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Creeer-Web/components/primitives/__tests__/HiloConductor.test.tsx
T
erikghandClaude Opus 5 3c2185e200 fix(hilo): la banda recupera su grosor y remata en el ≡
El grosor nunca se decidió: la primera versión ocupaba toda la columna,
así que el viewBox se estiraba por 11.5 y un strokeWidth de 1.5 se
pintaba a ~17px reales. Al mudar el hilo a una banda de 56px el mismo
valor quedó en 0.84px, y con eso dejó de leerse.

- Grosor fijado en 14px reales con non-scaling-stroke, ya no heredado
  del escalado del viewBox.
- Banda de vuelta a toda la columna: ±184px de recorrido lateral.
- Cuatro ondulaciones largas en vez de una sola (que se aplanaba) o
  diez cortas (que se leían inquietas).
- El trazo termina al 85% del scroll: colgado del scroll de página sólo
  llegaba al 100% pasado el footer, así que el final no se veía nunca.
- Remata en el ≡ del wordmark, con la geometría de lib/simbolo.ts. Es
  lo que pedía el spec y era lo que faltaba.

Test nuevo que exige stroke-width >= 10: el grosor ya se había perdido
dos veces por accidente.

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
2026-07-31 15:57:54 -06:00

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import { render } from '@testing-library/react';
import { describe, it, expect, afterEach } from 'vitest';
import { HiloConductor } from '../HiloConductor';
import { BARRAS_SIMBOLO, VIEWBOX_SIMBOLO } from '@/lib/simbolo';
const preferirMenosMovimiento = () => {
window.matchMedia = (query: string) =>
({
matches: true,
media: query,
onchange: null,
addEventListener: () => {},
removeEventListener: () => {},
addListener: () => {},
removeListener: () => {},
dispatchEvent: () => false,
}) as unknown as MediaQueryList;
};
const simboloFinal = (container: HTMLElement) =>
Array.from(container.querySelectorAll('svg')).find(
(svg) => svg.getAttribute('viewBox') === VIEWBOX_SIMBOLO,
);
describe('<HiloConductor />', () => {
const matchMediaOriginal = window.matchMedia;
afterEach(() => {
window.matchMedia = matchMediaOriginal;
});
it('is decorative: hidden from assistive tech', () => {
const { container } = render(<HiloConductor />);
const svg = container.querySelector('svg');
expect(svg).toHaveAttribute('aria-hidden', 'true');
expect(svg).toHaveAttribute('focusable', 'false');
});
it('draws a single continuous thread', () => {
const { container } = render(<HiloConductor />);
expect(container.querySelectorAll('path')).toHaveLength(1);
});
it('travels with the document instead of sticking to the viewport', () => {
const { container } = render(<HiloConductor />);
// `fixed` would read as an ornament pinned to the window; the thread
// belongs to the page and must scroll with it.
expect(container.firstElementChild?.className).toContain('absolute');
expect(container.firstElementChild?.className).not.toContain('fixed');
});
it('stays out of the way of pointer input', () => {
const { container } = render(<HiloConductor />);
expect(container.firstElementChild?.className).toContain('pointer-events-none');
});
it('runs down the centre of the column, not in a side gutter', () => {
const { container } = render(<HiloConductor />);
const cls = container.querySelector('svg')?.getAttribute('class') ?? '';
// `left-1/2 -translate-x-1/2` anchors the thread to the column's centre;
// the old `right-full` banished it to the left gutter, which is why the
// thread read as off to the side instead of as the page's spine.
expect(cls).toContain('left-1/2');
expect(cls).toContain('-translate-x-1/2');
expect(cls).not.toContain('right-full');
});
it('declares a stacking level that beats section roots but stays under the header', () => {
const { container } = render(<HiloConductor />);
const wrapperClass = container.firstElementChild?.className ?? '';
// Section roots never set z-index (auto), so any explicit positive value
// paints above them regardless of whether the section itself happens to
// be `position: relative` or `static` — that inconsistency was the bug.
// The sticky header is z-50 and must still win.
expect(wrapperClass).toMatch(/\bz-\d+\b/);
expect(wrapperClass).not.toContain('z-50');
});
it('renders on every breakpoint, not only on very wide screens', () => {
const { container } = render(<HiloConductor />);
const wrapperClass = container.firstElementChild?.className ?? '';
// The thread is the brand's through-line; it belongs in the middle on a
// phone too. Legibility is handled by layering it behind the text, not by
// hiding it below a breakpoint.
expect(wrapperClass).not.toContain('hidden');
expect(wrapperClass).not.toContain('2xl:block');
});
it('keeps its declared weight on screen despite the non-uniform viewBox scale', () => {
const { container } = render(<HiloConductor />);
// The band is stretched with preserveAspectRatio="none": y over the whole
// document, x over a couple hundred pixels. That squeezes the stroke of a
// near-vertical line by the x factor alone, so a declared 1.5 rendered as
// well under 1 real pixel — a ghost hairline. non-scaling-stroke pins the
// width to the value we actually chose.
expect(container.querySelector('path')).toHaveAttribute('vector-effect', 'non-scaling-stroke');
});
it('reads as a band, not as a hairline', () => {
const { container } = render(<HiloConductor />);
const grosor = Number(container.querySelector('path')?.getAttribute('stroke-width'));
// Twice regressed into a thread nobody could see. The band is the page's
// spine and has to carry weight; the text stays legible because it sits a
// stacking level above, not because the band is faint.
expect(grosor).toBeGreaterThanOrEqual(10);
});
it('sweeps wide enough across the column to read as a route', () => {
const { container } = render(<HiloConductor />);
const d = container.querySelector('path')?.getAttribute('d') ?? '';
// Coordinates come in x/y pairs, so the even ones are the horizontal
// excursion, in a 0–100 viewBox stretched across the content column.
// Too little travel and the swell collapses into a straight rule.
const numeros = (d.match(/-?\d+(?:\.\d+)?/g) ?? []).map(Number);
const xs = numeros.filter((_, i) => i % 2 === 0);
expect(Math.max(...xs) - Math.min(...xs)).toBeGreaterThanOrEqual(30);
expect((d.match(/C/g) ?? []).length).toBeGreaterThanOrEqual(3);
});
it('resolves into the ≡ of the wordmark instead of stopping in mid-air', () => {
const { container } = render(<HiloConductor />);
const simbolo = simboloFinal(container);
// Per the design: the thread "resuelve en el ≡ del wordmark en el cierre".
// It reuses the brand geometry rather than drawing a lookalike.
expect(simbolo).toBeDefined();
expect(simbolo?.querySelectorAll('rect')).toHaveLength(BARRAS_SIMBOLO.length);
});
it('shows the resolved ≡ from the start under reduced motion', () => {
preferirMenosMovimiento();
const { container } = render(<HiloConductor />);
const barras = Array.from(simboloFinal(container)?.querySelectorAll('rect') ?? []);
// These readers never get the scroll draw that reveals the mark, so the
// ending has to be there already — otherwise the thread ends in nothing.
expect(barras).toHaveLength(BARRAS_SIMBOLO.length);
barras.forEach((barra) => {
expect(barra.getAttribute('style') ?? '').not.toContain('opacity: 0');
});
});
it('renders a genuine plain path under reduced motion, not a neutralised motion.path', () => {
preferirMenosMovimiento();
const { container } = render(<HiloConductor />);
const path = container.querySelector('path');
// motion.path stamps stroke-dasharray/stroke-dashoffset onto the DOM even
// without initial/animate — the dash-scaffolding trap that leaves the
// thread invisible for reduced-motion users. A real plain <path> never
// gets them, so their absence proves the branches weren't collapsed back
// into one.
expect(path).not.toHaveAttribute('stroke-dasharray');
expect(path).not.toHaveAttribute('stroke-dashoffset');
});
});