconnected under vite preview by design — there is no Rust JSON-RPC server at that origin. The model comes from localStorage, so the canvas still renders fully. Do not chase the disconnect; treat the cryptic disconnected message itself as a legitimate critique finding.
Brave is the intended browser (BRAVE_PATH); when absent Playwright falls back to bundled Chromium automatically — fine for screenshots.
npm install runs only on first use (when node_modules/ is absent).

2. Run the critique

Apply the three functional dimensions (this is what /visual-critique:critique-ux covers) against the screenshot, through the event-modeling + Figma lens:

Visual hierarchy — entry point, eye flow, what reads as primary. Watch for: stacked toolbars with no weighted primary action; faint/colliding entity swim-lane and chapter-arrow labels (the structural scaffolding must be the most legible thing, not the least).
Affordance — what looks clickable/draggable/connectable, state visibility, action discoverability. The two load-bearing canvas gestures — placing a node and connecting two nodes (React Flow handles are hover-only) — are the usual discoverability failures. Cryptic status/error text violates this repo's "errors must instruct a tiny LLM" invariant — flag it here.
Information density — cognitive load, the 8-term vocabulary (Event/Command/ Query/Integration/UI/Slice/Chapter/Feature/Entity), legend/colour-key presence, default canvas framing (fit-to-view often top-clusters nodes and wastes space).

3. Output

A prioritised fix list. Each item: Issue / Dimension / Fix (point the Fix at a real component — Toolbar.tsx, FileMenu.tsx, StatusBar.tsx, FeatureNavigator.tsx, ui/nodes/*, ui/Canvas.tsx). Rank:

P1 — blocks task completion or hides a required action.
P2 — slows the user or creates confusion.
P3 — polish.

Lead with what already works (don't regress it), end with one sentence naming the single biggest functional risk on the screen.


## Related

- The colour↔node mapping lives in `assets/ide/src/ui/Toolbar.tsx` and the node
  components under `assets/ide/src/ui/nodes/` — cross-check the screenshot's colours
  against these when judging the legend.
- Error-message findings: see the `error-messages-instruct-llms` skill for the
  invariant any status/error text on screen must meet.

Mais deste repositório

mesmo repositório

error-messages-instruct-llms

neohaskell/neo

Use when about to write or modify any user-facing error in the NeoCLI repo at `/Users/nick/repos/neo` — a `NeoError` variant, a `miette::miette!`/`bail!` call, a subprocess-wrap result, a `format!` into stderr, a `panic!` reachable from user input, an `expect(...)` on a `Result` returned to the user, or wrapping an error with `?`. Also use when reviewing an existing error path that surfaced as opaque (e.g. `Subprocess execution failed: cabal build all` with no actionable detail). Enforces the hard invariant that every user-facing error must be parsable by the dumbest small LLM (gemini-flash-2.5, haiku, gpt-3.5-nano level) and tell it exactly how to fix the underlying issue without re-reading any documentation. Skips when the error is purely internal/debug — `tracing::debug!`, `#[derive(Debug)]` on private types — that an end user will never see.

2026-06-111

running-neo-tests

neohaskell/neo

Use when about to run any test layer for the NeoCLI repo at `/Users/nick/repos/neo` — phrases like "run the tests", "cargo test", "run integration tests", "run e2e", "verify cargo test passes", or before declaring a code change done. Wraps the right command for the layer being targeted (unit, integration, e2e, smoke), always inside `nix develop --command` because the toolchain is flake-pinned, and respects the strict-assertion contract (integration assertions assume `nix`+`git`+network are present — fix the env, never weaken the assertion). Skips when the user has explicitly entered `nix develop` already or when the target is the published binary in `result/bin/neo`.

2026-06-101

name	critique-ide-screen
description	Use when asked to visually critique, screenshot, or review the UX/look of the neo IDE (the Vite/React event-modeling frontend at `assets/ide/`) in the NeoCLI repo at `/Users/nick/repos/neo` — phrases like "critique the IDE screen", "screenshot the IDE", "how does the main canvas look", "review the IDE UX", "/critique-ux on the neo ide". Captures the REAL rendered app (a seeded, populated event model — never an empty canvas) via the Playwright+Brave harness, then judges it. A visual critique without a fresh screenshot is invalid — reasoning from source code alone misses collisions, framing, contrast, and density problems that only appear on screen. Skips when the change is purely backend/Rust with no frontend surface, or when the user supplies their own screenshot to critique.
kind	leaf
executor	script

Critiquing the neo IDE screen

1. Capture the screenshot

Everything runs inside the flake dev shell. From assets/ide/:

# 1. Build the frontend (the preview server serves dist/).
nix develop --command npm run build

# 2. Run the screenshot test → writes e2e-out/critique-main.png
nix develop --command npx playwright test critique-shot --reporter=list

Then Read assets/ide/e2e-out/critique-main.png — actually view the image.

Knobs (env vars)

NEO_SHOT_MODEL=/path/to/model.json — critique a specific model instead of the built-in demo (e.g. a real project's event-model.json).
NEO_SHOT_OUT=e2e-out/foo.png — output path.
NEO_SHOT_FULL=1 — full-page capture instead of the 1400×900 viewport.

Gotchas

nix develop --command is mandatory — node/npm are flake-pinned, not on the host PATH. A bare npx fails.
The status bar shows disconnected under vite preview by design — there is no Rust JSON-RPC server at that origin. The model comes from localStorage, so the canvas still renders fully. Do not chase the disconnect; treat the cryptic disconnected message itself as a legitimate critique finding.
Brave is the intended browser (BRAVE_PATH); when absent Playwright falls back to bundled Chromium automatically — fine for screenshots.
npm install runs only on first use (when node_modules/ is absent).

2. Run the critique

Apply the three functional dimensions (this is what /visual-critique:critique-ux covers) against the screenshot, through the event-modeling + Figma lens:

Visual hierarchy — entry point, eye flow, what reads as primary. Watch for: stacked toolbars with no weighted primary action; faint/colliding entity swim-lane and chapter-arrow labels (the structural scaffolding must be the most legible thing, not the least).
Affordance — what looks clickable/draggable/connectable, state visibility, action discoverability. The two load-bearing canvas gestures — placing a node and connecting two nodes (React Flow handles are hover-only) — are the usual discoverability failures. Cryptic status/error text violates this repo's "errors must instruct a tiny LLM" invariant — flag it here.
Information density — cognitive load, the 8-term vocabulary (Event/Command/ Query/Integration/UI/Slice/Chapter/Feature/Entity), legend/colour-key presence, default canvas framing (fit-to-view often top-clusters nodes and wastes space).

3. Output

P1 — blocks task completion or hides a required action.
P2 — slows the user or creates confusion.
P3 — polish.

Lead with what already works (don't regress it), end with one sentence naming the single biggest functional risk on the screen.


## Related

- The colour↔node mapping lives in `assets/ide/src/ui/Toolbar.tsx` and the node
  components under `assets/ide/src/ui/nodes/` — cross-check the screenshot's colours
  against these when judging the legend.
- Error-message findings: see the `error-messages-instruct-llms` skill for the
  invariant any status/error text on screen must meet.